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MakeQCD.C
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MakeQCD.C
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/* program includes */
#include "MakeQCD.h"
#include "SysHandler.C"
#include "ATLASstyle.C"
int main( int argc, char* argv[] ) {
bool useBjet = false;
bool printHelp = false;
bool isttCR = false;
bool isFFcat = false;
bool addSys = false;
bool isBlind = false;
bool isRevDphi = false;
bool usePtRw = false;
bool scaleWjet = false;
bool isSherpa = false;
bool useSmooth = false;
bool debug = false;
int lfvType = -1;
std::string nProngs = "";
std::string charge = "";
for(int i = 1; i < argc; ++i){
if( !strcmp(argv[i],"--useBjet") ){ useBjet = true; }
else if( !strcmp(argv[i],"--lfvType") ){ lfvType = std::stoi(argv[i+1]); }
else if( !strcmp(argv[i],"--nProngs") ){ nProngs = argv[i+1]; }
else if( !strcmp(argv[i],"--charge") ){ charge = argv[i+1]; }
else if( !strcmp(argv[i],"--addSys") ){ addSys = true; }
else if( !strcmp(argv[i],"--isttCR") ){ isttCR = true; }
else if( !strcmp(argv[i],"--isFFcat") ){ isFFcat = true; }
else if( !strcmp(argv[i],"--isBlind") ){ isBlind = true; }
else if( !strcmp(argv[i],"--isRevDphi") ){ isRevDphi = true; }
else if( !strcmp(argv[i],"--usePtRw") ){ usePtRw = true; }
else if( !strcmp(argv[i],"--scaleWjet") ){ scaleWjet = true; }
else if( !strcmp(argv[i],"--isSherpa") ){ isSherpa = true; }
else if( !strcmp(argv[i],"--useSmooth") ){ useSmooth = 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 << " MakeQCD: make qcd estimation! " << 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 1,2,3']" << std::endl;
std::cout << " --nProngs [Choose n-prongs taus:"
<< " default is '' (no division in 1p or 3p]" << std::endl;
std::cout << " --charge [Choose ll-charge:"
<< " default is '' (OS+SS)] " << std::endl;
std::cout << " --addSys [Add sytematics:"
<< " default is 'false'] " << std::endl;
std::cout << " --isttCR [Enable ttbar CR:"
<< " default is 'false'] " << std::endl;
std::cout << " --isFFcat [Enable double fake category:"
<< " default is 'false'] " << std::endl;
std::cout << " --isBlind [Enable Blind analysis:"
<< " default is 'false'] " << std::endl;
std::cout << " --isRevDphi [Enable revDphi analysis:"
<< " default is 'false'] " << std::endl;
std::cout << " --usePtRw [Enable pT_ll reweighting:"
<< " default is 'false'] " << std::endl;
std::cout << " --scaleWjet [Enable W+jets scaling:"
<< " default is 'false'] " << std::endl;
std::cout << " --isSherpa [Enable Sherpa ttbar:"
<< " default is 'false'] " << std::endl;
std::cout << " --useSmooth [Enable mll smoothing:"
<< " 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 << "< MakeQCD() >:: lfvType not set!"
<< " Possible options: 1,2,3" << std::endl;
exit(0);
}
std::cout << "< MakeQCD() >:: Options set " << std::endl;
std::cout << " useBjet = " << useBjet << std::endl;
std::cout << " lfvType = " << lfvType << std::endl;
std::cout << " nProngs = " << nProngs << std::endl;
std::cout << " charge = " << charge << std::endl;
std::cout << " addSys = " << addSys << std::endl;
std::cout << " isttCR = " << isttCR << std::endl;
std::cout << " isFFcat = " << isFFcat << std::endl;
std::cout << " isBlind = " << isBlind << std::endl;
std::cout << " isRevDphi = " << isRevDphi << std::endl;
std::cout << " usePtRw = " << usePtRw << std::endl;
std::cout << " scaleWjet = " << scaleWjet << std::endl;
std::cout << " isSherpa = " << isSherpa << std::endl;
std::cout << " useSmooth = " << useSmooth << std::endl;
std::cout << " debug = " << debug << std::endl;
m_debug = debug;
MakeQCD(lfvType,charge,addSys,useBjet,isttCR,useSmooth,isFFcat,isBlind,
isRevDphi,usePtRw,scaleWjet,isSherpa,nProngs);
return 0;
}
void MakeQCD(int LFVtype, std::string charge, bool addSys, bool useBjet,
bool isttCR, bool useSmooth, bool isFFcat, bool isBlind,
bool isRevDphi, bool usePtRw, bool scaleWjet, bool isSherpa,
std::string nProngs){
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 << "< MakeQCD() >:: Deriving QCD for Channel " << LFVtype << std::endl;
std::string Dir = "";
if(useBjet){ Dir += "Bjet/"; }
else{ Dir += "NoBjet/"; }
bool noPtRw = false;
if(isttCR) {
Dir += "ttbarCR";
if(isSherpa) Dir += "_Sherpa";
Dir += "/";
noPtRw = true;
}
if(isRevDphi){
Dir += "revDphi/";
noPtRw = true;
}
std::vector<std::string> sysVar = GetSysList(LFVtype,useBjet,addSys,
false,false,false,false,
noPtRw);
for(uint i=0; i<sysVar.size(); i++){
std::cout << "< MakeQCD() >:: Processing sysVar = " << sysVar.at(i) << std::endl;
if(LFVtype>1)
MakeQCD_tau(sysVar.at(i), lfvType, Dir, charge, useBjet, isFFcat,
isBlind, usePtRw, scaleWjet, nProngs);
else
MakeQCD_emu(sysVar.at(i), Dir, useBjet, useSmooth, isBlind, usePtRw);
}
}
void MakeQCD_emu(std::string sysVar, std::string Dir, bool useBjet,
bool useSmooth, bool isBlind, bool usePtRw){
/* open out file */
std::string fName = Dir+"Plots_"+sysVar+"_emu";
if(isBlind) { fName += "_Blind"; }
if(usePtRw) { fName += "_PtRw"; }
if(useSmooth){ fName += "_Smooth"; }
/* define input files */
std::string InName = "QCDemu";
if(useBjet){ InName += "_bjetVeto"; }
if(isBlind){ InName += "_Blind"; }
m_out = new TFile( (fName+".root").c_str(), "UPDATE");
/* open input distro file */
if(Dir.find("ttbar")!=std::string::npos)
m_qcdemu = new TFile( "VarInputs/QCDemu_ttbarCR.root" );
else
m_qcdemu = new TFile( ("VarInputs/"+InName+".root").c_str() );
/* Create Base Histograms */
TH1F *mll = (TH1F*)m_qcdemu->Get( "hmllqcd" );
TH1F *ptll = (TH1F*)m_qcdemu->Get( "hptllqcd" );
TH1F *etall = (TH1F*)m_qcdemu->Get( "hetallqcd" );
TH1F *phill = (TH1F*)m_qcdemu->Get( "hphillqcd" );
TH1F *met = (TH1F*)m_qcdemu->Get( "hmetqcd" );
TH1F *njet = (TH1F*)m_qcdemu->Get( "hnjetqcd" );
TH1F *mu_pt = (TH1F*)m_qcdemu->Get( "hmu_ptqcd" );
TH1F *mu_eta = (TH1F*)m_qcdemu->Get( "hmu_etaqcd" );
TH1F *mu_phi = (TH1F*)m_qcdemu->Get( "hmu_phiqcd" );
TH1F *el_pt = (TH1F*)m_qcdemu->Get( "hel_ptqcd" );
TH1F *el_eta = (TH1F*)m_qcdemu->Get( "hel_etaqcd" );
TH1F *el_phi = (TH1F*)m_qcdemu->Get( "hel_phiqcd" );
TH1F *ta_pt = (TH1F*)m_out->Get( "hta_pt_Top" ); ta_pt->Reset();
TH1F *ta_eta = (TH1F*)m_out->Get( "hta_eta_Top" ); ta_eta->Reset();
TH1F *ta_phi = (TH1F*)m_out->Get( "hta_phi_Top" ); ta_phi->Reset();
TH1F *mt = (TH1F*)m_out->Get( "hmt_Top" ); mt->Reset();
if(useSmooth){
mll->GetXaxis()->SetRangeUser(80.,1000.);
double qcd=mll->Integral();
mll->GetXaxis()->SetRangeUser(175.,2500.);
mll->Smooth(5000,"R");
mll->Scale(qcd/mll->Integral() );
for(int b=1; b<mll->GetNbinsX()+1; b++){
if(b<37) continue;
if(b==37)
mll->SetBinContent(b, (mll->GetBinContent(36)+mll->GetBinContent(38))/2.);
else
mll->SetBinContent(b,0);
}
}
m_out->cd();
/* Write Plots */
mll -> Write( "hmllCorr_qcd" );
mll -> Write( "hmll_qcd" );
ptll -> Write( "hptllCorr_qcd" );
ptll -> Write( "hptll_qcd" );
etall -> Write( "hetall_qcd" );
phill -> Write( "hphill_qcd" );
njet -> Write( "hnjet_qcd" );
met -> Write( "hmet_qcd" );
mu_pt -> Write( "hmu_pt_qcd" );
mu_eta -> Write( "hmu_eta_qcd" );
mu_phi -> Write( "hmu_phi_qcd" );
el_pt -> Write( "hel_pt_qcd" );
el_eta -> Write( "hel_eta_qcd" );
el_phi -> Write( "hel_phi_qcd" );
ta_pt -> Write( "hta_pt_qcd" );
ta_eta -> Write( "hta_eta_qcd" );
ta_phi -> Write( "hta_phi_qcd" );
mt -> Write( "hmt_qcd" );
if(m_debug){
std::cout << "< MakeQCD() >:: Checking integrals ... " << std::endl;
std::cout << " mll = " << mll->Integral() << std::endl;
std::cout << " ptll = " << ptll->Integral() << std::endl;
std::cout << " etall = " << etall->Integral() << std::endl;
std::cout << " phill = " << phill->Integral() << std::endl;
std::cout << " met = " << met->Integral() << std::endl;
std::cout << " njet = " << njet->Integral() << std::endl;
std::cout << " met = " << met->Integral() << std::endl;
std::cout << " mu_pt = " << mu_pt->Integral() << std::endl;
std::cout << " mu_eta = " << mu_eta->Integral() << std::endl;
std::cout << " mu_phi = " << mu_phi->Integral() << std::endl;
std::cout << " el_pt = " << el_pt->Integral() << std::endl;
std::cout << " el_eta = " << el_eta->Integral() << std::endl;
std::cout << " el_phi = " << el_phi->Integral() << std::endl;
std::cout << " ta_pt = " << ta_pt->Integral() << std::endl;
std::cout << " ta_eta = " << ta_eta->Integral() << std::endl;
std::cout << " ta_phi = " << ta_phi->Integral() << std::endl;
std::cout << " mt = " << mt->Integral() << std::endl;
}
/* Cleaning */
mll -> Delete();
ptll -> Delete();
etall -> Delete();
phill -> Delete();
njet -> Delete();
met -> Delete();
mu_pt -> Delete();
mu_eta -> Delete();
mu_phi -> Delete();
el_pt -> Delete();
el_eta -> Delete();
el_phi -> Delete();
ta_pt -> Delete();
ta_eta -> Delete();
ta_phi -> Delete();
mt -> Delete();
m_out->Close();
m_qcdemu->Close();
}
double WjetTranFact(TFile *SR, TFile *CR){
TH1F *wjCR = (TH1F*)CR->Get( "hmllCorr_Wjets" );
TH1F *dataCR = (TH1F*)CR->Get( "hmllCorr_data" );
TH1F *DYCR = (TH1F*)CR->Get( "hmllCorr_DY" );
TH1F *TopCR = (TH1F*)CR->Get( "hmllCorr_Top" );
TH1F *DibCR = (TH1F*)CR->Get( "hmllCorr_DiBoson" );
TH1F *wjSR = (TH1F*)SR->Get( "hmllCorr_Wjets" );
double SF = wjSR->Integral()/wjCR->Integral();
double Nd = dataCR->Integral();
double Nm = DYCR->Integral()+TopCR->Integral()+DibCR->Integral();
double Nw = (Nd-Nm)*SF;
double NwSR = wjSR->Integral();
double ScFc = Nw/NwSR;
if(m_debug){
std::cout << " WjetTranFact() --> " << std::endl;
std::cout << " Wjet SF = " << SF << " , Ndata (CR) = "
<< Nd << " , Nmc (CR) = " << Nm << " , Nw (SR) = " << NwSR
<< " , Exp. Nw = " << Nw << std::endl;
std::cout << " ---> ScaleFactor = " << ScFc << std::endl;
}
return ScFc;
}
void MakeQCD_tau(std::string sysVar, std::string lfvType, std::string Dir,
std::string charge, bool useBjet, bool isFFcat,
bool isBlind, bool usePtRw, bool scaleWjet,
std::string nProngs){
std::string fName = Dir+"Plots_"+sysVar+"_"+lfvType;
if(nProngs!="") fName += "_"+nProngs;
if(isBlind){ fName += "_Blind"; }
if(usePtRw){ fName += "_PtRw"; }
bool isRevDphi = false, isttCR = false;
if(Dir.find("revDphi")!=std::string::npos){ isRevDphi = true; }
if(Dir.find("ttbarCR")!=std::string::npos){ isttCR = true; }
m_out = new TFile( (fName+".root").c_str(), "UPDATE");
if(sysVar.find("TauFake") != std::string::npos ||
sysVar.find("Top") != std::string::npos ||
sysVar.find("PDF") != std::string::npos ||
sysVar.find("PtRw") != std::string::npos ){
CopyFromNominal(Dir,lfvType,useBjet,isBlind);
return;
}
std::string Suff1="", Suff2="", Suff3="", WjetSuff="";
if(charge==""){
Suff1="_SS"; Suff2=""; Suff3="_SS"; WjetSuff="_SS";
}
else if(charge=="SS"){
Suff1="_OS"; Suff2="_SS"; Suff3="_OS"; WjetSuff="_OS";
}
else if(charge=="OS"){
Suff1="_SS"; Suff2="_OS"; Suff3="_SS"; WjetSuff="_SS";
}
if(nProngs!=""){
Suff1+="_"+nProngs; Suff2+="_"+nProngs; Suff3+="_"+nProngs;
}
std::string m_sysVar = sysVar;
if(sysVar.find("Multijet")!=std::string::npos) m_sysVar = "Nominal";
std::string reg2_Name = Dir+"QcdReg2"+Suff1+"/Plots_"+m_sysVar+"_"+lfvType;
std::string wjcr_Name = Dir+"WjetCR"+WjetSuff+"/Plots_"+m_sysVar+"_"+lfvType;
std::string wjsr_Name = Dir+"WjetSR"+WjetSuff+"/Plots_"+m_sysVar+"_"+lfvType;
std::string reg3_Name = Dir+"QcdReg3";
std::string reg1_Name = Dir+"QcdReg1";
if(isFFcat){
reg3_Name += Suff2+"/Plots_"+m_sysVar+"_"+lfvType;
reg1_Name += Suff3+"/Plots_"+m_sysVar+"_"+lfvType;
}
else{
reg3_Name += "/LepFake/Plots_"+m_sysVar+"_"+lfvType;
reg1_Name += "_SS/LepFake/Plots_"+m_sysVar+"_"+lfvType;
}
if(isBlind){
reg2_Name += "_Blind";
wjcr_Name += "_Blind";
wjsr_Name += "_Blind";
reg3_Name += "_Blind";
reg1_Name += "_Blind";
}
TFile *Reg2 = new TFile( (reg2_Name+".root").c_str() );
TFile *WjCR = new TFile( (wjcr_Name+".root").c_str() );
TFile *WjSR = new TFile( (wjsr_Name+".root").c_str() );
TFile *Reg3 = new TFile( (reg3_Name+".root").c_str() );
TFile *Reg1 = new TFile( (reg1_Name+".root").c_str() );
double WjTF = WjetTranFact(WjSR,WjCR);
std::vector<std::string> Names;
Names.push_back( "hmllCorr" );
Names.push_back( "hmll" );
Names.push_back( "hptll" );
Names.push_back( "hptllCorr" );
Names.push_back( "hetall" );
Names.push_back( "hphill" );
Names.push_back( "hmet" );
Names.push_back( "hnjet" );
Names.push_back( "hmt" );
Names.push_back( "hmu_pt" );
Names.push_back( "hmu_eta" );
Names.push_back( "hmu_phi" );
Names.push_back( "hel_pt" );
Names.push_back( "hel_eta" );
Names.push_back( "hel_phi" );
Names.push_back( "hta_pt" );
Names.push_back( "hta_eta" );
Names.push_back( "hta_phi" );
double QcdInt = 0;
for(uint h=0; h<Names.size(); h++){
//if(m_debug)
//std::cout<<" distro "<<Names.at(h)<<std::endl;
TH1F *wjSRSS = (TH1F*)Reg2->Get( (Names.at(h)+"_Wjets" ).c_str() );
TH1F *dataSRSS = (TH1F*)Reg2->Get( (Names.at(h)+"_data" ).c_str() );
TH1F *DYSRSS = (TH1F*)Reg2->Get( (Names.at(h)+"_DY" ).c_str() );
TH1F *TopSRSS = (TH1F*)Reg2->Get( (Names.at(h)+"_Top" ).c_str() );
TH1F *DibSRSS = (TH1F*)Reg2->Get( (Names.at(h)+"_DiBoson").c_str() );
TH1F *wjCRSS = (TH1F*)Reg1->Get( (Names.at(h)+"_Wjets" ).c_str() );
TH1F *dataCRSS = (TH1F*)Reg1->Get( (Names.at(h)+"_data" ).c_str() );
TH1F *DYCRSS = (TH1F*)Reg1->Get( (Names.at(h)+"_DY" ).c_str() );
TH1F *TopCRSS = (TH1F*)Reg1->Get( (Names.at(h)+"_Top" ).c_str() );
TH1F *DibCRSS = (TH1F*)Reg1->Get( (Names.at(h)+"_DiBoson").c_str() );
TH1F *wjCR = (TH1F*)Reg3->Get( (Names.at(h)+"_Wjets" ).c_str() );
TH1F *dataCR = (TH1F*)Reg3->Get( (Names.at(h)+"_data" ).c_str() );
TH1F *DYCR = (TH1F*)Reg3->Get( (Names.at(h)+"_DY" ).c_str() );
TH1F *TopCR = (TH1F*)Reg3->Get( (Names.at(h)+"_Top" ).c_str() );
TH1F *DibCR = (TH1F*)Reg3->Get( (Names.at(h)+"_DiBoson").c_str() );
if(scaleWjet){ wjSRSS->Scale(WjTF); }
double NqcdSR = dataSRSS->Integral()-
( DYSRSS->Integral()+TopSRSS->Integral()+
DibSRSS->Integral()+wjSRSS->Integral() );
if(h==0 && m_debug){
std::cout << " Nqcd in SR (Reg2) = " << NqcdSR << std::endl;
}
TH1F *Reg2 = (TH1F*)dataSRSS->Clone( (Names.at(h)+"_Reg2").c_str() );
Reg2->Add(wjSRSS, -1);
Reg2->Add(DYSRSS, -1);
Reg2->Add(TopSRSS, -1);
Reg2->Add(DibSRSS, -1);
double NqcdCR = dataCRSS->Integral()-
( DYCRSS->Integral()+TopCRSS->Integral()+
DibCRSS->Integral()+wjCRSS->Integral() );
TH1F *Reg1 = (TH1F*)dataCRSS->Clone( (Names.at(h)+"_Reg1").c_str() );
Reg1->Add(wjCRSS, -1);
Reg1->Add(DYCRSS, -1);
Reg1->Add(TopCRSS, -1);
Reg1->Add(DibCRSS, -1);
double SF = NqcdSR/NqcdCR;
TH1F *k_mj = (TH1F*)TopCRSS->Clone( (Names.at(h)+"_kMj").c_str() );
k_mj->Reset();
k_mj->Divide(Reg2,Reg1);
double NumErr2 = ( pow( sqrt(dataSRSS->Integral()),2 ) +
pow( sqrt(DYSRSS->Integral()),2 ) +
pow( sqrt(TopSRSS->Integral()),2 ) +
pow( sqrt(DibSRSS->Integral()),2 ) +
pow( sqrt(wjSRSS->Integral()),2 ) )/pow(NqcdCR,2) ;
double DenErr2 = ( pow( sqrt(dataCRSS->Integral()),2 )+
pow( sqrt(DYCRSS->Integral()),2 ) +
pow( sqrt(TopCRSS->Integral()),2 ) +
pow( sqrt(DibCRSS->Integral()),2 ) +
pow( sqrt(wjCRSS->Integral()),2 ) )*
(NqcdSR/pow( NqcdCR,4 ));
double ErrSF = sqrt( NumErr2+DenErr2 );
if(h==0 && m_debug){
std::cout << " Nqcd in CR (Reg1) = " << NqcdCR << std::endl;
std::cout << " QCD SF = " << SF << " +- " << ErrSF << std::endl;
}
TH1F* TmpQcd = (TH1F*)dataCR->Clone( (Names.at(h)+"_tmpqcd").c_str() );
TmpQcd->Add(wjCR, -1);
TmpQcd->Add(DYCR, -1);
TmpQcd->Add(TopCR, -1);
TmpQcd->Add(DibCR, -1);
if(h==0 && m_debug)
std::cout << " Nqcd before Scaling (Reg3) = "
<< TmpQcd->Integral() << std::endl;
/* Apply SF */
if(Names.at(h).find("mll")!=std::string::npos){
for(int b=1; b<TmpQcd->GetNbinsX()+1; b++){
double c = TmpQcd->GetBinContent(b);
double e = TmpQcd->GetBinError(b);
double v = TmpQcd->GetBinCenter(b);
double s = k_mj->GetBinContent( k_mj->FindBin(v) );
/* etau channel */
if(lfvType=="etau"){
if(isRevDphi){
if(b<7){
if(b==3) s=k_mj->GetBinContent( b+1);
else s=k_mj->GetBinContent( b );
}
else if(b==7) { s=k_mj->GetBinContent( b+1 ); }
else if(b<=25){ s=k_mj->GetBinContent( b ); }
else { s=k_mj->GetBinContent( 32 ); }
}
else if(isttCR){
if(b<8){
if(b<3) { s=SF*1.8; }
else if(b<5){ s=SF*4; }
else { s=SF*2; }
}
else if(b<=25){ s=k_mj->GetBinContent( b ); }
else if(b==26){ s=k_mj->GetBinContent( 25 ); }
else if(b==27){ s=k_mj->GetBinContent( 25 ); }
else if(b==28){ s=k_mj->GetBinContent( 25 )*1.2; }
else if(b==29){ s=k_mj->GetBinContent( 25 ); }
else { s=k_mj->GetBinContent( 29 ); }
}
else{
if(sysVar=="Multijet_kMJ_Stat"){
double k = 0;
//fit variation
//if(b==7) { k=0.1; s=k_mj->GetBinContent( b+1 ) + k; }
//else if(b==14){ k=0.07; s=k_mj->GetBinContent( b ) + k; }
//else if(b==20){ k=0.05; s=k_mj->GetBinContent( b ) + k; }
//else if(b==21){ k=0.04; s=k_mj->GetBinContent( b ) + k; }
//else if(b==22){ k=0.05; s=k_mj->GetBinContent( b ) + k; }
//else if(b==24){ k=0.05; s=k_mj->GetBinContent( b ) + k; }
//else if(b==25){ k=0.02; s=k_mj->GetBinContent( b ) + k; }
//else if(b==26){ k=0.06; s=k_mj->GetBinContent( b ) + k; }
//else if(b<27) { k=0.1; s=k_mj->GetBinContent( b ) + k; }
//else if(b==27){ k=0.06; s=k_mj->GetBinContent( b ) + k; }
//else if(b==28){ k=0.08; s=k_mj->GetBinContent( b ) + k; }
//else if(b==29){ k=0.04; s=k_mj->GetBinContent( b ) + k; }
//else if(b==30){ k=0.08; s=k_mj->GetBinContent( b ) + k; }
//else if(b==31){ k=0.05; s=k_mj->GetBinContent( b ) + k; }
//else if(b<=32){ k=0.09; s=k_mj->GetBinContent( 27 ) + k; }
//else { k=0.08; s=k_mj->GetBinContent( 27 ) + k; }
//fit confidence
if(b==7) { k=0.04; s=k_mj->GetBinContent(b+1) + k-0.2*k; }
else if(b==13){ k=0.02; s=k_mj->GetBinContent(b) + k-0.2*k; }
else if(b==14){ k=0.015; s=k_mj->GetBinContent(b) + k-0.2*k; }
else if(b==20){ k=0.014; s=k_mj->GetBinContent(b) + k-0.2*k; }
else if(b==21){ k=0.01; s=k_mj->GetBinContent(b) + k-0.2*k; }
else if(b==22){ k=0.015; s=k_mj->GetBinContent(b) + k-0.2*k; }
else if(b==24){ k=0.018; s=k_mj->GetBinContent(b) + k-0.2*k; }
else if(b==25){ k=0.01; s=k_mj->GetBinContent(b) + k-0.2*k; }
else if(b==26){ k=0.033; s=k_mj->GetBinContent(b) + k-0.2*k; }
else if(b<27) { k=0.03; s=k_mj->GetBinContent(b) + k-0.2*k; }
else if(b==27){ k=0.026; s=k_mj->GetBinContent(b) + k-0.2*k; }
else if(b==28){ k=0.048; s=k_mj->GetBinContent(b) + k-0.2*k; }
else if(b==29){ k=-0.018; s=k_mj->GetBinContent(b) + k; }
else if(b==30){ k=0.046; s=k_mj->GetBinContent(b) + k-0.2*k; }
else if(b==31){ k=-0.003; s=k_mj->GetBinContent(b) + k; }
else if(b<=32){ k=0.04; s=k_mj->GetBinContent(27) + k-0.12*k; }
else { k=0.04; s=k_mj->GetBinContent(27) + k-0.12*k; }
}
else if(sysVar=="Multijet_kMJ_Sys"){
double k = 0;
if(b==7) { k=0.05; s=k_mj->GetBinContent(b+1) + k+0.3*k; }
else if(b==13){ k=0.02; s=k_mj->GetBinContent(b) + k+0.3*k; }
else if(b==14){ k=0.015; s=k_mj->GetBinContent(b) + k+0.3*k; }
else if(b==20){ k=0.015; s=k_mj->GetBinContent(b) + k+0.3*k; }
else if(b==21){ k=0.01; s=k_mj->GetBinContent(b) + k+0.3*k; }
else if(b==22){ k=0.02; s=k_mj->GetBinContent(b) + k+0.3*k; }
else if(b==24){ k=0.017; s=k_mj->GetBinContent(b) + k+0.3*k; }
else if(b==25){ k=-0.018; s=k_mj->GetBinContent(27) + k; }
else if(b==26){ k=0.03; s=k_mj->GetBinContent(27) + k+0.3*k; }
else if(b<27) { k=0.03; s=k_mj->GetBinContent(b) + k+0.3*k; }
else if(b==27){ k=0.007; s=k_mj->GetBinContent(27) + k+0.3*k; }
else if(b==28){ k=0.0; s=k_mj->GetBinContent(27) + k; }
else if(b==29){ k=-0.005; s=k_mj->GetBinContent(27) + k; }
else if(b==30){ k=-0.007; s=k_mj->GetBinContent(27) + k; }
else { k=-0.009; s=k_mj->GetBinContent(27) + k; }
}
else{
if(nProngs=="1p"){
if(b==7) { s=k_mj->GetBinContent( b+1 ); }
else if(b<=27){ s=k_mj->GetBinContent( b ) ; }
else { s=k_mj->GetBinContent( 27 ) ; }
}
else if(nProngs=="3p"){
if(b==7) { s=k_mj->GetBinContent( b+1 ); }
else if(b<=27){ s=k_mj->GetBinContent( b ); }
else { s=k_mj->GetBinContent( 27 ) ; }
}
else{
if(b==7) { s=k_mj->GetBinContent( b+1 ); }
else if(b<=27){ s=k_mj->GetBinContent( b ) ; }
else { s=k_mj->GetBinContent( 27 ) ; }
}
}
}
}
/* mutau channel */
else{
if(isRevDphi){
if(b<8) { s=k_mj->GetBinContent( b ); }
else if(b>29 && b<34){ s=SF*0.4; }
else { s=SF; }
}
else if(isttCR){
if( b==18 ) { s=SF*1.8; }
else if( b==28 ||
(b>23 && b<26) ) { s=SF*1.4; }
else if( b>30 && b<33 ) { s=SF*0.4; }
else { s=SF; }
}
else{
if(sysVar=="Multijet_kMJ_Sys"){
if(b==7) { s=0.0016; }
else if(b==8){ s=0.23 + 0.4*SF; }
else if(b<20){ s=SF + 0.3*SF; } //added now
else if(b<30){ s=SF + 0.3*SF; } //added now
else { s=SF + 0.3*SF; }
}
else if(sysVar=="Multijet_kMJ_Stat"){
double k=0;
if(b==7) { k=0.0004; s=0.001 + k; }
else if(b==8){ k=0.02; s=0.23 + k+0.2*k; }
else if(b<20){ k=0.015; s=SF + k+0.2*k; } //added now
else if(b<30){ k=0.017; s=SF + k+0.2*k; } //added now
else { k=0.02; s=SF + k+0.2*k; }
}
else{
if(nProngs=="1p"){
if(b==7) { s=0.001; }
else { s=SF; }
}
else if(nProngs=="3p"){
if(b==7) { s=0.001; }
else { s=SF; }
}
else{
if(b==7) { s=0.001; }
else if(b==8){ s=0.23; }
else { s=SF; }
}
}
}
}
TmpQcd->SetBinContent( b, c*s );
TmpQcd->SetBinError( b, e*s );
}
}
else if(Names.at(h).find("el_pt")!=std::string::npos){
if(lfvType=="etau"){
for(int b=1; b<TmpQcd->GetNbinsX()+1; b++){
double c = TmpQcd->GetBinContent(b);
double e = TmpQcd->GetBinError(b);
double v = TmpQcd->GetBinCenter(b);
double s = k_mj->GetBinContent( k_mj->FindBin(v) );
if(isRevDphi){
if(b==4) s = k_mj->GetBinContent(3)*0.53;
else if(b==5) s = k_mj->GetBinContent(3)*0.58;
else if(b==6) s = k_mj->GetBinContent(3)*0.55;
else if(b==7) s = k_mj->GetBinContent(3)*0.4;
else if(b==8) s = k_mj->GetBinContent(3)*0.28;
else if(b==9) s = k_mj->GetBinContent(3)*0.3;
else if(b==10) s = k_mj->GetBinContent(3)*0.3;
}
else if(isttCR){
s=SF;
}
else{
if(b==4) s = k_mj->GetBinContent(3)*0.5;
else if(b==5) s = k_mj->GetBinContent(3)*0.5;
else if(b==6) s = k_mj->GetBinContent(3)*0.2;
else if(b>6) s = SF;
}
TmpQcd->SetBinContent( b, c*s );
TmpQcd->SetBinError( b, e*s );
}
}
}
else if(Names.at(h).find("ta_pt")!=std::string::npos){
if(lfvType=="mutau"){
for(int b=1; b<TmpQcd->GetNbinsX()+1; b++){
double c = TmpQcd->GetBinContent(b);
double e = TmpQcd->GetBinError(b);
double v = TmpQcd->GetBinCenter(b);
double s = k_mj->GetBinContent( k_mj->FindBin(v) );
if(isRevDphi){
if(b==4) s = k_mj->GetBinContent(3)*0.53;
else if(b==5) s = k_mj->GetBinContent(3)*0.58;
else if(b==6) s = k_mj->GetBinContent(3)*0.55;
else if(b==7) s = k_mj->GetBinContent(3)*0.4;
else if(b==8) s = k_mj->GetBinContent(3)*0.28;
else if(b==9) s = k_mj->GetBinContent(3)*0.3;
else if(b==10) s = k_mj->GetBinContent(3)*0.3;
}
else if(isttCR){
s=SF;
}
else{
if(b==4) s = SF;
else if(b==5) s = SF;
else if(b==6) s = k_mj->GetBinContent(3)*0.4;
else if(b==7) s = k_mj->GetBinContent(3)*2.5;
else if(b==8) s = SF;
else if(b==9) s = SF*1.5;
else if(b==10) s = SF;
}
TmpQcd->SetBinContent( b, c*s );
TmpQcd->SetBinError( b, e*s );
}
}
else{
if(isRevDphi || isttCR){
TmpQcd->Scale(SF);
}
else{
for(int b=1; b<TmpQcd->GetNbinsX()+1; b++){
double c = TmpQcd->GetBinContent(b);
double e = TmpQcd->GetBinError(b);
double v = TmpQcd->GetBinCenter(b);
double s = k_mj->GetBinContent( k_mj->FindBin(v) );
if(b==4) s = k_mj->GetBinContent(3)*0.9;
else if(b==5) s = k_mj->GetBinContent(3)*0.8;
else if(b==6) s = SF;
else if(b==7) s = SF*0.6;
else if(b>7) s = SF;
TmpQcd->SetBinContent( b, c*s );
TmpQcd->SetBinError( b, e*s );
}
}
}
}
else if(Names.at(h).find("mu_pt")!=std::string::npos){
if(lfvType=="mutau"){
for(int b=1; b<TmpQcd->GetNbinsX()+1; b++){
double c = TmpQcd->GetBinContent(b);
double e = TmpQcd->GetBinError(b);
double v = TmpQcd->GetBinCenter(b);
double s = k_mj->GetBinContent( k_mj->FindBin(v) );
if(isRevDphi || isttCR){
s=SF;
}
else{
if(b==3) s = SF;
if(b==4) s = k_mj->GetBinContent(3)*0.8;
else if(b>4) s = SF;
}
TmpQcd->SetBinContent( b, c*s );
TmpQcd->SetBinError( b, e*s );
}
}
}
else{
TmpQcd->Scale(SF);
}
QcdInt = TmpQcd->Integral();
if(h==0 && m_debug){
std::cout << " Nqcd from TH1F Subtraction = "
<< QcdInt << std::endl;
}
TH1F* qcd = (TH1F*)TmpQcd->Clone( (Names.at(h)+"_qcd").c_str() );
qcd->Reset();
for(int b=1; b<TmpQcd->GetNbinsX()+1; b++){
double x = TmpQcd->GetBinContent(b);
double err = TmpQcd->GetBinError(b);
if(x<0) x=0;
qcd->SetBinContent(b, x);
qcd->SetBinError(b, err);
}
//qcd->Draw();
if(h==0 && m_debug){
std::cout << " Nqcd after setting neg. bins to zero = "
<< qcd->Integral() << std::endl;
}
if(qcd->Integral()!=0) qcd->Scale( fabs(QcdInt)/qcd->Integral() );
if(h==0 && m_debug)
std::cout << " Nqcd final = " << qcd->Integral() << std::endl;
TH1F *qcdNorm=qcd;//NULL;
//if(Names.at(h)=="hmllCorr" || Names.at(h)=="hmll")
//qcdNorm = ChangeShape(qcd);
/* Writing */
m_out->cd();
if( lfvType=="etau" && (Names.at(h)=="hmllCorr" || Names.at(h)=="hmll") ){
qcd->Write( (Names.at(h)+"_qcd_Orig").c_str() );
qcdNorm->Write( (Names.at(h)+"_qcd").c_str() );
}
else
qcd->Write();
/* Cleaning */
qcd->Delete();
if(Names.at(h)=="mllCorr" || Names.at(h)=="mll")
qcdNorm->Delete();
Reg1->Delete();
Reg2->Delete();
TmpQcd->Delete();
wjSRSS->Delete();
dataSRSS->Delete();
DYSRSS->Delete();
TopSRSS->Delete();
DibSRSS->Delete();
wjCRSS->Delete();
dataCRSS->Delete();
DYCRSS->Delete();
TopCRSS->Delete();
DibCRSS->Delete();
wjCR->Delete();
dataCR->Delete();
DYCR->Delete();
TopCR->Delete();
DibCR->Delete();
}
/* cleaning */
m_out->Close();
Reg2->Close();
WjCR->Close();
WjSR->Close();
Reg3->Close();
Reg1->Close();
if(m_debug)
std::cout<<""<<std::endl;
}
void CopyFromNominal(std::string Dir, std::string lfvType,
bool useBjet, bool isBlind){
TFile *Nom = NULL;
if(isBlind)
Nom = new TFile( (Dir+"Plots_Nominal_"+lfvType+"_Blind.root").c_str() );
else
Nom = new TFile( (Dir+"Plots_Nominal_"+lfvType+".root").c_str() );
TH1F *mllC = (TH1F*)Nom->Get( "hmllCorr_qcd" );
TH1F *mll = (TH1F*)Nom->Get( "hmll_qcd" );
TH1F *ptllC = (TH1F*)Nom->Get( "hptllCorr_qcd" );
TH1F *ptll = (TH1F*)Nom->Get( "hptll_qcd" );
TH1F *etall = (TH1F*)Nom->Get( "hetall_qcd" );
TH1F *phill = (TH1F*)Nom->Get( "hphill_qcd" );
TH1F *met = (TH1F*)Nom->Get( "hmet_qcd" );
TH1F *njet = (TH1F*)Nom->Get( "hnjet_qcd" );
TH1F *mt = (TH1F*)Nom->Get( "hmt_qcd" );
TH1F *mu_pt = (TH1F*)Nom->Get( "hmu_pt_qcd" );
TH1F *mu_eta = (TH1F*)Nom->Get( "hmu_eta_qcd" );
TH1F *mu_phi = (TH1F*)Nom->Get( "hmu_phi_qcd" );
TH1F *el_pt = (TH1F*)Nom->Get( "hel_pt_qcd" );
TH1F *el_eta = (TH1F*)Nom->Get( "hel_eta_qcd" );
TH1F *el_phi = (TH1F*)Nom->Get( "hel_phi_qcd" );
TH1F *ta_pt = (TH1F*)Nom->Get( "hta_pt_qcd" );
TH1F *ta_eta = (TH1F*)Nom->Get( "hta_eta_qcd" );
TH1F *ta_phi = (TH1F*)Nom->Get( "hta_phi_qcd" );
TH1F *mllC_Or = NULL;
if(lfvType=="etau")
mllC_Or = (TH1F*)Nom->Get( "hmllCorr_qcd_Orig" );
m_out->cd();
mllC -> Write( "hmllCorr_qcd" );
mll -> Write( "hmll_qcd" );
ptllC -> Write( "hptllCorr_qcd" );
ptll -> Write( "hptll_qcd" );
etall -> Write( "hetall_qcd" );
phill -> Write( "hphill_qcd" );
met -> Write( "hmet_qcd" );
njet -> Write( "hnjet_qcd" );
mt -> Write( "hmt_qcd" );
mu_pt -> Write( "hmu_pt_qcd" );
mu_eta -> Write( "hmu_eta_qcd" );
mu_phi -> Write( "hmu_phi_qcd" );
el_pt -> Write( "hel_pt_qcd" );
el_eta -> Write( "hel_eta_qcd" );
el_phi -> Write( "hel_phi_qcd" );
ta_pt -> Write( "hta_pt_qcd" );
ta_eta -> Write( "hta_eta_qcd" );
ta_phi -> Write( "hta_phi_qcd" );
if(lfvType=="etau")
mllC_Or -> Write( "hmllCorr_qcd_Orig" );
mllC -> Delete();
mll -> Delete();
ptllC -> Delete();
ptll -> Delete();
etall -> Delete();
phill -> Delete();
met -> Delete();
njet -> Delete();
mt -> Delete();
mu_pt -> Delete();
mu_eta -> Delete();
mu_phi -> Delete();
el_pt -> Delete();
el_eta -> Delete();
el_phi -> Delete();
ta_pt -> Delete();
ta_eta -> Delete();
ta_phi -> Delete();
if(lfvType=="etau")
mllC_Or -> Delete();
m_out->Close();
Nom->Close();
}
TH1F *ChangeShape(TH1F*qcd){
int Bins = qcd->GetNbinsX();
TH1F *qcdNew = (TH1F*)qcd->Clone("tmp");
qcdNew->Reset();
for(int i=1; i<Bins+1; i++){
double c = qcd->GetBinContent(i);
double e = qcd->GetBinError(i);
/* 60 bins */
if(i<=9){
qcdNew->SetBinContent(i,c+c*1.40);//1.10
}
else if(i>=10 && i<=12)
qcdNew->SetBinContent(i,c+c*0.80);
else if(i>=21 && i<=24)
qcdNew->SetBinContent(i,c-c*0.55);//0.55
else if(i>=25){
qcdNew->SetBinContent(i,c-c*0.65);//0.55
}
else
qcdNew->SetBinContent(i,c);
/* 80 bins -> 40 bins */
//if(i<=11){
// qcdNew->SetBinContent(i,c+c*1.40);//1.10
//}
//else if(i>=12 && i<=17){//16
// qcdNew->SetBinContent(i,c+c*0.20);
//
//}
//else if(i>=28 && i<=31){
// qcdNew->SetBinContent(i,c-c*0.40);
//}
//else if(i>=32){
// qcdNew->SetBinContent(i,c-c*0.65);//0.55
//}
//else
// qcdNew->SetBinContent(i,c);
qcdNew->SetBinError(i,e);
}
return qcdNew;
}