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CreateSysBands.C
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CreateSysBands.C
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/* program includes */
#include "CreateSysBands.h"
#include "ATLASstyle.C"
int main( int argc, char* argv[] ) {
bool useBjet = false ;
bool isBlind = false ;
bool debug = false ;
bool isttCR = false ;
bool isRevDphi = false ;
bool isSherpa = false ;
bool addStatUnc = false ;
int lfvType = -1 ;
std::string process = "BkgSM";
bool printHelp = false ;
for(int i = 1; i < argc; ++i){
if( !strcmp(argv[i],"--useBjet") ){ useBjet = true; }
else if( !strcmp(argv[i],"--isBlind") ){ isBlind = true; }
else if( !strcmp(argv[i],"--process") ){ process = argv[i+1]; }
else if( !strcmp(argv[i],"--lfvType") ){ lfvType = std::stoi(argv[i+1]); }
else if( !strcmp(argv[i],"--isttCR") ){ isttCR = true; }
else if( !strcmp(argv[i],"--isRevDphi") ){ isRevDphi = true; }
else if( !strcmp(argv[i],"--isSherpa") ){ isSherpa = true; }
else if( !strcmp(argv[i],"--addStatUnc") ){ addStatUnc = true; }
else if( !strcmp(argv[i],"--debug") ){ debug = true; }
else if( !strcmp(argv[i],"--help") ){ printHelp = true; }
else{
if(std::string(argv[i]).find("--")!=std::string::npos)
std::cout << "WARNING:: Option " << argv[i] << " not recognized: "
<< "skipping!" << std::endl;
}
}
if(printHelp){
std::cout << " CreatSysBands: make Sys Bands!" << std::endl;
std::cout << " Options: " << std::endl;
std::cout << " --useBjet [Enable b-jet veto:"
<< " default is 'false' " << std::endl;
std::cout << " --lfvType [Choose lfv channel:"
<< " options are '1,2,3'] " << std::endl;
std::cout << " --process [Define process:"
<< " default is 'BkgSM' " << std::endl;
std::cout << " --isBlind [Enable Blind analysis:"
<< " default is 'false'] " << std::endl;
std::cout << " --isttCR [Enable ttbar CR:"
<< " default is 'false'] " << std::endl;
std::cout << " --isRevDphi [Enable revDphi analysis:"
<< " default is 'false'] " << std::endl;
std::cout << " --isSherpa [Enable Sherpa ttbar:"
<< " default is 'false'] " << std::endl;
std::cout << " --addStatUnc [Enable MC Stat Unc:"
<< " default is 'false'] " << std::endl;
std::cout << " --debug [Enable debug]" << std::endl;
std::cout << " --help [Print this help]" << std::endl;
exit(0);
}
if(lfvType==-1){
std::cout << "< CreateSysBands() >:: lfvType not set!"
<< " Possible options: 1,2,3" << std::endl;
exit(0);
}
std::cout << " CreatSysBands Options set: " << std::endl;
std::cout << " useBjet = " << useBjet << std::endl;
std::cout << " lfvType = " << lfvType << std::endl;
std::cout << " process = " << process << std::endl;
std::cout << " isBlind = " << isBlind << std::endl;
std::cout << " isttCR = " << isttCR << std::endl;
std::cout << " isRevDphi = " << isRevDphi << std::endl;
std::cout << " isSherpa = " << isSherpa << std::endl;
std::cout << " addStatUnc = " << addStatUnc << std::endl;
std::cout << " debug = " << debug << std::endl;
m_debug = debug;
if(lfvType==1 && process=="Multijet")
CreateSysBands(useBjet, isBlind, isttCR, isSherpa);
else
CreateSysBands(lfvType, useBjet, isBlind, isttCR, isRevDphi,
isSherpa, process, addStatUnc);
return 0;
}
void CreateSysBands(int LFVtype, bool useBjet, bool isBlind, bool isttCR,
bool isRevDphi, bool isSherpa, std::string Process, bool addStatUnc){
SetATLASStyle();
TH1::SetDefaultSumw2(kTRUE);
std::string lfvType = "";
if(LFVtype==1) { lfvType="emu"; }
else if(LFVtype==2) { lfvType="etau"; }
else if(LFVtype==3) { lfvType="mutau"; }
std::cout << " Making Sys Bands for " << lfvType
<< " Channel and " << Process << " Background" << std::endl;
std::string Dir = "";
if(useBjet){ Dir += "Bjet/"; }
else{ Dir += "NoBjet/"; }
if(isttCR) {
Dir += "ttbarCR";
if(isSherpa) Dir += "_Sherpa";
Dir += "/";
}
if(isRevDphi) { Dir += "revDphi/"; }
/* Define Lumi Var */
double Lvar = 2.1;
/* Loading files */
std::string InName = Dir+"PercentVariations_"+lfvType;
std::string OutName = Dir+"SystematicsBands_"+lfvType;
std::string DistName = Dir+"Plots_Nominal_"+lfvType;
if(isBlind){
InName += "_Blind";
OutName += "_Blind";
DistName += "_Blind";
}
if(Process!="BkgSM"){
InName += "_"+Process;
OutName += "_"+Process;
}
if(addStatUnc) OutName += "_WithStatUnc";
TFile *distro = NULL;
TFile *input = new TFile( (InName+".root").c_str() );
TFile *out = new TFile( (OutName+".root").c_str(), "RECREATE" );
if(addStatUnc) distro = new TFile( (DistName+".root").c_str() );
/* Up */ /* Down */
TH1F *MuReco_StatUp = NULL; TH1F *MuReco_StatDown = NULL;
TH1F *MuReco_SysUp = NULL; TH1F *MuReco_SysDown = NULL;
TH1F *MuIso_StatUp = NULL; TH1F *MuIso_StatDown = NULL;
TH1F *MuIso_SysUp = NULL; TH1F *MuIso_SysDown = NULL;
TH1F *MuTrg_StatUp = NULL; TH1F *MuTrg_StatDown = NULL;
TH1F *MuTrg_SysUp = NULL; TH1F *MuTrg_SysDown = NULL;
TH1F *MuTTVA_StatUp = NULL; TH1F *MuTTVA_StatDown = NULL;
TH1F *MuTTVA_SysUp = NULL; TH1F *MuTTVA_SysDown = NULL;
TH1F *MuSmeID_SysUp = NULL; TH1F *MuSmeID_SysDown = NULL;
TH1F *MuSmeMS_SysUp = NULL; TH1F *MuSmeMS_SysDown = NULL;
TH1F *MuScale_SysUp = NULL; TH1F *MuScale_SysDown = NULL;
TH1F *MuSagRho_SysUp = NULL; TH1F *MuSagRho_SysDown = NULL;
TH1F *MuSagRes_SysUp = NULL; TH1F *MuSagRes_SysDown = NULL;
TH1F *ElReco_SysUp = NULL; TH1F *ElReco_SysDown = NULL;
TH1F *ElID_SysUp = NULL; TH1F *ElID_SysDown = NULL;
TH1F *ElIso_SysUp = NULL; TH1F *ElIso_SysDown = NULL;
TH1F *ElTrg_SysUp = NULL; TH1F *ElTrg_SysDown = NULL;
TH1F *ElSme_SysUp = NULL; TH1F *ElSme_SysDown = NULL;
TH1F *ElScale_SysUp = NULL; TH1F *ElScale_SysDown = NULL;
TH1F *TaReco_SysUp = NULL; TH1F *TaReco_SysDown = NULL;
TH1F *TaRecoHpt_SysUp = NULL; TH1F *TaRecoHpt_SysDown = NULL;
TH1F *TaEleOlr_SysUp = NULL; TH1F *TaEleOlr_SysDown = NULL;
TH1F *TaJetID_SysUp = NULL; TH1F *TaJetID_SysDown = NULL;
TH1F *TaJetIDHpt_SysUp = NULL; TH1F *TaJetIDHpt_SysDown = NULL;
TH1F *TaSme_SysUp = NULL; TH1F *TaSme_SysDown = NULL;
TH1F *TaSmeDet_SysUp = NULL; TH1F *TaSmeDet_SysDown = NULL;
TH1F *TaSmeMod_SysUp = NULL; TH1F *TaSmeMod_SysDown = NULL;
TH1F *BtagSF_Beff_SysUp = NULL; TH1F *BtagSF_Beff_SysDown = NULL;
TH1F *BtagSF_Ceff_SysUp = NULL; TH1F *BtagSF_Ceff_SysDown = NULL;
TH1F *BtagSF_Leff_SysUp = NULL; TH1F *BtagSF_Leff_SysDown = NULL;
TH1F *BtagSF_ExtCeff_SysUp = NULL; TH1F *BtagSF_ExtCeff_SysDown = NULL;
TH1F *BtagSF_ExtEff_SysUp = NULL; TH1F *BtagSF_ExtEff_SysDown = NULL;
TH1F *JtUncNP1_SysUp = NULL; TH1F *JtUncNP1_SysDown = NULL;
TH1F *JtUncNP2_SysUp = NULL; TH1F *JtUncNP2_SysDown = NULL;
TH1F *JtUncNP3_SysUp = NULL; TH1F *JtUncNP3_SysDown = NULL;
TH1F *JtUncETA_SysUp = NULL; TH1F *JtUncETA_SysDown = NULL;
TH1F *JtJvtSF_SysUp = NULL; TH1F *JtJvtSF_SysDown = NULL;
TH1F *MetScl_SysUp = NULL; TH1F *MetScl_SysDown = NULL;
TH1F *TopScale_SysUp = NULL; TH1F *TopScale_SysDown = NULL;
TH1F *PU_SysUp = NULL; TH1F *PU_SysDown = NULL;
TH1F *TauFake_StatUp = NULL; TH1F *TauFake_StatDown = NULL;
TH1F *TauFake_BDT_SysUp = NULL; TH1F *TauFake_BDT_SysDown = NULL;
TH1F *TauFake_CR_Sys = NULL; TH1F *JtSme_Sys = NULL;
TH1F *TauFake_Comp_SysUp = NULL; TH1F *TauFake_Comp_SysDown = NULL;
TH1F *TopFit_Sys = NULL; TH1F *PDF_Sys = NULL;
TH1F *MetResPer_Sys = NULL; TH1F *MetResPara_Sys = NULL;
TH1F *Multijet_kMJ_Stat = NULL; TH1F *Multijet_kMJ_Sys = NULL;
/* Distro */
TH1F *Bkg = NULL;
/* make list of Hist type */
std::vector<std::string> Htype;
Htype.push_back( "mllCorr" );
Htype.push_back( "mll" );
Htype.push_back( "ptllCorr" );
Htype.push_back( "ptll" );
Htype.push_back( "etall" );
Htype.push_back( "phill" );
Htype.push_back( "njet" );
Htype.push_back( "met" );
Htype.push_back( "mt" );
if(LFVtype==1 || LFVtype==3){
Htype.push_back( "mu_pt" );
Htype.push_back( "mu_eta" );
Htype.push_back( "mu_phi" );
}
if(LFVtype==1 || LFVtype==2){
Htype.push_back( "el_pt" );
Htype.push_back( "el_eta" );
Htype.push_back( "el_phi" );
}
if(LFVtype==2 || LFVtype==3){
Htype.push_back( "ta_pt" );
Htype.push_back( "ta_eta" );
Htype.push_back( "ta_phi" );
}
if(LFVtype==2 && Process=="BkgSM")
if(!addStatUnc) Htype.push_back( "mllCorr_Orig" );
for(uint i=0; i<Htype.size(); i++){
std:: cout << "< CreateSysBands() >:: making Sys Band for"
<< " distribution = " << Htype.at(i) << std::endl;
if(LFVtype==1 || LFVtype==3){
MuReco_StatUp = (TH1F*)input->Get( (Htype.at(i)+"_PercVar_MuReco_StatUp").c_str() );
MuReco_SysUp = (TH1F*)input->Get( (Htype.at(i)+"_PercVar_MuReco_SysUp").c_str() );
MuIso_StatUp = (TH1F*)input->Get( (Htype.at(i)+"_PercVar_MuIso_StatUp").c_str() );
MuIso_SysUp = (TH1F*)input->Get( (Htype.at(i)+"_PercVar_MuIso_SysUp").c_str() );
MuTrg_StatUp = (TH1F*)input->Get( (Htype.at(i)+"_PercVar_MuTrg_StatUp").c_str() );
MuTrg_SysUp = (TH1F*)input->Get( (Htype.at(i)+"_PercVar_MuTrg_SysUp").c_str() );
MuTTVA_StatUp = (TH1F*)input->Get( (Htype.at(i)+"_PercVar_MuTTVA_StatUp").c_str() );
MuTTVA_SysUp = (TH1F*)input->Get( (Htype.at(i)+"_PercVar_MuTTVA_SysUp").c_str() );
MuSmeID_SysUp = (TH1F*)input->Get( (Htype.at(i)+"_PercVar_MuSmeID_SysUp").c_str() );
MuSmeMS_SysUp = (TH1F*)input->Get( (Htype.at(i)+"_PercVar_MuSmeMS_SysUp").c_str() );
MuScale_SysUp = (TH1F*)input->Get( (Htype.at(i)+"_PercVar_MuScale_SysUp").c_str() );
MuSagRho_SysUp = (TH1F*)input->Get( (Htype.at(i)+"_PercVar_MuSagRho_SysUp").c_str() );
MuSagRes_SysUp = (TH1F*)input->Get( (Htype.at(i)+"_PercVar_MuSagRes_SysUp").c_str() );
MuReco_StatDown = (TH1F*)input->Get( (Htype.at(i)+"_PercVar_MuReco_StatDown").c_str() );
MuReco_SysDown = (TH1F*)input->Get( (Htype.at(i)+"_PercVar_MuReco_SysDown").c_str() );
MuIso_StatDown = (TH1F*)input->Get( (Htype.at(i)+"_PercVar_MuIso_StatDown").c_str() );
MuIso_SysDown = (TH1F*)input->Get( (Htype.at(i)+"_PercVar_MuIso_SysDown").c_str() );
MuTrg_StatDown = (TH1F*)input->Get( (Htype.at(i)+"_PercVar_MuTrg_StatDown").c_str() );
MuTrg_SysDown = (TH1F*)input->Get( (Htype.at(i)+"_PercVar_MuTrg_SysDown").c_str() );
MuTTVA_StatDown = (TH1F*)input->Get( (Htype.at(i)+"_PercVar_MuTTVA_StatDown").c_str() );
MuTTVA_SysDown = (TH1F*)input->Get( (Htype.at(i)+"_PercVar_MuTTVA_SysDown").c_str() );
MuSmeID_SysDown = (TH1F*)input->Get( (Htype.at(i)+"_PercVar_MuSmeID_SysDown").c_str() );
MuSmeMS_SysDown = (TH1F*)input->Get( (Htype.at(i)+"_PercVar_MuSmeMS_SysDown").c_str() );
MuScale_SysDown = (TH1F*)input->Get( (Htype.at(i)+"_PercVar_MuScale_SysDown").c_str() );
MuSagRho_SysDown = (TH1F*)input->Get( (Htype.at(i)+"_PercVar_MuSagRho_SysDown").c_str() );
MuSagRes_SysDown = (TH1F*)input->Get( (Htype.at(i)+"_PercVar_MuSagRes_SysDown").c_str() );
}
if(LFVtype==1 || LFVtype==2){
ElReco_SysUp = (TH1F*)input->Get( (Htype.at(i)+"_PercVar_ElReco_SysUp").c_str() );
ElID_SysUp = (TH1F*)input->Get( (Htype.at(i)+"_PercVar_ElID_SysUp").c_str() );
ElIso_SysUp = (TH1F*)input->Get( (Htype.at(i)+"_PercVar_ElIso_SysUp").c_str() );
ElTrg_SysUp = (TH1F*)input->Get( (Htype.at(i)+"_PercVar_ElTrg_SysUp").c_str() );
ElSme_SysUp = (TH1F*)input->Get( (Htype.at(i)+"_PercVar_ElSme_SysUp").c_str() );
ElScale_SysUp = (TH1F*)input->Get( (Htype.at(i)+"_PercVar_ElScale_SysUp").c_str() );
ElReco_SysDown = (TH1F*)input->Get( (Htype.at(i)+"_PercVar_ElReco_SysDown").c_str() );
ElID_SysDown = (TH1F*)input->Get( (Htype.at(i)+"_PercVar_ElID_SysDown").c_str() );
ElIso_SysDown = (TH1F*)input->Get( (Htype.at(i)+"_PercVar_ElIso_SysDown").c_str() );
ElTrg_SysDown = (TH1F*)input->Get( (Htype.at(i)+"_PercVar_ElTrg_SysDown").c_str() );
ElSme_SysDown = (TH1F*)input->Get( (Htype.at(i)+"_PercVar_ElSme_SysDown").c_str() );
ElScale_SysDown = (TH1F*)input->Get( (Htype.at(i)+"_PercVar_ElScale_SysDown").c_str() );
}
if(LFVtype==2 || LFVtype==3){
TaReco_SysUp = (TH1F*)input->Get( (Htype.at(i)+"_PercVar_TaReco_SysUp").c_str() );
TaRecoHpt_SysUp = (TH1F*)input->Get( (Htype.at(i)+"_PercVar_TaRecoHpt_SysUp").c_str() );
TaEleOlr_SysUp = (TH1F*)input->Get( (Htype.at(i)+"_PercVar_TaEleOlr_SysUp").c_str() );
TaJetID_SysUp = (TH1F*)input->Get( (Htype.at(i)+"_PercVar_TaJetID_SysUp").c_str() );
TaJetIDHpt_SysUp = (TH1F*)input->Get( (Htype.at(i)+"_PercVar_TaJetIDHpt_SysUp").c_str() );
TaSme_SysUp = (TH1F*)input->Get( (Htype.at(i)+"_PercVar_TaSme_SysUp").c_str() );
TaSmeDet_SysUp = (TH1F*)input->Get( (Htype.at(i)+"_PercVar_TaSmeDet_SysUp").c_str() );
TaSmeMod_SysUp = (TH1F*)input->Get( (Htype.at(i)+"_PercVar_TaSmeMod_SysUp").c_str() );
TaReco_SysDown = (TH1F*)input->Get( (Htype.at(i)+"_PercVar_TaReco_SysDown").c_str() );
TaRecoHpt_SysDown = (TH1F*)input->Get( (Htype.at(i)+"_PercVar_TaRecoHpt_SysDown").c_str() );
TaEleOlr_SysDown = (TH1F*)input->Get( (Htype.at(i)+"_PercVar_TaEleOlr_SysDown").c_str() );
TaJetID_SysDown = (TH1F*)input->Get( (Htype.at(i)+"_PercVar_TaJetID_SysDown").c_str() );
TaJetIDHpt_SysDown = (TH1F*)input->Get( (Htype.at(i)+"_PercVar_TaJetIDHpt_SysDown").c_str() );
TaSme_SysDown = (TH1F*)input->Get( (Htype.at(i)+"_PercVar_TaSme_SysDown").c_str() );
TaSmeDet_SysDown = (TH1F*)input->Get( (Htype.at(i)+"_PercVar_TaSmeDet_SysDown").c_str() );
TaSmeMod_SysDown = (TH1F*)input->Get( (Htype.at(i)+"_PercVar_TaSmeMod_SysDown").c_str() );
}
JtUncNP1_SysUp = (TH1F*)input->Get( (Htype.at(i)+"_PercVar_JtUncNP1_SysUp").c_str() );
JtUncNP2_SysUp = (TH1F*)input->Get( (Htype.at(i)+"_PercVar_JtUncNP2_SysUp").c_str() );
JtUncNP3_SysUp = (TH1F*)input->Get( (Htype.at(i)+"_PercVar_JtUncNP3_SysUp").c_str() );
JtUncETA_SysUp = (TH1F*)input->Get( (Htype.at(i)+"_PercVar_JtUncETA_SysUp").c_str() );
JtJvtSF_SysUp = (TH1F*)input->Get( (Htype.at(i)+"_PercVar_JtJvtSF_SysUp").c_str() );
MetScl_SysUp = (TH1F*)input->Get( (Htype.at(i)+"_PercVar_MetScl_SysUp").c_str() );
JtUncNP1_SysDown = (TH1F*)input->Get( (Htype.at(i)+"_PercVar_JtUncNP1_SysDown").c_str() );
JtUncNP2_SysDown = (TH1F*)input->Get( (Htype.at(i)+"_PercVar_JtUncNP2_SysDown").c_str() );
JtUncNP3_SysDown = (TH1F*)input->Get( (Htype.at(i)+"_PercVar_JtUncNP3_SysDown").c_str() );
JtUncETA_SysDown = (TH1F*)input->Get( (Htype.at(i)+"_PercVar_JtUncETA_SysDown").c_str() );
JtJvtSF_SysDown = (TH1F*)input->Get( (Htype.at(i)+"_PercVar_JtJvtSF_SysDown").c_str() );
MetScl_SysDown = (TH1F*)input->Get( (Htype.at(i)+"_PercVar_MetScl_SysDown").c_str() );
JtSme_Sys = (TH1F*)input->Get( (Htype.at(i)+"_PercVar_JtSme_SysUp").c_str() );
MetResPara_Sys = (TH1F*)input->Get( (Htype.at(i)+"_PercVar_MetResPara").c_str() );
MetResPer_Sys = (TH1F*)input->Get( (Htype.at(i)+"_PercVar_MetResPer").c_str() );
if(useBjet){
BtagSF_Beff_SysUp = (TH1F*)input->Get( (Htype.at(i)+"_PercVar_BtagSF_Beff_SysUp").c_str() );
BtagSF_Ceff_SysUp = (TH1F*)input->Get( (Htype.at(i)+"_PercVar_BtagSF_Ceff_SysUp").c_str() );
BtagSF_Leff_SysUp = (TH1F*)input->Get( (Htype.at(i)+"_PercVar_BtagSF_Leff_SysUp").c_str() );
BtagSF_ExtCeff_SysUp = (TH1F*)input->Get( (Htype.at(i)+"_PercVar_BtagSF_ExtCeff_SysUp").c_str() );
BtagSF_ExtEff_SysUp = (TH1F*)input->Get( (Htype.at(i)+"_PercVar_BtagSF_ExtEff_SysUp").c_str() );
BtagSF_Beff_SysDown = (TH1F*)input->Get( (Htype.at(i)+"_PercVar_BtagSF_Beff_SysDown").c_str() );
BtagSF_Ceff_SysDown = (TH1F*)input->Get( (Htype.at(i)+"_PercVar_BtagSF_Ceff_SysDown").c_str() );
BtagSF_Leff_SysDown = (TH1F*)input->Get( (Htype.at(i)+"_PercVar_BtagSF_Leff_SysDown").c_str() );
BtagSF_ExtCeff_SysDown = (TH1F*)input->Get( (Htype.at(i)+"_PercVar_BtagSF_ExtCeff_SysDown").c_str() );
BtagSF_ExtEff_SysDown = (TH1F*)input->Get( (Htype.at(i)+"_PercVar_BtagSF_ExtEff_SysDown").c_str() );
}
TopScale_SysUp = (TH1F*)input->Get( (Htype.at(i)+"_PercVar_TopScale_SysUp").c_str() );
PU_SysUp = (TH1F*)input->Get( (Htype.at(i)+"_PercVar_PU_SysUp").c_str() );
TopScale_SysDown = (TH1F*)input->Get( (Htype.at(i)+"_PercVar_TopScale_SysDown").c_str() );
PU_SysDown = (TH1F*)input->Get( (Htype.at(i)+"_PercVar_PU_SysDown").c_str() );
TopFit_Sys = (TH1F*)input->Get( (Htype.at(i)+"_PercVar_TopFit_Sys").c_str() );
PDF_Sys = (TH1F*)input->Get( (Htype.at(i)+"_PercVar_PDF_Sys").c_str() );
if(LFVtype==2 || LFVtype==3){
TauFake_StatUp = (TH1F*)input->Get( (Htype.at(i)+"_PercVar_TauFake_StatUp").c_str() );
TauFake_BDT_SysUp = (TH1F*)input->Get( (Htype.at(i)+"_PercVar_TauFake_BDT_SysUp").c_str() );
TauFake_Comp_SysUp = (TH1F*)input->Get( (Htype.at(i)+"_PercVar_TauFake_Comp_SysUp").c_str() );
TauFake_StatDown = (TH1F*)input->Get( (Htype.at(i)+"_PercVar_TauFake_StatDown").c_str() );
TauFake_BDT_SysDown = (TH1F*)input->Get( (Htype.at(i)+"_PercVar_TauFake_BDT_SysDown").c_str() );
TauFake_Comp_SysDown = (TH1F*)input->Get( (Htype.at(i)+"_PercVar_TauFake_Comp_SysDown").c_str() );
TauFake_CR_Sys = (TH1F*)input->Get( (Htype.at(i)+"_PercVar_TauFake_CR_Sys").c_str() );
Multijet_kMJ_Stat = (TH1F*)input->Get( (Htype.at(i)+"_PercVar_Multijet_kMJ_Stat").c_str() );
if(LFVtype==2)
Multijet_kMJ_Sys = (TH1F*)input->Get( (Htype.at(i)+"_PercVar_Multijet_kMJ_Sys").c_str() );
}
/* Retrieving distribution */
if(addStatUnc) Bkg = (TH1F*)distro->Get( ("h"+Htype.at(i)+"_BkgTot").c_str() );
std::vector<TH1F*> UpVar, DwVar;
/* filling Up/Down Variations vector */
if(LFVtype==1 || LFVtype==3){
UpVar.push_back( MuReco_StatUp );
UpVar.push_back( MuReco_SysUp );
UpVar.push_back( MuIso_StatUp );
UpVar.push_back( MuIso_SysUp );
UpVar.push_back( MuTrg_StatUp );
UpVar.push_back( MuTrg_SysUp );
UpVar.push_back( MuTTVA_StatUp );
UpVar.push_back( MuTTVA_SysUp );
UpVar.push_back( MuSmeID_SysUp );
UpVar.push_back( MuSmeMS_SysUp );
UpVar.push_back( MuScale_SysUp );
UpVar.push_back( MuSagRho_SysUp );
UpVar.push_back( MuSagRes_SysUp );
DwVar.push_back( MuReco_StatDown );
DwVar.push_back( MuReco_SysDown );
DwVar.push_back( MuIso_StatDown );
DwVar.push_back( MuIso_SysDown );
DwVar.push_back( MuTrg_StatDown );
DwVar.push_back( MuTrg_SysDown );
DwVar.push_back( MuTTVA_StatDown );
DwVar.push_back( MuTTVA_SysDown );
DwVar.push_back( MuSmeID_SysDown );
DwVar.push_back( MuSmeMS_SysDown );
DwVar.push_back( MuScale_SysDown );
DwVar.push_back( MuSagRho_SysDown );
DwVar.push_back( MuSagRes_SysDown );
}
if(LFVtype==1 || LFVtype==2){
UpVar.push_back( ElReco_SysUp );
UpVar.push_back( ElID_SysUp );
UpVar.push_back( ElIso_SysUp );
UpVar.push_back( ElTrg_SysUp );
UpVar.push_back( ElSme_SysUp );
UpVar.push_back( ElScale_SysUp );
DwVar.push_back( ElReco_SysDown );
DwVar.push_back( ElID_SysDown );
DwVar.push_back( ElIso_SysDown );
DwVar.push_back( ElTrg_SysDown );
DwVar.push_back( ElSme_SysDown );
DwVar.push_back( ElScale_SysDown );
}
if(LFVtype==2 || LFVtype==3){
UpVar.push_back( TaReco_SysUp );
UpVar.push_back( TaRecoHpt_SysUp );
UpVar.push_back( TaEleOlr_SysUp );
UpVar.push_back( TaJetID_SysUp );
UpVar.push_back( TaJetIDHpt_SysUp );
UpVar.push_back( TaSme_SysUp );
UpVar.push_back( TaSmeDet_SysUp );
UpVar.push_back( TaSmeMod_SysUp );
DwVar.push_back( TaReco_SysDown );
DwVar.push_back( TaRecoHpt_SysDown );
DwVar.push_back( TaEleOlr_SysDown );
DwVar.push_back( TaJetID_SysDown );
DwVar.push_back( TaJetIDHpt_SysDown );
DwVar.push_back( TaSme_SysDown );
DwVar.push_back( TaSmeDet_SysDown );
DwVar.push_back( TaSmeMod_SysDown );
}
UpVar.push_back( JtSme_Sys );
UpVar.push_back( JtUncNP1_SysUp );
UpVar.push_back( JtUncNP2_SysUp );
UpVar.push_back( JtUncNP3_SysUp );
UpVar.push_back( JtUncETA_SysUp );
UpVar.push_back( JtJvtSF_SysUp );
UpVar.push_back( MetResPara_Sys );
UpVar.push_back( MetResPer_Sys );
UpVar.push_back( MetScl_SysUp );
DwVar.push_back( JtSme_Sys );
DwVar.push_back( JtUncNP1_SysDown );
DwVar.push_back( JtUncNP2_SysDown );
DwVar.push_back( JtUncNP3_SysDown );
DwVar.push_back( JtUncETA_SysDown );
DwVar.push_back( JtJvtSF_SysDown );
DwVar.push_back( MetResPara_Sys );
DwVar.push_back( MetResPer_Sys );
DwVar.push_back( MetScl_SysDown );
if(useBjet){
UpVar.push_back( BtagSF_Beff_SysUp );
UpVar.push_back( BtagSF_Ceff_SysUp );
UpVar.push_back( BtagSF_Leff_SysUp );
UpVar.push_back( BtagSF_ExtCeff_SysUp );
UpVar.push_back( BtagSF_ExtEff_SysUp );
DwVar.push_back( BtagSF_Beff_SysDown );
DwVar.push_back( BtagSF_Ceff_SysDown );
DwVar.push_back( BtagSF_Leff_SysDown );
DwVar.push_back( BtagSF_ExtCeff_SysDown );
DwVar.push_back( BtagSF_ExtEff_SysDown );
}
UpVar.push_back( TopFit_Sys );
if(LFVtype==2)
UpVar.push_back( TopScale_SysDown );
else
UpVar.push_back( TopScale_SysUp );
UpVar.push_back( PDF_Sys );
UpVar.push_back( PU_SysUp );
DwVar.push_back( TopFit_Sys );
DwVar.push_back( TopScale_SysDown );
DwVar.push_back( PDF_Sys );
UpVar.push_back( PU_SysDown );
if(LFVtype==2 || LFVtype==3){
UpVar.push_back( TauFake_StatUp );
UpVar.push_back( TauFake_BDT_SysUp );
UpVar.push_back( TauFake_CR_Sys );
UpVar.push_back( TauFake_Comp_SysUp );
UpVar.push_back( Multijet_kMJ_Stat );
if(LFVtype==2)
UpVar.push_back( Multijet_kMJ_Sys );
DwVar.push_back( TauFake_StatDown );
DwVar.push_back( TauFake_BDT_SysDown );
DwVar.push_back( TauFake_CR_Sys );
DwVar.push_back( TauFake_Comp_SysDown );
DwVar.push_back( Multijet_kMJ_Stat );
if(LFVtype==2)
DwVar.push_back( Multijet_kMJ_Sys );
}
int Bins = UpVar.at(0)->GetNbinsX();
if(m_debug){
std::cout << "< CreatSysBands() > :: Distribution = " << Htype.at(i)
<< " -> Bins = " << Bins << std::endl;
std::cout << "< CreateSysBands() >:: UpVar size = " << UpVar.size()
<< " DownVar size = " << DwVar.size() << std::endl;
}
int Ups = (int)UpVar.size();
int Dws = (int)DwVar.size();
std::vector<double> UpVal2, DwVal2;
std::vector<double> UpVal, DwVal;
std::vector<double> XVal, XWid;
/* Making +=N^2 */
if(m_debug)
std::cout << "< CreatSysBands() > :: Making +=N^2 ... " << std::endl;
for(int b=1; b<Bins+1; b++){
if(m_debug)
std::cout << "< CreatSysBands() > :: Proceessing Bin " << b << std::endl;
double val =0;
for(int u=0; u<Ups; u++){
val += pow( UpVar.at(u)->GetBinContent(b),2 );
if(m_debug)
std::cout << "< CreatSysBands() > :: Up VarIndex = " << u
<< " Up Val (%) = " << UpVar.at(u)->GetBinContent(b)
<< " +=N^2 = " << val << std::endl;
}
if(UpVar.at(0)->GetBinContent(b)!=0)
val += pow( Lvar,2 );
if(addStatUnc){
if(Bkg->GetBinContent(b)!=0)
val += pow( (Bkg->GetBinError(b)/Bkg->GetBinContent(b))*100,2 );
}
UpVal2.push_back(val);
val=0;
for(int d=0; d<Dws; d++){
val += pow( DwVar.at(d)->GetBinContent(b),2 );
if(m_debug)
std::cout << "< CreatSysBands() > :: Dw VarIndex = " << d
<< " Dw Val (%) = " << DwVar.at(d)->GetBinContent(b)
<< " +=N^2 = " << val << std::endl;
}
if(UpVar.at(0)->GetBinContent(b)!=0)
val += pow( Lvar,2 );
if(addStatUnc){
if(Bkg->GetBinContent(b)!=0)
val += pow( (Bkg->GetBinError(b)/Bkg->GetBinContent(b))*100,2 );
}
DwVal2.push_back( val );
XVal.push_back( DwVar.at(0)->GetBinCenter(b) );
XWid.push_back( DwVar.at(0)->GetBinWidth(b) );
}
/* Making sqrt( +=N^2 ) */
if(m_debug)
std::cout << "< CreatSysBands() > :: Making sqrt(+=N^2) ... " << std::endl;
for(int uu=0; uu<(int)UpVal2.size(); uu++){
UpVal.push_back( sqrt(UpVal2.at(uu)) );
}
for(int dd=0; dd<(int)DwVal2.size(); dd++){
DwVal.push_back( sqrt(DwVal2.at(dd)) );
}
/* Creating Band */
if(m_debug)
std::cout << "< CreatSysBands() > :: Making sys band ... " << std::endl;
Int_t N=Bins;
Double_t xVal[N], yVal[N];
Double_t xErr[N], yErrU[N], yErrD[N];
for(int p=1; p<N+1; p++){
xVal[p-1] = XVal.at(p-1);
yVal[p-1] = 1;
xErr[p-1] = XWid.at(p-1)/2;
yErrU[p-1] = UpVal.at(p-1)/100;
yErrD[p-1] = DwVal.at(p-1)/100;
if(m_debug)
std::cout << "< CreatSysBands() > :: Point = " << p-1
<< " xVal = " << xVal[p-1]
<< " upVal (UpVal/100) = " << yErrU[p-1] << " ("
<< UpVal.at(p-1)/100 << ")" << " downVal (DwVal/100)= "
<< yErrD[p-1] << " (" << DwVal.at(p-1)/100 << std::endl;
}
TGraphAsymmErrors *band = new TGraphAsymmErrors(N, xVal, yVal,
xErr, xErr,
yErrD, yErrU);
band->GetXaxis()->SetTitle(UpVar.at(0)->GetXaxis()->GetTitle());
out->cd();
band->Write( ("h"+Htype.at(i)+"_SystBand").c_str() );
if(Htype.at(i)=="mllCorr" || Htype.at(i)=="mll"){
if(m_debug)
std::cout << "< CreatSysBands() > :: Making mllSysUP and "
<< "mllSysDown bands" << std::endl;
TH1F* mll_up = (TH1F*)UpVar.at(0)->Clone( (Htype.at(i)+"Syst_Up").c_str() );
mll_up->Reset();
TH1F* mll_dw = (TH1F*)UpVar.at(0)->Clone( (Htype.at(i)+"Syst_Down").c_str() );
mll_dw->Reset();
for(int p=1; p<N+1; p++){
mll_up->SetBinContent(p, UpVal.at(p-1) );
mll_dw->SetBinContent(p, DwVal.at(p-1) );
}
std::cout<<"Writing mllSysUP and Down band"<<std::endl;
mll_up->Write( (Htype.at(i)+"_SysUp").c_str() );
mll_dw->Write( (Htype.at(i)+"_SysDown").c_str() );
mll_up->Delete();
mll_dw->Delete();
}
/* cleaning */
if(LFVtype==1 || LFVtype==3){
MuReco_StatUp->Delete();
MuReco_SysUp->Delete();
MuIso_StatUp->Delete();
MuIso_SysUp->Delete();
MuTrg_StatUp->Delete();
MuTrg_SysUp->Delete();
MuSmeID_SysUp->Delete();
MuSmeMS_SysUp->Delete();
MuScale_SysUp->Delete();
MuReco_StatDown->Delete();
MuReco_SysDown->Delete();
MuIso_StatDown->Delete();
MuIso_SysDown->Delete();
MuTrg_StatDown->Delete();
MuTrg_SysDown->Delete();
MuSmeID_SysDown->Delete();
MuSmeMS_SysDown->Delete();
MuScale_SysDown->Delete();
}
if(LFVtype==1 || LFVtype==2){
ElReco_SysUp->Delete();
ElID_SysUp->Delete();
ElIso_SysUp->Delete();
ElTrg_SysUp->Delete();
ElSme_SysUp->Delete();
ElScale_SysUp->Delete();
ElReco_SysDown->Delete();
ElID_SysDown->Delete();
ElIso_SysDown->Delete();
ElTrg_SysDown->Delete();
ElSme_SysDown->Delete();
ElScale_SysDown->Delete();
}
if(LFVtype==2 || LFVtype==3){
TaReco_SysUp->Delete();
TaRecoHpt_SysUp->Delete();
TaEleOlr_SysUp->Delete();
TaJetID_SysUp->Delete();
TaJetIDHpt_SysUp->Delete();
TaSme_SysUp->Delete();
TaSmeDet_SysUp->Delete();
TaSmeMod_SysUp->Delete();
TaReco_SysDown->Delete();
TaRecoHpt_SysDown->Delete();
TaEleOlr_SysDown->Delete();
TaJetID_SysDown->Delete();
TaJetIDHpt_SysDown->Delete();
TaSme_SysDown->Delete();
TaSmeDet_SysDown->Delete();
TaSmeMod_SysDown->Delete();;
}
JtUncNP1_SysUp->Delete();
JtUncNP2_SysUp->Delete();
JtUncNP3_SysUp->Delete();
JtUncETA_SysUp->Delete();
MetScl_SysUp->Delete();
JtUncNP1_SysDown->Delete();
JtUncNP2_SysDown->Delete();
JtUncNP3_SysDown->Delete();
JtUncETA_SysDown->Delete();
MetScl_SysDown->Delete();
if(useBjet){
BtagSF_Beff_SysUp->Delete();
BtagSF_Ceff_SysUp->Delete();
BtagSF_Leff_SysUp->Delete();
BtagSF_ExtCeff_SysUp->Delete();
BtagSF_ExtEff_SysUp->Delete();
BtagSF_Beff_SysDown->Delete();
BtagSF_Ceff_SysDown->Delete();
BtagSF_Leff_SysDown->Delete();
BtagSF_ExtCeff_SysDown->Delete();
BtagSF_ExtEff_SysDown->Delete();
}
TopScale_SysUp->Delete();
PU_SysUp->Delete();
TopScale_SysDown->Delete();
PU_SysDown->Delete();
TopFit_Sys->Delete();
PDF_Sys->Delete();
JtSme_Sys->Delete();
MetResPer_Sys->Delete();
MetResPara_Sys->Delete();
if(LFVtype==2 || LFVtype==3){
TauFake_StatUp->Delete();
TauFake_BDT_SysUp->Delete();
TauFake_StatDown->Delete();
TauFake_BDT_SysDown->Delete();
TauFake_CR_Sys->Delete();
}
if(addStatUnc)
Bkg->Delete();
}
/* closing */
out->Close();
input->Close();
if(addStatUnc)
distro->Close();
}
void CreateSysBands(bool useBjet, bool isBlind, bool isttCR, bool isSherpa){
SetATLASStyle();
TH1::SetDefaultSumw2(kTRUE);
std::string lfvType = "emu";
std::cout << " Making Sys Bands for " << lfvType
<< " Channel and Multijet Background" << std::endl;
std::string Dir = "";
if(useBjet){ Dir += "Bjet/"; }
else{ Dir += "NoBjet/"; }
if(isttCR) {
Dir += "ttbarCR";
if(isSherpa) Dir += "_Sherpa";
Dir += "/";
}
/* Define Lumi Var */
double Lvar = 3.2;
/* Loading files */
std::string InName = Dir+"PercentVariations_"+lfvType;
std::string OutName = Dir+"SystematicsBands_"+lfvType;
if(isBlind){
InName += "_Blind";
OutName += "_Blind";
}
InName += "_Multijet";
OutName += "_Multijet";
TFile *input = new TFile( (InName+".root").c_str() );
TFile *out = new TFile( (OutName+".root").c_str(), "RECREATE" );
/* Sys */
TH1F *mT = (TH1F*)input->Get( "mllCorr_PercVar_mT" );
TH1F *met = (TH1F*)input->Get( "mllCorr_PercVar_met" );
TH1F *mcP = (TH1F*)input->Get( "mllCorr_PercVar_MCplus" );
TH1F *mcM = (TH1F*)input->Get( "mllCorr_PercVar_MCminus" );
TH1F *jet = (TH1F*)input->Get( "mllCorr_PercVar_jetsys" );
std:: cout << "< CreateSysBands() >:: making Sys Band for"
<< " distribution = mllCorr" << std::endl;
std::vector<TH1F*> UpVar, DwVar;
UpVar.push_back( mT ); DwVar.push_back( mT );
UpVar.push_back( met ); DwVar.push_back( met );
UpVar.push_back( mcP ); DwVar.push_back( mcP );
UpVar.push_back( mcM ); DwVar.push_back( mcM );
UpVar.push_back( jet ); DwVar.push_back( jet );
int Bins = UpVar.at(0)->GetNbinsX();
if(m_debug){
std::cout << "< CreatSysBands() > :: Distribution = mllCorr"
<< " -> Bins = " << Bins << std::endl;
std::cout << "< CreateSysBands() >:: UpVar size = " << UpVar.size()
<< " DownVar size = " << DwVar.size() << std::endl;
}
int Ups = (int)UpVar.size();
int Dws = (int)DwVar.size();
std::vector<double> UpVal2, DwVal2;
std::vector<double> UpVal, DwVal;
std::vector<double> XVal, XWid;
/* Making +=N^2 */
if(m_debug)
std::cout << "< CreatSysBands() > :: Making +=N^2 ... " << std::endl;
for(int b=1; b<Bins+1; b++){
if(m_debug)
std::cout << "< CreatSysBands() > :: Proceessing Bin " << b << std::endl;
double val =0;
for(int u=0; u<Ups; u++){
val += pow(UpVar.at(u)->GetBinContent(b),2);
if(m_debug)
std::cout << "< CreatSysBands() > :: Up VarIndex = " << u
<< " Up Val (%) = " << UpVar.at(u)->GetBinContent(b)
<< " +=N^2 = " << val << std::endl;
}
if(UpVar.at(0)->GetBinContent(b)!=0)
val += pow(Lvar,2);
UpVal2.push_back(val);
val=0;
for(int d=0; d<Dws; d++){
val += pow(DwVar.at(d)->GetBinContent(b),2);
if(m_debug)
std::cout << "< CreatSysBands() > :: Dw VarIndex = " << d
<< " Dw Val (%) = " << DwVar.at(d)->GetBinContent(b)
<< " +=N^2 = " << val << std::endl;
}
if(UpVar.at(0)->GetBinContent(b)!=0)
val += pow(Lvar,2);
DwVal2.push_back( val );
XVal.push_back( DwVar.at(0)->GetBinCenter(b) );
XWid.push_back( DwVar.at(0)->GetBinWidth(b) );
}
/* Making sqrt( +=N^2 ) */
if(m_debug)
std::cout << "< CreatSysBands() > :: Making sqrt(+=N^2) ... " << std::endl;
for(int uu=0; uu<(int)UpVal2.size(); uu++){
UpVal.push_back( sqrt(UpVal2.at(uu)) );
}
for(int dd=0; dd<(int)DwVal2.size(); dd++){
DwVal.push_back( sqrt(DwVal2.at(dd)) );
}
/* Creating Band */
if(m_debug)
std::cout << "< CreatSysBands() > :: Making sys band ... " << std::endl;
Int_t N=Bins;
Double_t xVal[N], yVal[N];
Double_t xErr[N], yErrU[N], yErrD[N];
for(int p=1; p<N+1; p++){
xVal[p-1] = XVal.at(p-1);
yVal[p-1] = 1;
xErr[p-1] = XWid.at(p-1)/2;
yErrU[p-1] = UpVal.at(p-1)/100;
yErrD[p-1] = DwVal.at(p-1)/100;
if(m_debug)
std::cout << "< CreatSysBands() > :: Point = " << p-1
<< " xVal = " << xVal[p-1]
<< " upVal (UpVal/100) = " << yErrU[p-1] << " ("
<< UpVal.at(p-1)/100 << ")" << " downVal (DwVal/100)= "
<< yErrD[p-1] << " (" << DwVal.at(p-1)/100 << std::endl;
}
TGraphAsymmErrors *band = new TGraphAsymmErrors(N, xVal, yVal,
xErr, xErr,
yErrD, yErrU);
band->GetXaxis()->SetTitle(UpVar.at(0)->GetXaxis()->GetTitle());
out->cd();
band->Write( "hmllCorr_SystBand" );
if(m_debug)
std::cout << "< CreatSysBands() > :: Making mllSysUP and "
<< "mllSysDown bands" << std::endl;
TH1F* mll_up = (TH1F*)UpVar.at(0)->Clone( "mllCorrSyst_Up" );
mll_up->Reset();
TH1F* mll_dw = (TH1F*)UpVar.at(0)->Clone( "mllCorrSyst_Down" );
mll_dw->Reset();
for(int p=1; p<N+1; p++){
mll_up->SetBinContent(p, UpVal.at(p-1) );
mll_dw->SetBinContent(p, DwVal.at(p-1) );
}
std::cout<<"Writing mllSysUP and Down band"<<std::endl;
mll_up->Write( "mllCorr_SysUp" );
mll_dw->Write( "mllCorr_SysDown" );
mll_up->Delete();
mll_dw->Delete();
/* cleaning */
mT -> Delete();
met -> Delete();
mcP -> Delete();
mcM -> Delete();
jet -> Delete();
/* closing */
out->Close();
input->Close();
}