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TreeAnalysisTop.C
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TreeAnalysisTop.C
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#include "TreeAnalysisTop.h"
#include <fstream>
#include <iostream>
#include <math.h>
#if !defined(__CINT__)
ClassImp(TreeAnalysisTop);
#endif
const float gJetEtCut = 30.;
TreeAnalysisTop::TreeAnalysisTop(TTree* tree) : PAFAnalysis(tree)
{
fHDummy = 0;
hWeight = 0;
fHTopPtWeight = 0;
fHpdfWeightSum = 0;
fHpdfWeight = 0;
}
//------------------------------------------------------------------------------
// Initialise
//------------------------------------------------------------------------------
void TreeAnalysisTop::Initialise() {
#ifdef DEBUG
cout << "Initialise(): Enter" << endl;
#endif
GetParameters();
fHDummy = CreateH1F("fHDummy","",1,0,1);
fHDummy->TH1::SetDefaultSumw2();
InitialiseYieldsHistos();
InitialiseKinematicHistos();
#ifdef __ISMC
InitialiseGenHistos();
#endif
fHTopPtWeight = CreateH1F("H_TopPtWeight" , "TopPt Weight" , 100, 0, 2);
fHpdfWeightSum = CreateH1F("H_pdfWeightSum", "PDF sum Weights", 52, -0.5, 51.5);
fHpdfWeight = CreateH1F("H_pdfWeight" , "PDF Weights" , 52, -0.5, 51.5);
if (gSampleName == "DoubleMu" ||
gSampleName == "DoubleElectron" ||
gSampleName == "MuEG" ||
gSampleName == "DYJets_Madgraph" ||
gSampleName == "ZJets_Madgraph") {
InitialiseDYHistos();
}
InitialiseSystematicHistos();
// InitialiseTree();
/***********
PU Reweight
***********/
fPUWeight = new PUWeight(gLumiForPU,Summer12_53X,"2012");
#ifdef __ISMC
fPUWeightUp = new PUWeight(18494.9, Summer12_53X,"2012"); // 18494.9 (5% down)
fPUWeightDown = new PUWeight(20441.7, Summer12_53X,"2012"); // 20441.7 (5% up )
#endif
if (gUseCSVM) fBTagSF = new BTagSFUtil("CSVM","ABCD");//ReReco
else fBTagSF = new BTagSFUtil("CSVT","ABCD");//ReReco
fLeptonSF = new LeptonSF();
fRand3 = new TRandom3(50);
// No systematics activaded...
gSysSource = Norm;
fChargeSwitch = false;
#ifdef DEBUG
cout << "Initialise(): Exit" << endl;
#endif
}
void TreeAnalysisTop::InitialiseGenHistos(){
fHDeltaRLepJet[Muon] = CreateH1F("H_DeltaRLepJet_"+gChanLabel[Muon],"",1000,0.,5.);
fHDeltaRLepJet[Elec] = CreateH1F("H_DeltaRLepJet_"+gChanLabel[Elec],"",1000,0.,5.);
}
void TreeAnalysisTop::InitialiseDYHistos(){
for (size_t ch=0; ch<gNCHANNELS; ch++){
for (size_t cut=0; cut<iNCUTS; cut++){
TString name = "_"+gChanLabel[ch]+"_"+sCut[cut];
fHDY_InvMassVsNPV [ch][cut] = CreateH2F("H_DY_InvMassVsNPV" +name,"",50, -0.5, 49.5, 200, 0, 200);
fHDY_InvMassVsMET [ch][cut] = CreateH2F("H_DY_InvMassVsMET" +name,"",200, 0 , 200 , 200, 0, 200);
fHDY_InvMassVsNjets [ch][cut] = CreateH2F("H_DY_InvMassVsNjets" +name,"",10, -0.5, 9.5, 200, 0, 200);
fHDY_InvMassVsNbtags[ch][cut] = CreateH2F("H_DY_InvMassVsNbtags"+name,"",10, -0.5, 9.5, 200, 0, 200);
fHDY_InvMass [ch][cut] = CreateH1F("H_DY_InvMass" +name,"", 200, 0, 200);
}
}
}
void TreeAnalysisTop::InitialiseYieldsHistos(){
hWeight = CreateH1F("hWeight","",200,0,1);
//++ Yields histograms
if (gDoSF) {
fHyields[Muon][Norm] = CreateH1F("H_Yields_"+gChanLabel[Muon],"", iNCUTS, -0.5, iNCUTS-0.5);
fHyields[Elec][Norm] = CreateH1F("H_Yields_"+gChanLabel[Elec],"", iNCUTS, -0.5, iNCUTS-0.5);
fHSSyields[Muon][Norm] = CreateH1F("H_SSYields_"+gChanLabel[Muon],"", iNCUTS, -0.5, iNCUTS-0.5);
fHSSyields[Elec][Norm] = CreateH1F("H_SSYields_"+gChanLabel[Elec],"", iNCUTS, -0.5, iNCUTS-0.5);
}
if (gDoDF) {
fHyields[ElMu][Norm] = CreateH1F("H_Yields_"+gChanLabel[ElMu],"", iNCUTS, -0.5, iNCUTS-0.5);
fHSSyields[ElMu][Norm] = CreateH1F("H_SSYields_"+gChanLabel[ElMu],"", iNCUTS, -0.5, iNCUTS-0.5);
}
if (gDoSystStudies){
for (size_t chan=0; chan<gNCHANNELS; chan++){
if (!gDoSF && chan==Muon) continue;
if (!gDoSF && chan==Elec) continue;
if (!gDoDF && chan==ElMu) continue;
for (size_t sys=1; sys<gNSYST; sys++){
fHyields[chan][sys] = CreateH1F("H_Yields_"+gChanLabel[chan]+"_"+SystName[sys],"",iNCUTS,-0.5,iNCUTS-0.5);
fHSSyields[chan][sys] = CreateH1F("H_SSYields_"+gChanLabel[chan]+"_"+SystName[sys],"", iNCUTS, -0.5, iNCUTS-0.5);
}
}
}
for (size_t chan=0; chan<gNCHANNELS; chan++){
if (!gDoSF && chan==Muon) continue;
if (!gDoSF && chan==Elec) continue;
if (!gDoDF && chan==ElMu) continue;
for (size_t cut=0; cut<iNCUTS; cut++){
fHLepSys [chan][cut] = CreateH1F("H_LepSys_" +gChanLabel[chan]+"_"+sCut[cut],"LepSys" , 400, 0, 0.04);
fHTrigSys[chan][cut] = CreateH1F("H_TrigSys_"+gChanLabel[chan]+"_"+sCut[cut],"TrigSys", 400, 0, 0.04);
}
}
}
void TreeAnalysisTop::InitialiseKinematicHistos(){
//++ Kinematic histograms
for (size_t ch=0; ch<gNCHANNELS; ch++){
if (!gDoSF && ch==Muon) continue;
if (!gDoSF && ch==Elec) continue;
if (!gDoDF && ch==ElMu) continue;
for (size_t cut=0; cut<iNCUTS; cut++){
fHMET[ch][cut] = CreateH1F("H_MET_" +gChanLabel[ch]+"_"+sCut[cut],"MET" , 5000,0,500);
fHDiLepPt[ch][cut] = CreateH1F("H_DiLepPt_" +gChanLabel[ch]+"_"+sCut[cut],"DiLepPt" , 1800,20,200);
fHLep0Pt[ch][cut] = CreateH1F("H_Lep0Pt_" +gChanLabel[ch]+"_"+sCut[cut],"Lep0Pt" , 1800,20,200);
fHLep1Pt[ch][cut] = CreateH1F("H_Lep1Pt_" +gChanLabel[ch]+"_"+sCut[cut],"Lep1Pt" , 1800,20,200);
fHDelLepPhi[ch][cut] = CreateH1F("H_DelLepPhi_" +gChanLabel[ch]+"_"+sCut[cut],"DelLepPhi" , 100,-3.2, 3.2);
fHNJets[ch][cut] = CreateH1F("H_NJets_" +gChanLabel[ch]+"_"+sCut[cut],"NJets" , 10 ,-0.5, 9.5);
fHHT[ch][cut] = CreateH1F("H_HT_" +gChanLabel[ch]+"_"+sCut[cut],"HT" , 4700,30,500);
fHNBtagJets[ch][cut] = CreateH1F("H_NBtagJets_" +gChanLabel[ch]+"_"+sCut[cut],"NBtagJets" , 4 ,-0.5, 3.5);
fHJet0Pt[ch][cut] = CreateH1F("H_Jet0Pt_" +gChanLabel[ch]+"_"+sCut[cut],"Jet0Pt" , 2700,30,300);
fHJet1Pt[ch][cut] = CreateH1F("H_Jet1Pt_" +gChanLabel[ch]+"_"+sCut[cut],"Jet1Pt" , 2700,30,300);
fHBtagJet0Pt[ch][cut] = CreateH1F("H_BtagJet0Pt_" +gChanLabel[ch]+"_"+sCut[cut],"BtagJet0Pt", 2700,30,300);
fHInvMass[ch][cut][0] = CreateH1F("H_InvMass_" +gChanLabel[ch]+"_"+sCut[cut],"InvMass" , 300, 0., 300.);
fHSSInvMass[ch][cut][0] = CreateH1F("HSS_InvMass_" +gChanLabel[ch]+"_"+sCut[cut],"InvMass" , 300, 0., 300.);
fHNBtagsNJets[ch][cut][0] = CreateH1F("H_NBtagsNJets_"+gChanLabel[ch]+"_"+sCut[cut] ,"NBtagsNJets" ,15 , -0.5, 14.5);
fHSSNBtagsNJets[ch][cut][0] = CreateH1F("HSS_NBtagsNJets_"+gChanLabel[ch]+"_"+sCut[cut],"SS_NBtagsNJets",15 , -0.5, 14.5);
fHAbsDelPhiLeps[ch][cut][0] = CreateH1F("H_AbsDelPhiLeps_"+gChanLabel[ch]+"_"+sCut[cut] ,"AbsDelPhiLeps" , 28,-0.2, 1.2);
fHSSAbsDelPhiLeps[ch][cut][0] = CreateH1F("HSS_AbsDelPhiLeps_"+gChanLabel[ch]+"_"+sCut[cut],"SS_AbsDelPhiLeps", 28,-0.2, 1.2);
fHdelPhi2LeadJets[ch][cut][0] = CreateH1F("H_delPhi2LeadJets_"+gChanLabel[ch]+"_"+sCut[cut] ,"delPhi2LeadJets" , 28,-0.2, 1.2);
fHSSdelPhi2LeadJets[ch][cut][0] = CreateH1F("HSS_delPhi2LeadJets_"+gChanLabel[ch]+"_"+sCut[cut],"SS_delPhi2LeadJets", 28,-0.2, 1.2);
fHminDelRJetsLeps[ch][cut][0] = CreateH1F("H_minDelRJetsLeps_"+gChanLabel[ch]+"_"+sCut[cut] ,"minDelRJetsLeps" , 500,0.0, 5.0);
fHSSminDelRJetsLeps[ch][cut][0] = CreateH1F("HSS_minDelRJetsLeps_"+gChanLabel[ch]+"_"+sCut[cut],"SS_minDelRJetsLeps", 500,0.0, 5.0);
// other variables
fHCSVTag[ch][cut] = CreateH1F("H_CSVTag_"+gChanLabel[ch]+"_"+sCut[cut],"NBtagsNJets", 1000, 0.0, 1.0);
fHTopD[ch][cut] = CreateH1F("H_TopD_" +gChanLabel[ch]+"_"+sCut[cut],"TopDiscriminator",1000,0.0,1.0);
fHDelPhillJet[ch][cut] = CreateH1F("H_DelPhillJet_"+gChanLabel[ch]+"_"+sCut[cut], "DeltaPhi", 1000,0.0, TMath::Pi());
// Different Top / Z topologies
fHDRLep[ch][cut] = CreateH1F("H_DRLep_" +gChanLabel[ch]+"_"+sCut[cut], "DeltaRLep", 1000,0.0, 5.0);
fHDRLep0Jet[ch][cut] = CreateH1F("H_DRLep0Jet_" +gChanLabel[ch]+"_"+sCut[cut], "DeltaRLep0Jet", 1000,0.0, 5.0);
fHDPhiLep0Jet[ch][cut] = CreateH1F("H_DPhiLep0Jet_" +gChanLabel[ch]+"_"+sCut[cut], "DeltaPhiLep0Jet", 1000,0.0, TMath::Pi());
fHLep0Iso[ch][cut] = CreateH1F("H_Lep0Iso_" +gChanLabel[ch]+"_"+sCut[cut], "Lep0Iso", 1000,0.0, 0.5);
fHDRLep1Jet[ch][cut] = CreateH1F("H_DRLep1Jet_" +gChanLabel[ch]+"_"+sCut[cut], "DeltaRLep1Jet", 1000,0.0, 5.0);
fHDPhiLep1Jet[ch][cut] = CreateH1F("H_DPhiLep1Jet_" +gChanLabel[ch]+"_"+sCut[cut], "DeltaPhiLep1Jet", 1000,0.0, TMath::Pi());
fHLep1Iso[ch][cut] = CreateH1F("H_Lep1Iso_" +gChanLabel[ch]+"_"+sCut[cut], "Lep1Iso", 1000,0.0, 0.5);
// STOP HISTOGRAMS:
// fHAbsDelPhiLep[ch][cut] = CreateH1F("H_AbsDelPhiLep_"+gChanLabel[ch]+"_"+sCut[cut],"AbsDelPhiLep" , 66,0, 3.3);
//fHAbsDelPhiLep[ch][cut]= CreateH1F("H_AbsDelPhiLep_" +gChanLabel[ch]+"_"+sCut[cut],"AbsDelPhiLep" , 28,-0.2, 1.2);
fHvertices[ch][cut] = CreateH1F("H_Vtx_"+gChanLabel[ch]+"_"+sCut[cut],"", 71, -0.5, 70.5);
#ifdef __ISSTOP
fHStopMass[ch][cut] = CreateH1F("H_StopMass_" +gChanLabel[ch]+"_"+sCut[cut], "StopMass", 500, 0.0, 500);
fHChi0Mass[ch][cut] = CreateH1F("H_Chi0Mass_" +gChanLabel[ch]+"_"+sCut[cut], "Chi0Mass", 500, 0.0, 500);
fHChi0StopMass[ch][cut] = CreateH2F("H2_Chi0StopMass_"+gChanLabel[ch]+"_"+sCut[cut], "Chi0Mass vs StopMass", 34, 81.25, 506.25, 34, -18.75, 406.25);
#endif
}
}
}
void TreeAnalysisTop::InitialiseSystematicHistos(){
TString histoname = "";
for (size_t ch=0; ch<gNCHANNELS; ch++){
if (!gDoSF && ch==Muon) continue;
if (!gDoSF && ch==Elec) continue;
if (!gDoDF && ch==ElMu) continue;
for (size_t cut=0; cut<iNCUTS; cut++){
for (size_t sys=1; sys<gNSYST; sys++){
histoname = "H_NBtagsNJets_"+gChanLabel[ch]+"_"+sCut[cut]+"_"+SystName[sys];
fHNBtagsNJets[ch][cut][sys] = CreateH1F(histoname,"NBtagsNJets", 15 , -0.5, 14.5);
histoname = "H_InvMass_"+gChanLabel[ch]+"_"+sCut[cut]+"_"+SystName[sys];
fHInvMass[ch][cut][sys] = CreateH1F(histoname, "InvMass" , 300, 0., 300.);
histoname = "H_AbsDelPhiLeps_"+gChanLabel[ch]+"_"+sCut[cut]+"_"+SystName[sys];
fHAbsDelPhiLeps[ch][cut][sys] = CreateH1F(histoname,"AbsDelPhiLeps", 28,-0.2, 1.2);
histoname = "H_delPhi2LeadJets_"+gChanLabel[ch]+"_"+sCut[cut]+"_"+SystName[sys];
fHdelPhi2LeadJets[ch][cut][sys] = CreateH1F(histoname,"delPhi2LeadJets", 28,-0.2, 1.2);
histoname = "H_minDelRJetsLeps_"+gChanLabel[ch]+"_"+sCut[cut]+"_"+SystName[sys];
fHminDelRJetsLeps[ch][cut][sys] = CreateH1F(histoname,"minDelRJetsLeps", 500, 0., 5.0);
histoname = "HSS_NBtagsNJets_"+gChanLabel[ch]+"_"+sCut[cut]+"_"+SystName[sys];
fHSSNBtagsNJets[ch][cut][sys] = CreateH1F(histoname,"SS_NBtagsNJets", 15 , -0.5, 14.5);
histoname = "HSS_InvMass_"+gChanLabel[ch]+"_"+sCut[cut]+"_"+SystName[sys];
fHSSInvMass[ch][cut][sys] = CreateH1F(histoname,"SS_InvMass" , 300, 0., 300.);
histoname = "HSS_AbsDelPhiLeps_"+gChanLabel[ch]+"_"+sCut[cut]+"_"+SystName[sys];
fHSSAbsDelPhiLeps[ch][cut][sys] = CreateH1F(histoname,"SS_AbsDelPhiLeps", 28,-0.2, 1.2);
histoname = "HSS_delPhi2LeadJets_"+gChanLabel[ch]+"_"+sCut[cut]+"_"+SystName[sys];
fHSSdelPhi2LeadJets[ch][cut][sys] = CreateH1F(histoname,"SS_delPhi2LeadJets", 28,-0.2, 1.2);
histoname = "HSS_minDelRJetsLeps_"+gChanLabel[ch]+"_"+sCut[cut]+"_"+SystName[sys];
fHSSminDelRJetsLeps[ch][cut][sys] = CreateH1F(histoname,"SS_minDelRJetsLeps", 500, 0., 5.0);
}
}
}
}
//------------------------------------------------------------------------------
// InsideLoop
//------------------------------------------------------------------------------
void TreeAnalysisTop::SetOriginalObjects(){
// To be called once per event, saving information in tmp vectors
// for systematic studies.
ResetHypLeptons();
gSysSource = Norm;
// SAVING ORIGINAL VALUES FOR MET, JET, LEPTONS for SYST
JetEt.clear();
JetPhi.clear();
MuPx.clear();
MuPy.clear();
ElPx.clear();
ElPy.clear();
MET = 0.;
MET_Phi = 0.;
// Save original values for MET, Jets and Leptons
TLorentzVector j;
for (UInt_t i=0; i<T_JetAKCHS_Et->size(); i++){
j.SetPxPyPzE(T_JetAKCHS_Px->at(i),T_JetAKCHS_Py->at(i),T_JetAKCHS_Pz->at(i),T_JetAKCHS_Energy->at(i));
JetEt.push_back(j.Et());
JetPhi.push_back(j.Phi());
}
for (UInt_t i=0; i<T_Elec_Energy->size(); i++){
ElPx.push_back(T_Elec_Px->at(i));
ElPy.push_back(T_Elec_Py->at(i));
}
for (UInt_t i=0; i<T_Muon_Energy->size(); i++){
MuPx.push_back(T_Muon_Px->at(i));
MuPy.push_back(T_Muon_Py->at(i));
}
MET = T_METPFType0IxyShift_ET;
MET_Phi = T_METPFType0IxyShift_Phi;
}
void TreeAnalysisTop::SetEventObjects(){
//ResetAnalysisTree();
ResetHypLeptons();
fChargeSwitch = false;
// EVENT WEIGHTS
PUSF = 1.;
EventWeight = 1.;
// USEFUL COUNTERS
nGenLepton = 0;
nGenElec = 0;
nGenMuon = 0;
nGenTau = 0;
nTauElec = 0;
nTauMuon = 0;
nGoodVertex = 0;
nBtags = 0;
nJets = 0;
nMuon = 0;
nElec = 0;
nLeptons = 0;
//// READ AND SAVE OBJETS...
Jet.clear();
Lepton.clear();
nLeptons = getSelectedLeptons();
nJets = getSelectedJets();
nBtags = getNBTags();
}
void TreeAnalysisTop::ResetOriginalObjects(){
// Save original values for MET, Jets and Leptons
TLorentzVector j;
for (UInt_t i=0; i<T_JetAKCHS_Et->size(); i++){
j.SetPxPyPzE(T_JetAKCHS_Px->at(i),T_JetAKCHS_Py->at(i),T_JetAKCHS_Pz->at(i),T_JetAKCHS_Energy->at(i));
JetEt[i] = j.Et();
JetPhi[i] = j.Phi();
}
for (UInt_t i=0; i<T_Elec_Energy->size(); i++){
ElPx[i] = T_Elec_Px->at(i);
ElPy[i] = T_Elec_Py->at(i);
}
for (UInt_t i=0; i<T_Muon_Energy->size(); i++){
MuPx[i] = T_Muon_Px->at(i);
MuPy[i] = T_Muon_Py->at(i);
}
setMET(T_METPFType0IxyShift_ET);
}
void TreeAnalysisTop::InsideLoop(){
// Calculate PU Weight
PUSF = 1.;
#ifdef __ISMC
PUSF = fPUWeight->GetWeight((int)T_Event_nTruePU);//True
#endif
fHDummy->Fill(0.5);
#ifdef __ISSTOP
if (gSampleName == "T2tt_150to250LSP1to100_LeptonFilter" &&
(abs(T_Gen_StopMass->at(0)-T_Gen_StopMass->at(1)) > 0.1 ||
abs(T_Gen_Chi0Mass->at(0)-T_Gen_Chi0Mass->at(1)) > 0.1 ||
abs(T_Gen_StopMass->at(0)-gStopMass) > 6.25 ||
abs(T_Gen_Chi0Mass->at(0)-gLspMass) > 6.25 )
) return;
#endif
// Init data members
//----------------------------------------------------------------------------
SetOriginalObjects();
SetEventObjects();
#ifdef __ISPDF
for (int k=0; k<52; k++) {
fHpdfWeightSum->Fill(k, T_Event_pdfWeight->at(k));
}
#endif
// Get number of generated leptons
//----------------------------------------------------------------------------
#ifdef __ISMC
SelectedGenLepton();
if (gSampleName == "TTJets_MadSpin") {
Float_t Weight = 1.;
TLorentzVector top;
for (size_t t=0; t<T_Gen_tSt3_Px->size(); t++){
top.SetPxPyPzE(T_Gen_tSt3_Px->at(t),T_Gen_tSt3_Py->at(t),T_Gen_tSt3_Pz->at(t),T_Gen_tSt3_Energy->at(t));
Float_t pt = TMath::Min(top.Pt(), 400.);
// Float_t topSF = TMath::Exp(0.148 - 0.00129 * pt);
Float_t topSF = TMath::Exp(0.156 - 0.00137 * pt);
Weight *= topSF;
}
fHTopPtWeight->Fill(TMath::Sqrt(Weight));
}
if (gSampleName == "TTJets_MadSpin" && nGenLepton != 2) return;
if (gSampleName == "TTJets_matchingup" && nGenLepton != 2) return;
if (gSampleName == "TTJets_matchingdown" && nGenLepton != 2) return;
if (gSampleName == "TTJets_scaleup" && nGenLepton != 2) return;
if (gSampleName == "TTJets_scaledown" && nGenLepton != 2) return;
if (gSampleName == "TTJetsFullLeptMGtauola" && nGenLepton != 2) return;
// Fill Gen Info
//----------------------------------------------------------------------------
TLorentzVector lep,jet;
Float_t minDRmu(999.),minDRel(999.);
for (UInt_t jt=0; jt<T_Gen_bSt3_Energy->size(); jt++){
jet.SetPxPyPzE(T_Gen_bSt3_Px->at(jt),T_Gen_bSt3_Py->at(jt),T_Gen_bSt3_Pz->at(jt), T_Gen_bSt3_Energy->at(jt));
for (UInt_t mu=0; mu<T_Gen_MuonSt3_Energy->size(); mu++){
lep.SetPxPyPzE(T_Gen_MuonSt3_Px->at(mu),T_Gen_MuonSt3_Py->at(mu),
T_Gen_MuonSt3_Pz->at(mu),T_Gen_MuonSt3_Energy->at(mu));
if (minDRmu > lep.DeltaR(jet)) minDRmu = lep.DeltaR(jet);
}
for (UInt_t el=0; el<T_Gen_ElecSt3_Energy->size(); el++){
lep.SetPxPyPzE(T_Gen_ElecSt3_Px->at(el),T_Gen_ElecSt3_Py->at(el),
T_Gen_ElecSt3_Pz->at(el),T_Gen_ElecSt3_Energy->at(el));
if (minDRel > lep.DeltaR(jet)) minDRel = lep.DeltaR(jet);
}
}
fHDeltaRLepJet[Muon] -> Fill(minDRmu);
fHDeltaRLepJet[Elec] -> Fill(minDRel);
#endif
// Accept only events with a good vertex
//----------------------------------------------------------------------------
if (SelectedVertexIndex() < 0) return;
// Fill Yields...
//----------------------------------------------------------------------------
FillYields();
// Get SS Yields...
fChargeSwitch = true;
FillYields(); /// Get SS yields....
fChargeSwitch = false;
// Fill DY DD histograms
if (gSampleName == "DoubleMu" ||
gSampleName == "DoubleElectron" ||
gSampleName == "MuEG" ||
gSampleName == "DYJets_Madgraph" ||
gSampleName == "ZJets_Madgraph") {
FillDYHistograms();
}
// Fill Yields for syst. studies (only for MC)
//----------------------------------------------------------------------------
if (gIsData) return;
if (!gDoSystStudies) return;
////////////////////////////////////////
// BTAGGING SYSTEMATICS
////////////////////////////////////////
ResetOriginalObjects();
gSysSource = BtagUp;
SetEventObjects();
FillYields(BtagUp);
fChargeSwitch = true;
FillYields(BtagUp); /* Get SS yields....*/
fChargeSwitch = false;
ResetOriginalObjects();
gSysSource = BtagDown;
SetEventObjects();
FillYields(BtagDown);
fChargeSwitch = true;
FillYields(BtagDown); /// Get SS yields....
fChargeSwitch = false;
ResetOriginalObjects();
gSysSource = MisTagUp;
SetEventObjects();
FillYields(MisTagUp);
fChargeSwitch = true;
FillYields(MisTagUp); /// Get SS yields....
fChargeSwitch = false;
ResetOriginalObjects();
gSysSource = MisTagDown;
SetEventObjects();
FillYields(MisTagDown);
fChargeSwitch = true;
FillYields(MisTagDown); /// Get SS yields....
fChargeSwitch = false;
////////////////////////////////////////
// JES/JER SYSTEMATICS
////////////////////////////////////////
ResetOriginalObjects();
SmearJetPts(1);
gSysSource = JESUp;
SetEventObjects();
FillYields(JESUp);
fChargeSwitch = true;
FillYields(JESUp); /// Get SS yields....
fChargeSwitch = false;
ResetOriginalObjects();
SmearJetPts(2);
gSysSource = JESDown;
SetEventObjects();
FillYields(JESDown);
fChargeSwitch = true;
FillYields(JESDown); /// Get SS yields....
fChargeSwitch = false;
ResetOriginalObjects();
SmearJetPts(3);
gSysSource = JER;
SetEventObjects();
FillYields(JER);
fChargeSwitch = true;
FillYields(JER); /// Get SS yields....
fChargeSwitch = false;
/////////////////////////////////////////////////////////////
// LEPTON SCALE SYSTEMATICS
////////////////////////////////////////////////////
ResetOriginalObjects();
ScaleLeptons(1); //up
gSysSource = LESUp;
SetEventObjects();
FillYields(LESUp);
fChargeSwitch = true;
FillYields(LESUp); /// Get SS yields....
fChargeSwitch = false;
ResetOriginalObjects();
ScaleLeptons(2); //down
gSysSource = LESDown;
SetEventObjects();
FillYields(LESDown);
fChargeSwitch = true;
FillYields(LESDown); /// Get SS yields....
fChargeSwitch = false;
/* ResetOriginalObjects();
gSysSource = LepUp;
SetEventObjects();
FillYields(LepUp);
fChargeSwitch = true;
FillYields(LepUp); /// Get SS yields....
fChargeSwitch = false;
ResetOriginalObjects();
gSysSource = LepDown;
SetEventObjects();
FillYields(LepDown);
fChargeSwitch = true;
FillYields(LepDown); /// Get SS yields....
fChargeSwitch = false;
ResetOriginalObjects();
gSysSource = TrigUp;
SetEventObjects();
FillYields(TrigUp);
fChargeSwitch = true;
FillYields(TrigUp); /// Get SS yields....
fChargeSwitch = false;
ResetOriginalObjects();
gSysSource = TrigDown;
SetEventObjects();
FillYields(TrigDown);
fChargeSwitch = true;
FillYields(TrigDown); /// Get SS yields....
fChargeSwitch = false;
*/
// PILE UP UNCERTAINTY
ResetOriginalObjects();
#ifdef __ISMC
PUSF = fPUWeightUp->GetWeight((int)T_Event_nTruePU);
#endif
gSysSource = PUUp;
SetEventObjects();
FillYields(PUUp);
ResetOriginalObjects();
#ifdef __ISMC
PUSF = fPUWeightDown->GetWeight((int)T_Event_nTruePU);
#endif
gSysSource = PUDown;
SetEventObjects();
FillYields(PUDown);
// TOP PT
ResetOriginalObjects();
gSysSource = TopPt;
SetEventObjects();
FillYields(TopPt);
fChargeSwitch = true;
FillYields(TopPt); /// Get SS yields....
fChargeSwitch = false;
//
}// void(InsideLoop)
//------------------------------------------------------------------------------
// SetDataMembersAtTermination
//------------------------------------------------------------------------------
void TreeAnalysisTop::SetDataMembersAtTermination(){
GetParameters();
// WriteHistos();
}
void TreeAnalysisTop::WriteHistos(){
}
//------------------------------------------------------------------------------
// Summary
//------------------------------------------------------------------------------
void TreeAnalysisTop::Summary(){
// AnalysisTree = ((TTree*) FindOutput("AnalysisTree"));
// cout << "---------------------------------------------------" <<endl;
// cout << "Number of entries in the Tree= " << AnalysisTree->GetEntries() <<endl;
// cout << "---------------------------------------------------" <<endl;
}
//------------------------------------------------------------------------------
// GetParameters
//------------------------------------------------------------------------------
void TreeAnalysisTop::GetParameters()
{
gSampleName = GetInputParameters()->TheNamedString("sampleName");
GetInputParameters()->TheNamedBool ("IsData" , gIsData);
GetInputParameters()->TheNamedFloat("weight" , gWeight); // cross section / events in the sample
GetInputParameters()->TheNamedFloat("LumiForPU" , gLumiForPU);
GetInputParameters()->TheNamedFloat("TotalLumi" , gTotalLumi);
GetInputParameters()->TheNamedBool ("DoSystStudies", gDoSystStudies);
GetInputParameters()->TheNamedBool ("UseCSVM" , gUseCSVM);
GetInputParameters()->TheNamedBool ("DoSF" , gDoSF);
GetInputParameters()->TheNamedBool ("DoDF" , gDoDF);
GetInputParameters()->TheNamedFloat("stopMass" , gStopMass);
GetInputParameters()->TheNamedFloat("lspMass" , gLspMass );
// GetInputParameters()->TheNamedInt("SystDirection", gSysDirection);
}
//-----------------------------------------------------------------------------------
// SET / RESET METHODS
//-----------------------------------------------------------------------------------
void TreeAnalysisTop::ResetHypLeptons(){
TLorentzVector vec(0., 0., 0., 0.);
fHypLepton1 = lepton(vec, 0, -1, -1);
fHypLepton2 = lepton(vec, 0, -1, -1);
}
//------------------------------------------------------------------------------
// SelectedVertexIndex
//------------------------------------------------------------------------------
Int_t TreeAnalysisTop::SelectedVertexIndex()
{
Int_t goodVertexIndex = -999;
nGoodVertex = 0;
for (UInt_t iVertex=0; iVertex<T_Vertex_z->size(); iVertex++) {
if (fabs(T_Vertex_z ->at(iVertex)) < 24 &&
T_Vertex_rho ->at(iVertex) < 2 &&
T_Vertex_ndof ->at(iVertex) > 4 &&
!T_Vertex_isFake->at(iVertex)) {
nGoodVertex++;
if (nGoodVertex == 1) goodVertexIndex = iVertex;
}
}
return goodVertexIndex;
}
//------------------------------------------------------------------------------
// TRIGGER INFORMATION
//------------------------------------------------------------------------------
bool TreeAnalysisTop::PassTriggerMuMu()
{
Bool_t pass = T_passTriggerDoubleMu;
if (T_Event_RunNumber==191090 || T_Event_RunNumber==193112 || T_Event_RunNumber==193116) pass=false;
return pass;
}
bool TreeAnalysisTop::PassTriggerEE()
{
Bool_t pass = T_passTriggerDoubleEl;
if (T_Event_RunNumber==191090 || T_Event_RunNumber==193112 || T_Event_RunNumber==193116) pass=false;
return pass;
}
bool TreeAnalysisTop::PassTriggerEMu()
{
Bool_t pass = T_passTriggerElMu;
if (T_Event_RunNumber==191090 || T_Event_RunNumber==193112 || T_Event_RunNumber==193116) pass=false;
return pass;
}
//////////////////////////////////////////////////////////////////
/// Get METHODS
/////////////////////////////////////////////////////////////////
float TreeAnalysisTop::getHT(){
float ht(0);
for (unsigned int i=0; i<Jet.size(); i++) ht+=Jet[i].p.Pt();
return ht;
}
float TreeAnalysisTop::getJetPtIndex(unsigned int ind){
if (Jet.size() <= ind) return -999.;
return Jet[ind].p.Pt();
}
float TreeAnalysisTop::getBtagJetPtIndex(unsigned int ind){
if (Jet.size() <= ind) return -999.;
Int_t btagInd = 0;
if (ind==0) btagInd = getLeadingJetbTag();
else return -999.;
return Jet[btagInd].p.Pt();
}
float TreeAnalysisTop::getMT(int ind, gChannel chan){
// Calculates MT
TLorentzVector pmet, plep;
if (chan == Muon) plep.SetPxPyPzE(MuPx.at(ind), MuPy.at(ind), T_Muon_Pz->at(ind), T_Muon_Energy->at(ind));
if (chan == Elec) plep.SetPxPyPzE(ElPx.at(ind), ElPy.at(ind), T_Elec_Pz->at(ind), T_Elec_Energy->at(ind));
pmet.SetPtEtaPhiM(getMET(), 0., getMETPhi(), 0.);
double ETlept = sqrt(plep.M2() + plep.Perp2());
double MT = sqrt( 2*(ETlept*getMET() - plep.Px()*pmet.Px() - plep.Py()*pmet.Py()));
return MT;
}
float TreeAnalysisTop::getJERScale(int jet){
float eta = T_JetAKCHS_Eta->at(jet);
if( TMath::Abs(eta) < 0.5) return 1.052;
else if(TMath::Abs(eta) < 1.1) return 1.057;
else if(TMath::Abs(eta) < 1.7) return 1.096;
else if(TMath::Abs(eta) < 2.3) return 1.134;
else return 1.288;
}
float TreeAnalysisTop::getErrPt(float Pt, float Eta) {
float InvPerr2;
float N(0.), S(0.), C(0.), m(0.);
if(TMath::Abs(Eta) < 0.5 ) {
N = 3.96859;
S = 0.18348;
C = 0.;
m = 0.62627;
} else if( TMath::Abs(Eta) < 1. ) {
N = 3.55226;
S = 0.24026;
C = 0.;
m = 0.52571;
} else if( TMath::Abs(Eta) < 1.5 ) {
N = 4.54826;
S = 0.22652;
C = 0.;
m = 0.58963;
} else if( TMath::Abs(Eta) < 2. ) {
N = 4.62622;
S = 0.23664;
C = 0.;
m = 0.48738;
} else if( TMath::Abs(Eta) < 2.5 ) {
N = 2.53324;
S = 0.34306;
C = 0.;
m = 0.28662;
} else if( TMath::Abs(Eta) < 3. ) {
N = -3.33814;
S = 0.73360;
C = 0.;
m = 0.08264;
} else if( TMath::Abs(Eta) < 5. ) {
N = 2.95397;
S = 0.11619;
C = 0.;
m = 0.96086;
}
// this is the absolute resolution (squared), not sigma(pt)/pt
// so have to multiply by pt^2, thats why m+1 instead of m-1
InvPerr2 = (N * TMath::Abs(N) ) + (S * S) * pow(Pt, m+1) + (C * C) * Pt * Pt ;
return sqrt(InvPerr2);
}
float TreeAnalysisTop::getLeptonError(gChannel chan){
float err1(0.), err2(0.);
if (chan==Muon){
err1 = fLeptonSF->GetTightMuonSF_err(fHypLepton1.p.Pt(), fHypLepton1.p.Eta());
err2 = fLeptonSF->GetTightMuonSF_err(fHypLepton2.p.Pt(), fHypLepton2.p.Eta());
}
if (chan==ElMu){
err1 = fLeptonSF->GetTightMuonSF_err (fHypLepton1.p.Pt(), fHypLepton1.p.Eta());
err2 = fLeptonSF->GetTightElectronSF_err(fHypLepton2.p.Pt(), fHypLepton2.p.Eta());
}
if (chan==Elec){
err1 = fLeptonSF->GetTightElectronSF_err(fHypLepton1.p.Pt(), fHypLepton1.p.Eta());
err2 = fLeptonSF->GetTightElectronSF_err(fHypLepton2.p.Pt(), fHypLepton2.p.Eta());
}
return TMath::Sqrt(err1*err1+err2*err2);
}
float TreeAnalysisTop::getTriggerError(gChannel chan){
float trig(0.);
if (chan==Muon) trig = fLeptonSF->GetDoubleMuSF_err(fHypLepton1.p.Eta(),fHypLepton2.p.Eta());
if (chan==ElMu) trig = fLeptonSF->GetMuEGSF_err (fHypLepton2.p.Eta(),fHypLepton1.p.Eta());
if (chan==Elec) trig = fLeptonSF->GetDoubleElSF_err(fHypLepton1.p.Eta(),fHypLepton2.p.Eta());
return trig;
}
float TreeAnalysisTop::getSF(gChannel chan) {
if (gIsData) return 1.; //Don't scale data
float id1(1.),id2(1.), trig(1.);
if (chan == Muon){
id1 = fLeptonSF->GetTightMuonSF(fHypLepton1.p.Pt(), fHypLepton1.p.Eta());
id2 = fLeptonSF->GetTightMuonSF(fHypLepton2.p.Pt(), fHypLepton2.p.Eta());
trig = fLeptonSF->GetDoubleMuSF (fHypLepton1.p.Eta(),fHypLepton2.p.Eta());
// if (gSysSource == LepDown)
}
else if (chan == Elec){
id1 = fLeptonSF->GetTightElectronSF(fHypLepton1.p.Pt(), fHypLepton1.p.Eta());
id2 = fLeptonSF->GetTightElectronSF(fHypLepton2.p.Pt(), fHypLepton2.p.Eta());
trig = fLeptonSF->GetDoubleElSF (fHypLepton1.p.Eta(),fHypLepton2.p.Eta());
}
else if (chan == ElMu){
id1 = fLeptonSF->GetTightMuonSF (fHypLepton1.p.Pt(), fHypLepton1.p.Eta());
id2 = fLeptonSF->GetTightElectronSF(fHypLepton2.p.Pt(), fHypLepton2.p.Eta());
trig = fLeptonSF->GetMuEGSF (fHypLepton2.p.Eta(),fHypLepton1.p.Eta());
}
return (PUSF*id1*id2*trig);
}
// Return SF of the pt of the top. Only apply SF if the process is ttbar
float TreeAnalysisTop::getTopPtSF()
{
Float_t Weight = 1.;
if (!gSampleName.Contains("TTJets")) return Weight;
if (gSysSource == TopPt) {
#ifdef __ISMC
if (T_Gen_tSt3_Px->size() != 2) return Weight;
TLorentzVector top;
Float_t topSF = 0.;
for (size_t t=0; t<T_Gen_tSt3_Px->size(); t++) {
top.SetPxPyPzE(T_Gen_tSt3_Px->at(t),T_Gen_tSt3_Py->at(t),T_Gen_tSt3_Pz->at(t),T_Gen_tSt3_Energy->at(t));
Float_t pt = TMath::Min(top.Pt(), 400.);
// topSF = TMath::Exp(0.148 - 0.00129 * pt);
topSF = TMath::Exp(0.156 - 0.00137 * pt);
Weight *= topSF;
}
Weight = TMath::Sqrt(Weight);
#endif
}
return Weight;
}
void TreeAnalysisTop::FillDYHistograms(){
float Mll = 0.;
if (PassTriggerEMu() && IsElMuEvent()){
// Define Hypothesis Leptons...
EventWeight = gWeight * getSF(ElMu);
Mll = (fHypLepton1.p+fHypLepton2.p).M();
if (PassesMllVeto() && PassesMuonEta2p1(ElMu) && Passes3rdLeptonVeto()){
fHDY_InvMassVsNPV [ElMu][iDilepton]->Fill(nGoodVertex, Mll, EventWeight);
fHDY_InvMassVsMET [ElMu][iDilepton]->Fill(getMET() , Mll, EventWeight);
fHDY_InvMassVsNjets [ElMu][iDilepton]->Fill(getNJets() , Mll, EventWeight);
fHDY_InvMassVsNbtags[ElMu][iDilepton]->Fill(getNBTags(), Mll, EventWeight);
fHDY_InvMass [ElMu][iDilepton]->Fill( Mll, EventWeight);
if (PassesMETCut()) {
fHDY_InvMassVsNPV [ElMu][iMET]->Fill(nGoodVertex, Mll, EventWeight);
fHDY_InvMassVsMET [ElMu][iMET]->Fill(getMET() , Mll, EventWeight);
fHDY_InvMassVsNjets [ElMu][iMET]->Fill(getNJets() , Mll, EventWeight);
fHDY_InvMassVsNbtags[ElMu][iMET]->Fill(getNBTags(), Mll, EventWeight);
fHDY_InvMass [ElMu][iMET]->Fill( Mll, EventWeight);
if (PassesNJetsCut()) {
fHDY_InvMassVsNPV [ElMu][i2jets]->Fill(nGoodVertex, Mll, EventWeight);
fHDY_InvMassVsMET [ElMu][i2jets]->Fill(getMET() , Mll, EventWeight);
fHDY_InvMassVsNjets [ElMu][i2jets]->Fill(getNJets() , Mll, EventWeight);
fHDY_InvMassVsNbtags[ElMu][i2jets]->Fill(getNBTags(), Mll, EventWeight);
fHDY_InvMass [ElMu][i2jets]->Fill( Mll, EventWeight);
if (PassesNBtagCut()) {
fHDY_InvMassVsNPV [ElMu][i1btag]->Fill(nGoodVertex, Mll, EventWeight);
fHDY_InvMassVsMET [ElMu][i1btag]->Fill(getMET() , Mll, EventWeight);
fHDY_InvMassVsNjets [ElMu][i1btag]->Fill(getNJets() , Mll, EventWeight);
fHDY_InvMassVsNbtags[ElMu][i1btag]->Fill(getNBTags(), Mll, EventWeight);
fHDY_InvMass [ElMu][i1btag]->Fill( Mll, EventWeight);
}
}
}
if (getNBTags() == 1){
fHDY_InvMassVsNPV [ElMu][iExact1btag]->Fill(nGoodVertex, Mll, EventWeight);
fHDY_InvMassVsMET [ElMu][iExact1btag]->Fill(getMET() , Mll, EventWeight);
fHDY_InvMassVsNjets [ElMu][iExact1btag]->Fill(getNJets() , Mll, EventWeight);
fHDY_InvMassVsNbtags[ElMu][iExact1btag]->Fill(getNBTags(), Mll, EventWeight);
fHDY_InvMass [ElMu][iExact1btag]->Fill( Mll, EventWeight);
}
if (getNBTags() == 2){
fHDY_InvMassVsNPV [ElMu][iExact2btag]->Fill(nGoodVertex, Mll, EventWeight);
fHDY_InvMassVsMET [ElMu][iExact2btag]->Fill(getMET() , Mll, EventWeight);
fHDY_InvMassVsNjets [ElMu][iExact2btag]->Fill(getNJets() , Mll, EventWeight);
fHDY_InvMassVsNbtags[ElMu][iExact2btag]->Fill(getNBTags(), Mll, EventWeight);
fHDY_InvMass [ElMu][iExact2btag]->Fill( Mll, EventWeight);
}
}
}
ResetHypLeptons();
if (PassTriggerMuMu() && IsMuMuEvent()){
EventWeight = gWeight * getSF(Muon);
Mll = (fHypLepton1.p+fHypLepton2.p).M();
if (PassesMllVeto() && PassesMuonEta2p1(Muon) && Passes3rdLeptonVeto()){
fHDY_InvMassVsNPV [Muon][iDilepton]->Fill(nGoodVertex, Mll, EventWeight);
fHDY_InvMassVsMET [Muon][iDilepton]->Fill(getMET() , Mll, EventWeight);
fHDY_InvMassVsNjets [Muon][iDilepton]->Fill(getNJets() , Mll, EventWeight);
fHDY_InvMassVsNbtags[Muon][iDilepton]->Fill(getNBTags(), Mll, EventWeight);
fHDY_InvMass [Muon][iDilepton]->Fill( Mll, EventWeight);
if (PassesMETCut()) {
fHDY_InvMassVsNPV [Muon][iMET]->Fill(nGoodVertex, Mll, EventWeight);
fHDY_InvMassVsMET [Muon][iMET]->Fill(getMET() , Mll, EventWeight);
fHDY_InvMassVsNjets [Muon][iMET]->Fill(getNJets() , Mll, EventWeight);
fHDY_InvMassVsNbtags[Muon][iMET]->Fill(getNBTags(), Mll, EventWeight);
fHDY_InvMass [Muon][iMET]->Fill( Mll, EventWeight);
if (getNBTags() == 1){
fHDY_InvMassVsNPV [Muon][iExact1btag]->Fill(nGoodVertex, Mll, EventWeight);
fHDY_InvMassVsMET [Muon][iExact1btag]->Fill(getMET() , Mll, EventWeight);
fHDY_InvMassVsNjets [Muon][iExact1btag]->Fill(getNJets() , Mll, EventWeight);
fHDY_InvMassVsNbtags[Muon][iExact1btag]->Fill(getNBTags(), Mll, EventWeight);
fHDY_InvMass [Muon][iExact1btag]->Fill( Mll, EventWeight);
}
if (getNBTags() == 2){
fHDY_InvMassVsNPV [Muon][iExact2btag]->Fill(nGoodVertex, Mll, EventWeight);
fHDY_InvMassVsMET [Muon][iExact2btag]->Fill(getMET() , Mll, EventWeight);
fHDY_InvMassVsNjets [Muon][iExact2btag]->Fill(getNJets() , Mll, EventWeight);
fHDY_InvMassVsNbtags[Muon][iExact2btag]->Fill(getNBTags(), Mll, EventWeight);
fHDY_InvMass [Muon][iExact2btag]->Fill( Mll, EventWeight);
}
if (PassesNJetsCut()) {
fHDY_InvMassVsNPV [Muon][i2jets]->Fill(nGoodVertex, Mll, EventWeight);
fHDY_InvMassVsMET [Muon][i2jets]->Fill(getMET() , Mll, EventWeight);
fHDY_InvMassVsNjets [Muon][i2jets]->Fill(getNJets() , Mll, EventWeight);
fHDY_InvMassVsNbtags[Muon][i2jets]->Fill(getNBTags(), Mll, EventWeight);
fHDY_InvMass [Muon][i2jets]->Fill( Mll, EventWeight);
if (PassesNBtagCut()) {
fHDY_InvMassVsNPV [Muon][i1btag]->Fill(nGoodVertex, Mll, EventWeight);
fHDY_InvMassVsMET [Muon][i1btag]->Fill(getMET() , Mll, EventWeight);
fHDY_InvMassVsNjets [Muon][i1btag]->Fill(getNJets() , Mll, EventWeight);
fHDY_InvMassVsNbtags[Muon][i1btag]->Fill(getNBTags(), Mll, EventWeight);
fHDY_InvMass [Muon][i1btag]->Fill( Mll, EventWeight);
}
}
}
}
}
ResetHypLeptons();
if (PassTriggerEE() && IsElElEvent()){
EventWeight = gWeight * getSF(Elec);
Mll = (fHypLepton1.p+fHypLepton2.p).M();
if (PassesMllVeto() && PassesMuonEta2p1(Elec) && Passes3rdLeptonVeto()){
fHDY_InvMassVsNPV [Elec][iDilepton]->Fill(nGoodVertex, Mll, EventWeight);
fHDY_InvMassVsMET [Elec][iDilepton]->Fill(getMET() , Mll, EventWeight);
fHDY_InvMassVsNjets [Elec][iDilepton]->Fill(getNJets() , Mll, EventWeight);
fHDY_InvMassVsNbtags[Elec][iDilepton]->Fill(getNBTags(), Mll, EventWeight);
fHDY_InvMass [Elec][iDilepton]->Fill( Mll, EventWeight);
if (PassesMETCut()) {
fHDY_InvMassVsNPV [Elec][iMET]->Fill(nGoodVertex, Mll, EventWeight);
fHDY_InvMassVsMET [Elec][iMET]->Fill(getMET() , Mll, EventWeight);
fHDY_InvMassVsNjets [Elec][iMET]->Fill(getNJets() , Mll, EventWeight);
fHDY_InvMassVsNbtags[Elec][iMET]->Fill(getNBTags(), Mll, EventWeight);
fHDY_InvMass [Elec][iMET]->Fill( Mll, EventWeight);
if (getNBTags() == 1){
fHDY_InvMassVsNPV [Elec][iExact1btag]->Fill(nGoodVertex, Mll, EventWeight);
fHDY_InvMassVsMET [Elec][iExact1btag]->Fill(getMET() , Mll, EventWeight);
fHDY_InvMassVsNjets [Elec][iExact1btag]->Fill(getNJets() , Mll, EventWeight);
fHDY_InvMassVsNbtags[Elec][iExact1btag]->Fill(getNBTags(), Mll, EventWeight);
fHDY_InvMass [Elec][iExact1btag]->Fill( Mll, EventWeight);
}
if (getNBTags() == 2){
fHDY_InvMassVsNPV [Elec][iExact2btag]->Fill(nGoodVertex, Mll, EventWeight);
fHDY_InvMassVsMET [Elec][iExact2btag]->Fill(getMET() , Mll, EventWeight);
fHDY_InvMassVsNjets [Elec][iExact2btag]->Fill(getNJets() , Mll, EventWeight);
fHDY_InvMassVsNbtags[Elec][iExact2btag]->Fill(getNBTags(), Mll, EventWeight);
fHDY_InvMass [Elec][iExact2btag]->Fill( Mll, EventWeight);
}
if (PassesNJetsCut()) {
fHDY_InvMassVsNPV [Elec][i2jets]->Fill(nGoodVertex, Mll, EventWeight);
fHDY_InvMassVsMET [Elec][i2jets]->Fill(getMET() , Mll, EventWeight);
fHDY_InvMassVsNjets [Elec][i2jets]->Fill(getNJets() , Mll, EventWeight);
fHDY_InvMassVsNbtags[Elec][i2jets]->Fill(getNBTags(), Mll, EventWeight);
fHDY_InvMass [Elec][i2jets]->Fill( Mll, EventWeight);
if (PassesNBtagCut()) {
fHDY_InvMassVsNPV [Elec][i1btag]->Fill(nGoodVertex, Mll, EventWeight);
fHDY_InvMassVsMET [Elec][i1btag]->Fill(getMET() , Mll, EventWeight);
fHDY_InvMassVsNjets [Elec][i1btag]->Fill(getNJets() , Mll, EventWeight);
fHDY_InvMassVsNbtags[Elec][i1btag]->Fill(getNBTags(), Mll, EventWeight);
fHDY_InvMass [Elec][i1btag]->Fill( Mll, EventWeight);
}
}
}
}
}