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#ifndef StoreTreeVariable_h
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#define StoreTreeVariable_h
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#include <TFile.h>
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#include <TTree.h>
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#include <iostream>
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#define NMAX 100
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class StoreTreeVariable {
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public:
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StoreTreeVariable();
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virtual ~StoreTreeVariable();
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void SetMuonFalse(){StoreMuon = kFALSE;}
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void SetElectronFalse(){StoreElectron = kFALSE;}
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void SetJetFalse(){StoreJet = kFALSE;}
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void SetVertexFalse(){StoreVertex = kFALSE;}
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void SetTriggerFalse(){StoreTrigger = kFALSE;}
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void SetMetFalse(){StoreMet = kFALSE;}
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void SetGeneralFalse(){StoreGeneral = kFALSE;}
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//typedef struct MuonVariables{
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typedef struct {
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//Muon ID Variables
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Int_t nummuons;
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Double_t relisolation[NMAX];
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Double_t d0[NMAX];
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Int_t hits[NMAX];
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Int_t trackhits[NMAX];
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Double_t normalchi2[NMAX];
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Int_t stations[NMAX];
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Int_t pixelhits[NMAX];
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Double_t muonvzwithPV[NMAX];
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Int_t tightmuon[NMAX];
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Int_t nloosemuon;
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Int_t ntightmuon;
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//Muon Kinematic
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Double_t pt[NMAX];
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Double_t eta[NMAX];
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Double_t phi[NMAX];
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Double_t e[NMAX];
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//Muon Jet deltaR
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Double_t deltaR[NMAX];
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} MuonVariables;
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struct ElectronVariables{
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Int_t elecnum;
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Int_t nlooseelec;
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Int_t ntightelec;
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Double_t d0[NMAX];
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Double_t elecvzwrtPV[NMAX];
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Double_t relisolation[NMAX];
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Double_t pfrelisolation[NMAX];//pfisolation
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//Electron ID
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Double_t sigmaIetaIeta[NMAX];
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Double_t HoE[NMAX];
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Double_t deltaphisc[NMAX];
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Double_t deltaetasc[NMAX];
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//Kinematic
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Double_t pt[NMAX];
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Double_t eta[NMAX];
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Double_t phi[NMAX];
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Double_t e[NMAX];
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//deltaR with Electron and jet
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Double_t deltaR[NMAX];
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};
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struct JetVariables{
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Int_t numjets;
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//Jet Kinematic
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/*Double_t jetpt[NMAX];
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Double_t jeteta[NMAX];
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Double_t jetphi[NMAX];
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Double_t jete[NMAX];
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//mc
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Int_t jetparton[NMAX];
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//b tag
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Double_t jettchp[NMAX];
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Double_t jettche[NMAX];
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Double_t jetsvhe[NMAX];
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Double_t jetsvhp[NMAX];
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Double_t jetcsv[NMAX]; */
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Int_t numBjets_csvl;
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Int_t numBjets_csvm;
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Int_t numBjets_csvt;
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//Jet Track number
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//Int_t jettracksize[NMAX];
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// B discriminator
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Double_t bdisc_1st;
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Double_t bdisc_2nd;
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Double_t bdisc_3rd;
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Double_t bdisc_4th;
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};
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struct VertexVariables{
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Int_t numpvs;
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};
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struct TriggerVariables{
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Int_t triggername;
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Int_t accept;
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Int_t prescale;
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};
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struct MetVariables{
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/*
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Double_t met;
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Double_t metphi;
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Double_t mht;
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Double_t neupt;
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Double_t rho;
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Double_t sigmarho;
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Double_t scalefactor;
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Double_t eventpuweight;
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Double_t eventpuweightdown;
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Double_t eventpuweightup;
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Double_t eventbtagweight; //Event B tag weight
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Double_t event2btagweight_up; //Event B tag scale factor UP at least 2 TCHPM bjet
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Double_t event2btagweight_down; //Event B tag scale factor DOWN
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Double_t event1btagweight_up; //Event B tag scale factor UP at least 1 TCHPM bjet
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Double_t event1btagweight_down;
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Double_t eventonly1btagweight_up; //Event B tag scale factor UP at least 1 TCHPM bjet
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Double_t eventonly1btagweight_down;
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Double_t event1btagweight; //Event at least one TCHPM btag weight
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Double_t eventonly1btagweight; //Only have one TCHPM btag weight
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Double_t eventonly0btagweight; //Only have zero TCHPM btag weight
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Int_t csvbtagjetnum_up;
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Int_t csvbtagjetnum_down;
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Int_t flavorhistory;
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*/
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Double_t Ht;
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Double_t Stlep;
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Double_t Stjet;
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};
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struct GeneralVariables {
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Int_t Run;
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Int_t Lumi;
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Int_t Event;
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Double_t PUWeight;
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};
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TTree* GetStoreTree(){return Top;}
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MuonVariables *GetMuonVariable(){return &VStoreMuon;}
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ElectronVariables *GetElectronVariable(){return &VStoreElectron;}
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JetVariables *GetJetVariable(){return &VStoreJet;}
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VertexVariables *GetVertexVariable(){return &VStoreVertex;}
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TriggerVariables *GetTriggerVariable(){return &VStoreTrigger;}
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MetVariables *GetMetVariable(){return &VStoreMet;}
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GeneralVariables *GetGeneralVariable(){return &VStoreGeneral;}
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void InitialAll();
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void InitialVertex();
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void InitialMuon();
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void InitialElectron();
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void InitialJet();
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void InitialTrigger();
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void InitialMet();
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void InitialGeneral();
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private:
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TTree *Top;
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bool StoreMuon;
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bool StoreVertex;
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bool StoreElectron;
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bool StoreJet;
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bool StoreTrigger;
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bool StoreMet;
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bool StoreGeneral;
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//V mean variables
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MuonVariables VStoreMuon;
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ElectronVariables VStoreElectron;
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JetVariables VStoreJet;
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VertexVariables VStoreVertex;
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TriggerVariables VStoreTrigger;
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MetVariables VStoreMet;
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GeneralVariables VStoreGeneral;
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};
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#endif
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StoreTreeVariable::StoreTreeVariable(){
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Top = new TTree("4Tree","4Tree");
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Top->SetDirectory(0);
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StoreMuon = kTRUE;
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StoreVertex = kTRUE;
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StoreElectron = kTRUE;
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StoreJet = kTRUE;
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StoreTrigger = kTRUE;
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StoreMet = kTRUE;
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StoreGeneral = kTRUE;
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}
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StoreTreeVariable::~StoreTreeVariable(){
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}
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void StoreTreeVariable::InitialMuon(){
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if(StoreMuon){
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cout<<"We are initial the Muon Branch"<<endl;
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Top->Branch("muon_number",&VStoreMuon.nummuons,"nummuons/I");
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Top->Branch("muon_isolation",VStoreMuon.relisolation,"reisolation[nummuons]/D");
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Top->Branch("muon_d0",VStoreMuon.d0,"d0[nummuons]/D");
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Top->Branch("muon_muonhist",VStoreMuon.hits,"hits[nummuons]/I");
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Top->Branch("muon_trackhits",VStoreMuon.trackhits,"trackhits[nummuons]/I");
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Top->Branch("muon_normalchi2",VStoreMuon.normalchi2,"normalchi2[nummuons]/D");
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Top->Branch("muon_muonstations",VStoreMuon.stations,"stations[nummuons]/I");
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Top->Branch("muon_pixelhits",VStoreMuon.pixelhits,"pixelhits[nummuons]/I");
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Top->Branch("muon_muonvzwithPV",VStoreMuon.muonvzwithPV,"muonvzwithPV[nummuons]/D");
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Top->Branch("muon_tightmuon",VStoreMuon.tightmuon,"tightmuon[nummuons]/I");
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Top->Branch("muon_nloosemuon",&VStoreMuon.nloosemuon,"nloosemuon/I");
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Top->Branch("muon_ntightmuon",&VStoreMuon.ntightmuon,"ntightmuon/I");
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Top->Branch("muon_jet_deltaR",VStoreMuon.deltaR,"deltaR[nummuons]/D");
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//kinematic
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Top->Branch("muon_pt",VStoreMuon.pt,"pt[nummuons]/D");
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//Top->Branch("muon_pt",muonpt,"pt[nummuons]/D");
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Top->Branch("muon_eta",VStoreMuon.eta,"eta[nummuons]/D");
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Top->Branch("muon_phi",VStoreMuon.phi,"phi[nummuons]/D");
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Top->Branch("muon_energy",VStoreMuon.e,"e[nummuons]/D");
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}
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}
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void StoreTreeVariable::InitialElectron(){
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if(StoreElectron){
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cout<<"We are initial the Electron Branch"<<endl;
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Top->Branch("electronnum",&VStoreElectron.elecnum,"elecnum/I");
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//Electrom ID
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Top->Branch("elec_d0",VStoreElectron.d0,"d0[elecnum]/D");
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Top->Branch("elec_elecvzwrtPV",VStoreElectron.elecvzwrtPV,"elecivzwrtPV[elecnum]/D");
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Top->Branch("elec_isolation",VStoreElectron.relisolation,"relisolation[elecnum]/D");
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Top->Branch("elec_pfisolation",VStoreElectron.pfrelisolation,"pfrelisolation[elecnum]/D");
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Top->Branch("elec_sigmaIetaIeta",VStoreElectron.sigmaIetaIeta,"sigmaIetaIeta[elecnum]/D");
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Top->Branch("elec_HoE",VStoreElectron.HoE,"HoE[elecnum]/D");
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Top->Branch("elec_deltaphisc",VStoreElectron.deltaphisc,"deltaphisc[elecnum]/D");
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Top->Branch("elec_deltaetasc",VStoreElectron.deltaetasc,"deltaetasc[elecnum]/D");
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//Electron kinematic
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Top->Branch("elec_pt",VStoreElectron.pt,"pt[elecnum]/D");
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Top->Branch("elec_eta",VStoreElectron.eta,"eta[elecnum]/D");
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Top->Branch("elec_phi",VStoreElectron.phi,"phi[elecnum]/D");
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Top->Branch("elec_energy",VStoreElectron.e,"e[elecnum]/D");
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Top->Branch("elec_jet_deltaR",VStoreElectron.deltaR,"deltaR[elecnum]/D");
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}
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}
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void StoreTreeVariable::InitialJet(){
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if(StoreJet){
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cout<<"We are initial Jet Branch"<<endl;
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Top->Branch("jet_number",&VStoreJet.numjets,"numjets/I");
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/*
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Top->Branch("jet_pt",VStoreJet.jetpt,"jetpt[numjets]/D");
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Top->Branch("jet_eta",VStoreJet.jeteta,"jeteta[numjets]/D");
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Top->Branch("jet_phi",VStoreJet.jetphi,"jetphi[numjets]/D");
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Top->Branch("jet_energy",VStoreJet.jete,"jete[numjets]/D");
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Top->Branch("jet_partonflavor",VStoreJet.jetparton,"jetparton[numjets]/I");
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//btag
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Top->Branch("jet_btag_trackhighputy",VStoreJet.jettchp,"jettchp[numjets]/D");
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Top->Branch("jet_btag_trackhigheff",VStoreJet.jettche,"jettche[numjets]/D");
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Top->Branch("jet_btag_SVhigheff",VStoreJet.jetsvhe,"jetsvhe[numjets]/D");
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Top->Branch("jet_btag_SVhighputy",VStoreJet.jetsvhp,"jetsvhp[numjets]/D");
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Top->Branch("jet_btag_csv",VStoreJet.jetcsv,"jetcsv[numjets]/D");
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*/
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Top->Branch("numBjets_csvl",&VStoreJet.numBjets_csvl,"numBjets_csvl/I");
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Top->Branch("numBjets_csvm",&VStoreJet.numBjets_csvm,"numBjets_csvm/I");
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Top->Branch("numBjets_csvt",&VStoreJet.numBjets_csvt,"numBjets_csvt/I");
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//b discriminant
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Top->Branch("bdisc_1st",&VStoreJet.bdisc_1st,"bdisc_1st/D");
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Top->Branch("bdisc_2nd",&VStoreJet.bdisc_2nd,"bdisc_2nd/D");
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Top->Branch("bdisc_3rd",&VStoreJet.bdisc_3rd,"bdisc_3rd/D");
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Top->Branch("bdisc_4th",&VStoreJet.bdisc_4th,"bdisc_4th/D");
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//Jet track size
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//Top->Branch("jet_tracksize",VStoreJet.jettracksize,"jettracksize[numjets]/I");
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}
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}
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void StoreTreeVariable::InitialMet(){
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if(StoreMet){
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cout<<"We are inital Met Branch"<<endl;
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/*
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Top->Branch("MET_energy",&VStoreMet.met,"met/D");
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Top->Branch("MET_phi",&VStoreMet.metphi,"metphi/D");
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Top->Branch("MHT_energy",&VStoreMet.mht,"mht/D");
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Top->Branch("Neutrinuo_pt",&VStoreMet.neupt,"neupt/D");
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Top->Branch("pileup_rho",&VStoreMet.rho,"rho/D");
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Top->Branch("pileup_sigmarho",&VStoreMet.sigmarho,"sigmarho/D");
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Top->Branch("scalefactor",&VStoreMet.scalefactor,"scalefactor/D");
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Top->Branch("pileup_reweight",&VStoreMet.eventpuweight,"eventpuweight/D");
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Top->Branch("pileup_reweightdown",&VStoreMet.eventpuweightdown,"eventpuweightdown/D");
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Top->Branch("pileup_reweightup",&VStoreMet.eventpuweightup,"eventpuweightup/D");
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Top->Branch("btagweight",&VStoreMet.eventbtagweight,"eventbtagweight/D");
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Top->Branch("2btagweight_up",&VStoreMet.event2btagweight_up,"event2btagweight_up/D");
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Top->Branch("2btagweight_down",&VStoreMet.event2btagweight_down,"event2btagweight_down/D");
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Top->Branch("1btagweight_up",&VStoreMet.event1btagweight_up,"event1btagweight_up/D");
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Top->Branch("1btagweight_down",&VStoreMet.event1btagweight_down,"event1btagweight_down/D");
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Top->Branch("only1btagweight_up",&VStoreMet.eventonly1btagweight_up,"eventonly1btagweight_up/D");
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Top->Branch("only1btagweight_down",&VStoreMet.eventonly1btagweight_down,"eventonly1btagweight_down/D");
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Top->Branch("1btagweight",&VStoreMet.event1btagweight,"event1btagweight/D");// at least one btag weight factor
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Top->Branch("only1btagweight",&VStoreMet.eventonly1btagweight,"eventonly1btagweight/D");// at least one btag weight factor
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Top->Branch("only0btagweight",&VStoreMet.eventonly0btagweight,"eventonly0btagweight/D");// at least one btag weight factor
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Top->Branch("csvbtagjetnum_up",&VStoreMet.csvbtagjetnum_up,"csvbtagjetnum_up/I");
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Top->Branch("csvbtagjetnum_down",&VStoreMet.csvbtagjetnum_down,"csvbtagjetnum_down/I");
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Top->Branch("flavorhistory",&VStoreMet.flavorhistory,"flavorhistory/I");
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*/
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Top->Branch("ht",&VStoreMet.Ht,"Ht/D");
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Top->Branch("Stlep",&VStoreMet.Stlep,"Stlep/D");
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Top->Branch("Stjet",&VStoreMet.Stjet,"Stjet/D");
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}
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}
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void StoreTreeVariable::InitialGeneral(){
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if(StoreGeneral){
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cout<<"We are inital General Branch"<<endl;
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Top->Branch("run",&VStoreGeneral.Run,"Run/I");
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Top->Branch("lumi",&VStoreGeneral.Lumi,"Lumi/I");
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Top->Branch("event",&VStoreGeneral.Event,"Event/I");
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Top->Branch("PUWeight",&VStoreGeneral.PUWeight,"PUWeight/D");
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}
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}
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void StoreTreeVariable::InitialTrigger(){
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if(StoreTrigger){
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cout<<"We are nitial Trigger Bracn"<<endl;
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Top->Branch("Trigger_Name",&VStoreTrigger.triggername,"triggername/I");
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Top->Branch("Trigger_accept",&VStoreTrigger.accept,"accept/I");
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Top->Branch("Trigger_prescale",&VStoreTrigger.prescale,"prescale/I");
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}
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}
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void StoreTreeVariable::InitialVertex(){
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if(StoreVertex){
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cout<<"We are inital Vertex Branch"<<endl;
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Top->Branch("nPVs",&VStoreVertex.numpvs,"numpvs/I");
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}
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}
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void StoreTreeVariable::InitialAll(){
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InitialVertex();
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InitialTrigger();
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InitialMuon();
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InitialElectron();
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InitialJet();
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InitialMet();
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InitialGeneral();
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}
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