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cfmDiJet_PtImbPlots.C~
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cfmDiJet_PtImbPlots.C~
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#include "TStyle.h"
#include "commonUtility.h"
#include "TTree.h"
#include "TGraphErrors.h"
#include "TGraphAsymmErrors.h"
#include "TDatime.h"
#include "TFile.h"
#include "TCanvas.h"
#include "TCut.h"
#include "TProfile.h"
TFile* inFile1_p = 0;
TTree* inTree_p = 0;
TFile* outFile_p = 0;
const char* algType[5] = {"PuPF", "PuCalo", "VsPF", "VsCalo", "T"};
TCut fullVeto = "";
//append to every histo so know which sample via shorthand on workblog
const char* fileTag1;
//shorthands, w/ _CFMSKIM.h
const char* Di30a = "HydjetDrum_Pyquen_Dijet30_FOREST_Track8_Jet24_FixedPtHatJES_v0_0_CFMSKIM_20140423_0.root";
const char* Di50a = "HydjetDrum_Pyquen_Dijet50_FOREST_Track8_Jet24_FixedPtHatJES_v0_0_CFMSKIM_20140423_0.root";
const char* Di80a = "Pythia80_HydjetDrum_mix01_HiForest2_v20_CFMSKIM.root";
const char* Di80b = "Dijet80_HydjetDrum_v27_mergedV1_CFMSKIM.root";
const char* Di80c = "HydjetDrum_Pyquen_Dijet80_Embedded_d20140122_Track7_v2_CFMSKIM.root";
const char* Di80d = "HiForest_Pythia_Hydjet_Jet80_Track8_Jet6_STARTHI53_LV1_merged_forest_0_CFMSKIM.root"; const char* Di80e = "HiForest_Pythia_Hydjet_Jet80_Track8_Jet14_STARTHI53_LV1_merged_forest_0_CFMSKIM.root";
const char* Di80f = "HiForest_Pythia_Hydjet_Jet80_Track8_Jet19_STARTHI53_LV1_merged_forest_0_50k_CFMSKIM.root";
const char* Di80g = "HiForest_Pythia_Hydjet_Jet80_Track8_Jet19_STARTHI53_LV1_merged_forest_0_300k_CFMSKIM.root";
const char* Di80h = "HiForest_Pythia_Hydjet_Jet80_Track8_Jet21_STARTHI53_LV1_merged_forest_0_300k_CFMSKIM.root";
const char* Di80i = "HydjetDrum_Pyquen_Dijet80_FOREST_Track8_Jet24_FixedPtHat_v0_mergedpkurt_0_CFMSKIM.root";
const char* Di80j = "HydjetDrum_Pyquen_Dijet80_FOREST_Track8_Jet24_FixedPtHatJES_v0_0_CFMSKIM_20140423_0.root";
const char* Di100a = "Dijet100_HydjetDrum_v27_mergedV1_CFMSKIM.root";
const char* Di100b = "HydjetDrum_Pyquen_Dijet100_FOREST_Track8_Jet24_FixedPtHat_v0_0_CFMSKIM_20140323_4_0.root";
const char* Di100c = "HydjetDrum_Pyquen_Dijet100_FOREST_Track8_Jet24_FixedPtHatJES_v0_0_CFMSKIM_20140423_0.root";
const char* Di120a = "HydjetDrum_Pyquen_Dijet120_Embedded_RECO_STARTHI53_LV1_Track8_Jet21_300k_v0_merged_0_CFMSKIM.root";
const char* Di120b = "HydjetDrum_Pyquen_Dijet120_FOREST_Track8_Jet24_FixedPtHat_v0_0_CFMSKIM.root";
const char* Di120c = "HydjetDrum_Pyquen_Dijet120_FOREST_Track8_Jet24_FixedPtHatJES_v0_0_CFMSKIM_20140423_0.root";
const char* DiAlla = "HydjetDrum_Pyquen_DijetAll_FOREST_Track8_Jet24_FixedPtHatJES_v0_0_CFMSKIM_20140425_0.root";
const char* EmDi80a = "PbPb_pythiaHYDJET_forest_EmEnrichedDijet80_CFMSKIM.root";
const char* DataA = "Track8_Jet17_GR_R_53_LV6_SUB_0_CFMSKIM.root";
const char* DataB = "hiForest_Jet80or95_GR_R_53_LV6_02Mar2014_1300CET_Track8_Jet15_0_1200k_CFMSKIM.root";
const char* DataC = "hiForest_Jet80or95_GR_R_53_LV6_08Mar2014_0300CET_Track8_Jet21_0_700k_CFMSKIM.root";
const char* DataD = "hiForest_Jet80or95_GR_R_53_LV6_12Mar2014_0000CET_Track8_Jet21_0_1200k_CFMSKIM.root";
const char* DataE = "hiForest_Jet80or95_GR_R_53_LV6_03Mar2014_1600CET_CMSSW_5_3_16_merged_0_CFMSKIM.root";
const char* DataF = "HIRun2011-14Mar2014-v2-6lumi-jet80-forest-v4-merged_0_CFMSKIM_20140428_hiPtCorrSwitch_0.root";
//const char* DataE = "hiForest_Jet80or95_GR_R_53_LV6_03Mar2014_1600CET_CMSSW_5_3_16_merged_0_CFMSKIM_20140328_JtCutDown_2_0.root";
Double_t quadSum(Double_t one, Double_t two)
{
Double_t err = TMath::Sqrt(one*one + two*two);
return err;
}
Float_t getDPHI( Float_t phi1, Float_t phi2) {
Float_t dphi = phi1 - phi2;
if ( dphi > TMath::Pi())
dphi = dphi - 2.*(TMath::Pi());
if ( dphi <= -(TMath::Pi()) )
dphi = dphi + 2.*(TMath::Pi());
if ( TMath::Abs(dphi) > TMath::Pi()) {
std::cout << " commonUtility::getDPHI error!!! dphi is bigger than TMath::Pi() " << std::endl;
}
return dphi;
}
Float_t getAbsDphi( Float_t phi1, Float_t phi2) {
return TMath::Abs( getDPHI(phi1, phi2) ) ;
}
Bool_t sameSign(Double_t num1, Double_t num2){
if((num1 > 0 && num2 > 0) || (num1 < 0 && num2 < 0)) return true;
return false;
}
void niceTH1(TH1F* uglyTH1, float max , float min, float ndivX, float ndivY)
{
handsomeTH1N(uglyTH1);
uglyTH1->SetMaximum(max);
uglyTH1->SetMinimum(min);
uglyTH1->SetNdivisions(ndivX);
uglyTH1->SetNdivisions(ndivY, "Y");
}
void niceTProf(TProfile* uglyTProf, float max , float min, float ndivX, float ndivY)
{
uglyTProf->GetYaxis()->SetTitleOffset(1.25);
uglyTProf->GetXaxis()->CenterTitle();
uglyTProf->GetYaxis()->CenterTitle();
uglyTProf->SetMaximum(max);
uglyTProf->SetMinimum(min);
uglyTProf->SetNdivisions(ndivX);
uglyTProf->SetNdivisions(ndivY, "Y");
uglyTProf->SetMarkerColor(1);
uglyTProf->SetMarkerSize(1);
uglyTProf->SetMarkerStyle(20);
uglyTProf->SetLineColor(1);
}
void niceTGraphErrors(TGraphErrors* uglyTGraph, float max, float min)
{
uglyTGraph->GetYaxis()->SetTitleOffset(1.25);
uglyTGraph->GetXaxis()->CenterTitle();
uglyTGraph->GetYaxis()->CenterTitle();
uglyTGraph->SetMaximum(max);
uglyTGraph->SetMinimum(min);
uglyTGraph->SetMarkerColor(1);
uglyTGraph->SetMarkerSize(1);
uglyTGraph->SetMarkerStyle(20);
uglyTGraph->SetLineColor(1);
}
// 0 == PuPF, 1 == PuCalo, 2 == VsPF, 3 == VsCalo, 4 == Truth
TCut makeSetCut(Int_t setNum)
{
TCut setCut = "";
if(setNum > 4 || setNum < 0){
std::cout << "makeSetCut: setNum must be between 0-4, empty cut returned" << std::endl;
return setCut;
}
setCut = Form("eventSet[%d]", setNum);
return setCut;
}
TCut makeCentCut(Int_t centLow, Int_t centHi)
{
TCut centCut = "";
if(centLow >= 0 && centHi >= centLow && centHi <= 199)
centCut = Form("hiBin >= %d && hiBin <= %d", centLow, centHi);
else
std::cout << "makeCentCut: centLow/centHi incorrectly specified, empty cut returned" << std::endl;
return centCut;
}
TCut makeAsymmCut(Int_t setNum, Float_t asymmLow, Float_t asymmHi, Bool_t ref = false)
{
TCut asymmCut = "";
if(setNum > 4 || setNum < 0){
std::cout << "makeAsymmCut: setNum must be between 0-4, empty cut returned" << std::endl;
return asymmCut;
}
if(asymmLow >= .00 && asymmHi >= asymmLow && asymmHi <= 1.){
if(ref && setNum < 4){
const char* refAsymm = Form("(AlgLeadRefPt[%d] - AlgSubLeadRefPt[%d])/(AlgLeadRefPt[%d] + AlgSubLeadRefPt[%d])", setNum, setNum, setNum, setNum);
asymmCut = Form("%s > %f && %s < %f && AlgLeadRefPt[%d] > 0 && AlgSubLeadRefPt[%d] > 0", refAsymm, asymmLow, refAsymm, asymmHi, setNum, setNum);
}
else
asymmCut = Form("AlgJtAsymm[%d] > %f && AlgJtAsymm[%d] < %f ", setNum, asymmLow, setNum, asymmHi);
}
else
std::cout << "makeAsymmCut: asymmLow/asymmHi incorrectly specified, empty cut returned" << std::endl;
return asymmCut;
}
TCut makeEtaCut(Int_t setNum, Float_t overallCut = 2.0, const char* GLN = "N")
{
TCut etaCut = "";
if(setNum > 4 || setNum < 0){
std::cout << "makeEtaCut: setNum must be between 0-4, empty cut returned" << std::endl;
return etaCut;
}
const char* leadJt = Form("AlgLeadJtEta[%d]", setNum);
const char* subLeadJt = Form("AlgSubLeadJtEta[%d]", setNum);
etaCut = Form("TMath::Abs(%s) < %f && TMath::Abs(%s) < %f", leadJt, overallCut, subLeadJt, overallCut);
if(strcmp(GLN, "N") == 0)
return etaCut;
if(strcmp(GLN, "G") == 0){
etaCut = Form("(TMath::Abs(%s) > 1.0 || TMath::Abs(%s) > 1.0) && TMath::Abs(%s) < %f && TMath::Abs(%s) < %f", leadJt, subLeadJt, leadJt, overallCut, subLeadJt, overallCut);
}
else if(strcmp(GLN, "L") == 0){
etaCut = Form("TMath::Abs(%s) < 1.0 && TMath::Abs(%s) < 1.0", leadJt, subLeadJt);
}
else
std::cout << "makeEtaCut: GLN incorrectly specified, returning blank cut" << std::endl;
return etaCut;
}
TCut makeDelPhiCut(Int_t setNum, Float_t delPhiLow = 2*TMath::Pi()/3)
{
TCut delPhiCut = "";
if(setNum > 4 || setNum < 0){
std::cout << "makeDelPhiCut: setNum must be between 0-4, empty cut returned" << std::endl;
return delPhiCut;
}
const char* jtDelPhi = Form("AlgJtDelPhi[%d]", setNum);
delPhiCut = Form("%s > %f", jtDelPhi, delPhiLow);
return delPhiCut;
}
void makeImbAsymmGraph(TTree* getTree_p, const char* outName, const char* gorr, Int_t setNum, const char* perpProj, const char* CNC, const char* FPT, Int_t centLow, Int_t centHi, Int_t graphLow, Int_t graphHi, const char* GLN = "N", const char* Corr = "", Bool_t montecarlo = false)
{
inFile1_p->cd();
Int_t setCorrNum = setNum;
if(strcmp("", Corr) != 0)
setCorrNum = setNum + 5;
const char* title = Form("%s%sImbAsymm%s%s%s%s_%d%d_%s_%s_g", gorr, algType[setNum], perpProj, CNC, FPT, Corr, (Int_t)(centLow*.5), (Int_t)((centHi + 1)*.5), GLN, fileTag1);
TGraphErrors* imbAsymmGraph_p = new TGraphErrors(4);
imbAsymmGraph_p->GetXaxis()->SetLimits(0.00, 0.50);
niceTGraphErrors(imbAsymmGraph_p, graphHi, graphLow);
TH1F* getHist_p;
TString var = Form("%sAlgImb%s%s%s[%d]", gorr, perpProj, CNC, FPT, setCorrNum);
TCut setCut = makeSetCut(setNum);
TCut centCut = makeCentCut(centLow, centHi);
TCut etaCut = makeEtaCut(setNum, 1.6, GLN);
TCut phiCut = makeDelPhiCut(setNum, 5*TMath::Pi()/6);
if(strcmp("", CNC) != 0){
etaCut = makeEtaCut(setNum, 1.6, GLN);
phiCut = makeDelPhiCut(setNum, 5*TMath::Pi()/6);
}
TCut jetLCut = Form("AlgLeadJtPt[%d] > 120*.95", setNum);
// TCut isQuark = Form("isQuarkJet[%d]", setNum);
// TCut isGluon = Form("isGluonJet[%d]", setNum);
// TCut hiEvtPlaneSameCut = Form("TMath::Abs(hiEvtPlane) < TMath::Pi() && (getAbsDphi(hiEvtPlane, AlgLeadJtPhi[%d]) < TMath::Pi()/4 || getAbsDphi(hiEvtPlane, AlgLeadJtPhi[%d]) > 3*TMath::Pi()/4)", setNum, setNum);
// TCut pSinSameCut = Form("TMath::Abs(psin) < TMath::Pi() && (getAbsDphi(psin, AlgLeadJtPhi[%d]) < TMath::Pi()/4 || getAbsDphi(psin, AlgLeadJtPhi[%d]) > 3*TMath::Pi()/4)", setNum, setNum);
// TCut hiEvtPlaneNotCut = Form("TMath::Abs(hiEvtPlane) < TMath::Pi() && (getAbsDphi(hiEvtPlane, AlgLeadJtPhi[%d]) > TMath::Pi()/4 && getAbsDphi(hiEvtPlane, AlgLeadJtPhi[%d]) < 3*TMath::Pi()/4)", setNum, setNum);
// TCut pSinNotCut = Form("TMath::Abs(psin) < TMath::Pi() && (getAbsDphi(psin, AlgLeadJtPhi[%d]) > TMath::Pi()/4 && getAbsDphi(psin, AlgLeadJtPhi[%d]) < 3*TMath::Pi()/4)", setNum, setNum);
const char* name1[4] = {"0_1(10000, -10000, 10000)", "1_2(10000, -10000, 10000)", "2_3(10000, -10000, 10000)", "3_5(10000, -10000, 10000)"};
const char* name2[4] = {"0_1", "1_2", "2_3", "3_5"};
Float_t asymmBins[5] = {.00, .11, .22, .33, 1.};
Float_t point[4] = {.055, .165, .275, .415};
Float_t xErr[4] = {.055, .055, .055, .085};
for(Int_t binIter = 0; binIter < 4; binIter++){
TCut asymmCut = makeAsymmCut(setNum, asymmBins[binIter], asymmBins[binIter + 1]);
if(montecarlo)
getTree_p->Project(name1[binIter], var, Form("pthatWeight*centWeight_2pi3[%d]", setNum)*(setCut && centCut && etaCut && phiCut && jetLCut && asymmCut && fullVeto));
else
getTree_p->Project(name1[binIter], var, setCut && centCut && etaCut && phiCut && jetLCut && asymmCut);
getHist_p = (TH1F*)inFile1_p->Get(name2[binIter]);
imbAsymmGraph_p->SetPoint(binIter, point[binIter], getHist_p->GetMean());
imbAsymmGraph_p->SetPointError(binIter, xErr[binIter], getHist_p->GetMeanError());
}
imbAsymmGraph_p->GetXaxis()->SetLimits(0.00, 0.50);
niceTGraphErrors(imbAsymmGraph_p, graphHi, graphLow);
outFile_p = new TFile(outName, "UPDATE");
imbAsymmGraph_p->Write(title);
outFile_p->Close();
delete outFile_p;
delete imbAsymmGraph_p;
}
void makeImbAsymmGraph_Tight(TTree* getTree_p, const char* outName, const char* gorr, Int_t setNum, const char* perpProj, const char* CNC, const char* FPT, Int_t centLow, Int_t centHi, Int_t graphLow, Int_t graphHi, const char* GLN = "N", const char* Corr = "", Bool_t montecarlo = false)
{
inFile1_p->cd();
Int_t setCorrNum = setNum;
if(strcmp("", Corr) != 0)
setCorrNum = setNum + 5;
const char* title = Form("%s%sImbAsymmTight%s%s%s%s_%d%d_%s_%s_g", gorr, algType[setNum], perpProj, CNC, FPT, Corr, (Int_t)(centLow*.5), (Int_t)((centHi + 1)*.5), GLN, fileTag1);
TGraphErrors* imbAsymmGraph_p = new TGraphErrors(4);
imbAsymmGraph_p->GetXaxis()->SetLimits(0.00, 0.50);
niceTGraphErrors(imbAsymmGraph_p, graphHi, graphLow);
TH1F* getHist_p;
TString var = Form("%sAlgImb%s%s%s[%d]", gorr, perpProj, CNC, FPT, setCorrNum);
TCut setCut = makeSetCut(setNum);
TCut centCut = makeCentCut(centLow, centHi);
TCut etaCut = makeEtaCut(setNum, 1.6, GLN);
TCut phiCut = makeDelPhiCut(setNum, 5*TMath::Pi()/6);
if(strcmp(CNC, "") != 0){
etaCut = makeEtaCut(setNum, 1.6, GLN);
phiCut = makeDelPhiCut(setNum, 5*TMath::Pi()/6);
}
TCut jetLCut = Form("AlgLeadJtPt[%d] > 120*.95", setNum);
// TCut isQuark = Form("isQuarkJet[%d]", setNum);
// TCut isGluon = Form("isGluonJet[%d]", setNum);
const char* name1[8] = {"0_h(10000, -10000, 10000)", "1_h(10000, -10000, 10000)", "2_h(10000, -10000, 10000)", "3_h(10000, -10000, 10000)", "4_h(10000, -10000, 10000)", "5_h(10000, -10000, 10000)", "6_h(10000, -10000, 10000)", "7_h(10000, -10000, 10000)"};
const char* name2[8] = {"0_h", "1_h", "2_h", "3_h", "4_h", "5_h", "6_h", "7_h"};
Float_t asymmBins[9] = {.00, .055, .11, .165, .22, .275, .33, .415, 1.};
Float_t point[8] = {.0275, .0825, .1375, .1925, .2475, .3025, .3725, .4575};
Float_t xErr[8] = {.0275, .0275, .0275, .0275, .0275, .0275, .0425, .0425};
for(Int_t binIter = 0; binIter < 8; binIter++){
TCut asymmCut = makeAsymmCut(setNum, asymmBins[binIter], asymmBins[binIter + 1]);
// std::cout << setCut << ", " << centCut << ", " << etaCut << ", " << phiCut << ", " << jetLCut << ", " << asymmCut << ", " << fullVeto << std::endl;
// std::cout << std::endl;
if(montecarlo)
getTree_p->Project(name1[binIter], var, Form("pthatWeight*centWeight_2pi3[%d]", setNum)*(setCut && centCut && etaCut && phiCut && jetLCut && asymmCut && fullVeto));
else
getTree_p->Project(name1[binIter], var, setCut && centCut && etaCut && phiCut && jetLCut && asymmCut);
getHist_p = (TH1F*)inFile1_p->Get(name2[binIter]);
imbAsymmGraph_p->SetPoint(binIter, point[binIter], getHist_p->GetMean());
imbAsymmGraph_p->SetPointError(binIter, xErr[binIter], getHist_p->GetMeanError());
}
imbAsymmGraph_p->GetXaxis()->SetLimits(0.00, 0.50);
niceTGraphErrors(imbAsymmGraph_p, graphHi, graphLow);
outFile_p = new TFile(outName, "UPDATE");
imbAsymmGraph_p->Write(title);
outFile_p->Close();
delete outFile_p;
delete imbAsymmGraph_p;
}
Double_t sumYForPTStack(Double_t dIn = 0, Double_t comp1 = 0, Double_t comp2 = 0, Double_t comp3 = 0, Double_t comp4 = 0)
{
Double_t dOut = dIn;
if(sameSign(comp1, dOut))
dOut += comp1;
if(sameSign(comp2, dOut))
dOut += comp2;
if(sameSign(comp3, dOut))
dOut += comp3;
if(sameSign(comp4, dOut))
dOut += comp4;
return dOut;
}
void makeHistForPtStack(TGraph* g0_1_p, TGraph* g1_2_p, TGraph* g2_4_p, TGraph* g4_8_p, TGraph* g8_100_p, TGraph* gF_p, TH1F* h0_1_p, TH1F* h1_2_p, TH1F* h2_4_p, TH1F* h4_8_p, TH1F* h8_100_p, TH1F* hF_p, Int_t pos = 4, const char* Tight = "")
{
Int_t points = 4;
if(strcmp(Tight, "Tight") == 0)
points = 8;
std::cout << points << std::endl;
Double_t x0_1[points];
Double_t y0_1[points];
Double_t x1_2[points];
Double_t y1_2[points];
Double_t x2_4[points];
Double_t y2_4[points];
Double_t x4_8[points];
Double_t y4_8[points];
Double_t x8_100[points];
Double_t y8_100[points];
Double_t xF[points];
Double_t yF[points];
for(Int_t iter = 0; iter < points; iter++){
g0_1_p->GetPoint(iter, x0_1[iter], y0_1[iter]);
g1_2_p->GetPoint(iter, x1_2[iter], y1_2[iter]);
g2_4_p->GetPoint(iter, x2_4[iter], y2_4[iter]);
g4_8_p->GetPoint(iter, x4_8[iter], y4_8[iter]);
g8_100_p->GetPoint(iter, x8_100[iter], y8_100[iter]);
gF_p->GetPoint(iter, xF[iter], yF[iter]);
h8_100_p->SetBinContent(iter + 1, y8_100[iter]);
h8_100_p->SetBinError(iter + 1, g8_100_p->GetErrorY(iter));
h4_8_p->SetBinContent(iter + 1, sumYForPTStack(y4_8[iter], y8_100[iter]));
h4_8_p->SetBinError(iter + 1, g4_8_p->GetErrorY(iter));
h2_4_p->SetBinContent(iter + 1, sumYForPTStack(y2_4[iter], y4_8[iter], y8_100[iter]));
h2_4_p->SetBinError(iter + 1, g2_4_p->GetErrorY(iter));
h1_2_p->SetBinContent(iter + 1, sumYForPTStack(y1_2[iter], y2_4[iter], y4_8[iter], y8_100[iter]));
h1_2_p->SetBinError(iter + 1, g1_2_p->GetErrorY(iter));
h0_1_p->SetBinContent(iter + 1, sumYForPTStack(y0_1[iter], y1_2[iter], y2_4[iter], y4_8[iter], y8_100[iter]));
h0_1_p->SetBinError(iter + 1, g0_1_p->GetErrorY(iter));
hF_p->SetBinContent(iter + 1, yF[iter]);
hF_p->SetBinError(iter + 1, gF_p->GetErrorY(iter));
if(iter == 7){
std::cout << std::endl;
std::cout << h8_100_p->GetBinContent(iter+1) << std::endl;
std::cout << h4_8_p->GetBinContent(iter+1) << std::endl;
std::cout << h2_4_p->GetBinContent(iter+1) << std::endl;
std::cout << h1_2_p->GetBinContent(iter+1) << std::endl;
std::cout << h0_1_p->GetBinContent(iter+1) << std::endl;
std::cout << hF_p->GetBinContent(iter+1) << std::endl;
std::cout << std::endl;
}
}
h8_100_p->SetXTitle("A_{J}");
h4_8_p->SetXTitle("A_{J}");
h2_4_p->SetXTitle("A_{J}");
h1_2_p->SetXTitle("A_{J}");
h0_1_p->SetXTitle("A_{J}");
hF_p->SetXTitle("A_{J}");
if(pos == 1 || pos == 7){
h8_100_p->SetYTitle("<#slash{p}_{T}^{||}>, (GeV/c)");
h4_8_p->SetYTitle("<#slash{p}_{T}^{||}>, (GeV/c)");
h2_4_p->SetYTitle("<#slash{p}_{T}^{||}>, (GeV/c)");
h1_2_p->SetYTitle("<#slash{p}_{T}^{||}>, (GeV/c)");
h0_1_p->SetYTitle("<#slash{p}_{T}^{||}>, (GeV/c)");
hF_p->SetYTitle("<#slash{p}_{T}^{||}>, (GeV/c)");
}
return;
}
void makeSubHistForPtStack(TGraph* g0_1_p, TGraph* g1_2_p, TGraph* g2_4_p, TGraph* g4_8_p, TGraph* g8_100_p, TGraph* gF_p, TH1F* h0_1_p, TH1F* h1_2_p, TH1F* h2_4_p, TH1F* h4_8_p, TH1F* h8_100_p, TH1F* hF_p, TGraph* pp0_1_p, TGraph* pp1_2_p, TGraph* pp2_4_p, TGraph* pp4_8_p, TGraph* pp8_100_p, TGraph* ppF_p, Int_t pos = 4, Bool_t disp = false)
{
Int_t points = 4;
Double_t x0_1[points];
Double_t y0_1[points];
Double_t x1_2[points];
Double_t y1_2[points];
Double_t x2_4[points];
Double_t y2_4[points];
Double_t x4_8[points];
Double_t y4_8[points];
Double_t x8_100[points];
Double_t y8_100[points];
Double_t xF[points];
Double_t yF[points];
Double_t xPP0_1[points];
Double_t yPP0_1[points];
Double_t xPP1_2[points];
Double_t yPP1_2[points];
Double_t xPP2_4[points];
Double_t yPP2_4[points];
Double_t xPP4_8[points];
Double_t yPP4_8[points];
Double_t xPP8_100[points];
Double_t yPP8_100[points];
Double_t xPPF[points];
Double_t yPPF[points];
for(Int_t iter = 0; iter < points; iter++){
g0_1_p->GetPoint(iter, x0_1[iter], y0_1[iter]);
g1_2_p->GetPoint(iter, x1_2[iter], y1_2[iter]);
g2_4_p->GetPoint(iter, x2_4[iter], y2_4[iter]);
g4_8_p->GetPoint(iter, x4_8[iter], y4_8[iter]);
g8_100_p->GetPoint(iter, x8_100[iter], y8_100[iter]);
gF_p->GetPoint(iter, xF[iter], yF[iter]);
pp0_1_p->GetPoint(iter, xPP0_1[iter], yPP0_1[iter]);
pp1_2_p->GetPoint(iter, xPP1_2[iter], yPP1_2[iter]);
pp2_4_p->GetPoint(iter, xPP2_4[iter], yPP2_4[iter]);
pp4_8_p->GetPoint(iter, xPP4_8[iter], yPP4_8[iter]);
pp8_100_p->GetPoint(iter, xPP8_100[iter], yPP8_100[iter]);
ppF_p->GetPoint(iter, xPPF[iter], yPPF[iter]);
if(iter == 3 && disp){
std::cout << yF[iter] << ", " << yPPF[iter] << ", " << yF[iter] - yPPF[iter] << std::endl;
}
y0_1[iter] += -yPP0_1[iter];
y1_2[iter] += -yPP1_2[iter];
y2_4[iter] += -yPP2_4[iter];
y4_8[iter] += -yPP4_8[iter];
y8_100[iter] += -yPP8_100[iter];
yF[iter] += -yPPF[iter];
if(iter == 3)
std::cout << yF[iter] << std::endl;
h8_100_p->SetBinContent(iter + 1, y8_100[iter]);
h8_100_p->SetBinError(iter + 1, quadSum(g8_100_p->GetErrorY(iter), pp8_100_p->GetErrorY(iter)));
h4_8_p->SetBinContent(iter + 1, sumYForPTStack(y4_8[iter], y8_100[iter]));
h4_8_p->SetBinError(iter + 1, quadSum(g4_8_p->GetErrorY(iter), pp4_8_p->GetErrorY(iter)));
h2_4_p->SetBinContent(iter + 1, sumYForPTStack(y2_4[iter], y4_8[iter], y8_100[iter]));
h2_4_p->SetBinError(iter + 1, quadSum(g2_4_p->GetErrorY(iter), pp2_4_p->GetErrorY(iter)));
h1_2_p->SetBinContent(iter + 1, sumYForPTStack(y1_2[iter], y2_4[iter], y4_8[iter], y8_100[iter]));
h1_2_p->SetBinError(iter + 1, quadSum(g1_2_p->GetErrorY(iter), pp1_2_p->GetErrorY(iter)));
h0_1_p->SetBinContent(iter + 1, sumYForPTStack(y0_1[iter], y1_2[iter], y2_4[iter], y4_8[iter], y8_100[iter]));
h0_1_p->SetBinError(iter + 1, quadSum(g0_1_p->GetErrorY(iter), pp0_1_p->GetErrorY(iter)));
hF_p->SetBinContent(iter + 1, yF[iter]);
hF_p->SetBinError(iter + 1, quadSum(gF_p->GetErrorY(iter), ppF_p->GetErrorY(iter)));
}
h8_100_p->SetXTitle("A_{J}");
h4_8_p->SetXTitle("A_{J}");
h2_4_p->SetXTitle("A_{J}");
h1_2_p->SetXTitle("A_{J}");
h0_1_p->SetXTitle("A_{J}");
hF_p->SetXTitle("A_{J}");
if(pos == 1 || pos == 7){
h8_100_p->SetYTitle("<#slash{p}_{T}^{||}> (GeV/c)");
h4_8_p->SetYTitle("<#slash{p}_{T}^{||}> (GeV/c)");
h2_4_p->SetYTitle("<#slash{p}_{T}^{||}> (GeV/c)");
h1_2_p->SetYTitle("<#slash{p}_{T}^{||}> (GeV/c)");
h0_1_p->SetYTitle("<#slash{p}_{T}^{||}> (GeV/c)");
hF_p->SetYTitle("<#slash{p}_{T}^{||}> (GeV/c)");
}
return;
}
void drawHistToPTStack(TH1F* drawHist_p, Int_t color, const char* drawOpt)
{
drawHist_p->SetFillColor(color);
drawHist_p->SetMarkerStyle(6);
drawHist_p->SetMarkerSize(.5);
drawHist_p->DrawCopy(drawOpt);
drawHist_p->DrawCopy("E1 SAME");
}
void makeImbAsymmPtStack(const char* fileName, const char* gorr, Int_t setNum, const char* perpProj, const char* GLN, const char* Corr = "", const char* Tight = "", const char* CNC = "", const char* ppName = "", const char* ppFileTag = "", Bool_t montecarlo = false)
{
TFile* panelFile_p = new TFile(fileName, "UPDATE");
TFile* ppFile_p;
Int_t pos[4] = {1, 2, 3, 4};
const char* mcLabelI[4] = {"PYTHIA", "PYTHIA + HYDJET", "PYTHIA + HYDJET", "(PYTHIA + HYDJET) - PYTHIA"};
const char* dataLabelI[4] = {"pp, #sqrt{s_{NN}} = 2.76 TeV, 5.3 pb^{-1}", "PbPb, #sqrt{s_{NN}} = 2.76 TeV, 150 #mub^{-1}", "PbPb", "PbPb - pp"};
const char* overLabel[4];
Float_t overCoord[2];
for(Int_t iter = 0; iter < 4; iter++){
if(montecarlo)
overLabel[iter] = mcLabelI[iter];
else
overLabel[iter] = dataLabelI[iter];
}
if(strcmp(ppFileTag, "") != 0){
overCoord[0] = .90;
overCoord[1] = .84;
}
else{
overCoord[0] = .18;
overCoord[1] = .13;
}
if(strcmp("", ppName) != 0){
for(Int_t iter = 0; iter < 4; iter++){
pos[iter] = pos[iter] + 1;
}
}
TGraphErrors* getGraph1_p[6];
TGraphErrors* getGraph2_p[6];
TGraphErrors* getGraph3_p[6];
TGraphErrors* getGraph4_p[6];
TGraphErrors* getGraphpp_p[6];
TH1F* hist1_p[6];
TH1F* hist2_p[6];
TH1F* hist3_p[6];
TH1F* hist4_p[6];
TH1F* histpp_p[6];
TH1F* histAxis_p;
Float_t binArrayX[5] = {.00, .11, .22, .33, .50};
Float_t binArrayX_Tight[9] = {.00, .055, .11, .165, .22, .275, .33, .415, .5};
const char* namePT[6] = {"0_1", "1_2", "2_4", "4_8", "8_100", "F"};
histAxis_p = new TH1F("histAxis", "histAxis", 4, binArrayX);
niceTH1(histAxis_p, 60, -60, 505, 406);
histAxis_p->SetBinContent(1, 60);
histAxis_p->SetBinContent(2, 60);
histAxis_p->SetBinContent(3, 60);
histAxis_p->SetBinContent(4, 60);
histAxis_p->SetYTitle("<#slash{p}_{T}^{||}> (GeV/c)");
histAxis_p->SetAxisColor(0);
histAxis_p->SetLabelColor(0);
histAxis_p->SetAxisColor(0, "Y");
histAxis_p->SetLabelColor(0, "Y");
/*
histAxis_p->GetXaxis()->SetLabelOffset(999);
histAxis_p->GetXaxis()->SetLabelSize(0);
histAxis_p->GetXaxis()->SetTickLength(0);
*/
for(Int_t histIter = 0; histIter < 6; histIter++){
if(strcmp(Tight, "") == 0){
hist1_p[histIter] = new TH1F(Form("hist1%s_p", namePT[histIter]), Form("hist1%s_p", namePT[histIter]), 4, binArrayX);
hist2_p[histIter] = new TH1F(Form("hist2%s_p", namePT[histIter]), Form("hist2%s_p", namePT[histIter]), 4, binArrayX);
hist3_p[histIter] = new TH1F(Form("hist3%s_p", namePT[histIter]), Form("hist3%s_p", namePT[histIter]), 4, binArrayX);
hist4_p[histIter] = new TH1F(Form("hist4%s_p", namePT[histIter]), Form("hist4%s_p", namePT[histIter]), 4, binArrayX);
histpp_p[histIter] = new TH1F(Form("histpp%s_p", namePT[histIter]), Form("histpp%s_p", namePT[histIter]), 4, binArrayX);
}
else{
hist1_p[histIter] = new TH1F(Form("hist1%s_p", namePT[histIter]), Form("hist1%s_p", namePT[histIter]), 8, binArrayX_Tight);
hist2_p[histIter] = new TH1F(Form("hist2%s_p", namePT[histIter]), Form("hist2%s_p", namePT[histIter]), 8, binArrayX_Tight);
hist3_p[histIter] = new TH1F(Form("hist3%s_p", namePT[histIter]), Form("hist3%s_p", namePT[histIter]), 8, binArrayX_Tight);
hist4_p[histIter] = new TH1F(Form("hist4%s_p", namePT[histIter]), Form("hist4%s_p", namePT[histIter]), 8, binArrayX_Tight);
histpp_p[histIter] = new TH1F(Form("histpp%s_p", namePT[histIter]), Form("histpp%s_p", namePT[histIter]), 8, binArrayX_Tight);
}
niceTH1(hist1_p[histIter], 60, -60, 505, 406);
niceTH1(hist2_p[histIter], 60, -60, 505, 406);
niceTH1(hist3_p[histIter], 60, -60, 505, 406);
niceTH1(hist4_p[histIter], 60, -60, 505, 406);
niceTH1(histpp_p[histIter], 60, -60, 505, 406);
if(strcmp(CNC, "") == 0)
getGraph1_p[histIter] = (TGraphErrors*)panelFile_p->Get(Form("%s%sImbAsymm%s%s%s%s%s_50100_%s_%s_g", gorr, algType[setNum], Tight, perpProj, CNC, namePT[histIter], Corr, GLN, fileTag1));
else
getGraph1_p[histIter] = (TGraphErrors*)panelFile_p->Get(Form("%s%sImbAsymm%s%s%s%s%s_30100_%s_%s_g", gorr, algType[setNum], Tight, perpProj, CNC, namePT[histIter], Corr, GLN, fileTag1));
}
makeHistForPtStack(getGraph1_p[0], getGraph1_p[1], getGraph1_p[2], getGraph1_p[3], getGraph1_p[4], getGraph1_p[5], hist1_p[0], hist1_p[1], hist1_p[2], hist1_p[3], hist1_p[4], hist1_p[5], pos[0], Tight);
hist1_p[5]->SetMarkerStyle(5);
hist1_p[5]->SetFillColor(0);
TCanvas* profPanel_p;
if(strcmp(ppFileTag, "") == 0){
profPanel_p = new TCanvas(Form("%s%sImbAsymm%s%s%s%sPTStack_%s_%s_c", gorr, algType[setNum], Tight, perpProj, CNC, Corr, GLN, fileTag1), Form("%s%sImbAsymm%s%s%s%sPTStack_%s_%s_c", gorr, algType[setNum], Tight, perpProj, CNC, Corr, GLN, fileTag1), 700, 250
);
profPanel_p->Divide(4, 1, .0, .0);
std::cout << "FourPanel Init" << std::endl;
}
else{
if(strcmp(CNC, "") == 0){
profPanel_p = new TCanvas(Form("%s%sImbAsymm%s%s%s%sPTStackPP_%s_%s_c", gorr, algType[setNum], Tight, perpProj, CNC, Corr, GLN, fileTag1), Form("%s%sImbAsymm%s%s%s%sPTStackPP_%s_%s_c", gorr, algType[setNum], Tight, perpProj, CNC, Corr, GLN, fileTag1), 1000, 500);
profPanel_p->Divide(5, 2, .0, .0);
std::cout << "FivePanel Init" << std::endl;
}
else{
profPanel_p = new TCanvas(Form("%s%sImbAsymm%s%s%s%sPTStackPP_%s_%s_c", gorr, algType[setNum], Tight, perpProj, CNC, Corr, GLN, fileTag1), Form("%s%sImbAsymm%s%s%s%sPTStackPP_%s_%s_c", gorr, algType[setNum], Tight, perpProj, CNC, Corr, GLN, fileTag1), 600, 500);
profPanel_p->Divide(3, 2, .0, .0);
std::cout << "FivePanel Init" << std::endl;
}
}
const char* qsquare;
if(strcmp(fileTag1, "DataE") == 0)
qsquare = Form(" ");
else if(strcmp(fileTag1, "Di80i") == 0)
qsquare = Form("(#hat{p}_{T} > 80)");
else if(strcmp(fileTag1, "Di120b") == 0)
qsquare = Form("(#hat{p}_{T} > 120)");
TLegend* leg;
if(strcmp(gorr, "g") == 0){
leg = new TLegend(0.2, 0.60, 0.95, 0.95);
// leg = new TLegend(0.2, 0.60, 0.95, 0.95, Form("Truth #slash{p}_{T}^{||} v. A_{J} %s", qsquare));
}
else{
leg = new TLegend(0.2, 0.60, 0.95, 0.95);
// leg = new TLegend(0.2, 0.60, 0.95, 0.95, Form("%sTrk #slash{p}_{T}^{||} v. A_{J} %s", Corr, qsquare));
}
leg->SetFillColor(0);
leg->SetTextFont(42);
leg->SetTextSizePixels(12);
leg->SetBorderSize(0);
if(strcmp(ppName, "") != 0){
std::cout << "1" << std::endl;
TPad* histPad_p = new TPad();
if(strcmp("", CNC) == 0){
profPanel_p->cd(6);
}
else{
profPanel_p->cd(4);
}
std::cout << "2" << std::endl;
histPad_p->SetBorderSize(0);
histPad_p->Draw();
std::cout << "3" << std::endl;
leg->Draw("SAME");
}
profPanel_p->cd(pos[0]);
drawHistToPTStack(hist1_p[0], kBlue - 9, "E1 HIST");
leg->AddEntry(hist1_p[0], ".5 < p_{T} < 1", "F");
drawHistToPTStack(hist1_p[1], kYellow - 9, "E1 HIST SAME");
leg->AddEntry(hist1_p[1], "1 < p_{T} < 2", "F");
drawHistToPTStack(hist1_p[2], kOrange + 1, "E1 HIST SAME");
leg->AddEntry(hist1_p[2], "2 < p_{T} < 4", "F");
drawHistToPTStack(hist1_p[3], kGreen + 3, "E1 HIST SAME");
leg->AddEntry(hist1_p[3], "4 < p_{T} < 8", "F");
drawHistToPTStack(hist1_p[4], kRed + 1, "E1 HIST SAME");
leg->AddEntry(hist1_p[4], "8 < p_{T}", "F");
hist1_p[5]->DrawCopy("SAME E1");
/*
Int_t sysA[5] = {0, 3, 3, 3, 3};
Int_t sysC[5] = {0, 4, 6, 8, 6};
Int_t sysNC[5] = {0, 1, 4, 6, 6};
for(Int_t iter = 1; iter <= hist1_p[5]->GetNbinsX(); iter++){
Float_t yVal = hist1_p[5]->GetBinContent(iter);
TLine* l = 0;
if(strcmp(CNC, "") == 0){
std::cout <<"Iter: " << iter << ", " << yVal << ", " << yVal*.04 << std::endl;
l = new TLine(hist1_p[5]->GetBinLowEdge(iter) + .01, yVal - TMath::Sqrt(sysA[iter]*sysA[iter] + .04*yVal*.04*yVal), hist1_p[5]->GetBinLowEdge(iter+1) - .01, yVal - TMath::Sqrt(sysA[iter]*sysA[iter] + .04*yVal*.04*yVal));
l->SetLineColor(1);
l->Draw();
l->DrawLine(hist1_p[5]->GetBinLowEdge(iter) + .01, yVal - TMath::Sqrt(sysA[iter]*sysA[iter] + .04*yVal*.04*yVal), hist1_p[5]->GetBinLowEdge(iter) + .01, yVal - TMath::Sqrt(sysA[iter]*sysA[iter] + .04*yVal*.04*yVal) + 2);
l->DrawLine(hist1_p[5]->GetBinLowEdge(iter + 1) - .01, yVal - TMath::Sqrt(sysA[iter]*sysA[iter] + .04*yVal*.04*yVal), hist1_p[5]->GetBinLowEdge(iter + 1) - .01, yVal - TMath::Sqrt(sysA[iter]*sysA[iter] + .04*yVal*.04*yVal) + 2);
l->DrawLine(hist1_p[5]->GetBinLowEdge(iter) + .01, yVal + TMath::Sqrt(sysA[iter]*sysA[iter] + .04*yVal*.04*yVal), hist1_p[5]->GetBinLowEdge(iter+1) -.01, yVal + TMath::Sqrt(sysA[iter]*sysA[iter] + .04*yVal*.04*yVal));
l->DrawLine(hist1_p[5]->GetBinLowEdge(iter) + .01, yVal + TMath::Sqrt(sysA[iter]*sysA[iter] + .04*yVal*.04*yVal) - 2, hist1_p[5]->GetBinLowEdge(iter) + .01, yVal + TMath::Sqrt(sysA[iter]*sysA[iter] + .04*yVal*.04*yVal));
l->DrawLine(hist1_p[5]->GetBinLowEdge(iter + 1) - .01, yVal + TMath::Sqrt(sysA[iter]*sysA[iter] + .04*yVal*.04*yVal) - 2, hist1_p[5]->GetBinLowEdge(iter + 1) - .01, yVal + TMath::Sqrt(sysA[iter]*sysA[iter] + .04*yVal*.04*yVal));
}
else if(strcmp(CNC, "C") == 0){
l = new TLine(hist1_p[5]->GetBinLowEdge(iter) + .01, yVal - TMath::Sqrt(sysC[iter]*sysC[iter] + .04*yVal*.04*yVal), hist1_p[5]->GetBinLowEdge(iter+1) - .01, yVal - TMath::Sqrt(sysC[iter]*sysC[iter] + .04*yVal*.04*yVal));
l->SetLineColor(1);
l->Draw();
l->DrawLine(hist1_p[5]->GetBinLowEdge(iter) + .01, yVal - TMath::Sqrt(sysC[iter]*sysC[iter] + .04*yVal*.04*yVal), hist1_p[5]->GetBinLowEdge(iter) + .01, yVal - TMath::Sqrt(sysC[iter]*sysC[iter] + .04*yVal*.04*yVal) + 2);
l->DrawLine(hist1_p[5]->GetBinLowEdge(iter + 1) - .01, yVal - TMath::Sqrt(sysC[iter]*sysC[iter] + .04*yVal*.04*yVal), hist1_p[5]->GetBinLowEdge(iter + 1) - .01, yVal - TMath::Sqrt(sysC[iter]*sysC[iter] + .04*yVal*.04*yVal) + 2);
l->DrawLine(hist1_p[5]->GetBinLowEdge(iter) + .01, yVal + TMath::Sqrt(sysC[iter]*sysC[iter] + .04*yVal*.04*yVal), hist1_p[5]->GetBinLowEdge(iter+1) -.01, yVal + TMath::Sqrt(sysC[iter]*sysC[iter] + .04*yVal*.04*yVal));
l->DrawLine(hist1_p[5]->GetBinLowEdge(iter) + .01, yVal + TMath::Sqrt(sysC[iter]*sysC[iter] + .04*yVal*.04*yVal) - 2, hist1_p[5]->GetBinLowEdge(iter) + .01, yVal + TMath::Sqrt(sysC[iter]*sysC[iter] + .04*yVal*.04*yVal));
l->DrawLine(hist1_p[5]->GetBinLowEdge(iter + 1) - .01, yVal + TMath::Sqrt(sysC[iter]*sysC[iter] + .04*yVal*.04*yVal) - 2, hist1_p[5]->GetBinLowEdge(iter + 1) - .01, yVal + TMath::Sqrt(sysC[iter]*sysC[iter] + .04*yVal*.04*yVal));
}
else{
l = new TLine(hist1_p[5]->GetBinLowEdge(iter) + .01, yVal - TMath::Sqrt(sysNC[iter]*sysNC[iter] + .04*yVal*.04*yVal), hist1_p[5]->GetBinLowEdge(iter+1) - .01, yVal - TMath::Sqrt(sysNC[iter]*sysNC[iter] + .04*yVal*.04*yVal));
l->SetLineColor(1);
l->Draw();
l->DrawLine(hist1_p[5]->GetBinLowEdge(iter) + .01, yVal - TMath::Sqrt(sysNC[iter]*sysNC[iter] + .04*yVal*.04*yVal), hist1_p[5]->GetBinLowEdge(iter) + .01, yVal - TMath::Sqrt(sysNC[iter]*sysNC[iter] + .04*yVal*.04*yVal) + 2);
l->DrawLine(hist1_p[5]->GetBinLowEdge(iter + 1) - .01, yVal - TMath::Sqrt(sysNC[iter]*sysNC[iter] + .04*yVal*.04*yVal), hist1_p[5]->GetBinLowEdge(iter + 1) - .01, yVal - TMath::Sqrt(sysNC[iter]*sysNC[iter] + .04*yVal*.04*yVal) + 2);
l->DrawLine(hist1_p[5]->GetBinLowEdge(iter) + .01, yVal + TMath::Sqrt(sysNC[iter]*sysNC[iter] + .04*yVal*.04*yVal), hist1_p[5]->GetBinLowEdge(iter+1) -.01, yVal + TMath::Sqrt(sysNC[iter]*sysNC[iter] + .04*yVal*.04*yVal));
l->DrawLine(hist1_p[5]->GetBinLowEdge(iter) + .01, yVal + TMath::Sqrt(sysNC[iter]*sysNC[iter] + .04*yVal*.04*yVal) - 2, hist1_p[5]->GetBinLowEdge(iter) + .01, yVal + TMath::Sqrt(sysNC[iter]*sysNC[iter] + .04*yVal*.04*yVal));
l->DrawLine(hist1_p[5]->GetBinLowEdge(iter + 1) - .01, yVal + TMath::Sqrt(sysNC[iter]*sysNC[iter] + .04*yVal*.04*yVal) - 2, hist1_p[5]->GetBinLowEdge(iter + 1) - .01, yVal + TMath::Sqrt(sysNC[iter]*sysNC[iter] + .04*yVal*.04*yVal));
}
}
*/
if(strcmp(ppName, "") == 0)
leg->Draw("SAME");
profPanel_p->cd(pos[0]);
TLine* zeroLine_p = new TLine(0., 0., 0.5, 0.);
zeroLine_p->SetLineColor(1);
zeroLine_p->SetLineStyle(2);
zeroLine_p->Draw();
TLatex* label1_p = new TLatex();
label1_p->SetNDC();
label1_p->SetTextSizePixels(18);
TLatex* label2_p = new TLatex();
label2_p->SetNDC();
label2_p->SetTextSizePixels(8);
label1_p->DrawLatex(.22, overCoord[0], Form("%s", overLabel[1]));
if(strcmp("", CNC) == 0)
label1_p->DrawLatex(.22, overCoord[1], "50-100%");
else
label1_p->DrawLatex(.22, overCoord[1], "30-100%");
profPanel_p->cd(pos[1]);
for(Int_t histIter = 0; histIter < 6; histIter++){
if(strcmp(CNC, "") == 0)
getGraph2_p[histIter] = (TGraphErrors*)panelFile_p->Get(Form("%s%sImbAsymm%s%s%s%s%s_3050_%s_%s_g", gorr, algType[setNum], Tight, perpProj, CNC, namePT[histIter], Corr, GLN, fileTag1));
else
getGraph2_p[histIter] = (TGraphErrors*)panelFile_p->Get(Form("%s%sImbAsymm%s%s%s%s%s_030_%s_%s_g", gorr, algType[setNum], Tight, perpProj, CNC, namePT[histIter], Corr, GLN, fileTag1));
}
makeHistForPtStack(getGraph2_p[0], getGraph2_p[1], getGraph2_p[2], getGraph2_p[3], getGraph2_p[4], getGraph2_p[5], hist2_p[0], hist2_p[1], hist2_p[2], hist2_p[3], hist2_p[4], hist2_p[5], pos[1], Tight);
hist2_p[5]->SetMarkerStyle(5);
hist2_p[5]->SetFillColor(0);
drawHistToPTStack(hist2_p[0], kBlue - 9, "E1 HIST");
drawHistToPTStack(hist2_p[1], kYellow - 9, "E1 HIST SAME");
drawHistToPTStack(hist2_p[2], kOrange + 1, "E1 HIST SAME");
drawHistToPTStack(hist2_p[3], kGreen + 3, "E1 HIST SAME");
drawHistToPTStack(hist2_p[4], kRed + 1, "E1 HIST SAME");
hist2_p[5]->DrawCopy("SAME E1");
/*
Int_t sys2A[5] = {0, 3, 3, 3, 3};
Int_t sys2C[5] = {0, 1, 5, 4, 5};
Int_t sys2NC[5] = {0, 1, 7, 6, 4};
for(Int_t iter = 1; iter <= hist2_p[5]->GetNbinsX(); iter++){
Float_t yVal = hist2_p[5]->GetBinContent(iter);
TLine* l = 0;
if(strcmp(CNC, "") == 0){
std::cout <<"Iter: " << iter << ", " << yVal << ", " << yVal*.04 << std::endl;
l = new TLine(hist2_p[5]->GetBinLowEdge(iter) + .01, yVal - TMath::Sqrt(sys2A[iter]*sys2A[iter] + .04*yVal*.04*yVal), hist2_p[5]->GetBinLowEdge(iter+1) - .01, yVal - TMath::Sqrt(sys2A[iter]*sys2A[iter] + .04*yVal*.04*yVal));
l->SetLineColor(1);
l->Draw();
l->DrawLine(hist2_p[5]->GetBinLowEdge(iter) + .01, yVal - TMath::Sqrt(sys2A[iter]*sys2A[iter] + .04*yVal*.04*yVal), hist2_p[5]->GetBinLowEdge(iter) + .01, yVal - TMath::Sqrt(sys2A[iter]*sys2A[iter] + .04*yVal*.04*yVal) + 2);
l->DrawLine(hist2_p[5]->GetBinLowEdge(iter + 1) - .01, yVal - TMath::Sqrt(sys2A[iter]*sys2A[iter] + .04*yVal*.04*yVal), hist2_p[5]->GetBinLowEdge(iter + 1) - .01, yVal - TMath::Sqrt(sys2A[iter]*sys2A[iter] + .04*yVal*.04*yVal) + 2);
l->DrawLine(hist2_p[5]->GetBinLowEdge(iter) + .01, yVal + TMath::Sqrt(sys2A[iter]*sys2A[iter] + .04*yVal*.04*yVal), hist2_p[5]->GetBinLowEdge(iter+1) -.01, yVal + TMath::Sqrt(sys2A[iter]*sys2A[iter] + .04*yVal*.04*yVal));
l->DrawLine(hist2_p[5]->GetBinLowEdge(iter) + .01, yVal + TMath::Sqrt(sys2A[iter]*sys2A[iter] + .04*yVal*.04*yVal) - 2, hist2_p[5]->GetBinLowEdge(iter) + .01, yVal + TMath::Sqrt(sys2A[iter]*sys2A[iter] + .04*yVal*.04*yVal));
l->DrawLine(hist2_p[5]->GetBinLowEdge(iter + 1) - .01, yVal + TMath::Sqrt(sys2A[iter]*sys2A[iter] + .04*yVal*.04*yVal) - 2, hist2_p[5]->GetBinLowEdge(iter + 1) - .01, yVal + TMath::Sqrt(sys2A[iter]*sys2A[iter] + .04*yVal*.04*yVal));
}
else if(strcmp(CNC, "C") == 0){
l = new TLine(hist2_p[5]->GetBinLowEdge(iter) + .01, yVal - TMath::Sqrt(sys2C[iter]*sys2C[iter] + .04*yVal*.04*yVal), hist2_p[5]->GetBinLowEdge(iter+1) - .01, yVal - TMath::Sqrt(sys2C[iter]*sys2C[iter] + .04*yVal*.04*yVal));
l->SetLineColor(1);
l->Draw();
l->DrawLine(hist2_p[5]->GetBinLowEdge(iter) + .01, yVal - TMath::Sqrt(sys2C[iter]*sys2C[iter] + .04*yVal*.04*yVal), hist2_p[5]->GetBinLowEdge(iter) + .01, yVal - TMath::Sqrt(sys2C[iter]*sys2C[iter] + .04*yVal*.04*yVal) + 2);
l->DrawLine(hist2_p[5]->GetBinLowEdge(iter + 1) - .01, yVal - TMath::Sqrt(sys2C[iter]*sys2C[iter] + .04*yVal*.04*yVal), hist2_p[5]->GetBinLowEdge(iter + 1) - .01, yVal - TMath::Sqrt(sys2C[iter]*sys2C[iter] + .04*yVal*.04*yVal) + 2);
l->DrawLine(hist2_p[5]->GetBinLowEdge(iter) + .01, yVal + TMath::Sqrt(sys2C[iter]*sys2C[iter] + .04*yVal*.04*yVal), hist2_p[5]->GetBinLowEdge(iter+1) -.01, yVal + TMath::Sqrt(sys2C[iter]*sys2C[iter] + .04*yVal*.04*yVal));
l->DrawLine(hist2_p[5]->GetBinLowEdge(iter) + .01, yVal + TMath::Sqrt(sys2C[iter]*sys2C[iter] + .04*yVal*.04*yVal) - 2, hist2_p[5]->GetBinLowEdge(iter) + .01, yVal + TMath::Sqrt(sys2C[iter]*sys2C[iter] + .04*yVal*.04*yVal));
l->DrawLine(hist2_p[5]->GetBinLowEdge(iter + 1) - .01, yVal + TMath::Sqrt(sys2C[iter]*sys2C[iter] + .04*yVal*.04*yVal) - 2, hist2_p[5]->GetBinLowEdge(iter + 1) - .01, yVal + TMath::Sqrt(sys2C[iter]*sys2C[iter] + .04*yVal*.04*yVal));
}
else{
l = new TLine(hist2_p[5]->GetBinLowEdge(iter) + .01, yVal - TMath::Sqrt(sys2NC[iter]*sys2NC[iter] + .04*yVal*.04*yVal), hist2_p[5]->GetBinLowEdge(iter+1) - .01, yVal - TMath::Sqrt(sys2NC[iter]*sys2NC[iter] + .04*yVal*.04*yVal));
l->SetLineColor(1);
l->Draw();
l->DrawLine(hist2_p[5]->GetBinLowEdge(iter) + .01, yVal - TMath::Sqrt(sys2NC[iter]*sys2NC[iter] + .04*yVal*.04*yVal), hist2_p[5]->GetBinLowEdge(iter) + .01, yVal - TMath::Sqrt(sys2NC[iter]*sys2NC[iter] + .04*yVal*.04*yVal) + 2);
l->DrawLine(hist2_p[5]->GetBinLowEdge(iter + 1) - .01, yVal - TMath::Sqrt(sys2NC[iter]*sys2NC[iter] + .04*yVal*.04*yVal), hist2_p[5]->GetBinLowEdge(iter + 1) - .01, yVal - TMath::Sqrt(sys2NC[iter]*sys2NC[iter] + .04*yVal*.04*yVal) + 2);
l->DrawLine(hist2_p[5]->GetBinLowEdge(iter) + .01, yVal + TMath::Sqrt(sys2NC[iter]*sys2NC[iter] + .04*yVal*.04*yVal), hist2_p[5]->GetBinLowEdge(iter+1) -.01, yVal + TMath::Sqrt(sys2NC[iter]*sys2NC[iter] + .04*yVal*.04*yVal));
l->DrawLine(hist2_p[5]->GetBinLowEdge(iter) + .01, yVal + TMath::Sqrt(sys2NC[iter]*sys2NC[iter] + .04*yVal*.04*yVal) - 2, hist2_p[5]->GetBinLowEdge(iter) + .01, yVal + TMath::Sqrt(sys2NC[iter]*sys2NC[iter] + .04*yVal*.04*yVal));
l->DrawLine(hist2_p[5]->GetBinLowEdge(iter + 1) - .01, yVal + TMath::Sqrt(sys2NC[iter]*sys2NC[iter] + .04*yVal*.04*yVal) - 2, hist2_p[5]->GetBinLowEdge(iter + 1) - .01, yVal + TMath::Sqrt(sys2NC[iter]*sys2NC[iter] + .04*yVal*.04*yVal));
}
}
*/
zeroLine_p->Draw();
label1_p->DrawLatex(.22, overCoord[0], Form("%s", overLabel[2]));
if(strcmp("", CNC) == 0)
label1_p->DrawLatex(.22, overCoord[1], "30-50%");
else
label1_p->DrawLatex(.22, overCoord[1], "0-30%");
if(strcmp(ppName, "") == 0){
label2_p->DrawLatex(.1, .92, Form("%s Leap_{T,1} > 120 GeV/c", algType[setNum]));
label2_p->DrawLatex(.1, .86, Form("%s Sublead Jet p_{T} > 50 GeV/c", algType[setNum]));
if(strcmp(CNC, "") != 0){
label2_p->DrawLatex(.1, .80, Form("%s Jet |#eta| < 1.6", algType[setNum]));
label2_p->DrawLatex(.1, .74, Form("%s Jet #Delta #phi > 5#pi/6", algType[setNum]));
}
else{
label2_p->DrawLatex(.1, .80, Form("%s Jet |#eta| < 1.6", algType[setNum]));
label2_p->DrawLatex(.1, .74, Form("%s Jet #Delta #phi > 5#pi/6", algType[setNum]));
}
}
else{
if(strcmp(CNC, "") == 0)
profPanel_p->cd(6);
else
profPanel_p->cd(4);
label2_p->DrawLatex(.24, .52, "Jet #DeltaR = 0.3");
label2_p->DrawLatex(.24, .47, "p_{T,1} > 120, p_{T,2} > 50 GeV/c");
if(strcmp(CNC, "") == 0){
label2_p->DrawLatex(.24, .42, "Jet |#eta|_{1}, |#eta|_{2} < 1.6");
label2_p->DrawLatex(.24, .37, "Jet #Delta #phi > 5#pi/6");
}
else{
label2_p->DrawLatex(.24, .42, "Jet |#eta|_{1}, |#eta|_{2} < 1.6");
label2_p->DrawLatex(.24, .37, "Jet #Delta #phi > 5#pi/6");
}
if(strcmp(CNC, "C") == 0)
label2_p->DrawLatex(.26, .32, Form("In-Cone, #DeltaR < 0.8"));
else if(strcmp(CNC, "NC") == 0)
label2_p->DrawLatex(.26, .32, Form("Out-of-Cone, 0.8 < #DeltaR"));
else if(strcmp(CNC, "NCCut") == 0)
label2_p->DrawLatex(.26, .32, Form("Out-of-Cone, 0.8 < #DeltaR < #pi/2"));
}
if(strcmp(CNC, "") == 0){
profPanel_p->cd(pos[2]);
for(Int_t histIter = 0; histIter < 6; histIter++){
getGraph3_p[histIter] = (TGraphErrors*)panelFile_p->Get(Form("%s%sImbAsymm%s%s%s%s%s_1030_%s_%s_g", gorr, algType[setNum], Tight, perpProj, CNC, namePT[histIter], Corr, GLN, fileTag1));
}
makeHistForPtStack(getGraph3_p[0], getGraph3_p[1], getGraph3_p[2], getGraph3_p[3], getGraph3_p[4], getGraph3_p[5], hist3_p[0], hist3_p[1], hist3_p[2], hist3_p[3], hist3_p[4], hist3_p[5], pos[2], Tight);
hist3_p[5]->SetMarkerStyle(5);
hist3_p[5]->SetFillColor(0);