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hllhc_sequence.madx
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hllhc_sequence.madx
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! S. Fartoukh: 06/06/2009: Version compatible with beam1, beam2 or beam4;
! Revised version for SLHCV2: S. Fartoukh 30.09.2009
! Based on SLHCV3.0/removeinstall.madx
! 2011/11 R. De Maria
! To be called once at the beginning of the script
! Use removeinstall.madx to place and displace elements
! - New name conventions and element classes
! - Additional orbit correctors for closed crossing scheme
! - Movable D2,Q4,Q5,Q6
! - MQYL in Q5 IR6
! - Addition MS in Q10
! - Default reference radius
! - Additional corrector package
! 2012/03/19 new MCBX lengths and position, new BPMS position
! bug in a5/b5 kmax corrected
! 2012/03/20 new name for BPM in the triplet from BPMSD to BPMSQ
! xywab(d)e already taken
! 2012/03/20 a5/b5 bug in the definition of the strengths
! 2012/07/13 Crab cavity elements as tkickers
! 2016/08/23 Updated layout after rebaselining
!-------------------------------------------------------------------
! Remove install old and new elements
! Triplets, interconnection lenghts and MS postions are defined
! by the calling program
! -----------------------------------------------------------
! mylhcbeam=4 for Beam 4
if (mylhcbeam>2){ bv_aux=-1; } else { bv_aux=1; };
if (on_layout_custom==0){
l.MQXFA = 4.2000000000 ;
l.MQXFB = 7.1500000000 ;
dq1q2a = 3.6280000000 ;
dq1aq1b = 0.6060000000 ; !-0.04 from V1.2
dq2aq2b = 2.1080000000 ;
dq2bq3 = 3.6280000000 ;
deltaposD2 = -15.3870000000 ;!max. field D2 35 Tm -> move D2 as close as possible to D1
deltaposQ4 = 10.500 ;
deltaposQ5 = 10.500 ;
deltaposQ6 = 0.0000000000 ;
deltaposCrab= 0 ;
deltaposMCBRD= 0 ;
deltaposTAXN = 0 ;
on_cutMS.10f = 0 ;
on_cutMS.14f = 0 ;
on_cutMS.10d = 0 ;
on_cutMS.14d = 0 ;
l.MBXF = 6.27 ;
l.MCBXFB = 1.2 ;
l.MCBXFA = 2.2 ;
l.MBRD = 7.78 ;
l.MCBRD = 1.89 ;
crabs_2 = 1 ;
cut_mcbrd = 0 ;
};
!value, l.MQXL,l.MQX,dq1q2a,dq2aq2b,dq2bq3;
!value, deltaposD2;
!value, deltaposQ4;
!value, deltaposQ5;
!value, deltaposQ6;
!===============================================
! REMOVE CURRENT INSERTION (from TAS to Q6)
!===============================================
if(bv_aux ==1){
seqedit,sequence=lhcb1;flatten;endedit;
};
seqedit,sequence=lhcb2;flatten;endedit;
brho = 23348.89927;
removemarker: marker;
marks.l1: removemarker; marke.l1: removemarker;
marks.l5: removemarker; marke.l5: removemarker;
marks.r1: removemarker; marke.r1: removemarker;
marks.r5: removemarker; marke.r5: removemarker;
posmarke=15.0;
!posmarks=163.0; ! include D2
!posmarks=184; ! include Q4
!posmarks=240; ! include Q6
posmarks=259; ! include Q6 DFBAJ DFBAI
if(bv_aux == 1){
seqedit, sequence=lhcb1;
install,element=marks.l1,class=removemarker,at=-posmarks,from=IP1.L1;
install,element=marke.l1,class=removemarker,at=-posmarke,from=IP1.L1;
install,element=marke.r1,class=removemarker,at= posmarke,from=IP1;
install,element=marks.r1,class=removemarker,at= posmarks,from=IP1;
install,element=marks.l5,class=removemarker,at=-posmarks,from=IP5;
install,element=marke.l5,class=removemarker,at=-posmarke,from=IP5;
install,element=marke.r5,class=removemarker,at= posmarke,from=IP5;
install,element=marks.r5,class=removemarker,at= posmarks,from=IP5;
endedit;
seqedit, sequence=lhcb1;
select, flag=seqedit, clear;
select, flag=seqedit, range=marks.l1/marke.l1;
select, flag=seqedit, range=marke.r1/marks.r1;
select, flag=seqedit, range=marks.l5/marke.l5;
select, flag=seqedit, range=marke.r5/marks.r5;
remove, element=selected;
endedit;
seqedit, sequence=lhcb1;
select, flag=seqedit, clear;
select, flag=seqedit, class=BRANA;
select, flag=seqedit, class=X1FCL;
select, flag=seqedit, class=X1FCR;
select, flag=seqedit, class=X1ZDC001;
select, flag=seqedit, class=X5ZDC001;
select, flag=seqedit, class=X5ZDC002;
remove, element=selected;
endedit;
seqedit,sequence=lhcb1;
remove, element=MCBCH.10L1.B1;
remove, element=MCBCV.10R1.B1;
remove, element=MCBCH.10L5.B1;
remove, element=MCBCV.10R5.B1;
remove, element=MS.10L1.B1;
remove, element=MS.10R1.B1;
remove, element=MS.10L5.B1;
remove, element=MS.10R5.B1;
remove, element=MCBH.10L1.B1;
remove, element=MCBV.10R1.B1;
remove, element=MCBH.10L5.B1;
remove, element=MCBV.10R5.B1;
endedit;
! seqedit,sequence=lhcb1;
! remove,element=MQY.5L6.B1;
! remove,element=MQY.5R6.B1;
! remove,element=BPMYA.5L6.B1;
! remove,element=MQYL.5L6.B1 ;
! remove,element=MQYL.5R6.B1 ;
! remove,element=MCBYV.5R6.B1;
! endedit;
};
seqedit, sequence=lhcb2;
install,element=marks.l1,class=removemarker,at=-posmarks*bv_aux,from=IP1.L1;
install,element=marke.l1,class=removemarker,at=-posmarke*bv_aux,from=IP1.L1;
install,element=marke.r1,class=removemarker,at= posmarke*bv_aux,from=IP1;
install,element=marks.r1,class=removemarker,at= posmarks*bv_aux,from=IP1;
install,element=marks.l5,class=removemarker,at=-posmarks*bv_aux,from=IP5;
install,element=marke.l5,class=removemarker,at=-posmarke*bv_aux,from=IP5;
install,element=marke.r5,class=removemarker,at= posmarke*bv_aux,from=IP5;
install,element=marks.r5,class=removemarker,at= posmarks*bv_aux,from=IP5;
endedit;
if(bv_aux == 1){
seqedit, sequence=lhcb2;
select, flag=seqedit, clear;
select, flag=seqedit, range=marks.l1/marke.l1;
select, flag=seqedit, range=marke.r1/marks.r1;
select, flag=seqedit, range=marks.l5/marke.l5;
select, flag=seqedit, range=marke.r5/marks.r5;
remove, element=selected;
endedit;
} else {
seqedit, sequence=lhcb2;
select, flag=seqedit, clear;
select, flag=seqedit, range=marke.l1/marks.l1;
select, flag=seqedit, range=marks.r1/marke.r1;
select, flag=seqedit, range=marke.l5/marks.l5;
select, flag=seqedit, range=marks.r5/marke.r5;
remove, element=selected;
endedit;
};
seqedit, sequence=lhcb2;
select, flag=seqedit, clear;
select, flag=seqedit, class=BRANA;
select, flag=seqedit, class=X1FCL;
select, flag=seqedit, class=X1FCR;
select, flag=seqedit, class=X1ZDC001;
select, flag=seqedit, class=X5ZDC001;
select, flag=seqedit, class=X5ZDC002;
remove, element=selected;
endedit;
! remove old Q10 corrector package
seqedit,sequence=lhcb2;
remove, element=MCBCV.10L1.B2;
remove, element=MCBCH.10R1.B2;
remove, element=MCBCV.10L5.B2;
remove, element=MCBCH.10R5.B2;
remove, element=MS.10L1.B2;
remove, element=MS.10R1.B2;
remove, element=MS.10L5.B2;
remove, element=MS.10R5.B2;
remove, element=MCBV.10L1.B2;
remove, element=MCBH.10R1.B2;
remove, element=MCBV.10L5.B2;
remove, element=MCBH.10R5.B2;
endedit;
! remove old Q5 in IR6
!seqedit,sequence=lhcb2;
!remove,element=MQY.5L6.B2;
!remove,element=MQY.5R6.B2;
!remove,element=BPMYB.5L6.B2;
!remove,element=MQYL.5L6.B2 ;
!remove,element=MQYL.5R6.B2 ;
!remove,element=MCBYH.5R6.B2;
!endedit;
! ===============================================
! macros for installation
! ===============================================
install_ir15_cmn(ENAME,SPOS): macro={
value,SPOS;
if(bv_aux == 1){
seqedit,sequence=lhcb1;
install, element=ENAMEL1,at=-SPOS,from=IP1.L1;
install, element=ENAMER1,at= SPOS,from=IP1;
install, element=ENAMEL5,at=-SPOS,from=IP5;
install, element=ENAMER5,at= SPOS,from=IP5;
endedit;
};
seqedit,sequence=lhcb2;
install, element=ENAMEL1,at=-SPOS *bv_aux,from=IP1.L1;
install, element=ENAMER1,at= SPOS *bv_aux,from=IP1;
install, element=ENAMEL5,at=-SPOS *bv_aux,from=IP5;
install, element=ENAMER5,at= SPOS *bv_aux,from=IP5;
endedit;
};
install_ir15_b12(ENAME,SPOS): macro={
value,SPOS;
if(bv_aux == 1){
seqedit,sequence=lhcb1;
install, element=ENAMEL1.B1,at=-SPOS,from=IP1.L1;
install, element=ENAMER1.B1,at= SPOS,from=IP1;
install, element=ENAMEL5.B1,at=-SPOS,from=IP5;
install, element=ENAMER5.B1,at= SPOS,from=IP5;
endedit;
};
seqedit,sequence=lhcb2;
install, element=ENAMEL1.B2,at=-SPOS*bv_aux,from=IP1.L1;
install, element=ENAMER1.B2,at= SPOS*bv_aux,from=IP1;
install, element=ENAMEL5.B2,at=-SPOS*bv_aux,from=IP5;
install, element=ENAMER5.B2,at= SPOS*bv_aux,from=IP5;
endedit;
};
install_ir15_b1_b2(ENAME,SPOS1,SPOS2): macro={
! orientation:b1 spos1 - IP - spos1
! orientation:b2 spos2 - IP - spos2
! -> orientation:
! b1: h v - IP - v h
! b2: v h - IP - h v
value,SPOS1,SPOS2;
if(bv_aux == 1){
seqedit,sequence=lhcb1;
install, element=ENAMEL1.B1,at=-SPOS1,from=IP1.L1;
install, element=ENAMER1.B1,at= SPOS1,from=IP1;
install, element=ENAMEL5.B1,at=-SPOS1,from=IP5;
install, element=ENAMER5.B1,at= SPOS1,from=IP5;
endedit;
};
seqedit,sequence=lhcb2;
install, element=ENAMEL1.B2,at=-SPOS2*bv_aux,from=IP1.L1;
install, element=ENAMER1.B2,at= SPOS2*bv_aux,from=IP1;
install, element=ENAMEL5.B2,at=-SPOS2*bv_aux,from=IP5;
install, element=ENAMER5.B2,at= SPOS2*bv_aux,from=IP5;
endedit;
};
install_ir15_b1_b2_inv(ENAME,SPOS1,SPOS2): macro={
value,SPOS1,SPOS2;
if(bv_aux == 1){
seqedit,sequence=lhcb1;
install, element=ENAMEL1.B1,at=-SPOS2,from=IP1.L1;
install, element=ENAMER1.B1,at= SPOS1,from=IP1;
install, element=ENAMEL5.B1,at=-SPOS1,from=IP5;
install, element=ENAMER5.B1,at= SPOS2,from=IP5;
endedit;
};
seqedit,sequence=lhcb2;
install, element=ENAMEL1.B2,at=-SPOS2*bv_aux,from=IP1.L1;
install, element=ENAMER1.B2,at= SPOS1*bv_aux,from=IP1;
install, element=ENAMEL5.B2,at=-SPOS1*bv_aux,from=IP5;
install, element=ENAMER5.B2,at= SPOS2*bv_aux,from=IP5;
endedit;
};
install_ir15_b1_b2_alt(ENAME,SPOS1,SPOS2): macro={
! orientation:b1 spos1 - IP - spos2
! orientation:b2 spos2 - IP - spos1
! -> orientation:
! b1: h v - IP - h v
! b2: v h - IP - v h
value,SPOS1,SPOS2;
if(bv_aux == 1){
seqedit,sequence=lhcb1;
install, element=ENAMEL1.B1,at=-SPOS1,from=IP1.L1;
install, element=ENAMER1.B1,at= SPOS2,from=IP1;
install, element=ENAMEL5.B1,at=-SPOS1,from=IP5;
install, element=ENAMER5.B1,at= SPOS2,from=IP5;
endedit;
};
seqedit,sequence=lhcb2;
install, element=ENAMEL1.B2,at=-SPOS2*bv_aux,from=IP1.L1;
install, element=ENAMER1.B2,at= SPOS1*bv_aux,from=IP1;
install, element=ENAMEL5.B2,at=-SPOS2*bv_aux,from=IP5;
install, element=ENAMER5.B2,at= SPOS1*bv_aux,from=IP5;
endedit;
};
newel_ir15_b12(ENAME,PARE): macro={
ENAMEL1.B1: PARE, mech_sep=-0.194;
ENAMER1.B1: PARE, mech_sep= 0.194;
ENAMEL5.B1: PARE, mech_sep=-0.194;
ENAMER5.B1: PARE, mech_sep= 0.194;
ENAMEL1.B2: PARE, mech_sep= 0.194*bv_aux;
ENAMER1.B2: PARE, mech_sep=-0.194*bv_aux;
ENAMEL5.B2: PARE, mech_sep= 0.194*bv_aux;
ENAMER5.B2: PARE, mech_sep=-0.194*bv_aux;
};
!===============================================
! TAS
!===============================================
posTAS =19.950;
l.TAXS =1.8;
TAXS: RCOLLIMATOR, L := l.TAXS; ! new TAS
TAXS.1R1: TAXS; TAXS.1L1: TAXS;
TAXS.1R5: TAXS; TAXS.1L5: TAXS;
! TAS
exec,install_ir15_cmn(TAXS.1, posTAS );
!===============================================
! Triplet region
!===============================================
! Lstar {.46 |Q1|}
Lstar =23.00-0.08; !22.965 m in V6.503
posQ1a:=Lstar +l.MQXFA/2.;
posQ1b:=posQ1a+l.MQXFA+dq1aq1b;
posQ2a:=posQ1b+(l.MQXFA+l.MQXFB)/2.+dq1q2a;
posQ2b:=posQ2a+l.MQXFB+dq2aq2b;
posQ3a:=posQ2b+(l.MQXFA+l.MQXFB)/2.+dq2bq3;
posQ3b:=posQ3a+l.MQXFA+dq1aq1b;
value, posQ1a,posQ1b,posQ2a,posQ2b,posQ3a,posQ3b;
Kmax_MQXFA=132.6;
Kmax_MQXFB=132.6;
Kmin_MQXFA=132.6*0.03;
Kmin_MQXFB=132.6*0.03;
Imax_MQXFA=16470;
Imax_MQXFB=16470;
! new element types
MQXFA: QUADRUPOLE, L := l.MQXFA, ! Q1 Q3
Kmax:= Kmax_MQXFA, Kmin:= Kmax_MQXFA, Calib=Kmax_MQXFA/Imax_MQXFA;
MQXFB: QUADRUPOLE, L := l.MQXFB, ! Q2a Q2b
Kmax:= Kmax_MQXFB, Kmin:= Kmax_MQXFB, Calib=Kmax_MQXFB/Imax_MQXFB;
! triplet quad strengths in IR1 & IR5
MQXFA.A1L1 : MQXFA,k1:= kqx1.l1 *bv_aux;
MQXFA.A1R1 : MQXFA,k1:= kqx1.r1 *bv_aux;
MQXFA.B1L1 : MQXFA,k1:= kqx1.l1 *bv_aux;
MQXFA.B1R1 : MQXFA,k1:= kqx1.r1 *bv_aux;
MQXFB.A2L1 : MQXFB,k1:=-kqx2a.l1 *bv_aux;
MQXFB.B2L1 : MQXFB,k1:=-kqx2b.l1 *bv_aux;
MQXFB.A2R1 : MQXFB,k1:=-kqx2a.r1 *bv_aux;
MQXFB.B2R1 : MQXFB,k1:=-kqx2b.r1 *bv_aux;
MQXFA.A3L1 : MQXFA,k1:= kqx3.l1 *bv_aux;
MQXFA.A3R1 : MQXFA,k1:= kqx3.r1 *bv_aux;
MQXFA.B3L1 : MQXFA,k1:= kqx3.l1 *bv_aux;
MQXFA.B3R1 : MQXFA,k1:= kqx3.r1 *bv_aux;
MQXFA.A1L5 : MQXFA,k1:= kqx1.l5 *bv_aux;
MQXFA.A1R5 : MQXFA,k1:= kqx1.r5 *bv_aux;
MQXFA.B1L5 : MQXFA,k1:= kqx1.l5 *bv_aux;
MQXFA.B1R5 : MQXFA,k1:= kqx1.r5 *bv_aux;
MQXFB.A2L5 : MQXFB,k1:=-kqx2a.l5 *bv_aux;
MQXFB.B2L5 : MQXFB,k1:=-kqx2b.l5 *bv_aux;
MQXFB.A2R5 : MQXFB,k1:=-kqx2a.r5 *bv_aux;
MQXFB.B2R5 : MQXFB,k1:=-kqx2b.r5 *bv_aux;
MQXFA.A3L5 : MQXFA,k1:= kqx3.l5 *bv_aux;
MQXFA.A3R5 : MQXFA,k1:= kqx3.r5 *bv_aux;
MQXFA.B3L5 : MQXFA,k1:= kqx3.l5 *bv_aux;
MQXFA.B3R5 : MQXFA,k1:= kqx3.r5 *bv_aux;
! Triplet
exec,install_ir15_cmn(MQXFA.A1, posQ1a );
exec,install_ir15_cmn(MQXFA.B1, posQ1b );
exec,install_ir15_cmn(MQXFB.A2, posQ2A );
exec,install_ir15_cmn(MQXFB.B2, posQ2B );
exec,install_ir15_cmn(MQXFA.A3, posQ3a );
exec,install_ir15_cmn(MQXFA.B3, posQ3b );
!===============================================
! MCBX in Q2 (small orbit corrector)
!===============================================
! .488 should become 478 and 479 to be checked...
! MCBX
! Q1 |.5 } 1 {.5 | MCBXFBa | .488 | Q2a
! Q2a |.5 } 1 {.5 | Q2b | .489| MCBXFBb |.5 }
! Q2b |.489 | MCBXFBb |.1 } .1 {.5 | Q3 | .5}
posMCBXFBa := posQ2a -(l.MQXFB + l.MCBXFB )/2. -0.488;
posMCBXFBb := posQ2b +(l.MQXFB + l.MCBXFB )/2. +0.488;
!value,l.MCBXFB, posMCBXFBa,posMCBXFBb;
! Cabling orbit corrector inside Q2a and Q2b cold masses
MCBXFBH: HKICKER, Lrad := l.MCBXFB; ! nested corrector
MCBXFBV: VKICKER, Lrad := l.MCBXFB; ! nested corrector
Kmax_MCBXFB := 2.5000 / l.MCBXFB; ! 1.8Tm integrated strength
Kmin_MCBXFB := -Kmax_MCBXFB ;
value, Kmax_MCBXFB;
MCBXFBH, Kmax:=Kmax_MCBXFB, Kmin:=Kmin_MCBXFB;
MCBXFBV, Kmax:=Kmax_MCBXFB, Kmin:=Kmin_MCBXFB;
MCBXFBH.a2L1: MCBXFBH, KICK := acbxh1.l1;
MCBXFBH.a2R1: MCBXFBH, KICK := acbxh1.r1;
MCBXFBH.a2L5: MCBXFBH, KICK := acbxh1.l5;
MCBXFBH.a2R5: MCBXFBH, KICK := acbxh1.r5;
MCBXFBV.a2L1: MCBXFBV, KICK := acbxv1.l1*bv_aux;
MCBXFBV.a2R1: MCBXFBV, KICK := acbxv1.r1*bv_aux;
MCBXFBV.a2L5: MCBXFBV, KICK := acbxv1.l5*bv_aux;
MCBXFBV.a2R5: MCBXFBV, KICK := acbxv1.r5*bv_aux;
MCBXFBH.b2L1: MCBXFBH, KICK := acbxh2.l1;
MCBXFBH.b2R1: MCBXFBH, KICK := acbxh2.r1;
MCBXFBH.b2L5: MCBXFBH, KICK := acbxh2.l5;
MCBXFBH.b2R5: MCBXFBH, KICK := acbxh2.r5;
MCBXFBV.b2L1: MCBXFBV, KICK := acbxv2.l1*bv_aux;
MCBXFBV.b2R1: MCBXFBV, KICK := acbxv2.r1*bv_aux;
MCBXFBV.b2L5: MCBXFBV, KICK := acbxv2.l5*bv_aux;
MCBXFBV.b2R5: MCBXFBV, KICK := acbxv2.r5*bv_aux;
! Orbit correctors
exec,install_ir15_cmn(MCBXFBH.A2, posMCBXFBa );
exec,install_ir15_cmn(MCBXFBV.A2, posMCBXFBa );
exec,install_ir15_cmn(MCBXFBH.B2, posMCBXFBb );
exec,install_ir15_cmn(MCBXFBV.B2, posMCBXFBb );
!===============================================
!Corrector package
!===============================================
! layout
l.MQSXF = 0.807 ; !0.716 a2 corrector
l.MCTXF = 0.430 ; !0.339 b6 corrector
l.MCTSXF = 0.089 ; !0.087 a6 corrector
l.MCDXF = 0.095 ; !0.079 b5 corrector
l.MCDSXF = 0.095 ; !0.079 a5 corrector
l.MCOXF = 0.087 ; !0.137 b4 corrector
l.MCOSXF = 0.087 ; !0.137 a4 corrector
l.MCSXF = 0.111 ; !0.121 b3 corrector
l.MCSSXF = 0.111 ; !0.121 a3 corrector
! Q3|.5} 1.00 {.5 | MCBXFA | .5
! .08 | MQSXF | .08
! .08 | MCTXF | .08
! .08 | MCTSXF | .08
! .08 | MCDXF | .08
! .08 | MCDSXF | .08
! .08 | MCOXF | .08
! .08 | MCOSXF | .08
! .08 | MCSXF | .08
! .08 | MCSSXF | .08 }
posMCBXFA := posQ3b + (l.MQXFA + l.MCBXFA )/2.+2.747;
posMQSXF := posMCBXFA + 1.806;
posMCTXF := posMQSXF + 0.772;
posMCTSXF := posMCTXF + 0.410;
posMCDXF := posMCTSXF + 0.239;
posMCDSXF := posMCDXF + 0.242;
posMCOXF := posMCDSXF + 0.242;
posMCOSXF := posMCOXF + 0.242;
posMCSXF := posMCOSXF + 0.248;
posMCSSXF := posMCSXF + 0.254;
value,posMCBXFA,posMQSXF,posMCTXF,posMCTSXF,posMCDXF,posMCDSXF,posMCOXF,posMCOSXF,posMCSXF,posMCSSXF;
! orbit corrector elements
MCBXFAH : HKICKER , Lrad := l.MCBXFA ; ! H in corrector package (long for crabs)
MCBXFAV : VKICKER , Lrad := l.MCBXFA ; ! V in corrector package (long for crabs)
MQSXF : QUADRUPOLE, L := l.MQSXF ; ! (a2)
MCTXF : MULTIPOLE , Lrad := l.MCTXF ; ! (b6)
MCTSXF : MULTIPOLE , Lrad := l.MCTSXF ; ! (a6)
MCDXF : MULTIPOLE , Lrad := l.MCDXF ; ! (b5)
MCDSXF : MULTIPOLE , Lrad := l.MCDSXF ; ! (a5)
MCOXF : MULTIPOLE , Lrad := l.MCOXF ; ! (b4)
MCOSXF : MULTIPOLE , Lrad := l.MCOSXF ; ! (a4)
MCSXF : MULTIPOLE , Lrad := l.MCSXF ; ! (b3)
MCSSXF : MULTIPOLE , Lrad := l.MCSSXF ; ! (a3)
Kmax_MCBXFA:= 4.5000 / l.MCBXFA ;!4.5000Tm@50mm
Rref_mpcorr = 0.05; !50mm reference radius for multipole correctors
Kmax_MQSXF := 1.0000 / l.MQSXF/Rref_mpcorr ;!1.0000Tm@50mm
Kmax_MCTXF := 0.0860 / l.MCTXF /Rref_mpcorr^5 * 120.;!0.0860Tm@50mm
Kmax_MCTSXF:= 0.0170 / l.MCTSXF/Rref_mpcorr^5 * 120.;!0.0170Tm@50mm
Kmax_MCDXF := 0.0250 / l.MCDXF /Rref_mpcorr^4 * 24.;!0.0250Tm@50mm
Kmax_MCDSXF:= 0.0250 / l.MCDSXF/Rref_mpcorr^4 * 24.;!0.0250Tm@50mm
Kmax_MCOXF := 0.0460 / l.MCOXF /Rref_mpcorr^3 * 6.;!0.0460Tm@50mm
Kmax_MCOSXF:= 0.0460 / l.MCOSXF/Rref_mpcorr^3 * 6.;!0.0460Tm@50mm
Kmax_MCSXF := 0.0630 / l.MCSXF /Rref_mpcorr^2 * 2.;!0.0630Tm@50mm
Kmax_MCSSXF:= 0.0630 / l.MCSSXF/Rref_mpcorr^2 * 2.;!0.0630Tm@50mm
Kmin_MCBXFA:= -Kmax_MCBXFA ;
Kmin_MQSXF := -Kmax_MQSXF ;
Kmin_MCSXF := -Kmax_MCSXF ;
Kmin_MCSSXF:= -Kmax_MCSSXF;
Kmin_MCOXF := -Kmax_MCOXF ;
Kmin_MCOSXF:= -Kmax_MCOSXF;
Kmin_MCTXF := -Kmax_MCTXF ;
Kmin_MCDXF := -Kmax_MCDXF ;
Kmin_MCDSXF:= -Kmax_MCDSXF;
Kmin_MCTSXF:= -Kmax_MCTSXF;
Imax_MCTXF = 167;
Imax_MCBXFA=2500;
Imax_MCBXFB=2500;
Imax_MQSXF = 182;
Imax_MCDSXF= 139;
Imax_MCDXF = 139;
Imax_MCOSXF= 132;
Imax_MCOXF = 132;
Imax_MCSSXF= 132;
Imax_MCSXF = 132;
! cabling
MCBXFAH, Kmax:=Kmax_MCBXFA, Kmin:=Kmin_MCBXFA;
MCBXFAV, Kmax:=Kmax_MCBXFA, Kmin:=Kmin_MCBXFA;
MCBXFAH.3L1: MCBXFAH, KICK := acbxh3.l1;
MCBXFAH.3R1: MCBXFAH, KICK := acbxh3.r1;
MCBXFAH.3L5: MCBXFAH, KICK := acbxh3.l5;
MCBXFAH.3R5: MCBXFAH, KICK := acbxh3.r5;
MCBXFAV.3L1: MCBXFAV, KICK := acbxv3.l1*bv_aux;
MCBXFAV.3R1: MCBXFAV, KICK := acbxv3.r1*bv_aux;
MCBXFAV.3L5: MCBXFAV, KICK := acbxv3.l5*bv_aux;
MCBXFAV.3R5: MCBXFAV, KICK := acbxv3.r5*bv_aux;
!A2 CORRECTOR
MQSXF, Kmax:=Kmax_MQSXF , Kmin:=Kmin_MQSXF;
MQSXF.3L1: MQSXF, K1S:=kqsx3.l1;
MQSXF.3R1: MQSXF, K1S:=kqsx3.r1;
MQSXF.3L5: MQSXF, K1S:=kqsx3.l5;
MQSXF.3R5: MQSXF, K1S:=kqsx3.r5;
!B3 CORRECTOR
MCSXF, Kmax:=Kmax_MCSXF , Kmin:=Kmin_MCSXF;
MCSXF.3L1: MCSXF, KNL := {0, 0, kcsx3.l1*l.MCSXF};
MCSXF.3R1: MCSXF, KNL := {0, 0, kcsx3.r1*l.MCSXF};
MCSXF.3L5: MCSXF, KNL := {0, 0, kcsx3.l5*l.MCSXF};
MCSXF.3R5: MCSXF, KNL := {0, 0, kcsx3.r5*l.MCSXF};
!B6 CORRECTOR
MCTXF, Kmax:=Kmax_MCTXF , Kmin:=Kmin_MCTXF;
MCTXF.3L1: MCTXF, KNL := {0, 0, 0, 0, 0, kctx3.l1 *bv_aux*l.MCTXF};
MCTXF.3R1: MCTXF, KNL := {0, 0, 0, 0, 0, kctx3.r1 *bv_aux*l.MCTXF};
MCTXF.3L5: MCTXF, KNL := {0, 0, 0, 0, 0, kctx3.l5 *bv_aux*l.MCTXF};
MCTXF.3R5: MCTXF, KNL := {0, 0, 0, 0, 0, kctx3.r5 *bv_aux*l.MCTXF};
!A6 CORRECTOR
MCTSXF, Kmax:=Kmax_MCTSXF , Kmin:=Kmin_MCTSXF;
MCTSXF.3L1: MCTSXF, KSL := {0, 0, 0, 0, 0, kctsx3.l1 *l.MCTSXF};
MCTSXF.3R1: MCTSXF, KSL := {0, 0, 0, 0, 0, kctsx3.r1 *l.MCTSXF};
MCTSXF.3L5: MCTSXF, KSL := {0, 0, 0, 0, 0, kctsx3.l5 *l.MCTSXF};
MCTSXF.3R5: MCTSXF, KSL := {0, 0, 0, 0, 0, kctsx3.r5 *l.MCTSXF};
!A3 CORRECTOR
MCSSXF, Kmax:=Kmax_MCSSXF, Kmin:=Kmin_MCSSXF;
MCSSXF.3L1: MCSSXF, KSL := {0, 0, kcssx3.l1 *bv_aux*l.MCSSXF};
MCSSXF.3R1: MCSSXF, KSL := {0, 0, kcssx3.r1 *bv_aux*l.MCSSXF};
MCSSXF.3L5: MCSSXF, KSL := {0, 0, kcssx3.l5 *bv_aux*l.MCSSXF};
MCSSXF.3R5: MCSSXF, KSL := {0, 0, kcssx3.r5 *bv_aux*l.MCSSXF};
!A4 CORRECTOR
MCOSXF, Kmax:=Kmax_MCOSXF, Kmin:=Kmin_MCOSXF;
MCOSXF.3L1: MCOSXF, KSL := {0, 0, 0, kcosx3.l1*l.MCOSXF};
MCOSXF.3R1: MCOSXF, KSL := {0, 0, 0, kcosx3.r1*l.MCOSXF};
MCOSXF.3L5: MCOSXF, KSL := {0, 0, 0, kcosx3.l5*l.MCOSXF};
MCOSXF.3R5: MCOSXF, KSL := {0, 0, 0, kcosx3.r5*l.MCOSXF};
!B4 CORRECTOR
MCOXF, Kmax:=Kmax_MCOXF , Kmin:=Kmin_MCOXF;
MCOXF.3L1: MCOXF, KNL := {0, 0, 0, kcox3.l1 *bv_aux*l.MCOXF};
MCOXF.3R1: MCOXF, KNL := {0, 0, 0, kcox3.r1 *bv_aux*l.MCOXF};
MCOXF.3L5: MCOXF, KNL := {0, 0, 0, kcox3.l5 *bv_aux*l.MCOXF};
MCOXF.3R5: MCOXF, KNL := {0, 0, 0, kcox3.r5 *bv_aux*l.MCOXF};
!A5 CORRECTOR
MCDSXF, Kmax:=Kmax_MCDSXF, Kmin:=Kmin_MCDSXF;
MCDSXF.3L1: MCDSXF, KSL := {0, 0, 0, 0, kcdsX3.l1 *bv_aux*l.MCDSXF};
MCDSXF.3R1: MCDSXF, KSL := {0, 0, 0, 0, kcdsX3.r1 *bv_aux*l.MCDSXF};
MCDSXF.3L5: MCDSXF, KSL := {0, 0, 0, 0, kcdsX3.l5 *bv_aux*l.MCDSXF};
MCDSXF.3R5: MCDSXF, KSL := {0, 0, 0, 0, kcdsX3.r5 *bv_aux*l.MCDSXF};
!B5 CORRECTOR
MCDXF, Kmax:=Kmax_MCDXF , Kmin:=Kmin_MCDXF;
MCDXF.3L1: MCDXF, KNL := {0, 0, 0, 0, kcdx3.l1*l.MCDXF};
MCDXF.3R1: MCDXF, KNL := {0, 0, 0, 0, kcdx3.r1*l.MCDXF};
MCDXF.3L5: MCDXF, KNL := {0, 0, 0, 0, kcdx3.l5*l.MCDXF};
MCDXF.3R5: MCDXF, KNL := {0, 0, 0, 0, kcdx3.r5*l.MCDXF};
! Installl non linear correctors
exec,install_ir15_cmn(MCBXFAH.3,posMCBXFA); !b1
exec,install_ir15_cmn(MCBXFAV.3,posMCBXFA); !a1
exec,install_ir15_cmn(MQSXF.3, posMQSXF); !a2
exec,install_ir15_cmn(MCTXF.3, posMCTXF ); !b6
exec,install_ir15_cmn(MCTSXF.3, posMCTSXF ); !a6
exec,install_ir15_cmn(MCDXF.3, posMCDXF ); !b5
exec,install_ir15_cmn(MCDSXF.3, posMCDSXF ); !a5
exec,install_ir15_cmn(MCOXF.3, posMCOXF ); !b4
exec,install_ir15_cmn(MCOSXF.3, posMCOSXF ); !a4
exec,install_ir15_cmn(MCSXF.3, posMCSXF ); !b3
exec,install_ir15_cmn(MCSSXF.3, posMCSSXF ); !a3
!===============================================
! D1 area
!===============================================
! separation recombination dipoles
!if (l.MBXF==0) {l.MBXF= 6.27;};
!l.MBXF= 6.69;
!l.MBXF= 6.36;
!l.MBXF= 6.27;
MBXF : RBEND, L := l.MBXF ; ! D1
!BPMWC: MONITOR, L := l.BPMWC; ! bpm in D1
! service module for current distribution in the non-IP side of D1
l.DFXJ = 3.658; ! not finalized
DFXJ : PLACEHOLDER, L:= l.DFXJ;
! Layout
! MCSSXF | .5} .1 {.5 D1 .5} 1 DFXJ
!posD1 := posMCSSXF+(l.MBXF+l.MCSSXF)/2.+2;
posD1 = posQ3b+(l.MQXFA+l.MBXF)/2+1.047+7.954+1.050;
posDFXJ := 82.127+l.DFXJ/2;
!posBPMWC := posD1 + l.MBXF/2 + 0.90; ! to be checked with long range
! Separation recombination dipoles
MBXF.4L1: MBXF,angle:= ad1.lr1, K0 := kd1.lr1, polarity=+1 *bv_aux;
MBXF.4R1: MBXF,angle:=-ad1.lr1, K0 :=-kd1.lr1, polarity=-1 *bv_aux;
MBXF.4L5: MBXF,angle:= ad1.lr5, K0 := kd1.lr5, polarity=+1 *bv_aux;
MBXF.4R5: MBXF,angle:=-ad1.lr5, K0 :=-kd1.lr5, polarity=-1 *bv_aux;
!BPMWC.4L1.B1: BPMWC;
!BPMWC.4R1.B1: BPMWC;
!BPMWC.4L5.B1: BPMWC;
!BPMWC.4R5.B1: BPMWC;
!BPMWC.4L1.B2: BPMWC;
!BPMWC.4R1.B2: BPMWC;
!BPMWC.4L5.B2: BPMWC;
!BPMWC.4R5.B2: BPMWC;
DFXJ.4L1: DFXJ;
DFXJ.4R1: DFXJ;
DFXJ.4L5: DFXJ;
DFXJ.4R5: DFXJ;
! D1
!exec,install_ir15_b12(BPMWC.4, posBPMWC );
exec,install_ir15_cmn(MBXF.4, posD1);
exec,install_ir15_cmn(DFXJ.4, posDFXJ);
!===============================================
!BPM triplet D1
!===============================================
! to be changed
! Q1 | .5 } .526 BPM .172 {.5 | MCBXFBa
! MCBXFBa | Q2a | .5 } .054 BPM .812 {.5 | Q2b
! MCBXFBb | .0} .392 BPM .805 {.5 | Q3
! Q3 | .5 } .047 BPM ...
! BMPSQW is between TAS and Q1
l.BPMSQ = 0.2*0; !needs zero lengths BPMs
l.BPMSQW = 0.2*0;
BPMSQ : MONITOR, L := l.BPMSQ; ! bpm in the triplets
BPMSQT: MONITOR, L := l.BPMSQ; ! bpm in the triplets with W insert
BPMSQW: MONITOR, L := l.BPMSQW; ! bpm in the triplets warm
posBPM1 := posQ1a - l.MQXFA/2 - 1.067;!BPMSQ.1R5.B1
posBPM2 := posQ1b + l.MQXFA/2 + 1.047+0.100;!BPMSQ.A2R5.B1
posBPM3 := posQ2a + l.MQXFB/2 + 1.054+0.100;!BPMSQT.B2R5.B1
posBPM4 := posQ3a - l.MQXFA/2 - 1.047+0.100;!BPMSQ.A3R5.B1
posBPM5 := posQ3b + l.MQXFA/2 + 1.047+0.100;!BPMSQ.B3R5.B1
posBPM6 := posD1 - l.MBXF/2 - 1.050+0.100;!BPMSQ.4R5.B1
posBPM7 := posD1 + l.MBXF/2 + 1.050+3.658+0.928+0.150+0.142 ;!BPMSQW.B4R5.B1 87.89=3.74*23.5
value, posBPM1,posBPM2,posBPM3,posBPM4,posBPM5,posBPM6,posBPM7;
! xpos=array([21.853,33.073,43.858,54.643,65.743,87.89])
! c_[abs(a),abs(a-1)].min(axis=1)*3.74
! array([ 0.587, 0.587, 1.022, 1.457, 1.577, 1.87 ])
BPMSQ.1L1.B1 : BPMSQ; BPMSQ.1R1.B1 : BPMSQ;
BPMSQ.1L5.B1 : BPMSQ; BPMSQ.1R5.B1 : BPMSQ;
BPMSQ.1L1.B2 : BPMSQ; BPMSQ.1R1.B2 : BPMSQ;
BPMSQ.1L5.B2 : BPMSQ; BPMSQ.1R5.B2 : BPMSQ;
BPMSQ.A2L1.B1 : BPMSQ;BPMSQ.A2R1.B1 : BPMSQ;
BPMSQ.A2L5.B1 : BPMSQ;BPMSQ.A2R5.B1 : BPMSQ;
BPMSQ.A2L1.B2 : BPMSQ;BPMSQ.A2R1.B2 : BPMSQ;
BPMSQ.A2L5.B2 : BPMSQ;BPMSQ.A2R5.B2 : BPMSQ;
BPMSQT.B2L1.B1 : BPMSQT;BPMSQT.B2R1.B1 : BPMSQT;
BPMSQT.B2L5.B1 : BPMSQT;BPMSQT.B2R5.B1 : BPMSQT;
BPMSQT.B2L1.B2 : BPMSQT;BPMSQT.B2R1.B2 : BPMSQT;
BPMSQT.B2L5.B2 : BPMSQT;BPMSQT.B2R5.B2 : BPMSQT;
BPMSQ.A3L1.B1 : BPMSQ;BPMSQ.A3R1.B1 : BPMSQ;
BPMSQ.A3L5.B1 : BPMSQ;BPMSQ.A3R5.B1 : BPMSQ;
BPMSQ.A3L1.B2 : BPMSQ;BPMSQ.A3R1.B2 : BPMSQ;
BPMSQ.A3L5.B2 : BPMSQ;BPMSQ.A3R5.B2 : BPMSQ;
BPMSQ.B3L1.B1 : BPMSQ;BPMSQ.B3R1.B1 : BPMSQ;
BPMSQ.B3L5.B1 : BPMSQ;BPMSQ.B3R5.B1 : BPMSQ;
BPMSQ.B3L1.B2 : BPMSQ;BPMSQ.B3R1.B2 : BPMSQ;
BPMSQ.B3L5.B2 : BPMSQ;BPMSQ.B3R5.B2 : BPMSQ;
BPMSQ.4L1.B1 : BPMSQ; BPMSQ.4R1.B1 : BPMSQ;
BPMSQ.4L5.B1 : BPMSQ; BPMSQ.4R5.B1 : BPMSQ;
BPMSQ.4L1.B2 : BPMSQ; BPMSQ.4R1.B2 : BPMSQ;
BPMSQ.4L5.B2 : BPMSQ; BPMSQ.4R5.B2 : BPMSQ;
BPMSQW.4L1.B1 : BPMSQW;BPMSQW.4R1.B1 : BPMSQW;
BPMSQW.4L5.B1 : BPMSQW;BPMSQW.4R5.B1 : BPMSQW;
BPMSQW.4L1.B2 : BPMSQW;BPMSQW.4R1.B2 : BPMSQW;
BPMSQW.4L5.B2 : BPMSQW;BPMSQW.4R5.B2 : BPMSQW;
! BPMS
exec,install_ir15_b12(BPMSQ.1 , posBPM1 );
exec,install_ir15_b12(BPMSQ.A2, posBPM2 );
exec,install_ir15_b12(BPMSQT.B2, posBPM3 );
exec,install_ir15_b12(BPMSQ.A3, posBPM4 );
exec,install_ir15_b12(BPMSQ.B3, posBPM5 );
exec,install_ir15_b12(BPMSQ.4 , posBPM6 );
exec,install_ir15_b12(BPMSQW.4 , posBPM7 );
!===============================================
! D2 area
!===============================================
! TAN TCTV TCTH TCL BPMWQ 1.835 (left)
! TAN TCL BPMWQ 1.835 (right)
! {.4 D2 .4 MCBRDH .4 MCBRDV .4}
! B1-> 0.5 { 1.3 1.3 CRAB 2.6 CRAB 2.6 CRAB 1.3 } 2.69 | MCBYY
! B2<- 0.5 { 1.3 CRAB 2.6 CRAB 2.6 CRAB 1.3 1.3 } 2.69 | MCBYY
! D2
!l.MBRD=10;
!if (l.MBRD==0) {l.MBRD=7.8;};
!if (l.MCBRD==0) {l.MCBRD=1.5;};
l.BPMWQ=0.285*0;
MBRD : RBEND , L := l.MBRD ; ! D2
MCBRDH: HKICKER, L := l.MCBRD; ! long for crabs in D2 cryostats
MCBRDV: VKICKER, L := l.MCBRD; ! long for crabs in D2 cryostats
BPMWQ : MONITOR, L := l.BPMWQ; ! bpm in D2
posD2 := 157.9+deltaposD2; ! minimize distance D1-D2, maximum field 35 Tm
!posD2 = 157.9-8-7; ! from V6.503
! 8 to fit two cavitities with 1.5 meter at 163
!11 to fit three cavitities with 1.5 meter
posMCBRDA := posD2 + l.MBRD/2 + l.MCBRD/2 + 0.365 + deltaposMCBRD;
posMCBRDB := posMCBRDA + l.MCBRD + 0.365 ;
posBPMWQ := posD2-l.MBRD/2-0.983-0.702-0.285/2 + deltaposTAXN;!BPMWQ.4R5.B1
sepBPMWQ := round((posBPMWQ-posD1)/(posD2-posD1)*194)/1e3;
MBRD.4L1.B1: MBRD, angle:=-ad2.l1, K0:=-kd2.l1, polarity=-1, mech_sep=-0.1880;
MBRD.4R1.B1: MBRD, angle:= ad2.r1, K0:= kd2.r1, polarity=+1, mech_sep= 0.1880;
MBRD.4L5.B1: MBRD, angle:=-ad2.l5, K0:=-kd2.l5, polarity=-1, mech_sep=-0.1880;
MBRD.4R5.B1: MBRD, angle:= ad2.r5, K0:= kd2.r5, polarity=+1, mech_sep= 0.1880;
MBRD.4L1.B2: MBRD, angle:=-ad2.l1, K0:=-kd2.l1, polarity=+1*bv_aux, mech_sep= 0.1880*bv_aux;
MBRD.4R1.B2: MBRD, angle:= ad2.r1, K0:= kd2.r1, polarity=-1*bv_aux, mech_sep=-0.1880*bv_aux;
MBRD.4L5.B2: MBRD, angle:=-ad2.l5, K0:=-kd2.l5, polarity=+1*bv_aux, mech_sep= 0.1880*bv_aux;
MBRD.4R5.B2: MBRD, angle:= ad2.r5, K0:= kd2.r5, polarity=-1*bv_aux, mech_sep=-0.1880*bv_aux;
MCBRDH.4L1.B1: MCBRDH, kick:= acbrdh4.l1b1, mech_sep=-0.1880;
MCBRDH.4R1.B1: MCBRDH, kick:= acbrdh4.r1b1, mech_sep= 0.1880;
MCBRDH.4L5.B1: MCBRDH, kick:= acbrdh4.l5b1, mech_sep=-0.1880;
MCBRDH.4R5.B1: MCBRDH, kick:= acbrdh4.r5b1, mech_sep= 0.1880;
MCBRDH.4L1.B2: MCBRDH, kick:=-acbrdh4.l1b2, mech_sep= 0.1880*bv_aux;
MCBRDH.4R1.B2: MCBRDH, kick:=-acbrdh4.r1b2, mech_sep=-0.1880*bv_aux;
MCBRDH.4L5.B2: MCBRDH, kick:=-acbrdh4.l5b2, mech_sep= 0.1880*bv_aux;
MCBRDH.4R5.B2: MCBRDH, kick:=-acbrdh4.r5b2, mech_sep=-0.1880*bv_aux;
MCBRDV.4L1.B1: MCBRDV, kick:= acbrdv4.l1b1*bv_aux, mech_sep=-0.1880;
MCBRDV.4R1.B1: MCBRDV, kick:= acbrdv4.r1b1*bv_aux, mech_sep= 0.1880;
MCBRDV.4L5.B1: MCBRDV, kick:= acbrdv4.l5b1*bv_aux, mech_sep=-0.1880;
MCBRDV.4R5.B1: MCBRDV, kick:= acbrdv4.r5b1*bv_aux, mech_sep= 0.1880;
MCBRDV.4L1.B2: MCBRDV, kick:=-acbrdv4.l1b2*bv_aux, mech_sep= 0.1880*bv_aux;
MCBRDV.4R1.B2: MCBRDV, kick:=-acbrdv4.r1b2*bv_aux, mech_sep=-0.1880*bv_aux;
MCBRDV.4L5.B2: MCBRDV, kick:=-acbrdv4.l5b2*bv_aux, mech_sep= 0.1880*bv_aux;
MCBRDV.4R5.B2: MCBRDV, kick:=-acbrdv4.r5b2*bv_aux, mech_sep=-0.1880*bv_aux;
BPMWQ.4L1.B1: BPMWQ, mech_sep=-sepBPMWQ;
BPMWQ.4R1.B1: BPMWQ, mech_sep= sepBPMWQ;
BPMWQ.4L5.B1: BPMWQ, mech_sep=-sepBPMWQ;
BPMWQ.4R5.B1: BPMWQ, mech_sep= sepBPMWQ;
BPMWQ.4L1.B2: BPMWQ, mech_sep= sepBPMWQ*bv_aux;
BPMWQ.4R1.B2: BPMWQ, mech_sep=-sepBPMWQ*bv_aux;
BPMWQ.4L5.B2: BPMWQ, mech_sep= sepBPMWQ*bv_aux;
BPMWQ.4R5.B2: BPMWQ, mech_sep=-sepBPMWQ*bv_aux;
! separation recombination powering, 0.194 m separation between apertures
ad1.lr1:=atan(0.194/2./(posD2-posD1))*(1-R0);
kd1.lr1:=ad1.lr1/l.MBXF;
ad1.lr5:=atan(0.194/2./(posD2-posD1))*(1-R0);
kd1.lr5:=ad1.lr5/l.MBXF;
ad2.l1 :=atan(0.194/2./(posD2-posD1))*(1-R0);
ad2.r1 :=atan(0.194/2./(posD2-posD1))*(1-R0);
kd2.l1 :=ad2.l1/l.MBRD;
kd2.r1 :=ad2.r1/l.MBRD;
ad2.l5 :=atan(0.194/2./(posD2-posD1))*(1-R0);
ad2.r5 :=atan(0.194/2./(posD2-posD1))*(1-R0);
kd2.l5 :=ad2.l5/l.MBRD;
kd2.r5 :=ad2.r5/l.MBRD;
value, posD1,posD2,posD2-posD1,posMCBRDA,posMCBRDB;
value, posBPMWQ,sepBPMWQ;
value, ad1.lr1,l.MBXF,ad1.lr1/l.MBXF*brho,ad1.lr1*brho;
value, ad2.l1,l.MBRD,ad2.l1/l.MBRD*brho,ad2.l1*brho;
! D2
exec,install_ir15_b12(MBRD.4 , posD2 );
exec,install_ir15_b12(BPMWQ.4, posBPMWQ);
!IP - D2 posMCBRDA posMCBRDB
! orientation:
! b1: h v - IP - v h
! b2: v h - IP - h v
!exec,install_ir15_b1_b2(MCBRDV.4,posMCBRDA,posMCBRDB);
!exec,install_ir15_b1_b2(MCBRDH.4,posMCBRDB,posMCBRDA);
! orientation:
! b1: h v - IP - h v
! b2: v h - IP - v h
if (cut_mcbrd==0){
exec,install_ir15_b1_b2_alt(MCBRDV.4,posMCBRDA,posMCBRDB);
exec,install_ir15_b1_b2_alt(MCBRDH.4,posMCBRDB,posMCBRDA);
};
!===============================================
! Q4
!===============================================
!l.MQYY =3.4+0.1;
!l.MQYY =3.5 3.675
!if (l.MQYY==0) { l.MQYY=3.826; };
!if (l.MCBYY==0 ) {l.MCBYY=1.50;};
posQ4 :=169.553+deltaPosQ4; !new layout (excel file) 182.644 m
posBPMYA.4 :=posQ4 + l.MQY/2 + 0.804 ;!BPMYA.4R5.B1
dposMCBY.B4 := (l.MQY + l.MCBYV)/2 + 0.372; !same as nominal note that in IR2-8-6 distance can
dposMCBY.4 := dposMCBY.B4 + (l.MCBYH + l.MCBYV)/2 + 0.396; !be better
dposMCBY.A4 := dposMCBY.4 + (l.MCBYV + l.MCBYH)/2 + 0.396;
value,dposMCBY.B4,dposMCBY.4,dposMCBY.A4;
!MCBYV.4L1.B1:MCBYV, KICK:= acbyvs4.l1b1, polarity=+1,mech_sep=-0.194;
MCBYH.4L1.B1:MCBYH, KICK:= acbyhs4.l1b1, polarity=+1,mech_sep=-0.194;
MCBYV.4R1.B1:MCBYV, KICK:= acbyvs4.r1b1, polarity=+1,mech_sep= 0.194;
!MCBYH.4R1.B1:MCBYH, KICK:= acbyhs4.r1b1, polarity=+1,mech_sep= 0.194;
!MCBYV.4L5.B1:MCBYV, KICK:= acbyvs4.l5b1, polarity=+1,mech_sep=-0.194;
MCBYH.4L5.B1:MCBYH, KICK:= acbyhs4.l5b1, polarity=+1,mech_sep=-0.194;
MCBYV.4R5.B1:MCBYV, KICK:= acbyvs4.r5b1, polarity=+1,mech_sep= 0.194;
!MCBYH.4R5.B1:MCBYH, KICK:= acbyhs4.r5b1, polarity=+1,mech_sep= 0.194;
MCBYV.A4L1.B1:MCBYV, KICK:= acbyvs4.l1b1, polarity=+1,mech_sep=-0.194;
MCBYH.A4L1.B1:MCBYH, KICK:= acbyhs4.l1b1, polarity=+1,mech_sep=-0.194;
MCBYV.A4R1.B1:MCBYV, KICK:= acbyvs4.r1b1, polarity=+1,mech_sep= 0.194;
MCBYH.A4R1.B1:MCBYH, KICK:= acbyhs4.r1b1, polarity=+1,mech_sep= 0.194;
MCBYV.A4L5.B1:MCBYV, KICK:= acbyvs4.l5b1, polarity=+1,mech_sep=-0.194;
MCBYH.A4L5.B1:MCBYH, KICK:= acbyhs4.l5b1, polarity=+1,mech_sep=-0.194;
MCBYV.A4R5.B1:MCBYV, KICK:= acbyvs4.r5b1, polarity=+1,mech_sep= 0.194;
MCBYH.A4R5.B1:MCBYH, KICK:= acbyhs4.r5b1, polarity=+1,mech_sep= 0.194;
MCBYV.B4L1.B1:MCBYV, KICK:= acbyv4.l1b1, polarity=+1,mech_sep=-0.194;
MCBYH.B4L1.B1:MCBYH, KICK:= acbyh4.l1b1, polarity=+1,mech_sep=-0.194;
MCBYV.B4R1.B1:MCBYV, KICK:= acbyv4.r1b1, polarity=+1,mech_sep= 0.194;
MCBYH.B4R1.B1:MCBYH, KICK:= acbyh4.r1b1, polarity=+1,mech_sep= 0.194;
MCBYV.B4L5.B1:MCBYV, KICK:= acbyv4.l5b1, polarity=+1,mech_sep=-0.194;
MCBYH.B4L5.B1:MCBYH, KICK:= acbyh4.l5b1, polarity=+1,mech_sep=-0.194;
MCBYV.B4R5.B1:MCBYV, KICK:= acbyv4.r5b1, polarity=+1,mech_sep= 0.194;
MCBYH.B4R5.B1:MCBYH, KICK:= acbyh4.r5b1, polarity=+1,mech_sep= 0.194;
MCBYV.4L1.B2:MCBYV, KICK:= -acbyvs4.l1b2*bv_aux, polarity=+1,, mech_sep= 0.194*bv_aux;
!MCBYH.4L1.B2:MCBYH, KICK:= -acbyhs4.l1b2, polarity=+1, mech_sep= 0.194*bv_aux;
!MCBYV.4R1.B2:MCBYV, KICK:= -acbyvs4.r1b2*bv_aux, polarity=+1, mech_sep=-0.194*bv_aux;
MCBYH.4R1.B2:MCBYH, KICK:= -acbyhs4.r1b2, polarity=+1, mech_sep=-0.194*bv_aux;
MCBYV.4L5.B2:MCBYV, KICK:= -acbyvs4.l5b2*bv_aux, polarity=+1, mech_sep= 0.194*bv_aux;
!MCBYH.4L5.B2:MCBYH, KICK:= -acbyhs4.l5b2, polarity=+1, mech_sep= 0.194*bv_aux;
!MCBYV.4R5.B2:MCBYV, KICK:= -acbyvs4.r5b2*bv_aux, polarity=+1, mech_sep=-0.194*bv_aux;
MCBYH.4R5.B2:MCBYH, KICK:= -acbyhs4.r5b2, polarity=+1, mech_sep=-0.194*bv_aux;
MCBYV.A4L1.B2:MCBYV, KICK:= -acbyvs4.l1b2*bv_aux, polarity=+1, mech_sep= 0.194*bv_aux;
MCBYH.A4L1.B2:MCBYH, KICK:= -acbyhs4.l1b2, polarity=+1, mech_sep= 0.194*bv_aux;
MCBYV.A4R1.B2:MCBYV, KICK:= -acbyvs4.r1b2*bv_aux, polarity=+1, mech_sep=-0.194*bv_aux;
MCBYH.A4R1.B2:MCBYH, KICK:= -acbyhs4.r1b2, polarity=+1, mech_sep=-0.194*bv_aux;
MCBYV.A4L5.B2:MCBYV, KICK:= -acbyvs4.l5b2*bv_aux, polarity=+1, mech_sep= 0.194*bv_aux;
MCBYH.A4L5.B2:MCBYH, KICK:= -acbyhs4.l5b2, polarity=+1, mech_sep= 0.194*bv_aux;
MCBYV.A4R5.B2:MCBYV, KICK:= -acbyvs4.r5b2*bv_aux, polarity=+1, mech_sep=-0.194*bv_aux;
MCBYH.A4R5.B2:MCBYH, KICK:= -acbyhs4.r5b2, polarity=+1, mech_sep=-0.194*bv_aux;
MCBYV.B4L1.B2:MCBYV, KICK:= -acbyv4.l1b2*bv_aux, polarity=+1, mech_sep= 0.194*bv_aux;
MCBYH.B4L1.B2:MCBYH, KICK:= -acbyh4.l1b2, polarity=+1, mech_sep= 0.194*bv_aux;
MCBYV.B4R1.B2:MCBYV, KICK:= -acbyv4.r1b2*bv_aux, polarity=+1, mech_sep=-0.194*bv_aux;
MCBYH.B4R1.B2:MCBYH, KICK:= -acbyh4.r1b2, polarity=+1, mech_sep=-0.194*bv_aux;
MCBYV.B4L5.B2:MCBYV, KICK:= -acbyv4.l5b2*bv_aux, polarity=+1, mech_sep= 0.194*bv_aux;
MCBYH.B4L5.B2:MCBYH, KICK:= -acbyh4.l5b2, polarity=+1, mech_sep= 0.194*bv_aux;
MCBYV.B4R5.B2:MCBYV, KICK:= -acbyv4.r5b2*bv_aux, polarity=+1, mech_sep=-0.194*bv_aux;
MCBYH.B4R5.B2:MCBYH, KICK:= -acbyh4.r5b2, polarity=+1, mech_sep=-0.194*bv_aux;
exec,newel_ir15_b12(BPMYA.4,BPMYA);
exec,install_ir15_b12(BPMYA.4, posBPMYA.4);
exec,install_ir15_b12(MQY.4 , posQ4 );
! alternative orientation
if(bv_aux == 1){
seqedit,sequence=lhcb1;
! .... MCBY.B4
install,element=MCBYV.B4L1.B1, at=-(posQ4-dposMCBY.B4), from= IP1.L1;!IP side
install,element=MCBYH.B4R1.B1, at= (posQ4-dposMCBY.B4), from= IP1; !IP side
install,element=MCBYV.B4L5.B1, at=-(posQ4-dposMCBY.B4), from= IP5; !IP side
install,element=MCBYH.B4R5.B1, at= (posQ4-dposMCBY.B4), from= IP5; !IP side
!
! .... MCBY.4
install,element=MCBYH.4L1.B1, at=-(posQ4-dposMCBY.4), from= IP1.L1;!IP side
install,element=MCBYV.4R1.B1, at= (posQ4-dposMCBY.4), from= IP1; !IP side
install,element=MCBYH.4L5.B1, at=-(posQ4-dposMCBY.4), from= IP5; !IP side
install,element=MCBYV.4R5.B1, at= (posQ4-dposMCBY.4), from= IP5; !IP side
!
! .... MCBY.A4
install,element=MCBYV.A4L1.B1, at=-(posQ4-dposMCBY.A4), from= IP1.L1;!IP side
install,element=MCBYH.A4R1.B1, at= (posQ4-dposMCBY.A4), from= IP1; !IP side
install,element=MCBYV.A4L5.B1, at=-(posQ4-dposMCBY.A4), from= IP5; !IP side
install,element=MCBYH.A4R5.B1, at= (posQ4-dposMCBY.A4), from= IP5; !IP side
endedit;
};
seqedit,sequence=lhcb2;
! .... MCBY.B4
install,element=MCBYH.B4L1.B2, at=-(posQ4-dposMCBY.B4)*bv_aux, from= IP1.L1;!IP side
install,element=MCBYV.B4R1.B2, at= (posQ4-dposMCBY.B4)*bv_aux, from= IP1; !IP side
install,element=MCBYH.B4L5.B2, at=-(posQ4-dposMCBY.B4)*bv_aux, from= IP5; !IP side
install,element=MCBYV.B4R5.B2, at= (posQ4-dposMCBY.B4)*bv_aux, from= IP5; !IP side
! .... MCBY.4
install,element=MCBYV.4L1.B2, at=-(posQ4-dposMCBY.4)*bv_aux, from= IP1.L1;!IP side
install,element=MCBYH.4R1.B2, at= (posQ4-dposMCBY.4)*bv_aux, from= IP1; !IP side
install,element=MCBYV.4L5.B2, at=-(posQ4-dposMCBY.4)*bv_aux, from= IP5; !IP side
install,element=MCBYH.4R5.B2, at= (posQ4-dposMCBY.4)*bv_aux, from= IP5; !IP side
!
! .... MCBY.A4
install,element=MCBYH.A4L1.B2, at=-(posQ4-dposMCBY.A4)*bv_aux, from= IP1.L1;!IP side
install,element=MCBYV.A4R1.B2, at= (posQ4-dposMCBY.A4)*bv_aux, from= IP1; !IP side
install,element=MCBYH.A4L5.B2, at=-(posQ4-dposMCBY.A4)*bv_aux, from= IP5; !IP side