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TriggerSFComparison_MiniAndNanoAOD.cc
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TriggerSFComparison_MiniAndNanoAOD.cc
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#include "TGraph.h"
#include "TROOT.h"
using namespace std;
float NanoAOD_MCEff_ee, NanoAOD_MCEff_mumu, NanoAOD_MCEff_emu;
float NanoAOD_MCEff_UpUncert_ee, NanoAOD_MCEff_UpUncert_mumu, NanoAOD_MCEff_UpUncert_emu;
float NanoAOD_MCEff_DownUncert_ee, NanoAOD_MCEff_DownUncert_mumu, NanoAOD_MCEff_DownUncert_emu;
float NanoAOD_DataEff_ee, NanoAOD_DataEff_mumu, NanoAOD_DataEff_emu;
float NanoAOD_DataEff_UpUncert_ee, NanoAOD_DataEff_UpUncert_mumu, NanoAOD_DataEff_UpUncert_emu;
float NanoAOD_DataEff_DownUncert_ee, NanoAOD_DataEff_DownUncert_mumu, NanoAOD_DataEff_DownUncert_emu;
float NanoAOD_Alpha_ee, NanoAOD_Alpha_mumu, NanoAOD_Alpha_emu;
float NanoAOD_TriggerSF_ee, NanoAOD_TriggerSF_mumu, NanoAOD_TriggerSF_emu;
float NanoAOD_TriggerSF_UpUncert_ee, NanoAOD_TriggerSF_UpUncert_mumu, NanoAOD_TriggerSF_UpUncert_emu;
float NanoAOD_TriggerSF_DownUncert_ee, NanoAOD_TriggerSF_DownUncert_mumu, NanoAOD_TriggerSF_DownUncert_emu;
float MiniAOD_MCEff_ee, MiniAOD_MCEff_mumu, MiniAOD_MCEff_emu;
float MiniAOD_MCEff_UpUncert_ee, MiniAOD_MCEff_UpUncert_mumu, MiniAOD_MCEff_UpUncert_emu;
float MiniAOD_MCEff_DownUncert_ee, MiniAOD_MCEff_DownUncert_mumu, MiniAOD_MCEff_DownUncert_emu;
float MiniAOD_DataEff_ee, MiniAOD_DataEff_mumu, MiniAOD_DataEff_emu;
float MiniAOD_DataEff_UpUncert_ee, MiniAOD_DataEff_UpUncert_mumu, MiniAOD_DataEff_UpUncert_emu;
float MiniAOD_DataEff_DownUncert_ee, MiniAOD_DataEff_DownUncert_mumu, MiniAOD_DataEff_DownUncert_emu;
float MiniAOD_Alpha_ee, MiniAOD_Alpha_mumu, MiniAOD_Alpha_emu;
float MiniAOD_TriggerSF_ee, MiniAOD_TriggerSF_mumu, MiniAOD_TriggerSF_emu;
float MiniAOD_TriggerSF_UpUncert_ee, MiniAOD_TriggerSF_UpUncert_mumu, MiniAOD_TriggerSF_UpUncert_emu;
float MiniAOD_TriggerSF_DownUncert_ee, MiniAOD_TriggerSF_DownUncert_mumu, MiniAOD_TriggerSF_DownUncert_emu;
void TriggerSFComparison_MiniAndNanoAOD2(const std::string& year){
const int n = 2;
double Channels[] = {1, 2/*, 3*/};
if(year == "2016"){
NanoAOD_MCEff_ee = 0.970543; NanoAOD_MCEff_mumu = 0.976452; NanoAOD_MCEff_emu = 0;
NanoAOD_MCEff_UpUncert_ee = 0.008; NanoAOD_MCEff_UpUncert_mumu = 0.004; NanoAOD_MCEff_UpUncert_emu = 0;
NanoAOD_MCEff_DownUncert_ee = -0.008; NanoAOD_MCEff_DownUncert_mumu = -0.004; NanoAOD_MCEff_DownUncert_emu = 0;
NanoAOD_DataEff_ee = 0.972363; NanoAOD_DataEff_mumu = 0.959516; NanoAOD_DataEff_emu = 0;
NanoAOD_DataEff_UpUncert_ee = 0.003; NanoAOD_DataEff_UpUncert_mumu = 0.007; NanoAOD_DataEff_UpUncert_emu = 0;
NanoAOD_DataEff_DownUncert_ee = -0.002; NanoAOD_DataEff_DownUncert_mumu = -0.001; NanoAOD_DataEff_DownUncert_emu = 0;
NanoAOD_Alpha_ee = 0.999999; NanoAOD_Alpha_mumu = 0.999999; NanoAOD_Alpha_emu = 0;
NanoAOD_TriggerSF_ee = 1.00187; NanoAOD_TriggerSF_mumu = 0.982655; NanoAOD_TriggerSF_emu = 0;
NanoAOD_TriggerSF_UpUncert_ee = 0.003; NanoAOD_TriggerSF_UpUncert_mumu = 0.001; NanoAOD_TriggerSF_UpUncert_emu = 0;
NanoAOD_TriggerSF_DownUncert_ee = -0.0010; NanoAOD_TriggerSF_DownUncert_mumu = -0.001; NanoAOD_TriggerSF_DownUncert_emu = 0;
MiniAOD_MCEff_ee = 0.988; MiniAOD_MCEff_mumu = 0.992; MiniAOD_MCEff_emu = 0.977;
MiniAOD_MCEff_UpUncert_ee = 0.001; MiniAOD_MCEff_UpUncert_mumu = 0.001; MiniAOD_MCEff_UpUncert_emu = 0.005;
MiniAOD_MCEff_DownUncert_ee = -0.001; MiniAOD_MCEff_DownUncert_mumu = -0.001; MiniAOD_MCEff_DownUncert_emu = -0.005;
MiniAOD_DataEff_ee = 0.976; MiniAOD_DataEff_mumu = 0.985; MiniAOD_DataEff_emu = 0.964;
MiniAOD_DataEff_UpUncert_ee = 0.001; MiniAOD_DataEff_UpUncert_mumu = 0.001; MiniAOD_DataEff_UpUncert_emu = 0.011;
MiniAOD_DataEff_DownUncert_ee = -0.001; MiniAOD_DataEff_DownUncert_mumu = -0.001; MiniAOD_DataEff_DownUncert_emu = -0.011;
MiniAOD_Alpha_ee = 0.99890; MiniAOD_Alpha_mumu = 1.00151; MiniAOD_Alpha_emu = 0.98775;
MiniAOD_TriggerSF_ee = 0.987; MiniAOD_TriggerSF_mumu = 0.993; MiniAOD_TriggerSF_emu = 0.987;
MiniAOD_TriggerSF_UpUncert_ee = 0.001; MiniAOD_TriggerSF_UpUncert_mumu = 0.000; MiniAOD_TriggerSF_UpUncert_emu = 0.007;
MiniAOD_TriggerSF_DownUncert_ee = -0.001; MiniAOD_TriggerSF_DownUncert_mumu = -0.000; MiniAOD_TriggerSF_DownUncert_emu = -0.007;
}
else if(year == "2017"){
NanoAOD_MCEff_ee = 0.974412; NanoAOD_MCEff_mumu = 0.973075; NanoAOD_MCEff_emu = 0;
NanoAOD_MCEff_UpUncert_ee = -0.002; NanoAOD_MCEff_UpUncert_mumu = -0.002; NanoAOD_MCEff_UpUncert_emu = 0;
NanoAOD_MCEff_DownUncert_ee = 0.003; NanoAOD_MCEff_DownUncert_mumu = 0.001; NanoAOD_MCEff_DownUncert_emu = 0;
NanoAOD_DataEff_ee = 0.965362; NanoAOD_DataEff_mumu = 0.956032; NanoAOD_DataEff_emu = 0;
NanoAOD_DataEff_UpUncert_ee = -0.001; NanoAOD_DataEff_UpUncert_mumu = 0.001; NanoAOD_DataEff_UpUncert_emu = 0;
NanoAOD_DataEff_DownUncert_ee = 0.005; NanoAOD_DataEff_DownUncert_mumu = 0.001; NanoAOD_DataEff_DownUncert_emu = 0;
NanoAOD_Alpha_ee = 0.9999; NanoAOD_Alpha_mumu = 0.9999; NanoAOD_Alpha_emu = 0;
NanoAOD_TriggerSF_ee = 0.990711; NanoAOD_TriggerSF_mumu = 0.982484; NanoAOD_TriggerSF_emu = 0;
NanoAOD_TriggerSF_UpUncert_ee = -0.001; NanoAOD_TriggerSF_UpUncert_mumu = 0.001; NanoAOD_TriggerSF_UpUncert_emu = 0;
NanoAOD_TriggerSF_DownUncert_ee = 0.005; NanoAOD_TriggerSF_DownUncert_mumu = 0.001; NanoAOD_TriggerSF_DownUncert_emu = 0;
MiniAOD_MCEff_ee = 0.92849; MiniAOD_MCEff_mumu = 0.99509; MiniAOD_MCEff_emu = 0.91272;
MiniAOD_MCEff_UpUncert_ee = -0.00041; MiniAOD_MCEff_UpUncert_mumu = -0.00008; MiniAOD_MCEff_UpUncert_emu = -0.00244;
MiniAOD_MCEff_DownUncert_ee = 0.00041; MiniAOD_MCEff_DownUncert_mumu = 0.00008; MiniAOD_MCEff_DownUncert_emu = 0.00251;
MiniAOD_DataEff_ee = 0.86448; MiniAOD_DataEff_mumu = 0.96692; MiniAOD_DataEff_emu = 0.87028;
MiniAOD_DataEff_UpUncert_ee = -0.00277; MiniAOD_DataEff_UpUncert_mumu = -0.00035; MiniAOD_DataEff_UpUncert_emu = -0.00709;
MiniAOD_DataEff_DownUncert_ee = 0.00282; MiniAOD_DataEff_DownUncert_mumu = 0.00036; MiniAOD_DataEff_DownUncert_emu = 0.00747;
MiniAOD_Alpha_ee = 0.99695; MiniAOD_Alpha_mumu = 0.99982; MiniAOD_Alpha_emu = 0.99144;
MiniAOD_TriggerSF_ee = 0.93106; MiniAOD_TriggerSF_mumu = 0.97170; MiniAOD_TriggerSF_emu = 0.95350;
MiniAOD_TriggerSF_UpUncert_ee = 0.001; MiniAOD_TriggerSF_UpUncert_mumu = 0.001; MiniAOD_TriggerSF_UpUncert_emu = 0.001;
MiniAOD_TriggerSF_DownUncert_ee = 0.001; MiniAOD_TriggerSF_DownUncert_mumu = 0.001; MiniAOD_TriggerSF_DownUncert_emu = 0.001;
}
else{std::cout << "ERROR: year must be 2016 or 2017" << std::endl;}
double NanoAOD_YValues_MCEff[] = {NanoAOD_MCEff_ee, NanoAOD_MCEff_mumu/*, NanoAOD_MCEff_emu*/};
double NanoAOD_YValues_ErrorsDown_MCEff[] = {NanoAOD_MCEff_DownUncert_ee, NanoAOD_MCEff_DownUncert_mumu/*, NanoAOD_MCEff_DownUncert_emu*/};
double NanoAOD_YValues_ErrorsUp_MCEff[] = {NanoAOD_MCEff_UpUncert_ee, NanoAOD_MCEff_UpUncert_mumu/*, NanoAOD_MCEff_UpUncert_emu*/};
double MiniAOD_YValues_MCEff[] = {MiniAOD_MCEff_ee, MiniAOD_MCEff_mumu/*, MiniAOD_MCEff_emu*/};
double MiniAOD_YValues_ErrorsDown_MCEff[] = {MiniAOD_MCEff_DownUncert_ee, MiniAOD_MCEff_DownUncert_mumu/*, MiniAOD_MCEff_DownUncert_emu*/};
double MiniAOD_YValues_ErrorsUp_MCEff[] = {MiniAOD_MCEff_UpUncert_ee, MiniAOD_MCEff_UpUncert_mumu/*, MiniAOD_MCEff_UpUncert_emu*/};
double NanoAOD_YValues_DataEff[] = {NanoAOD_DataEff_ee, NanoAOD_DataEff_mumu/*, NanoAOD_DataEff_emu*/};
double NanoAOD_YValues_ErrorsDown_DataEff[] = {NanoAOD_DataEff_DownUncert_ee, NanoAOD_DataEff_DownUncert_mumu/*, NanoAOD_DataEff_DownUncert_emu*/};
double NanoAOD_YValues_ErrorsUp_DataEff[] = {NanoAOD_DataEff_UpUncert_ee, NanoAOD_DataEff_UpUncert_mumu/*, NanoAOD_DataEff_UpUncert_emu*/};
double MiniAOD_YValues_DataEff[] = {MiniAOD_DataEff_ee, MiniAOD_DataEff_mumu/*, MiniAOD_DataEff_emu*/};
double MiniAOD_YValues_ErrorsDown_DataEff[] = {MiniAOD_DataEff_DownUncert_ee, MiniAOD_DataEff_DownUncert_mumu/*, MiniAOD_DataEff_DownUncert_emu*/};
double MiniAOD_YValues_ErrorsUp_DataEff[] = {MiniAOD_DataEff_UpUncert_ee, MiniAOD_DataEff_UpUncert_mumu/*, MiniAOD_DataEff_UpUncert_emu*/};
double NanoAOD_YValues_Sf[] = {NanoAOD_TriggerSF_ee, NanoAOD_TriggerSF_mumu/*, NanoAOD_TriggerSF_emu*/};
double NanoAOD_YValues_ErrorsDown_Sf[] = {NanoAOD_TriggerSF_DownUncert_ee, NanoAOD_TriggerSF_DownUncert_mumu/*, NanoAOD_TriggerSF_DownUncert_emu*/};
double NanoAOD_YValues_ErrorsUp_Sf[] = {NanoAOD_TriggerSF_UpUncert_ee, NanoAOD_TriggerSF_UpUncert_mumu/*, NanoAOD_TriggerSF_UpUncert_emu*/};
double MiniAOD_YValues_Sf[] = {MiniAOD_TriggerSF_ee, MiniAOD_TriggerSF_mumu/*, MiniAOD_TriggerSF_emu*/};
double MiniAOD_YValues_ErrorsDown_Sf[] = {MiniAOD_TriggerSF_DownUncert_ee, MiniAOD_TriggerSF_DownUncert_mumu/*, MiniAOD_TriggerSF_DownUncert_emu*/};
double MiniAOD_YValues_ErrorsUp_Sf[] = {MiniAOD_TriggerSF_UpUncert_ee, MiniAOD_TriggerSF_UpUncert_mumu/*, MiniAOD_TriggerSF_UpUncert_emu*/};
double NanoAOD_YValues_Alpha[] = {NanoAOD_Alpha_ee, NanoAOD_Alpha_mumu/*, NanoAOD_Alpha_emu*/};
double NanoAOD_YValues_ErrorsDown_Alpha[] = {0, 0/*, 0*/};
double NanoAOD_YValues_ErrorsUp_Alpha[] = {0, 0/*, 0*/};
double MiniAOD_YValues_Alpha[] = {MiniAOD_Alpha_ee, MiniAOD_Alpha_mumu/*, MiniAOD_Alpha_emu*/};
double MiniAOD_YValues_ErrorsDown_Alpha[] = {0, 0/*, 0*/};
double MiniAOD_YValues_ErrorsUp_Alpha[] = {0, 0/*, 0*/};
TGraphAsymmErrors* h_NanoAOD_MCEff = new TGraphAsymmErrors(n, Channels, NanoAOD_YValues_MCEff, 0, 0, NanoAOD_YValues_ErrorsDown_MCEff, NanoAOD_YValues_ErrorsUp_MCEff);
TGraphAsymmErrors* h_MiniAOD_MCEff = new TGraphAsymmErrors(n, Channels, MiniAOD_YValues_MCEff, 0, 0, MiniAOD_YValues_ErrorsDown_MCEff, MiniAOD_YValues_ErrorsUp_MCEff);
TCanvas* c1 =new TCanvas("c1"," ",200,10,700,500);
c1->cd();
TMultiGraph *gr = new TMultiGraph();
std::string MCEffTitlesString = "MC Efficiency Values " + year;
std::string MCEffValuesPdfString = "MCEffValues_" + year + ".pdf";
gr->SetTitle(MCEffTitlesString.c_str());
h_NanoAOD_MCEff->SetMarkerColor(4);
h_NanoAOD_MCEff->SetMarkerStyle(8);
h_MiniAOD_MCEff->SetMarkerColor(1);
h_MiniAOD_MCEff->SetMarkerStyle(8);
h_NanoAOD_MCEff->SetTitle("Nano AOD");
h_MiniAOD_MCEff->SetTitle("Mini AOD");
gr->Add(h_NanoAOD_MCEff);
gr->Add(h_MiniAOD_MCEff);
gr->GetYaxis()->SetTitle("Efficiency");
gr->GetXaxis()->SetTitle("Channel");
gr->GetXaxis()->SetTitleOffset(1.5);
gr->GetXaxis()->SetBinLabel(1, "ee");
gr->GetXaxis()->SetBinLabel(100, "mumu");
//gr->GetXaxis()->SetBinLabel(50, "mumu");
//gr->GetXaxis()->SetBinLabel(100, "emu");
gr->Draw("AP");
c1->BuildLegend();
c1->SetGridx(1);
c1->SetGridy(1);
c1->SaveAs(MCEffValuesPdfString.c_str());
TGraphAsymmErrors* h_NanoAOD_DataEff = new TGraphAsymmErrors(n, Channels, NanoAOD_YValues_DataEff, 0, 0, NanoAOD_YValues_ErrorsDown_DataEff, NanoAOD_YValues_ErrorsUp_DataEff);
TGraphAsymmErrors* h_MiniAOD_DataEff = new TGraphAsymmErrors(n, Channels, MiniAOD_YValues_DataEff, 0, 0, MiniAOD_YValues_ErrorsDown_DataEff, MiniAOD_YValues_ErrorsUp_DataEff);
TCanvas* c2 =new TCanvas("c2"," ",200,10,700,500);
c2->cd();
TMultiGraph *gr2 = new TMultiGraph();
std::string DataEffTitlesString = "Data Efficiency Values " + year;
std::string DataEffValuesPdfString = "DataEffValues_" + year + ".pdf";
gr2->SetTitle(DataEffTitlesString.c_str());
h_NanoAOD_DataEff->SetMarkerColor(4);
h_NanoAOD_DataEff->SetMarkerStyle(8);
h_MiniAOD_DataEff->SetMarkerColor(1);
h_MiniAOD_DataEff->SetMarkerStyle(8);
h_NanoAOD_DataEff->SetTitle("Nano AOD");
h_MiniAOD_DataEff->SetTitle("Mini AOD");
gr2->Add(h_NanoAOD_DataEff);
gr2->Add(h_MiniAOD_DataEff);
gr2->GetYaxis()->SetTitle("Efficiency");
gr2->GetXaxis()->SetTitle("Channel");
gr2->GetXaxis()->SetTitleOffset(1.5);
gr2->GetXaxis()->SetBinLabel(1, "ee");
gr2->GetXaxis()->SetBinLabel(100, "mumu");
//gr2->GetXaxis()->SetBinLabel(50, "mumu");
//gr2->GetXaxis()->SetBinLabel(100, "emu");
gr2->Draw("AP");
c2->BuildLegend(0.2,0.2,0.5,0.4);
c2->SetGridx(1);
c2->SetGridy(1);
c2->SaveAs(DataEffValuesPdfString.c_str());
TGraphAsymmErrors* h_NanoAOD_Sf = new TGraphAsymmErrors(n, Channels, NanoAOD_YValues_Sf, 0, 0, NanoAOD_YValues_ErrorsDown_Sf, NanoAOD_YValues_ErrorsUp_Sf);
TGraphAsymmErrors* h_MiniAOD_Sf = new TGraphAsymmErrors(n, Channels, MiniAOD_YValues_Sf, 0, 0, MiniAOD_YValues_ErrorsDown_Sf, MiniAOD_YValues_ErrorsUp_Sf);
TCanvas* c3 =new TCanvas("c3"," ",200,10,700,500);
c3->cd();
TMultiGraph *gr3 = new TMultiGraph();
std::string SFValuesTitle = "Scale Factor Values " + year;
std::string SFValuesPdf = "SFValues_" + year + ".pdf";
gr3->SetTitle("Scale Factor Values");
h_NanoAOD_Sf->SetMarkerColor(4);
h_NanoAOD_Sf->SetMarkerStyle(8);
h_MiniAOD_Sf->SetMarkerColor(1);
h_MiniAOD_Sf->SetMarkerStyle(8);
h_NanoAOD_Sf->SetTitle("Nano AOD");
h_MiniAOD_Sf->SetTitle("Mini AOD");
gr3->Add(h_NanoAOD_Sf);
gr3->Add(h_MiniAOD_Sf);
gr3->GetYaxis()->SetTitle("Scale Factor");
gr3->GetXaxis()->SetTitle("Channel");
gr3->GetXaxis()->SetTitleOffset(1.5);
gr3->GetXaxis()->SetBinLabel(1, "ee");
gr3->GetXaxis()->SetBinLabel(100, "mumu");
//gr3->GetXaxis()->SetBinLabel(50, "mumu");
//gr3->GetXaxis()->SetBinLabel(100, "emu");
gr3->Draw("AP");
c3->BuildLegend(0.6,0.1, 0.9,0.3);
c3->SetGridx(1);
c3->SetGridy(1);
c3->SaveAs(SFValuesPdf.c_str());
TGraphAsymmErrors* h_NanoAOD_Alpha = new TGraphAsymmErrors(n, Channels, NanoAOD_YValues_Alpha, 0, 0, NanoAOD_YValues_ErrorsDown_Alpha, NanoAOD_YValues_ErrorsUp_Alpha);
TGraphAsymmErrors* h_MiniAOD_Alpha = new TGraphAsymmErrors(n, Channels, MiniAOD_YValues_Alpha, 0, 0, MiniAOD_YValues_ErrorsDown_Alpha, MiniAOD_YValues_ErrorsUp_Alpha);
TCanvas* c4 =new TCanvas("c4"," ",200,10,700,500);
c4->cd();
TMultiGraph *gr4 = new TMultiGraph();
std::string AlphaValuesTitle = "Alpha Values " + year;
std::string AlphaValuesPdf = "AlphaValues_" + year + ".pdf";
gr4->SetTitle(AlphaValuesTitle.c_str());
h_NanoAOD_Alpha->SetMarkerColor(4);
h_NanoAOD_Alpha->SetMarkerStyle(8);
h_MiniAOD_Alpha->SetMarkerColor(1);
h_MiniAOD_Alpha->SetMarkerStyle(8);
h_NanoAOD_Alpha->SetTitle("Nano AOD");
h_MiniAOD_Alpha->SetTitle("Mini AOD");
gr4->Add(h_NanoAOD_Alpha);
gr4->Add(h_MiniAOD_Alpha);
gr4->GetYaxis()->SetTitle("Alpha");
gr4->GetXaxis()->SetTitle("Channel");
gr4->GetXaxis()->SetTitleOffset(1.5);
gr4->GetXaxis()->SetBinLabel(1, "ee");
gr4->GetXaxis()->SetBinLabel(100, "mumu");
//gr4->GetXaxis()->SetBinLabel(50, "mumu");
//gr4->GetXaxis()->SetBinLabel(100, "emu");
gr4->Draw("AP");
c4->BuildLegend();
c4->SetGridx(1);
c4->SetGridy(1);
c4->SaveAs(AlphaValuesPdf.c_str());
}
void TriggerSFComparison_MiniAndNanoAOD(){
TriggerSFComparison_MiniAndNanoAOD2("2016");
TriggerSFComparison_MiniAndNanoAOD2("2017");
}