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step1_for2018LJMet.cc
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step1_for2018LJMet.cc
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#define step1_cxx
#include "step1.h"
#include <fstream>
#include <iostream> // std::cout
#include <algorithm> // std::sort
#include <TH2.h>
#include <TF1.h>
#include <TStyle.h>
#include <TCanvas.h>
#include <TRandom.h>
#include <TRandom3.h>
#include <sstream>
#include <string>
#include <vector>
#include <TH3.h>
#include "lwtnn/lwtnn/interface/parse_json.hh"
#include "lwtnn/lwtnn/interface/LightweightNeuralNetwork.hh"
using namespace std;
// ----------------------------------------------------------------------------
// DNN stuff
// ----------------------------------------------------------------------------
std::string dnnFileTT = "vlq_mlp_3by10_060920_TT2018_test90.json"; //change to TT file X
std::ifstream input_cfgTT( dnnFileTT );
lwt::JSONConfig cfgTT = lwt::parse_json(input_cfgTT);
lwt::LightweightNeuralNetwork* lwtnnTT = new lwt::LightweightNeuralNetwork(cfgTT.inputs, cfgTT.layers, cfgTT.outputs);
std::string dnnFileBB = "vlq_mlp_3by10_060920_BB2018_test67.json"; //change to BB file X
std::ifstream input_cfgBB( dnnFileBB );
lwt::JSONConfig cfgBB = lwt::parse_json(input_cfgBB);
lwt::LightweightNeuralNetwork* lwtnnBB = new lwt::LightweightNeuralNetwork(cfgBB.inputs, cfgBB.layers, cfgBB.outputs);
// ----------------------------------------------------------------------------
// Define functions
// ----------------------------------------------------------------------------
bool comparepair( const std::pair<double,int> a, const std::pair<double,int> b) { return a.first > b.first; }
TRandom3 Rand;
const double MTOP = 173.5;
const double MW = 80.4;
bool step1::applySF(bool& isTagged, float tag_SF, float tag_eff, float jet_phi){
bool newTag = isTagged;
if (tag_SF == 1) return newTag; //no correction needed
//throw die
Rand.SetSeed(jet_phi*10e4);
float coin = Rand.Uniform(1.);
if(tag_SF > 1){ // use this if SF>1
if( !isTagged ) {
//fraction of jets that need to be upgraded
float mistagPercent = (1.0 - tag_SF) / (1.0 - (tag_SF/tag_eff) );
//upgrade to tagged
if( coin < mistagPercent ) {newTag = true;}
}
}
else{ // use this if SF<1
//downgrade tagged to untagged
if( isTagged && coin > tag_SF ) {newTag = false;}
}
return newTag;
}
enum shift:char{ central, uncert };
double step1::GetBtagSF2018Medium_comb(shift Shift, double pt, double eta){
if(pt > 1000.) pt = 1000.;
if(fabs(eta) > 2.5 or pt<20.) return 1.0;
switch(Shift){
case uncert:
if(pt<30) return 0.065904870629310608;
else if(pt<50) return 0.015055687166750431;
else if(pt<70) return 0.013506759889423847;
else if(pt<100) return 0.015106724575161934;
else if(pt<140) return 0.014620178379118443;
else if(pt<200) return 0.012161554768681526;
else if(pt<300) return 0.016239689663052559;
else if(pt<600) return 0.039990410208702087;
else return 0.068454340100288391;
case central:
default:
return 0.909339+(0.00354*(log(pt+19)*(log(pt+18)*(3-(0.471623*log(pt+18))))));
}//end switch on shift
}
double step1::GetCtagSF2018Medium_comb(shift Shift, double pt, double eta){
// SFs are identical with 3x uncertainty as B tag, checked for '18
if(pt > 1000.) pt = 1000.;
if(fabs(eta) > 2.5 or pt<20.) return 1.0;
switch(Shift){
case uncert: return 3.0 * GetBtagSF2018Medium_comb(uncert, pt, eta);
case central:
default: return GetBtagSF2018Medium_comb(central, pt, eta);
}//end switch on shift
}
double step1::GetLFSF2018Medium( shift Shift, double pt, double eta){
if(pt > 1000.) pt = 1000.;
if(fabs(eta) > 2.4 or pt<20.) return 1.;
switch(Shift){
case uncert:
return (1.6329+-0.00160255*pt+1.9899e-06*pt*pt+-6.72613e-10*pt*pt*pt)*(0.122811+0.000162564*pt+-1.66422e-07*pt*pt);
case central:
default:
return 1.6329+-0.00160255*pt+1.9899e-06*pt*pt+-6.72613e-10*pt*pt*pt;
}//end switch Shift
}
double step1::GetBtagEfficiency(double pt){
// Efficiencies from TT powheg sample for Moriond17.
//See distribution in /uscms_data/d3/jmanagan/EffsAndNewWeights/TagEffsM17/BEff.png
//Uses hadronFlavour() rather than partonFlavour() as recommended in BTV physics plenary CMS Week 10/2015
if(pt < 30) return 0.403823;
else if(pt < 50) return 0.618852;
else if(pt < 70) return 0.679287;
else if(pt < 100) return 0.706293;
else if(pt < 140) return 0.717887;
else if(pt < 200) return 0.713093;
else if(pt < 300) return 0.670051;
else if(pt < 400) return 0.59587;
else if(pt < 500) return 0.531372;
else if(pt < 600) return 0.483849;
else if(pt < 800) return 0.417429;
else if(pt < 1000) return 0.30052;
else if(pt < 1200) return 0.20051;
else return 0.124058;
}
double step1::GetCtagEfficiency(double pt){
if(pt < 30) return 0.055637;
else if(pt < 50) return 0.089934;
else if(pt < 70) return 0.09309;
else if(pt < 100) return 0.099994;
else if(pt < 140) return 0.108785;
else if(pt < 200) return 0.114926;
else if(pt < 300) return 0.110015;
else if(pt < 400) return 0.093696;
else if(pt < 500) return 0.087263;
else if(pt < 600) return 0.068838;
else if(pt < 800) return 0.047241;
else if(pt < 1000) return 0.022655;
else if(pt < 1200) return 0.015532;
else return 0.008043;
}
double step1::GetMistagRate(double pt){
// Mistag rates from TT powheg sample for Moriond17.
//See distribution in /uscms_data/d3/jmanagan/EffsAndNewWeights/TagEffsM17/BEff.png
//Uses hadronFlavour() rather than partonFlavour() as recommended in BTV physics plenary CMS Week 10/2015
if(pt < 30) return 0.00308;
else if(pt < 50) return 0.007497;
else if(pt < 70) return 0.006558;
else if(pt < 100) return 0.006771;
else if(pt < 140) return 0.00761;
else if(pt < 200) return 0.008422;
else if(pt < 300) return 0.009002;
else if(pt < 400) return 0.00957;
else if(pt < 500) return 0.010041;
else if(pt < 600) return 0.00947;
else if(pt < 800) return 0.007225;
else if(pt < 1000) return 0.00395;
else if(pt < 1200) return 0.002117;
else return 0.001617;
}
void step1::saveHistograms()
{
TH1D* numhist = (TH1D*)inputFile->Get("mcweightanalyzer/NumTrueHist");
TH1D* wgthist = (TH1D*)inputFile->Get("mcweightanalyzer/weightHist");
outputFile->cd();
numhist->Write();
wgthist->Write();
}
// ----------------------------------------------------------------------------
// MAIN EVENT LOOP
// ----------------------------------------------------------------------------
void step1::Loop(TString inTreeName, TString outTreeName)
{
// ----------------------------------------------------------------------------
// Turn on input tree branches
// ----------------------------------------------------------------------------
inputTree = (TTree*)inputFile->Get(inTreeName+"/"+inTreeName);
if (inputTree == 0) return;
if(inputTree->GetEntries() == 0){
std::cout << "WARNING! Found 0 events in the tree!!!" << std::endl;
return;
}
Init(inputTree);
if(outTreeName.Contains("BTAGup")) {isBUp = true; isBDn = false; isLUp = false; isLDn = false; isNominal = false;}
else if(outTreeName.Contains("BTAGdown")) {isBUp = false; isBDn = true; isLUp = false; isLDn = false; isNominal = false;}
else if(outTreeName.Contains("LTAGup")) {isBUp = false; isBDn = false; isLUp = true; isLDn = false; isNominal = false;}
else if(outTreeName.Contains("LTAGdown")) {isBUp = false; isBDn = false; isLUp = false; isLDn = true; isNominal = false;}
else {isBUp = false; isBDn = false; isLUp = false; isLDn = false; isNominal = true;}
std::map<std::string,double> myMapTT;
std::map<std::string,double> varMapTT;
std::map<std::string,double> myMapBB;
std::map<std::string,double> varMapBB;
inputTree->SetBranchStatus("*",0);
//Event info
inputTree->SetBranchStatus("event_CommonCalc",1);
inputTree->SetBranchStatus("run_CommonCalc",1);
inputTree->SetBranchStatus("lumi_CommonCalc",1);
inputTree->SetBranchStatus("nPV_MultiLepCalc",1);
inputTree->SetBranchStatus("nTrueInteractions_MultiLepCalc",1);
inputTree->SetBranchStatus("MCWeight_MultiLepCalc",1);
inputTree->SetBranchStatus("LHEweightids_MultiLepCalc",1);
inputTree->SetBranchStatus("LHEweights_MultiLepCalc",1);
inputTree->SetBranchStatus("NewPDFweights_MultiLepCalc",1);
inputTree->SetBranchStatus("HTfromHEPUEP_MultiLepCalc",1);
inputTree->SetBranchStatus("L1NonPrefiringProb_CommonCalc",1);
inputTree->SetBranchStatus("L1NonPrefiringProbUp_CommonCalc",1);
inputTree->SetBranchStatus("L1NonPrefiringProbDown_CommonCalc",1);
inputTree->SetBranchStatus("isTHBW_TpTpCalc",1);
inputTree->SetBranchStatus("isTHTH_TpTpCalc",1);
inputTree->SetBranchStatus("isBWBW_TpTpCalc",1);
inputTree->SetBranchStatus("isTZBW_TpTpCalc",1);
inputTree->SetBranchStatus("isTZTH_TpTpCalc",1);
inputTree->SetBranchStatus("isTZTZ_TpTpCalc",1);
inputTree->SetBranchStatus("isBHTW_TpTpCalc",1);
inputTree->SetBranchStatus("isBHBH_TpTpCalc",1);
inputTree->SetBranchStatus("isTWTW_TpTpCalc",1);
inputTree->SetBranchStatus("isBZTW_TpTpCalc",1);
inputTree->SetBranchStatus("isBZBH_TpTpCalc",1);
inputTree->SetBranchStatus("isBZBZ_TpTpCalc",1);
inputTree->SetBranchStatus("tPrimePt_TpTpCalc",1);
inputTree->SetBranchStatus("NLeptonDecays_TpTpCalc",1);
//triggers
inputTree->SetBranchStatus("vsSelMCTriggersEl_MultiLepCalc",1);
inputTree->SetBranchStatus("viSelMCTriggersEl_MultiLepCalc",1);
inputTree->SetBranchStatus("vsSelMCTriggersMu_MultiLepCalc",1);
inputTree->SetBranchStatus("viSelMCTriggersMu_MultiLepCalc",1);
inputTree->SetBranchStatus("vsSelTriggersEl_MultiLepCalc",1);
inputTree->SetBranchStatus("viSelTriggersEl_MultiLepCalc",1);
inputTree->SetBranchStatus("vsSelTriggersMu_MultiLepCalc",1);
inputTree->SetBranchStatus("viSelTriggersMu_MultiLepCalc",1);
//electrons
inputTree->SetBranchStatus("elPt_MultiLepCalc",1);
inputTree->SetBranchStatus("elEta_MultiLepCalc",1);
inputTree->SetBranchStatus("elPhi_MultiLepCalc",1);
inputTree->SetBranchStatus("elEnergy_MultiLepCalc",1);
// inputTree->SetBranchStatus("elMVAValue_MultiLepCalc",1);
inputTree->SetBranchStatus("elMiniIso_MultiLepCalc",1);
//muons
inputTree->SetBranchStatus("muPt_MultiLepCalc",1);
inputTree->SetBranchStatus("muEta_MultiLepCalc",1);
inputTree->SetBranchStatus("muPhi_MultiLepCalc",1);
inputTree->SetBranchStatus("muEnergy_MultiLepCalc",1);
inputTree->SetBranchStatus("muMiniIso_MultiLepCalc",1);
//missing et
inputTree->SetBranchStatus("corr_met_MultiLepCalc",1);
inputTree->SetBranchStatus("corr_met_phi_MultiLepCalc",1);
inputTree->SetBranchStatus("corr_metmod_MultiLepCalc",1);
inputTree->SetBranchStatus("corr_metmod_phi_MultiLepCalc",1);
//boosted truth
inputTree->SetBranchStatus("HadronicVHtPt_JetSubCalc",1);
inputTree->SetBranchStatus("HadronicVHtEta_JetSubCalc",1);
inputTree->SetBranchStatus("HadronicVHtPhi_JetSubCalc",1);
inputTree->SetBranchStatus("HadronicVHtEnergy_JetSubCalc",1);
inputTree->SetBranchStatus("HadronicVHtID_JetSubCalc",1);
inputTree->SetBranchStatus("HadronicVHtD0Pt_JetSubCalc",1);
inputTree->SetBranchStatus("HadronicVHtD0Eta_JetSubCalc",1);
inputTree->SetBranchStatus("HadronicVHtD0Phi_JetSubCalc",1);
inputTree->SetBranchStatus("HadronicVHtD0E_JetSubCalc",1);
inputTree->SetBranchStatus("HadronicVHtD1Pt_JetSubCalc",1);
inputTree->SetBranchStatus("HadronicVHtD1Eta_JetSubCalc",1);
inputTree->SetBranchStatus("HadronicVHtD1Phi_JetSubCalc",1);
inputTree->SetBranchStatus("HadronicVHtD1E_JetSubCalc",1);
inputTree->SetBranchStatus("HadronicVHtD2Pt_JetSubCalc",1);
inputTree->SetBranchStatus("HadronicVHtD2Eta_JetSubCalc",1);
inputTree->SetBranchStatus("HadronicVHtD2Phi_JetSubCalc",1);
inputTree->SetBranchStatus("HadronicVHtD2E_JetSubCalc",1);
//JetSubCalc
inputTree->SetBranchStatus("theJetHFlav_JetSubCalc",1);
inputTree->SetBranchStatus("theJetPFlav_JetSubCalc",1);
inputTree->SetBranchStatus("theJetPt_JetSubCalc",1);
inputTree->SetBranchStatus("theJetEta_JetSubCalc",1);
inputTree->SetBranchStatus("theJetPhi_JetSubCalc",1);
inputTree->SetBranchStatus("theJetEnergy_JetSubCalc",1);
inputTree->SetBranchStatus("AK4JetDeepCSVb_MultiLepCalc",1);
inputTree->SetBranchStatus("AK4JetDeepCSVbb_MultiLepCalc",1);
inputTree->SetBranchStatus("AK4JetDeepFlavb_MultiLepCalc",1);
inputTree->SetBranchStatus("AK4JetDeepFlavbb_MultiLepCalc",1);
inputTree->SetBranchStatus("AK4JetDeepFlavlepb_MultiLepCalc",1);
inputTree->SetBranchStatus("theJetAK8DoubleB_JetSubCalc",1);
inputTree->SetBranchStatus("theJetBTag_bSFup_JetSubCalc",1);
inputTree->SetBranchStatus("theJetBTag_bSFdn_JetSubCalc",1);
inputTree->SetBranchStatus("theJetBTag_lSFup_JetSubCalc",1);
inputTree->SetBranchStatus("theJetBTag_lSFdn_JetSubCalc",1);
inputTree->SetBranchStatus("theJetBTag_JetSubCalc",1);
inputTree->SetBranchStatus("theJetAK8Pt_JetSubCalc",1);
inputTree->SetBranchStatus("theJetAK8Eta_JetSubCalc",1);
inputTree->SetBranchStatus("theJetAK8Phi_JetSubCalc",1);
inputTree->SetBranchStatus("theJetAK8Mass_JetSubCalc",1);
inputTree->SetBranchStatus("theJetAK8Energy_JetSubCalc",1);
inputTree->SetBranchStatus("theJetAK8NjettinessTau1_JetSubCalc",1);
inputTree->SetBranchStatus("theJetAK8NjettinessTau2_JetSubCalc",1);
inputTree->SetBranchStatus("theJetAK8NjettinessTau3_JetSubCalc",1);
inputTree->SetBranchStatus("theJetAK8CHSTau1_JetSubCalc",1);
inputTree->SetBranchStatus("theJetAK8CHSTau2_JetSubCalc",1);
inputTree->SetBranchStatus("theJetAK8CHSTau3_JetSubCalc",1);
inputTree->SetBranchStatus("theJetAK8CHSPrunedMass_JetSubCalc",1);
inputTree->SetBranchStatus("theJetAK8CHSSoftDropMass_JetSubCalc",1);
inputTree->SetBranchStatus("theJetAK8SoftDropRaw_JetSubCalc",1);
inputTree->SetBranchStatus("theJetAK8SoftDropCorr_JetSubCalc",1);
inputTree->SetBranchStatus("theJetAK8SoftDrop_JetSubCalc",1);
inputTree->SetBranchStatus("theJetAK8SDSubjetNDeepCSVMSF_JetSubCalc",1);
inputTree->SetBranchStatus("theJetAK8SDSubjetNDeepCSVL_JetSubCalc",1);
inputTree->SetBranchStatus("theJetAK8SDSubjetHFlav_JetSubCalc",1);
inputTree->SetBranchStatus("theJetAK8SDSubjetIndex_JetSubCalc",1);
inputTree->SetBranchStatus("theJetAK8SDSubjetSize_JetSubCalc",1);
//DeepAK8
inputTree->SetBranchStatus("dnn_B_DeepAK8Calc",1);
inputTree->SetBranchStatus("dnn_C_DeepAK8Calc",1);
inputTree->SetBranchStatus("dnn_J_DeepAK8Calc",1);
inputTree->SetBranchStatus("dnn_W_DeepAK8Calc",1);
inputTree->SetBranchStatus("dnn_Z_DeepAK8Calc",1);
inputTree->SetBranchStatus("dnn_H_DeepAK8Calc",1);
inputTree->SetBranchStatus("dnn_largest_DeepAK8Calc",1);
inputTree->SetBranchStatus("dnn_T_DeepAK8Calc",1);
//JetSubCalc
inputTree->SetBranchStatus("maxProb_JetSubCalc",1);
//top
inputTree->SetBranchStatus("ttbarMass_TTbarMassCalc",1);
inputTree->SetBranchStatus("topMass_TTbarMassCalc",1);
inputTree->SetBranchStatus("allTopsEnergy_TTbarMassCalc",1);
inputTree->SetBranchStatus("allTopsEta_TTbarMassCalc",1);
inputTree->SetBranchStatus("allTopsPhi_TTbarMassCalc",1);
inputTree->SetBranchStatus("allTopsPt_TTbarMassCalc",1);
inputTree->SetBranchStatus("allTopsID_TTbarMassCalc",1);
inputTree->SetBranchStatus("allTopsStatus_TTbarMassCalc",1);
// ----------------------------------------------------------------------------
// Create output tree and define branches
// ----------------------------------------------------------------------------
// OUTPUT FILE
outputFile->cd();
TTree *outputTree = new TTree(outTreeName,outTreeName);
TH2D *TTconfusionD = new TH2D("TTconfusionD",";tagged decay;true decay",10,0,10,6,0,6);
TH2D *TTconfusionN = new TH2D("TTconfusionN",";tagged decay;true decay",10,0,10,6,0,6);
TH2D *BBconfusionD = new TH2D("BBconfusionD",";tagged decay;true decay",7,0,7,6,0,6);
TH2D *BBconfusionN = new TH2D("BBconfusionN",";tagged decay;true decay",7,0,7,6,0,6);
// Common things
outputTree->Branch("event_CommonCalc",&event_CommonCalc,"event_CommonCalc/L");
outputTree->Branch("run_CommonCalc",&run_CommonCalc,"run_CommonCalc/I");
outputTree->Branch("lumi_CommonCalc",&lumi_CommonCalc,"lumi_CommonCalc/I");
outputTree->Branch("nPV_MultiLepCalc",&nPV_MultiLepCalc,"nPV_MultiLepCalc/I");
outputTree->Branch("nTrueInteractions_MultiLepCalc",&nTrueInteractions_MultiLepCalc,"nTrueInteractions_MultiLepCalc/I");
outputTree->Branch("isElectron",&isElectron,"isElectron/I");
outputTree->Branch("isMuon",&isMuon,"isMuon/I");
outputTree->Branch("MCPastTrigger",&MCPastTrigger,"MCPastTrigger/I");
outputTree->Branch("DataPastTrigger",&DataPastTrigger,"DataPastTrigger/I");
outputTree->Branch("L1NonPrefiringProb_CommonCalc",&L1NonPrefiringProb_CommonCalc,"L1NonPrefiringProb_CommonCalc/D");
outputTree->Branch("L1NonPrefiringProbUp_CommonCalc",&L1NonPrefiringProbUp_CommonCalc,"L1NonPrefiringProbUp_CommonCalc/D");
outputTree->Branch("L1NonPrefiringProbDown_CommonCalc",&L1NonPrefiringProbDown_CommonCalc,"L1NonPrefiringProbDown_CommonCalc/D");
// Tprime generator
outputTree->Branch("isTHBW_TpTpCalc",&isTHBW_TpTpCalc,"isTHBW_TpTpCalc/O");
outputTree->Branch("isTHTH_TpTpCalc",&isTHTH_TpTpCalc,"isTHTH_TpTpCalc/O");
outputTree->Branch("isBWBW_TpTpCalc",&isBWBW_TpTpCalc,"isBWBW_TpTpCalc/O");
outputTree->Branch("isTZBW_TpTpCalc",&isTZBW_TpTpCalc,"isTZBW_TpTpCalc/O");
outputTree->Branch("isTZTH_TpTpCalc",&isTZTH_TpTpCalc,"isTZTH_TpTpCalc/O");
outputTree->Branch("isTZTZ_TpTpCalc",&isTZTZ_TpTpCalc,"isTZTZ_TpTpCalc/O");
outputTree->Branch("isBHTW_TpTpCalc",&isBHTW_TpTpCalc,"isBHTW_TpTpCalc/O");
outputTree->Branch("isBHBH_TpTpCalc",&isBHBH_TpTpCalc,"isBHBH_TpTpCalc/O");
outputTree->Branch("isTWTW_TpTpCalc",&isTWTW_TpTpCalc,"isTWTW_TpTpCalc/O");
outputTree->Branch("isBZTW_TpTpCalc",&isBZTW_TpTpCalc,"isBZTW_TpTpCalc/O");
outputTree->Branch("isBZBH_TpTpCalc",&isBZBH_TpTpCalc,"isBZBH_TpTpCalc/O");
outputTree->Branch("isBZBZ_TpTpCalc",&isBZBZ_TpTpCalc,"isBZBZ_TpTpCalc/O");
outputTree->Branch("tPrimePt_TpTpCalc",&tPrimePt_TpTpCalc,"tPrimePt_TpTpCalc/O");
outputTree->Branch("NLeptonDecays_TpTpCalc",&NLeptonDecays_TpTpCalc,"NLeptonDecays_TpTpCalc/I");
outputTree->Branch("MCWeight_MultiLepCalc",&MCWeight_MultiLepCalc,"MCWeight_MultiLepCalc/D");
// weights
outputTree->Branch("renormWeights",&renormWeights);
outputTree->Branch("pdfWeights",&pdfWeights);
outputTree->Branch("pdfWeights4LHC",&pdfWeights4LHC);
outputTree->Branch("pdfWeightsMSTW",&pdfWeightsMSTW);
outputTree->Branch("pdfNewWeights",&pdfNewWeights);
outputTree->Branch("pdfNewNominalWeight",&pdfNewNominalWeight,"pdfNewNominalWeight/F");
outputTree->Branch("pileupWeight",&pileupWeight,"pileupWeight/F");
outputTree->Branch("pileupWeightUp",&pileupWeightUp,"pileupWeightUp/F");
outputTree->Branch("pileupWeightDown",&pileupWeightDown,"pileupWeightDown/F");
outputTree->Branch("HTSF_Pol",&HTSF_Pol,"HTSF_Pol/F");
outputTree->Branch("HTSF_PolUp",&HTSF_PolUp,"HTSF_PolUp/F");
outputTree->Branch("HTSF_PolDn",&HTSF_PolDn,"HTSF_PolDn/F");
outputTree->Branch("HT_Corr",&HT_Corr,"HT_Corr/F");
outputTree->Branch("HT_CorrUp",&HT_CorrUp,"HT_CorrUp/F");
outputTree->Branch("HT_CorrDn",&HT_CorrDn,"HT_CorrDn/F");
outputTree->Branch("tpt_Corr",&tpt_Corr,"tpt_Corr/F");
outputTree->Branch("tpt_CorrUp",&tpt_CorrUp,"tpt_CorrUp/F");
outputTree->Branch("tpt_CorrDn",&tpt_CorrDn,"tpt_CorrDn/F");
outputTree->Branch("topPtWeight13TeV",&topPtWeight13TeV,"topPtWeight13TeV/F");
outputTree->Branch("EGammaGsfSF",&EGammaGsfSF,"EGammaGsfSF/F");
outputTree->Branch("lepIdSF",&lepIdSF,"lepIdSF/F");
outputTree->Branch("isoSF",&isoSF,"isoSF/F");
outputTree->Branch("triggSF",&triggSF,"triggSF/F");
outputTree->Branch("triggSFUncert",&triggSFUncert,"triggSFUncert/F");
outputTree->Branch("muPtSF",&muPtSF,"muPtSF/F");
// ttbar generator
outputTree->Branch("ttbarMass_TTbarMassCalc",&ttbarMass_TTbarMassCalc,"ttbarMass_TTbarMassCalc/D");
outputTree->Branch("genTopPt",&genTopPt,"genTopPt/F");
outputTree->Branch("genAntiTopPt",&genAntiTopPt,"genAntiTopPt/F");
// leptons
outputTree->Branch("corr_met_MultiLepCalc",&corr_met_MultiLepCalc,"corr_met_MultiLepCalc/D");
outputTree->Branch("corr_met_phi_MultiLepCalc",&corr_met_phi_MultiLepCalc,"corr_met_phi_MultiLepCalc/D");
outputTree->Branch("corr_metmod_MultiLepCalc",&corr_metmod_MultiLepCalc,"corr_metmod_MultiLepCalc/D");
outputTree->Branch("corr_metmod_phi_MultiLepCalc",&corr_metmod_phi_MultiLepCalc,"corr_metmod_phi_MultiLepCalc/D");
outputTree->Branch("leptonPt_MultiLepCalc",&leptonPt_MultiLepCalc,"leptonPt_MultiLepCalc/F");
outputTree->Branch("leptonEta_MultiLepCalc",&leptonEta_MultiLepCalc,"leptonEta_MultiLepCalc/F");
outputTree->Branch("leptonPhi_MultiLepCalc",&leptonPhi_MultiLepCalc,"leptonPhi_MultiLepCalc/F");
outputTree->Branch("leptonEnergy_MultiLepCalc",&leptonEnergy_MultiLepCalc,"leptonEnergy_MultiLepCalc/F");
outputTree->Branch("leptonMVAValue_MultiLepCalc",&leptonMVAValue_MultiLepCalc,"leptonMVAValue_MultiLepCalc/F");
outputTree->Branch("leptonMiniIso_MultiLepCalc",&leptonMiniIso_MultiLepCalc,"leptonMiniIso_MultiLepCalc/F");
outputTree->Branch("MT_lepMet",&MT_lepMet,"MT_lepMet/F");
outputTree->Branch("MT_lepMetmod",&MT_lepMetmod,"MT_lepMetmod/F");
outputTree->Branch("minDPhi_MetJet",&minDPhi_MetJet,"minDPhi_MetJet/F");
// AK4
outputTree->Branch("theJetPt_JetSubCalc_PtOrdered",&theJetPt_JetSubCalc_PtOrdered);
outputTree->Branch("theJetEta_JetSubCalc_PtOrdered",&theJetEta_JetSubCalc_PtOrdered);
outputTree->Branch("theJetPhi_JetSubCalc_PtOrdered",&theJetPhi_JetSubCalc_PtOrdered);
outputTree->Branch("theJetEnergy_JetSubCalc_PtOrdered",&theJetEnergy_JetSubCalc_PtOrdered);
outputTree->Branch("AK4JetDeepCSVb_MultiLepCalc_PtOrdered",&AK4JetDeepCSVb_MultiLepCalc_PtOrdered);
outputTree->Branch("AK4JetDeepCSVbb_MultiLepCalc_PtOrdered",&AK4JetDeepCSVbb_MultiLepCalc_PtOrdered);
outputTree->Branch("AK4JetDeepFlavb_MultiLepCalc_PtOrdered",&AK4JetDeepFlavb_MultiLepCalc_PtOrdered);
outputTree->Branch("AK4JetDeepFlavbb_MultiLepCalc_PtOrdered",&AK4JetDeepFlavbb_MultiLepCalc_PtOrdered);
outputTree->Branch("AK4JetDeepFlavlepb_MultiLepCalc_PtOrdered",&AK4JetDeepFlavlepb_MultiLepCalc_PtOrdered);
outputTree->Branch("theJetHFlav_JetSubCalc_PtOrdered",&theJetHFlav_JetSubCalc_PtOrdered);
outputTree->Branch("theJetPFlav_JetSubCalc_PtOrdered",&theJetPFlav_JetSubCalc_PtOrdered);
outputTree->Branch("theJetBTag_JetSubCalc_PtOrdered",&theJetBTag_JetSubCalc_PtOrdered);
outputTree->Branch("theJetBTagDeepCSV_JetSubCalc_PtOrdered",&theJetBTagDeepCSV_JetSubCalc_PtOrdered);
outputTree->Branch("AK4HTpMETpLepPt",&AK4HTpMETpLepPt,"AK4HTpMETpLepPt/F");
outputTree->Branch("AK4HT",&AK4HT,"AK4HT/F");
outputTree->Branch("NJets_JetSubCalc",&NJets_JetSubCalc,"NJets_JetSubCalc/I");
outputTree->Branch("NJetsDeepFlav_JetSubCalc",&NJetsDeepFlav_JetSubCalc,"NJetsDeepFlav_JetSubCalc/I");
outputTree->Branch("NJetsDeepCSV_JetSubCalc",&NJetsDeepCSV_JetSubCalc,"NJetsDeepCSV_JetSubCalc/I");
outputTree->Branch("NJetsDeepFlavwithSF_JetSubCalc",&NJetsDeepFlavwithSF_JetSubCalc,"NJetsDeepFlavwithSF_JetSubCalc/I");
outputTree->Branch("NJetsDeepCSVwithSF_JetSubCalc",&NJetsDeepCSVwithSF_JetSubCalc,"NJetsDeepCSVwithSF_JetSubCalc/I");
outputTree->Branch("deltaR_lepMinMlb",&deltaR_lepMinMlb,"deltaR_lepMinMlb/F");
outputTree->Branch("deltaR_lepMinMlj",&deltaR_lepMinMlj,"deltaR_lepMinMlj/F");
outputTree->Branch("minMleppBjet",&minMleppBjet,"minMleppBjet/F");
outputTree->Branch("minMleppJet",&minMleppJet,"minMleppJet/F");
outputTree->Branch("minDR_lepJet",&minDR_lepJet,"minDR_lepJet/F");
outputTree->Branch("ptRel_lepJet",&ptRel_lepJet,"ptRel_lepJet/F");
outputTree->Branch("deltaR_lepJets",&deltaR_lepJets);
outputTree->Branch("deltaR_lepBJets",&deltaR_lepBJets);
// jet truth
outputTree->Branch("HadronicVHtID_JetSubCalc",&HadronicVHtID_JetSubCalc);
outputTree->Branch("HadronicVHtPt_JetSubCalc",&HadronicVHtPt_JetSubCalc);
outputTree->Branch("HadronicVHtEta_JetSubCalc",&HadronicVHtEta_JetSubCalc);
outputTree->Branch("HadronicVHtPhi_JetSubCalc",&HadronicVHtPhi_JetSubCalc);
outputTree->Branch("HadronicVHtEnergy_JetSubCalc",&HadronicVHtEnergy_JetSubCalc);
outputTree->Branch("theJetAK8Wmatch_JetSubCalc_PtOrdered",&theJetAK8Wmatch_JetSubCalc_PtOrdered);
outputTree->Branch("theJetAK8Tmatch_JetSubCalc_PtOrdered",&theJetAK8Tmatch_JetSubCalc_PtOrdered);
outputTree->Branch("theJetAK8Zmatch_JetSubCalc_PtOrdered",&theJetAK8Zmatch_JetSubCalc_PtOrdered);
outputTree->Branch("theJetAK8Hmatch_JetSubCalc_PtOrdered",&theJetAK8Hmatch_JetSubCalc_PtOrdered);
outputTree->Branch("theJetAK8MatchedPt_JetSubCalc_PtOrdered",&theJetAK8MatchedPt_JetSubCalc_PtOrdered);
outputTree->Branch("theJetAK8Truth_JetSubCalc_PtOrdered",&theJetAK8Truth_JetSubCalc_PtOrdered);
// AK8
outputTree->Branch("NJetsAK8_JetSubCalc",&NJetsAK8_JetSubCalc,"NJetsAK8_JetSubCalc/I");
outputTree->Branch("theJetAK8Pt_JetSubCalc_PtOrdered",&theJetAK8Pt_JetSubCalc_PtOrdered);
outputTree->Branch("theJetAK8Eta_JetSubCalc_PtOrdered",&theJetAK8Eta_JetSubCalc_PtOrdered);
outputTree->Branch("theJetAK8Phi_JetSubCalc_PtOrdered",&theJetAK8Phi_JetSubCalc_PtOrdered);
outputTree->Branch("theJetAK8Mass_JetSubCalc_PtOrdered",&theJetAK8Mass_JetSubCalc_PtOrdered);
outputTree->Branch("theJetAK8Energy_JetSubCalc_PtOrdered",&theJetAK8Energy_JetSubCalc_PtOrdered);
outputTree->Branch("minDR_leadAK8otherAK8",&minDR_leadAK8otherAK8,"minDR_leadAK8otherAK8/F");
outputTree->Branch("minDR_lepAK8",&minDR_lepAK8,"minDR_lepAK8/F");
outputTree->Branch("ptRel_lepAK8",&ptRel_lepAK8,"ptRel_lepAK8/F");
outputTree->Branch("deltaR_lepAK8s",&deltaR_lepAK8s);
// mass + sub tagging
outputTree->Branch("maxProb_JetSubCalc_PtOrdered",&maxProb_JetSubCalc_PtOrdered);
outputTree->Branch("theJetAK8CHSPrunedMass_JetSubCalc_PtOrdered",&theJetAK8CHSPrunedMass_JetSubCalc_PtOrdered);
outputTree->Branch("theJetAK8CHSSoftDropMass_JetSubCalc_PtOrdered",&theJetAK8CHSSoftDropMass_JetSubCalc_PtOrdered);
outputTree->Branch("theJetAK8SoftDropRaw_JetSubCalc_PtOrdered",&theJetAK8SoftDropRaw_PtOrdered);
outputTree->Branch("theJetAK8SoftDropCorr_JetSubCalc_PtOrdered",&theJetAK8SoftDropCorr_PtOrdered);
outputTree->Branch("theJetAK8DoubleB_JetSubCalc_PtOrdered",&theJetAK8DoubleB_JetSubCalc_PtOrdered);
outputTree->Branch("theJetAK8SoftDrop_PtOrdered",&theJetAK8SoftDrop_PtOrdered);
outputTree->Branch("theJetAK8NjettinessTau1_JetSubCalc_PtOrdered",&theJetAK8NjettinessTau1_JetSubCalc_PtOrdered);
outputTree->Branch("theJetAK8NjettinessTau2_JetSubCalc_PtOrdered",&theJetAK8NjettinessTau2_JetSubCalc_PtOrdered);
outputTree->Branch("theJetAK8NjettinessTau3_JetSubCalc_PtOrdered",&theJetAK8NjettinessTau3_JetSubCalc_PtOrdered);
outputTree->Branch("theJetAK8CHSTau1_JetSubCalc_PtOrdered",&theJetAK8CHSTau1_JetSubCalc_PtOrdered);
outputTree->Branch("theJetAK8CHSTau2_JetSubCalc_PtOrdered",&theJetAK8CHSTau2_JetSubCalc_PtOrdered);
outputTree->Branch("theJetAK8CHSTau3_JetSubCalc_PtOrdered",&theJetAK8CHSTau3_JetSubCalc_PtOrdered);
outputTree->Branch("theJetAK8SDSubjetIndex_JetSubCalc_PtOrdered",&theJetAK8SDSubjetIndex_JetSubCalc_PtOrdered);
outputTree->Branch("theJetAK8SDSubjetSize_JetSubCalc_PtOrdered",&theJetAK8SDSubjetSize_JetSubCalc_PtOrdered);
outputTree->Branch("theJetAK8SDSubjetNDeepCSVMSF_JetSubCalc_PtOrdered",&theJetAK8SDSubjetNDeepCSVMSF_JetSubCalc_PtOrdered);
outputTree->Branch("theJetAK8SDSubjetNDeepCSVL_JetSubCalc_PtOrdered",&theJetAK8SDSubjetNDeepCSVL_JetSubCalc_PtOrdered);
// DeepAK8 tagging
outputTree->Branch("dnn_largest_DeepAK8Calc_PtOrdered",&dnn_largest_DeepAK8Calc_PtOrdered);
outputTree->Branch("dnn_B_DeepAK8Calc_PtOrdered",&dnn_B_DeepAK8Calc_PtOrdered);
outputTree->Branch("dnn_J_DeepAK8Calc_PtOrdered",&dnn_J_DeepAK8Calc_PtOrdered);
outputTree->Branch("dnn_W_DeepAK8Calc_PtOrdered",&dnn_W_DeepAK8Calc_PtOrdered);
outputTree->Branch("dnn_Z_DeepAK8Calc_PtOrdered",&dnn_Z_DeepAK8Calc_PtOrdered);
outputTree->Branch("dnn_H_DeepAK8Calc_PtOrdered",&dnn_H_DeepAK8Calc_PtOrdered);
outputTree->Branch("dnn_T_DeepAK8Calc_PtOrdered",&dnn_T_DeepAK8Calc_PtOrdered);
outputTree->Branch("probSum_DeepAK8_decay",&probSum_DeepAK8_decay,"probSum_DeepAK8_decay/F");
outputTree->Branch("probSum_DeepAK8_all",&probSum_DeepAK8_all,"probSum_DeepAK8_all/F");
outputTree->Branch("probSum_DeepAK8_four",&probSum_DeepAK8_four,"probSum_DeepAK8_four/F");
outputTree->Branch("nB_DeepAK8",&nB_DeepAK8,"nB_DeepAK8/I");
outputTree->Branch("nH_DeepAK8",&nH_DeepAK8,"nH_DeepAK8/I");
outputTree->Branch("nJ_DeepAK8",&nJ_DeepAK8,"nJ_DeepAK8/I");
outputTree->Branch("nT_DeepAK8",&nT_DeepAK8,"nT_DeepAK8/I");
outputTree->Branch("nW_DeepAK8",&nW_DeepAK8,"nW_DeepAK8/I");
outputTree->Branch("nZ_DeepAK8",&nZ_DeepAK8,"nZ_DeepAK8/I");
outputTree->Branch("DeepAK8SF_TeffUp",&DeepAK8SF_TeffUp,"DeepAK8SF_TeffUp/F");
outputTree->Branch("DeepAK8SF_HeffUp",&DeepAK8SF_HeffUp,"DeepAK8SF_HeffUp/F");
outputTree->Branch("DeepAK8SF_ZeffUp",&DeepAK8SF_ZeffUp,"DeepAK8SF_ZeffUp/F");
outputTree->Branch("DeepAK8SF_WeffUp",&DeepAK8SF_WeffUp,"DeepAK8SF_WeffUp/F");
outputTree->Branch("DeepAK8SF_BeffUp",&DeepAK8SF_BeffUp,"DeepAK8SF_BeffUp/F");
outputTree->Branch("DeepAK8SF_JeffUp",&DeepAK8SF_JeffUp,"DeepAK8SF_JeffUp/F");
outputTree->Branch("DeepAK8SF_TmisUp",&DeepAK8SF_TmisUp,"DeepAK8SF_TmisUp/F");
outputTree->Branch("DeepAK8SF_HmisUp",&DeepAK8SF_HmisUp,"DeepAK8SF_HmisUp/F");
outputTree->Branch("DeepAK8SF_ZmisUp",&DeepAK8SF_ZmisUp,"DeepAK8SF_ZmisUp/F");
outputTree->Branch("DeepAK8SF_WmisUp",&DeepAK8SF_WmisUp,"DeepAK8SF_WmisUp/F");
outputTree->Branch("DeepAK8SF_BmisUp",&DeepAK8SF_BmisUp,"DeepAK8SF_BmisUp/F");
outputTree->Branch("DeepAK8SF_JmisUp",&DeepAK8SF_JmisUp,"DeepAK8SF_JmisUp/F");
outputTree->Branch("DeepAK8SF_TeffDn",&DeepAK8SF_TeffDn,"DeepAK8SF_TeffDn/F");
outputTree->Branch("DeepAK8SF_HeffDn",&DeepAK8SF_HeffDn,"DeepAK8SF_HeffDn/F");
outputTree->Branch("DeepAK8SF_ZeffDn",&DeepAK8SF_ZeffDn,"DeepAK8SF_ZeffDn/F");
outputTree->Branch("DeepAK8SF_WeffDn",&DeepAK8SF_WeffDn,"DeepAK8SF_WeffDn/F");
outputTree->Branch("DeepAK8SF_BeffDn",&DeepAK8SF_BeffDn,"DeepAK8SF_BeffDn/F");
outputTree->Branch("DeepAK8SF_JeffDn",&DeepAK8SF_JeffDn,"DeepAK8SF_JeffDn/F");
outputTree->Branch("DeepAK8SF_TmisDn",&DeepAK8SF_TmisDn,"DeepAK8SF_TmisDn/F");
outputTree->Branch("DeepAK8SF_HmisDn",&DeepAK8SF_HmisDn,"DeepAK8SF_HmisDn/F");
outputTree->Branch("DeepAK8SF_ZmisDn",&DeepAK8SF_ZmisDn,"DeepAK8SF_ZmisDn/F");
outputTree->Branch("DeepAK8SF_WmisDn",&DeepAK8SF_WmisDn,"DeepAK8SF_WmisDn/F");
outputTree->Branch("DeepAK8SF_BmisDn",&DeepAK8SF_BmisDn,"DeepAK8SF_BmisDn/F");
outputTree->Branch("DeepAK8SF_JmisDn",&DeepAK8SF_JmisDn,"DeepAK8SF_JmisDn/F");
// VLQ reco
outputTree->Branch("W_mass",&W_mass,"W_mass/F");
outputTree->Branch("W_pt",&W_pt,"W_pt/F");
outputTree->Branch("W_dRLep",&W_dRLep,"W_dRLep/F");
outputTree->Branch("t_mass",&t_mass,"t_mass/F");
outputTree->Branch("t_pt",&t_pt,"t_pt/F");
outputTree->Branch("t_dRWb",&t_dRWb,"t_dRWb/F");
outputTree->Branch("deltaR_leptonicparticle_AK8_PtOrdered",&deltaR_leptonicparticle_AK8_PtOrdered);
outputTree->Branch("isLeptonic_t",&isLeptonic_t,"isLeptonic_t/O");
outputTree->Branch("isLeptonic_W",&isLeptonic_W,"isLeptonic_W/O");
outputTree->Branch("Tprime1_DeepAK8_Mass",&Tprime1_DeepAK8_Mass,"Tprime1_DeepAK8_Mass/F");
outputTree->Branch("Tprime2_DeepAK8_Mass",&Tprime2_DeepAK8_Mass,"Tprime2_DeepAK8_Mass/F");
outputTree->Branch("Tprime1_DeepAK8_Pt",&Tprime1_DeepAK8_Pt,"Tprime1_DeepAK8_Pt/F");
outputTree->Branch("Tprime2_DeepAK8_Pt",&Tprime2_DeepAK8_Pt,"Tprime2_DeepAK8_Pt/F");
outputTree->Branch("Tprime1_DeepAK8_Eta",&Tprime1_DeepAK8_Eta,"Tprime1_DeepAK8_Eta/F");
outputTree->Branch("Tprime2_DeepAK8_Eta",&Tprime2_DeepAK8_Eta,"Tprime2_DeepAK8_Eta/F");
outputTree->Branch("Tprime1_DeepAK8_Phi",&Tprime1_DeepAK8_Phi,"Tprime1_DeepAK8_Phi/F");
outputTree->Branch("Tprime2_DeepAK8_Phi",&Tprime2_DeepAK8_Phi,"Tprime2_DeepAK8_Phi/F");
outputTree->Branch("Tprime1_DeepAK8_deltaR",&Tprime1_DeepAK8_deltaR,"Tprime1_DeepAK8_deltaR/F");
outputTree->Branch("Tprime2_DeepAK8_deltaR",&Tprime2_DeepAK8_deltaR,"Tprime2_DeepAK8_deltaR/F");
outputTree->Branch("isValidTTDecayMode_DeepAK8",&validTDecay_DeepAK8,"validTDecay_DeepAK8/O");
outputTree->Branch("taggedBWBW_DeepAK8",&taggedBWBW_DeepAK8,"taggedBWBW_DeepAK8/O");
outputTree->Branch("taggedTHBW_DeepAK8",&taggedTHBW_DeepAK8,"taggedTHBW_DeepAK8/O");
outputTree->Branch("taggedTHTH_DeepAK8",&taggedTHTH_DeepAK8,"taggedTHTH_DeepAK8/O");
outputTree->Branch("taggedTZBW_DeepAK8",&taggedTZBW_DeepAK8,"taggedTZBW_DeepAK8/O");
outputTree->Branch("taggedTZTH_DeepAK8",&taggedTZTH_DeepAK8,"taggedTZTH_DeepAK8/O");
outputTree->Branch("taggedTZTZ_DeepAK8",&taggedTZTZ_DeepAK8,"taggedTZTZ_DeepAK8/O");
outputTree->Branch("highPtAK8Jet1_SoftDropCorrectedMass",&highPtAK8Jet1_SoftDropCorrectedMass,"highPtAK8Jet1_SoftDropCorrectedMass/F");
outputTree->Branch("highPtAK8Jet2_SoftDropCorrectedMass",&highPtAK8Jet2_SoftDropCorrectedMass,"highPtAK8Jet2_SoftDropCorrectedMass/F");
outputTree->Branch("highPtAK8Jet3_SoftDropCorrectedMass",&highPtAK8Jet3_SoftDropCorrectedMass,"highPtAK8Jet3_SoftDropCorrectedMass/F");
outputTree->Branch("leptonicTprimeJetIDs_DeepAK8",&leptonicTprimeJetIDs_DeepAK8);
outputTree->Branch("hadronicTprimeJetIDs_DeepAK8",&hadronicTprimeJetIDs_DeepAK8);
outputTree->Branch("Bprime1_DeepAK8_Mass",&Bprime1_DeepAK8_Mass,"Bprime1_DeepAK8_Mass/F");
outputTree->Branch("Bprime2_DeepAK8_Mass",&Bprime2_DeepAK8_Mass,"Bprime2_DeepAK8_Mass/F");
outputTree->Branch("Bprime1_DeepAK8_Pt",&Bprime1_DeepAK8_Pt,"Bprime1_DeepAK8_Pt/F");
outputTree->Branch("Bprime2_DeepAK8_Pt",&Bprime2_DeepAK8_Pt,"Bprime2_DeepAK8_Pt/F");
outputTree->Branch("Bprime1_DeepAK8_Eta",&Bprime1_DeepAK8_Eta,"Bprime1_DeepAK8_Eta/F");
outputTree->Branch("Bprime2_DeepAK8_Eta",&Bprime2_DeepAK8_Eta,"Bprime2_DeepAK8_Eta/F");
outputTree->Branch("Bprime1_DeepAK8_Phi",&Bprime1_DeepAK8_Phi,"Bprime1_DeepAK8_Phi/F");
outputTree->Branch("Bprime2_DeepAK8_Phi",&Bprime2_DeepAK8_Phi,"Bprime2_DeepAK8_Phi/F");
outputTree->Branch("Bprime1_DeepAK8_deltaR",&Bprime1_DeepAK8_deltaR,"Bprime1_DeepAK8_deltaR/F");
outputTree->Branch("Bprime2_DeepAK8_deltaR",&Bprime2_DeepAK8_deltaR,"Bprime2_DeepAK8_deltaR/F");
outputTree->Branch("isValidBBDecayMode_DeepAK8",&validBDecay_DeepAK8,"validBDecay_DeepAK8/O");
outputTree->Branch("taggedTWTW_DeepAK8",&taggedTWTW_DeepAK8,"taggedTWTW_DeepAK8/O");
outputTree->Branch("taggedBHTW_DeepAK8",&taggedBHTW_DeepAK8,"taggedBZTW_DeepAK8/O");
outputTree->Branch("taggedBZTW_DeepAK8",&taggedBZTW_DeepAK8,"taggedBHTW_DeepAK8/O");
outputTree->Branch("leptonicBprimeJetIDs_DeepAK8",&leptonicBprimeJetIDs_DeepAK8);
outputTree->Branch("hadronicBprimeJetIDs_DeepAK8",&hadronicBprimeJetIDs_DeepAK8);
// VLQ dnn output
outputTree->Branch("dnn_WJets",&dnn_WJets,"dnn_WJets/F");
outputTree->Branch("dnn_ttbar",&dnn_ttbar,"dnn_ttbar/F");
outputTree->Branch("dnn_Tprime",&dnn_Tprime,"dnn_Tprime/F");
outputTree->Branch("dnn_WJetsBB",&dnn_WJetsBB,"dnn_WJetsBB/F");
outputTree->Branch("dnn_ttbarBB",&dnn_ttbarBB,"dnn_ttbarBB/F");
outputTree->Branch("dnn_Bprime",&dnn_Bprime,"dnn_Bprime/F");
// ----------------------------------------------------------------------------
// Define and initialize objects / cuts / efficiencies
// ----------------------------------------------------------------------------
// basic cuts
float metCut=50;
int htCut=510;
int nAK8jetsCut=0;
float lepPtCut=50;
float elEtaCut=2.5;
float muEtaCut=2.4;
float jetEtaCut=2.4;
float ak8EtaCut=2.4;
float jetPtCut=30;
float ak8PtCut=200;
// counters
int n_vectorSizeMismatch = 0;
int n_jetstotal = 0;
int n_jetsnearlep = 0;
int n_jetspassed = 0;
int npass_ThreeJets = 0;
int npass_trigger = 0;
int npass_mu500 = 0;
int npass_met = 0;
int npass_ht = 0;
int npass_nAK8jets = 0;
int npass_nHjets = 0;
int npass_lepPt = 0;
int npass_ElEta = 0;
int npass_MuEta = 0;
int npass_all = 0;
int Nelectrons = 0;
int Nmuons = 0;
// Lorentz vectors
TLorentzVector jet_lv;
TLorentzVector lepton_lv;
TLorentzVector ak8_lv;
// Pileup distributions -- Centrally-stored data PU hists 2018 vs 2018 TTToSemiLeptonic
std::vector<float> pileupweight;
std::vector<float> pileupweightUp;
std::vector<float> pileupweightDn;
pileupweight = { 0.000e+00, 1.250e+01, 5.025e+01, 1.900e+01, 1.197e+01, 9.118e+00, 6.647e+00, 4.832e+00, 3.633e+00, 2.747e+00,
2.238e+00, 1.904e+00, 1.694e+00, 1.572e+00, 1.502e+00, 1.468e+00, 1.451e+00, 1.452e+00, 1.461e+00, 1.467e+00,
1.458e+00, 1.436e+00, 1.401e+00, 1.352e+00, 1.302e+00, 1.250e+00, 1.205e+00, 1.167e+00, 1.138e+00, 1.116e+00,
1.100e+00, 1.089e+00, 1.081e+00, 1.077e+00, 1.074e+00, 1.069e+00, 1.063e+00, 1.052e+00, 1.035e+00, 1.012e+00,
9.794e-01, 9.367e-01, 8.867e-01, 8.272e-01, 7.609e-01, 6.925e-01, 6.209e-01, 5.505e-01, 4.824e-01, 4.193e-01,
3.621e-01, 3.103e-01, 2.658e-01, 2.276e-01, 1.948e-01, 1.679e-01, 1.455e-01, 1.262e-01, 1.098e-01, 9.584e-02,
8.398e-02, 7.342e-02, 6.469e-02, 5.654e-02, 4.900e-02, 4.233e-02, 3.634e-02, 3.081e-02, 2.661e-02, 2.266e-02,
1.889e-02, 1.652e-02, 1.344e-02, 1.173e-02, 9.423e-03, 8.155e-03, 6.671e-03, 5.637e-03, 4.504e-03, 3.920e-03,
3.007e-03, 2.567e-03, 1.909e-03, 1.425e-03, 1.084e-03, 8.974e-04, 8.267e-04, 4.805e-04, 2.814e-04, 1.588e-04,
1.206e-04, 6.816e-05, 2.870e-05, 1.436e-05, 7.136e-06, 4.702e-06, 1.107e-06, 1.723e-06, 1.079e-06, 1.269e-07, 0.000e+00, }; // TTToSemiLeptonic
pileupweightDn = { 0.000e+00, 1.447e+01, 5.931e+01, 2.226e+01, 1.397e+01, 1.063e+01, 7.865e+00, 5.773e+00, 4.367e+00, 3.362e+00,
2.793e+00, 2.408e+00, 2.153e+00, 1.999e+00, 1.907e+00, 1.857e+00, 1.824e+00, 1.805e+00, 1.789e+00, 1.761e+00,
1.710e+00, 1.645e+00, 1.572e+00, 1.493e+00, 1.423e+00, 1.358e+00, 1.306e+00, 1.264e+00, 1.232e+00, 1.206e+00,
1.185e+00, 1.166e+00, 1.148e+00, 1.131e+00, 1.111e+00, 1.085e+00, 1.054e+00, 1.014e+00, 9.643e-01, 9.065e-01,
8.402e-01, 7.663e-01, 6.892e-01, 6.091e-01, 5.296e-01, 4.550e-01, 3.850e-01, 3.223e-01, 2.671e-01, 2.202e-01,
1.810e-01, 1.482e-01, 1.217e-01, 1.003e-01, 8.289e-02, 6.902e-02, 5.780e-02, 4.834e-02, 4.046e-02, 3.384e-02,
2.830e-02, 2.351e-02, 1.962e-02, 1.619e-02, 1.322e-02, 1.075e-02, 8.680e-03, 6.919e-03, 5.624e-03, 4.508e-03,
3.538e-03, 2.915e-03, 2.233e-03, 1.832e-03, 1.382e-03, 1.121e-03, 8.562e-04, 6.734e-04, 4.991e-04, 4.012e-04,
2.833e-04, 2.218e-04, 1.506e-04, 1.023e-04, 7.060e-05, 5.282e-05, 4.385e-05, 2.290e-05, 1.202e-05, 6.059e-06,
4.098e-06, 2.061e-06, 7.699e-07, 3.418e-07, 1.507e-07, 8.865e-08, 1.895e-08, 2.792e-08, 1.816e-08, 2.615e-09, 0.000e+00, }; // TTToSemiLeptonic
pileupweightUp = { 0.000e+00, 1.091e+01, 4.288e+01, 1.632e+01, 1.032e+01, 7.892e+00, 5.683e+00, 4.086e+00, 3.057e+00, 2.285e+00,
1.826e+00, 1.531e+00, 1.349e+00, 1.249e+00, 1.194e+00, 1.169e+00, 1.161e+00, 1.169e+00, 1.188e+00, 1.211e+00,
1.226e+00, 1.233e+00, 1.230e+00, 1.210e+00, 1.183e+00, 1.147e+00, 1.112e+00, 1.080e+00, 1.053e+00, 1.034e+00,
1.020e+00, 1.013e+00, 1.010e+00, 1.013e+00, 1.018e+00, 1.026e+00, 1.035e+00, 1.044e+00, 1.051e+00, 1.055e+00,
1.054e+00, 1.045e+00, 1.030e+00, 1.004e+00, 9.672e-01, 9.247e-01, 8.727e-01, 8.155e-01, 7.534e-01, 6.903e-01,
6.275e-01, 5.648e-01, 5.067e-01, 4.529e-01, 4.034e-01, 3.604e-01, 3.231e-01, 2.891e-01, 2.595e-01, 2.338e-01,
2.119e-01, 1.921e-01, 1.761e-01, 1.607e-01, 1.459e-01, 1.325e-01, 1.199e-01, 1.073e-01, 9.796e-02, 8.821e-02,
7.775e-02, 7.190e-02, 6.182e-02, 5.697e-02, 4.835e-02, 4.420e-02, 3.822e-02, 3.417e-02, 2.895e-02, 2.677e-02,
2.188e-02, 1.996e-02, 1.591e-02, 1.278e-02, 1.049e-02, 9.408e-03, 9.417e-03, 5.965e-03, 3.820e-03, 2.364e-03,
1.972e-03, 1.229e-03, 5.718e-04, 3.170e-04, 1.748e-04, 1.282e-04, 3.363e-05, 5.837e-05, 4.079e-05, 5.342e-06, 0.000e+00, }; // TTToSemiLeptonic
// Polynominals for WJets HT scaling
TF1 *poly2 = new TF1("poly2","max([6],[0] + [1]*x + [2]*x*x + [3]*x*x*x + [4]*x*x*x*x + [5]*x*x*x*x*x)",100,5000);
poly2->SetParameter(0, 0.998174);
poly2->SetParameter(1, 8.40861e-05);
poly2->SetParameter(2,-6.63274e-07);
poly2->SetParameter(3, 4.09272e-10);
poly2->SetParameter(4,-9.50233e-14);
poly2->SetParameter(5, 7.59648e-18);
poly2->SetParameter(6,0.402806);
TF1 *poly2U = new TF1("poly2U","max([6],[0] + [1]*x + [2]*x*x + [3]*x*x*x + [4]*x*x*x*x + [5]*x*x*x*x*x)",100,5000);
poly2U->SetParameter(0, 0.998164);
poly2U->SetParameter(1, 8.51652e-05);
poly2U->SetParameter(2,-6.62919e-07);
poly2U->SetParameter(3, 4.1205e-10);
poly2U->SetParameter(4,-9.57795e-14);
poly2U->SetParameter(5, 7.67371e-18);
poly2U->SetParameter(6,0.454456);
TF1 *poly2D = new TF1("poly2D","max([6],[0] + [1]*x + [2]*x*x + [3]*x*x*x + [4]*x*x*x*x + [5]*x*x*x*x*x)",100,5000);
poly2D->SetParameter(0, 0.998183);
poly2D->SetParameter(1, 8.30069e-05);
poly2D->SetParameter(2,-6.63629e-07);
poly2D->SetParameter(3, 4.06495e-10);
poly2D->SetParameter(4,-9.42671e-14);
poly2D->SetParameter(5, 7.51924e-18);
poly2D->SetParameter(6,0.351156);
// Polynomials for corrections from HT and tpt
TF1 *polyHT = new TF1("polyHT","min(1.0,max([0] + [1]*x,[2]))",700,5000);
polyHT->SetParameter(0, 1.09245);
polyHT->SetParameter(1,-0.000220375);
polyHT->SetParameter(2, 0.607311);
TF1 *polyHTU = new TF1("polyHTU","min(1.0,max([0] + [1]*x + sqrt([3] + 2*x*[4] + x*x*[5]),[2] + [6]))",700,5000);
polyHTU->SetParameter(0, 1.09245);
polyHTU->SetParameter(1,-0.000220375);
polyHTU->SetParameter(2, 0.607311);
polyHTU->SetParameter(3, 0.000531602);
polyHTU->SetParameter(4,-3.99715e-07);
polyHTU->SetParameter(5, 3.19837e-10);
polyHTU->SetParameter(6, 0.000541832);
TF1 *polyHTD = new TF1("polyHTD","min(1.0,max([0] + [1]*x - sqrt([3] + 2*x*[4] + x*x*[5]),[2] - [6]))",700,5000);
polyHTD->SetParameter(0, 1.09245);
polyHTD->SetParameter(1,-0.000220375);
polyHTD->SetParameter(2, 0.607311);
polyHTD->SetParameter(3, 0.000531602);
polyHTD->SetParameter(4,-3.99715e-07);
polyHTD->SetParameter(5, 3.19837e-10);
polyHTD->SetParameter(6, 0.000541832);
TF1 *polytpt = new TF1("polytpt","min([0] + [1]*x,[2] + [3]*x)",20,1000);
polytpt->SetParameter(0, 1.0887);
polytpt->SetParameter(1,-0.000283915);
polytpt->SetParameter(2, 1.28807);
polytpt->SetParameter(3,-0.000872673);
TF1 *polytptU = new TF1("polytptU","min([0] + [1]*x + sqrt([4] + 2*x*[5] + x*x*[6]),[2] + [3]*x + sqrt([7] + 2*x*[8] + x*x*[9]))",20,1000);
polytptU->SetParameter(0, 1.0887);
polytptU->SetParameter(1,-0.000283915);
polytptU->SetParameter(2, 1.28807);
polytptU->SetParameter(3,-0.000872673);
polytptU->SetParameter(4, 0.000313783);
polytptU->SetParameter(5,-1.11006e-06);
polytptU->SetParameter(6, 4.52345e-09);
polytptU->SetParameter(7, 0.000412213);
polytptU->SetParameter(8,-6.84715e-07);
polytptU->SetParameter(9, 1.23876e-09);
TF1 *polytptD = new TF1("polytptD","min([0] + [1]*x - sqrt([4] + 2*x*[5] + x*x*[6]),[2] + [3]*x - sqrt([7] + 2*x*[8] + x*x*[9]))",20,1000);
polytptD->SetParameter(0, 1.0887);
polytptD->SetParameter(1,-0.000283915);
polytptD->SetParameter(2, 1.28807);
polytptD->SetParameter(3,-0.000872673);
polytptD->SetParameter(4, 0.000313783);
polytptD->SetParameter(5,-1.11006e-06);
polytptD->SetParameter(6, 4.52345e-09);
polytptD->SetParameter(7, 0.000412213);
polytptD->SetParameter(8,-6.84715e-07);
polytptD->SetParameter(9, 1.23876e-09);
// ----------------------------------------------------------------------------
// RUN THE EVENT LOOP
// ----------------------------------------------------------------------------
cout << "RUN CONFIG: isMC = " << isMC << endl;
cout << "isSig = " << isSig << ", SigMass = " << SigMass << endl;
cout << "For W's: isTT = " << isTT << ", isSTt = " << isSTt << ", isSTtW = " << isSTtW << endl;
cout << "Fot jets & PDF: isTOP = " << isTOP << ", isMadgraphBkg = " << isMadgraphBkg << endl;
// cout << "Pileup index: " << pileupIndex << endl;
cout << "Shift (Bup,Bdn,Lup,Ldn,None) = (" << isBUp << "," << isBDn << "," << isLUp << "," << isLDn << "," << isNominal << ")" << endl;
Long64_t nentries = inputTree->GetEntriesFast();
Long64_t nbytes = 0, nb = 0;
for (Long64_t jentry=0; jentry<nentries;jentry++) {
Long64_t ientry = LoadTree(jentry);
if (ientry < 0) break;
nb = inputTree->GetEntry(jentry); nbytes += nb;
if (Cut(ientry) != 1) continue;
// if (ientry > 5000) continue;
if(jentry % 1000 ==0) std::cout<<"Completed "<<jentry<<" out of "<<nentries<<" events"<<std::endl;
// ----------------------------------------------------------------------------
// Filter input file by mass or decay
// ----------------------------------------------------------------------------
float confusionTruth = -1;
if(isTTincMtt0to700 && ttbarMass_TTbarMassCalc >= 700.) continue;
if(isTTincMtt0to1000 && ttbarMass_TTbarMassCalc >= 1000.) continue;
if(isTTincMtt700to1000 && (ttbarMass_TTbarMassCalc < 700. || ttbarMass_TTbarMassCalc >= 1000.)) continue;
if(isTTincMtt1000toInf && ttbarMass_TTbarMassCalc < 1000.) continue;
if(outBWBW && !isBWBW_TpTpCalc) {confusionTruth = 0.5; continue;}
if(outTZBW && !isTZBW_TpTpCalc) {confusionTruth = 1.5; continue;}
if(outTHBW && !isTHBW_TpTpCalc) {confusionTruth = 2.5; continue;}
if(outTZTH && !isTZTH_TpTpCalc) {confusionTruth = 3.5; continue;}
if(outTZTZ && !isTZTZ_TpTpCalc) {confusionTruth = 4.5; continue;}
if(outTHTH && !isTHTH_TpTpCalc) {confusionTruth = 5.5; continue;}
if(outTWTW && !isTWTW_TpTpCalc) {confusionTruth = 6.5; continue;}
if(outBZTW && !isBZTW_TpTpCalc) {confusionTruth = 7.5; continue;}
if(outBHTW && !isBHTW_TpTpCalc) {confusionTruth = 8.5; continue;}
if(outBZBH && !isBZBH_TpTpCalc) {confusionTruth = 9.5; continue;}
if(outBZBZ && !isBZBZ_TpTpCalc) {confusionTruth = 10.5; continue;}
if(outBHBH && !isBHBH_TpTpCalc) {confusionTruth = 11.5; continue;}
if(isSig){
if(confusionTruth < 6.0){
TTconfusionD->Fill(0.5,confusionTruth);
TTconfusionD->Fill(1.5,confusionTruth);
TTconfusionD->Fill(2.5,confusionTruth);
TTconfusionD->Fill(3.5,confusionTruth);
TTconfusionD->Fill(4.5,confusionTruth);
TTconfusionD->Fill(5.5,confusionTruth);
TTconfusionD->Fill(6.5,confusionTruth);
TTconfusionD->Fill(7.5,confusionTruth);
TTconfusionD->Fill(8.5,confusionTruth);
TTconfusionD->Fill(9.5,confusionTruth);
}else{
BBconfusionD->Fill(0.5,confusionTruth-6.0);
BBconfusionD->Fill(1.5,confusionTruth-6.0);
BBconfusionD->Fill(2.5,confusionTruth-6.0);
BBconfusionD->Fill(3.5,confusionTruth-6.0);
BBconfusionD->Fill(4.5,confusionTruth-6.0);
BBconfusionD->Fill(5.5,confusionTruth-6.0);
BBconfusionD->Fill(6.5,confusionTruth-6.0);
}
}
// ----------------------------------------------------------------------------
// Assign as electron or muon event
// ----------------------------------------------------------------------------
// **** If we had saveLooseLeps == True in TTsinglelep_MC_cfg.py then this needs work!
// **** Choose an electron and muon ID for "tight" and find events with only 1 tight el or mu by that definition
isElectron = 0;
isMuon = 0;
if(elPt_MultiLepCalc->size()==0 && muPt_MultiLepCalc->size()==0){std::cout << "got no leptons, something wrong" << std::endl; continue;}
if(elPt_MultiLepCalc->size()>0 && muPt_MultiLepCalc->size()>0) std::cout << "got el and mu, something wrong" << std::endl;
if(elPt_MultiLepCalc->size()>1 || muPt_MultiLepCalc->size()>1) std::cout << "got more than one el or mu, something wrong" << std::endl;
if(elPt_MultiLepCalc->size()>0 && muPt_MultiLepCalc->size()==0) {isElectron = 1; isMuon = 0;}
if(elPt_MultiLepCalc->size()==0 && muPt_MultiLepCalc->size()>0) {isElectron = 0; isMuon = 1;}
if(isElectron==0 && isMuon==0){std::cout << "got no leptons, something wrong" << std::endl; continue;}
if(isSM && isElectron == 1) continue;
if(isSE && isMuon == 1) continue;
double leppt = 0;
double lepeta = 0;
if(isElectron){leppt = elPt_MultiLepCalc->at(0); lepeta = elEta_MultiLepCalc->at(0);}
if(isMuon){leppt = muPt_MultiLepCalc->at(0); lepeta = muEta_MultiLepCalc->at(0);}
// ----------------------------------------------------------------------------
// Check jet size alignment
// ----------------------------------------------------------------------------
unsigned int ak8ptsize = theJetAK8Pt_JetSubCalc->size();
unsigned int deepak8size = dnn_H_DeepAK8Calc->size();
if(deepak8size != ak8ptsize){
std::cout << "Something's wrong! DeepAK8 has " << deepak8size << " jets, expected " << ak8ptsize << std::endl;
continue;
}
// ----------------------------------------------------------------------------
// Pileup weight calculation
// ----------------------------------------------------------------------------
pileupWeight = 1.0;
pileupWeightUp = 1.0;
pileupWeightDown = 1.0;
if(isMC){
if(nTrueInteractions_MultiLepCalc > 99) nTrueInteractions_MultiLepCalc = 99;
if(nTrueInteractions_MultiLepCalc < 0) nTrueInteractions_MultiLepCalc = 0;
pileupWeight = pileupweight[nTrueInteractions_MultiLepCalc];
pileupWeightUp = pileupweightUp[nTrueInteractions_MultiLepCalc];
pileupWeightDown = pileupweightDn[nTrueInteractions_MultiLepCalc];
}
// ----------------------------------------------------------------------------
// Lepton 4-vectors, calculate MT and electron trigger presel value
// ----------------------------------------------------------------------------
// Set lepton 4-vectors
double lepM;
double lepphi;
if (isMuon){
lepM = 0.105658367;
lepphi = muPhi_MultiLepCalc->at(0);
lepton_lv.SetPtEtaPhiM(muPt_MultiLepCalc->at(0),muEta_MultiLepCalc->at(0),muPhi_MultiLepCalc->at(0),lepM);
}
else{
lepM = 0.00051099891;
lepphi = elPhi_MultiLepCalc->at(0);
lepton_lv.SetPtEtaPhiM(elPt_MultiLepCalc->at(0),elEta_MultiLepCalc->at(0),elPhi_MultiLepCalc->at(0),lepM);
}
MT_lepMet = sqrt(2*leppt*corr_met_MultiLepCalc*(1 - cos(lepphi - corr_met_phi_MultiLepCalc)));
// ----------------------------------------------------------------------------
// Assign Lepton scale factor or efficiency weights, save trigger pass/fail
// ----------------------------------------------------------------------------
DataPastTrigger = 0;
MCPastTrigger = 0;
EGammaGsfSF = 1.0;
lepIdSF = 1.0;
triggSF = 1.0;
triggSFUncert = 0.0;
isoSF = 1.0;
muPtSF = 1.0;
if(isMC){ //MC triggers check
if(isElectron){
std::string string_a = "Ele15_IsoVVVL_PFHT450";
std::string string_b = "Ele15_IsoVVVL_PFHT450_PFMET50";
std::string string_c = "Ele50_IsoVVVL_PFHT450";
std::string string_d = "Ele15_IsoVVVL_PFHT600";
std::string string_ORa = "Ele35_WPTight_Gsf";
std::string string_ORb = "Ele38_WPTight_Gsf";
for(unsigned int itrig=0; itrig < vsSelMCTriggersEl_MultiLepCalc->size(); itrig++){
if(vsSelMCTriggersEl_MultiLepCalc->at(itrig).find(string_a) != std::string::npos && viSelMCTriggersEl_MultiLepCalc->at(itrig) > 0) MCPastTrigger = 1;
// if(vsSelMCTriggersEl_MultiLepCalc->at(itrig).find(string_b) != std::string::npos && viSelMCTriggersEl_MultiLepCalc->at(itrig) > 0) MCPastTrigger = 1;
if(vsSelMCTriggersEl_MultiLepCalc->at(itrig).find(string_c) != std::string::npos && viSelMCTriggersEl_MultiLepCalc->at(itrig) > 0) MCPastTrigger = 1;
if(vsSelMCTriggersEl_MultiLepCalc->at(itrig).find(string_d) != std::string::npos && viSelMCTriggersEl_MultiLepCalc->at(itrig) > 0) MCPastTrigger = 1;
if(vsSelMCTriggersEl_MultiLepCalc->at(itrig).find(string_ORa) != std::string::npos && viSelMCTriggersEl_MultiLepCalc->at(itrig) > 0) MCPastTrigger = 1;
if(vsSelMCTriggersEl_MultiLepCalc->at(itrig).find(string_ORb) != std::string::npos && viSelMCTriggersEl_MultiLepCalc->at(itrig) > 0) MCPastTrigger = 1;
}
// JH update 10/27/20: Gsf Tracking scale factor https://indico.cern.ch/event/794628/contributions/3303043/attachments/1791305/2923400/RECOSFs_0208_update.pdf
if (leppt < 45) {
if (lepeta < -2.0) EGammaGsfSF = 0.987;
else if (lepeta < -1.566) EGammaGsfSF = 0.987;
else if (lepeta < -1.442) EGammaGsfSF = 0.986;
else if (lepeta < -1.0) EGammaGsfSF = 0.988;
else if (lepeta < -0.5) EGammaGsfSF = 0.992;
else if (lepeta < 0.0) EGammaGsfSF = 0.990;
else if (lepeta < 0.5) EGammaGsfSF = 0.997;
else if (lepeta < 1.0) EGammaGsfSF = 0.999;
else if (lepeta < 1.442) EGammaGsfSF = 0.988;
else if (lepeta < 1.556) EGammaGsfSF = 0.973;
else if (lepeta < 2.0) EGammaGsfSF = 0.988;
else EGammaGsfSF = 0.984; }
else if (leppt < 75) {
if (lepeta < -2.0) EGammaGsfSF = 0.988;
else if (lepeta < -1.556) EGammaGsfSF = 0.989;
else if (lepeta < -1.442) EGammaGsfSF = 0.968;
else if (lepeta < -1.0) EGammaGsfSF = 0.990;
else if (lepeta < -0.5) EGammaGsfSF = 0.990;
else if (lepeta < 0.0) EGammaGsfSF = 0.990;
else if (lepeta < 0.5) EGammaGsfSF = 0.997;
else if (lepeta < 1.0) EGammaGsfSF = 0.998;
else if (lepeta < 1.442) EGammaGsfSF = 0.990;
else if (lepeta < 1.566) EGammaGsfSF = 0.980;
else if (lepeta < 2.0) EGammaGsfSF = 0.991;
else EGammaGsfSF = 0.988; }
else if (leppt < 100) {
if (lepeta < -2.0) EGammaGsfSF = 1.002;
else if (lepeta < -1.566) EGammaGsfSF = 1.018;
else if (lepeta < -1.442) EGammaGsfSF = 1.044;
else if (lepeta < -1.0) EGammaGsfSF = 1.008;
else if (lepeta < -0.5) EGammaGsfSF = 1.008;
else if (lepeta < 0.0) EGammaGsfSF = 1.003;
else if (lepeta < 0.5) EGammaGsfSF = 1.022;