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ReadDelRoot.C
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ReadDelRoot.C
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#include <iostream>
#include <sstream>
#include <stdexcept>
#include <signal.h>
#include <map>
#include <vector>
#include "TApplication.h"
#include "TROOT.h"
#include "TDatabasePDG.h"
#include "TFile.h"
#include "TLorentzVector.h"
#include "TObjArray.h"
#include "TParticlePDG.h"
#include "TStopwatch.h"
#include "TRef.h"
#include "TProcessID.h"
#ifdef __CLING__
R__LOAD_LIBRARY(libDelphes)
#include "classes/DelphesClasses.h"
#include "classes/DelphesFactory.h"
#include "classes/DelphesLHEFReader.h"
#include "modules/Delphes.h"
#include "ExRootAnalysis/ExRootProgressBar.h"
#include "ExRootAnalysis/ExRootTreeBranch.h"
#include "ExRootAnalysis/ExRootTreeWriter.h"
#endif
using namespace std;
//-----------------------------------------------------
typedef struct JetBtag
{
int Num;
int Btag;
double Jet_PT;
JetBtag(int n, int B,double p):Num(n),Btag(B),Jet_PT(p){}
bool operator < (const JetBtag &j) const
{
return Num < j.Num;
}
} jetBtag,jetBtag2;
std::map<int,jetBtag> jetbtag;
std::map<int,jetBtag2> jetbtag2;
void ReadDelRoot()
{
char buf[10000];
std::ifstream fp;
fp.open("/afs/ihep.ac.cn/users/m/myliu/scratchfs/Delphes-3.5.0/all_txt/Pzz_sl.txt");
std::cout<<"while start\t"<<std::endl;
TFile *outputFile = new TFile("/cefs/higgs/myliu/Data/sample/Sample_cut/2muon_2bjet_Pzz_sl.root","RECREATE");
//TTree *t1 = new TTree("t1","t1");
TTree *Z_mass = new TTree("Z_mass","Z_mass");
float z_mass;
Z_mass->Branch("z_mass",&z_mass);
// Event
TTree *treeEvent = new TTree("treeEvent","treeEvent");
Long64_t Event_Number;
float Event_ReadTime,Event_ProcTime;
treeEvent->Branch("Event_Number",&Event_Number);
treeEvent->Branch("Event_ReadTime",&Event_ReadTime);
treeEvent->Branch("Event_ProcTime",&Event_ProcTime);
// Particle
TTree *treeParticle = new TTree("treeParticle","treeParticle");
int Particle_PID,Particle_Status,Particle_IsPU;
int Particle_M1,Particle_M2,Particle_D1,Particle_D2,Particle_Charge;
float Particle_Mass,Particle_E,Particle_Px,Particle_Py,Particle_Pz;
float Particle_P,Particle_PT,Particle_Eta,Particle_Phi,Particle_Rapidity,Particle_T;
float Particle_X,Particle_Y,Particle_Z;
TLorentzVector Particle_P4;
treeParticle->Branch("Particle_PID",&Particle_PID);
treeParticle->Branch("Particle_Status",&Particle_Status);
treeParticle->Branch("Particle_IsPU",&Particle_IsPU);
treeParticle->Branch("Particle_M1",&Particle_M1);
treeParticle->Branch("Particle_M2",&Particle_M2);
treeParticle->Branch("Particle_D1",&Particle_D1);
treeParticle->Branch("Particle_D2",&Particle_D2);
treeParticle->Branch("Particle_Charge",&Particle_Charge);
treeParticle->Branch("Particle_Mass",&Particle_Mass);
treeParticle->Branch("Particle_E",&Particle_E);
treeParticle->Branch("Particle_Px",&Particle_Px);
treeParticle->Branch("Particle_Py",&Particle_Py);
treeParticle->Branch("Particle_Pz",&Particle_Pz);
treeParticle->Branch("Particle_P",&Particle_P);
treeParticle->Branch("Particle_PT",&Particle_PT);
treeParticle->Branch("Particle_Eta",&Particle_Eta);
treeParticle->Branch("Particle_Phi",&Particle_Phi);
treeParticle->Branch("Particle_Rapidity",&Particle_Rapidity);
treeParticle->Branch("Particle_T",&Particle_T);
treeParticle->Branch("Particle_X",&Particle_X);
treeParticle->Branch("Particle_Y",&Particle_Y);
treeParticle->Branch("Particle_Z",&Particle_Z);
treeParticle->Branch("Particle_P4",&Particle_P4);
// GenJet
TTree *treeGenJet = new TTree("treeGenJet","treeGenJet");
float GenJet_PT,GenJet_Eta,GenJet_Phi,GenJet_T,GenJet_Mass,GenJet_DeltaEta,GenJet_DeltaPhi;
int GenJet_Flavor,GenJet_FlavorAlgo,GenJet_FlavorPhys,GenJet_BTag,GenJet_BTagAlgo,GenJet_BTagPhys,GenJet_TauTag,GenJet_Charge,GenJet_NCharged,GenJet_NNeutrals,GenJet_NSubJetsTrimmed,GenJet_NSubJetsPruned,GenJet_NSubJetsSoftDropped;
double GenJet_ExclYmerge23,GenJet_ExclYmerge34,GenJet_ExclYmerge45,GenJet_ExclYmerge56;
float GenJet_TauWeight,GenJet_EhadOverEem,GenJet_NeutralEnergyFraction,GenJet_ChargedEnergyFraction,GenJet_Beta,GenJet_BetaStar,GenJet_MeanSqDeltaR,GenJet_PTD;
float GenJet_FracPt[5],GenJet_Tau[5];
TLorentzVector GenJet_SoftDroppedJet,GenJet_SoftDroppedSubJet1,GenJet_SoftDroppedSubJet2;
TLorentzVector GenJet_TrimmedP4[5],GenJet_PrunedP4[5],GenJet_SoftDroppedP4[5];
TRefArray GenJet_Constituents,GenJet_Particles;
TLorentzVector GenJet_P4,GenJet_Area;
treeGenJet->Branch("GenJet_PT",&GenJet_PT);
treeGenJet->Branch("GenJet_Eta",&GenJet_Eta);
treeGenJet->Branch("GenJet_Phi",&GenJet_Phi);
treeGenJet->Branch("GenJet_T",&GenJet_T);
treeGenJet->Branch("GenJet_Mass",&GenJet_Mass);
treeGenJet->Branch("GenJet_DeltaEta",&GenJet_DeltaEta);
treeGenJet->Branch("GenJet_DeltaPhi",&GenJet_DeltaPhi);
treeGenJet->Branch("GenJet_Flavor",&GenJet_Flavor);
treeGenJet->Branch("GenJet_FlavorAlgo",&GenJet_FlavorAlgo);
treeGenJet->Branch("GenJet_FlavorPhys",&GenJet_FlavorPhys);
treeGenJet->Branch("GenJet_BTag",&GenJet_BTag);
treeGenJet->Branch("GenJet_BTagAlgo",&GenJet_BTagAlgo);
treeGenJet->Branch("GenJet_BTagPhys",&GenJet_BTagPhys);
treeGenJet->Branch("GenJet_TauTag",&GenJet_TauTag);
treeGenJet->Branch("GenJet_TauWeight",&GenJet_TauWeight);
treeGenJet->Branch("GenJet_Charge",&GenJet_Charge);
treeGenJet->Branch("GenJet_EhadOverEem",&GenJet_EhadOverEem);
treeGenJet->Branch("GenJet_NCharged",&GenJet_NCharged);
treeGenJet->Branch("GenJet_NNeutrals",&GenJet_NNeutrals);
treeGenJet->Branch("GenJet_NeutralEnergyFraction",&GenJet_NeutralEnergyFraction);
treeGenJet->Branch("GenJet_ChargedEnergyFraction",&GenJet_ChargedEnergyFraction);
treeGenJet->Branch("GenJet_Beta",&GenJet_Beta);
treeGenJet->Branch("GenJet_BetaStar",&GenJet_BetaStar);
treeGenJet->Branch("GenJet_MeanSqDeltaR",&GenJet_MeanSqDeltaR);
treeGenJet->Branch("GenJet_PTD",&GenJet_PTD);
treeGenJet->Branch("GenJet_FracPt",GenJet_FracPt);
treeGenJet->Branch("GenJet_Tau",GenJet_Tau);
treeGenJet->Branch("GenJet_SoftDroppedJet",&GenJet_SoftDroppedJet);
treeGenJet->Branch("GenJet_SoftDroppedSubJet1",&GenJet_SoftDroppedSubJet1);
treeGenJet->Branch("GenJet_SoftDroppedSubJet2",&GenJet_SoftDroppedSubJet2);
treeGenJet->Branch("GenJet_TrimmedP4",GenJet_TrimmedP4);
treeGenJet->Branch("GenJet_PrunedP4",GenJet_PrunedP4);
treeGenJet->Branch("GenJet_SoftDroppedP4",GenJet_SoftDroppedP4);
treeGenJet->Branch("GenJet_NSubJetsTrimmed",&GenJet_NSubJetsTrimmed);
treeGenJet->Branch("GenJet_NSubJetsPruned",&GenJet_NSubJetsPruned);
treeGenJet->Branch("GenJet_NSubJetsSoftDropped",&GenJet_NSubJetsSoftDropped);
treeGenJet->Branch("GenJet_ExclYmerge23",&GenJet_ExclYmerge23);
treeGenJet->Branch("GenJet_ExclYmerge34",&GenJet_ExclYmerge34);
treeGenJet->Branch("GenJet_ExclYmerge45",&GenJet_ExclYmerge45);
treeGenJet->Branch("GenJet_ExclYmerge56",&GenJet_ExclYmerge56);
treeGenJet->Branch("GenJet_Constituents",&GenJet_Constituents);
treeGenJet->Branch("GenJet_Particles",&GenJet_Particles);
treeGenJet->Branch("GenJet_P4",&GenJet_P4);
treeGenJet->Branch("GenJet_Area",&GenJet_Area);
// GenMissET
TTree *treeGenMissingET = new TTree("treeGenMissingET","treeGenMissingET");
float GenMissingET_MET,GenMissingET_Eta,GenMissingET_Phi;
TLorentzVector GenMissingET_P4;
treeGenMissingET->Branch("GenMissingET_MET",&GenMissingET_MET);
treeGenMissingET->Branch("GenMissingET_Eta",&GenMissingET_Eta);
treeGenMissingET->Branch("GenMissingET_Phi",&GenMissingET_Phi);
treeGenMissingET->Branch("GenMissingET_P4",&GenMissingET_P4);
// Track
TTree *treeTrack = new TTree("treeTrack","treeTrack");
int Track_PID,Track_Charge,Track_VertexIndex;
float Track_P,Track_PT,Track_Eta,Track_Phi,Track_CtgTheta,Track_C,Track_Mass;
float Track_EtaOuter,Track_PhiOuter,Track_T,Track_X,Track_Y,Track_Z;
float Track_TOuter,Track_XOuter,Track_YOuter,Track_ZOuter,Track_Xd,Track_Yd,Track_Zd;
float Track_L,Track_D0,Track_DZ,Track_Nclusters,Track_dNdx,Track_ErrorP,Track_ErrorPT;
float Track_ErrorPhi,Track_ErrorCtgTheta,Track_ErrorT,Track_ErrorD0,Track_ErrorDZ;
float Track_ErrorC,Track_ErrorD0Phi,Track_ErrorD0C,Track_ErrorD0DZ,Track_ErrorD0CtgTheta;
float Track_ErrorPhiC,Track_ErrorPhiDZ,Track_ErrorPhiCtgTheta,Track_ErrorCDZ,Track_ErrorCCtgTheta,Track_ErrorDZCtgTheta;
TRef Track_Particle;
TLorentzVector Track_P4;
TMatrixDSym Track_CovarianceMatrix;
treeTrack->Branch("Track_PID",&Track_PID);
treeTrack->Branch("Track_Charge",&Track_Charge);
treeTrack->Branch("Track_P",&Track_P);
treeTrack->Branch("Track_PT",&Track_PT);
treeTrack->Branch("Track_Eta",&Track_Eta);
treeTrack->Branch("Track_Phi",&Track_Phi);
treeTrack->Branch("Track_CtgTheta",&Track_CtgTheta);
treeTrack->Branch("Track_C",&Track_C);
treeTrack->Branch("Track_Mass",&Track_Mass);
treeTrack->Branch("Track_EtaOuter",&Track_EtaOuter);
treeTrack->Branch("Track_PhiOuter",&Track_PhiOuter);
treeTrack->Branch("Track_T",&Track_T);
treeTrack->Branch("Track_X",&Track_X);
treeTrack->Branch("Track_Y",&Track_Y);
treeTrack->Branch("Track_Z",&Track_Z);
treeTrack->Branch("Track_TOuter",&Track_TOuter);
treeTrack->Branch("Track_XOuter",&Track_XOuter);
treeTrack->Branch("Track_YOuter",&Track_YOuter);
treeTrack->Branch("Track_ZOuter",&Track_ZOuter);
treeTrack->Branch("Track_Xd",&Track_Xd);
treeTrack->Branch("Track_Yd",&Track_Yd);
treeTrack->Branch("Track_Zd",&Track_Zd);
treeTrack->Branch("Track_L",&Track_L);
treeTrack->Branch("Track_D0",&Track_D0);
treeTrack->Branch("Track_DZ",&Track_DZ);
treeTrack->Branch("Track_Nclusters",&Track_Nclusters);
treeTrack->Branch("Track_dNdx",&Track_dNdx);
treeTrack->Branch("Track_ErrorP",&Track_ErrorP);
treeTrack->Branch("Track_ErrorPT",&Track_ErrorPT);
treeTrack->Branch("Track_ErrorPhi",&Track_ErrorPhi);
treeTrack->Branch("Track_ErrorCtgTheta",&Track_ErrorCtgTheta);
treeTrack->Branch("Track_ErrorT",&Track_ErrorT);
treeTrack->Branch("Track_ErrorD0",&Track_ErrorD0);
treeTrack->Branch("Track_ErrorDZ",&Track_ErrorDZ);
treeTrack->Branch("Track_ErrorC",&Track_ErrorC);
treeTrack->Branch("Track_ErrorD0Phi",&Track_ErrorD0Phi);
treeTrack->Branch("Track_ErrorD0C",&Track_ErrorD0C);
treeTrack->Branch("Track_ErrorD0DZ",&Track_ErrorD0DZ);
treeTrack->Branch("Track_ErrorD0CtgTheta",&Track_ErrorD0CtgTheta);
treeTrack->Branch("Track_ErrorPhiC",&Track_ErrorPhiC);
treeTrack->Branch("Track_ErrorPhiDZ",&Track_ErrorPhiDZ);
treeTrack->Branch("Track_ErrorPhiCtgTheta",&Track_ErrorPhiCtgTheta);
treeTrack->Branch("Track_ErrorCDZ",&Track_ErrorCDZ);
treeTrack->Branch("Track_ErrorCCtgTheta",&Track_ErrorCCtgTheta);
treeTrack->Branch("Track_ErrorDZCtgTheta",&Track_ErrorDZCtgTheta);
treeTrack->Branch("Track_Particle",&Track_Particle);
treeTrack->Branch("Track_VertexIndex",&Track_VertexIndex);
treeTrack->Branch("Track_P4",&Track_P4);
treeTrack->Branch("Track_CovarianceMatrix",&Track_CovarianceMatrix);
// Tower
TTree *treeTower = new TTree("treeTower","treeTower");
float Tower_ET,Tower_Eta,Tower_Phi,Tower_E,Tower_T;
int Tower_NTimeHits;
float Tower_Eem,Tower_Ehad,Tower_Edges[4];
TRefArray Tower_Particles;
TLorentzVector Tower_P4;
treeTower->Branch("Tower_ET",&Tower_ET);
treeTower->Branch("Tower_Eta",&Tower_Eta);
treeTower->Branch("Tower_Phi",&Tower_Phi);
treeTower->Branch("Tower_E",&Tower_E);
treeTower->Branch("Tower_T",&Tower_T);
treeTower->Branch("Tower_NTimeHits",&Tower_NTimeHits);
treeTower->Branch("Tower_Eem",&Tower_Eem);
treeTower->Branch("Tower_Ehad",&Tower_Ehad);
treeTower->Branch("Tower_Edges",Tower_Edges);
treeTower->Branch("Tower_Particles",&Tower_Particles);
treeTower->Branch("Tower_P4",&Tower_P4);
// EFlowTrack
TTree *treeEFlowTrack = new TTree("treeEFlowTrack","treeEFlowTrack");
int EFlowTrack_PID,EFlowTrack_Charge,EFlowTrack_VertexIndex;
float EFlowTrack_P,EFlowTrack_PT,EFlowTrack_Eta,EFlowTrack_Phi,EFlowTrack_CtgTheta,EFlowTrack_C,EFlowTrack_Mass;
float EFlowTrack_EtaOuter,EFlowTrack_PhiOuter,EFlowTrack_T,EFlowTrack_X,EFlowTrack_Y,EFlowTrack_Z;
float EFlowTrack_TOuter,EFlowTrack_XOuter,EFlowTrack_YOuter,EFlowTrack_ZOuter,EFlowTrack_Xd,EFlowTrack_Yd,EFlowTrack_Zd;
float EFlowTrack_L,EFlowTrack_D0,EFlowTrack_DZ,EFlowTrack_Nclusters,EFlowTrack_dNdx,EFlowTrack_ErrorP,EFlowTrack_ErrorPT;
float EFlowTrack_ErrorPhi,EFlowTrack_ErrorCtgTheta,EFlowTrack_ErrorT,EFlowTrack_ErrorD0,EFlowTrack_ErrorDZ;
float EFlowTrack_ErrorC,EFlowTrack_ErrorD0Phi,EFlowTrack_ErrorD0C,EFlowTrack_ErrorD0DZ,EFlowTrack_ErrorD0CtgTheta;
float EFlowTrack_ErrorPhiC,EFlowTrack_ErrorPhiDZ,EFlowTrack_ErrorPhiCtgTheta,EFlowTrack_ErrorCDZ,EFlowTrack_ErrorCCtgTheta,EFlowTrack_ErrorDZCtgTheta;
TRef EFlowTrack_Particle;
TLorentzVector EFlowTrack_P4;
TMatrixDSym EFlowTrack_CovarianceMatrix;
treeEFlowTrack->Branch("EFlowTrack_PID",&EFlowTrack_PID);
treeEFlowTrack->Branch("EFlowTrack_Charge",&EFlowTrack_Charge);
treeEFlowTrack->Branch("EFlowTrack_P",&EFlowTrack_P);
treeEFlowTrack->Branch("EFlowTrack_PT",&EFlowTrack_PT);
treeEFlowTrack->Branch("EFlowTrack_Eta",&EFlowTrack_Eta);
treeEFlowTrack->Branch("EFlowTrack_Phi",&EFlowTrack_Phi);
treeEFlowTrack->Branch("EFlowTrack_CtgTheta",&EFlowTrack_CtgTheta);
treeEFlowTrack->Branch("EFlowTrack_C",&EFlowTrack_C);
treeEFlowTrack->Branch("EFlowTrack_Mass",&EFlowTrack_Mass);
treeEFlowTrack->Branch("EFlowTrack_EtaOuter",&EFlowTrack_EtaOuter);
treeEFlowTrack->Branch("EFlowTrack_PhiOuter",&EFlowTrack_PhiOuter);
treeEFlowTrack->Branch("EFlowTrack_T",&EFlowTrack_T);
treeEFlowTrack->Branch("EFlowTrack_X",&EFlowTrack_X);
treeEFlowTrack->Branch("EFlowTrack_Y",&EFlowTrack_Y);
treeEFlowTrack->Branch("EFlowTrack_Z",&EFlowTrack_Z);
treeEFlowTrack->Branch("EFlowTrack_TOuter",&EFlowTrack_TOuter);
treeEFlowTrack->Branch("EFlowTrack_XOuter",&EFlowTrack_XOuter);
treeEFlowTrack->Branch("EFlowTrack_YOuter",&EFlowTrack_YOuter);
treeEFlowTrack->Branch("EFlowTrack_ZOuter",&EFlowTrack_ZOuter);
treeEFlowTrack->Branch("EFlowTrack_Xd",&EFlowTrack_Xd);
treeEFlowTrack->Branch("EFlowTrack_Yd",&EFlowTrack_Yd);
treeEFlowTrack->Branch("EFlowTrack_Zd",&EFlowTrack_Zd);
treeEFlowTrack->Branch("EFlowTrack_L",&EFlowTrack_L);
treeEFlowTrack->Branch("EFlowTrack_D0",&EFlowTrack_D0);
treeEFlowTrack->Branch("EFlowTrack_DZ",&EFlowTrack_DZ);
treeEFlowTrack->Branch("EFlowTrack_Nclusters",&EFlowTrack_Nclusters);
treeEFlowTrack->Branch("EFlowTrack_dNdx",&EFlowTrack_dNdx);
treeEFlowTrack->Branch("EFlowTrack_ErrorP",&EFlowTrack_ErrorP);
treeEFlowTrack->Branch("EFlowTrack_ErrorPT",&EFlowTrack_ErrorPT);
treeEFlowTrack->Branch("EFlowTrack_ErrorPhi",&EFlowTrack_ErrorPhi);
treeEFlowTrack->Branch("EFlowTrack_ErrorCtgTheta",&EFlowTrack_ErrorCtgTheta);
treeEFlowTrack->Branch("EFlowTrack_ErrorT",&EFlowTrack_ErrorT);
treeEFlowTrack->Branch("EFlowTrack_ErrorD0",&EFlowTrack_ErrorD0);
treeEFlowTrack->Branch("EFlowTrack_ErrorDZ",&EFlowTrack_ErrorDZ);
treeEFlowTrack->Branch("EFlowTrack_ErrorC",&EFlowTrack_ErrorC);
treeEFlowTrack->Branch("EFlowTrack_ErrorD0Phi",&EFlowTrack_ErrorD0Phi);
treeEFlowTrack->Branch("EFlowTrack_ErrorD0C",&EFlowTrack_ErrorD0C);
treeEFlowTrack->Branch("EFlowTrack_ErrorD0DZ",&EFlowTrack_ErrorD0DZ);
treeEFlowTrack->Branch("EFlowTrack_ErrorD0CtgTheta",&EFlowTrack_ErrorD0CtgTheta);
treeEFlowTrack->Branch("EFlowTrack_ErrorPhiC",&EFlowTrack_ErrorPhiC);
treeEFlowTrack->Branch("EFlowTrack_ErrorPhiDZ",&EFlowTrack_ErrorPhiDZ);
treeEFlowTrack->Branch("EFlowTrack_ErrorPhiCtgTheta",&EFlowTrack_ErrorPhiCtgTheta);
treeEFlowTrack->Branch("EFlowTrack_ErrorCDZ",&EFlowTrack_ErrorCDZ);
treeEFlowTrack->Branch("EFlowTrack_ErrorCCtgTheta",&EFlowTrack_ErrorCCtgTheta);
treeEFlowTrack->Branch("EFlowTrack_ErrorDZCtgTheta",&EFlowTrack_ErrorDZCtgTheta);
treeEFlowTrack->Branch("EFlowTrack_Particle",&EFlowTrack_Particle);
treeEFlowTrack->Branch("EFlowTrack_VertexIndex",&EFlowTrack_VertexIndex);
treeEFlowTrack->Branch("EFlowTrack_P4",&EFlowTrack_P4);
treeEFlowTrack->Branch("EFlowTrack_CovarianceMatrix",&EFlowTrack_CovarianceMatrix);
// EFlowPhoton
TTree *treeEFlowPhoton = new TTree("treeEFlowPhoton","treeEFlowPhoton");
float EFlowPhoton_PT,EFlowPhoton_Eta,EFlowPhoton_Phi,EFlowPhoton_E,EFlowPhoton_T;
float EFlowPhoton_EhadOverEem,EFlowPhoton_IsolationVar,EFlowPhoton_IsolationVarRhoCorr;
float EFlowPhoton_SumPtCharged,EFlowPhoton_SumPtNeutral,EFlowPhoton_SumPtChargedPU,EFlowPhoton_SumPt;
int EFlowPhoton_Status;
TLorentzVector EFlowPhoton_P4;
TRefArray EFlowPhoton_Particles;
treeEFlowPhoton->Branch("EFlowPhoton_PT",&EFlowPhoton_PT);
treeEFlowPhoton->Branch("EFlowPhoton_Eta",&EFlowPhoton_Eta);
treeEFlowPhoton->Branch("EFlowPhoton_Phi",&EFlowPhoton_Phi);
treeEFlowPhoton->Branch("EFlowPhoton_E",&EFlowPhoton_E);
treeEFlowPhoton->Branch("EFlowPhoton_T",&EFlowPhoton_T);
treeEFlowPhoton->Branch("EFlowPhoton_EhadOverEem",&EFlowPhoton_EhadOverEem);
treeEFlowPhoton->Branch("EFlowPhoton_Particles",&EFlowPhoton_Particles);
treeEFlowPhoton->Branch("EFlowPhoton_IsolationVar",&EFlowPhoton_IsolationVar);
treeEFlowPhoton->Branch("EFlowPhoton_IsolationVarRhoCorr",&EFlowPhoton_IsolationVarRhoCorr);
treeEFlowPhoton->Branch("EFlowPhoton_SumPtCharged",&EFlowPhoton_SumPtCharged);
treeEFlowPhoton->Branch("EFlowPhoton_SumPtNeutral",&EFlowPhoton_SumPtNeutral);
treeEFlowPhoton->Branch("EFlowPhoton_SumPtChargedPU",&EFlowPhoton_SumPtChargedPU);
treeEFlowPhoton->Branch("EFlowPhoton_SumPt",&EFlowPhoton_SumPt);
treeEFlowPhoton->Branch("EFlowPhoton_Status",&EFlowPhoton_Status);
treeEFlowPhoton->Branch("EFlowPhoton_P4",&EFlowPhoton_P4);
// Photon
TTree *treePhoton = new TTree("treePhoton","treePhoton");
float Photon_PT,Photon_Eta,Photon_Phi,Photon_E,Photon_T;
float Photon_EhadOverEem,Photon_IsolationVar,Photon_IsolationVarRhoCorr;
float Photon_SumPtCharged,Photon_SumPtNeutral,Photon_SumPtChargedPU,Photon_SumPt;
int Photon_Status;
TLorentzVector Photon_P4;
TRefArray Photon_Particles;
treePhoton->Branch("Photon_PT",&Photon_PT);
treePhoton->Branch("Photon_Eta",&Photon_Eta);
treePhoton->Branch("Photon_Phi",&Photon_Phi);
treePhoton->Branch("Photon_E",&Photon_E);
treePhoton->Branch("Photon_T",&Photon_T);
treePhoton->Branch("Photon_EhadOverEem",&Photon_EhadOverEem);
treePhoton->Branch("Photon_Particles",&Photon_Particles);
treePhoton->Branch("Photon_IsolationVar",&Photon_IsolationVar);
treePhoton->Branch("Photon_IsolationVarRhoCorr",&Photon_IsolationVarRhoCorr);
treePhoton->Branch("Photon_SumPtCharged",&Photon_SumPtCharged);
treePhoton->Branch("Photon_SumPtNeutral",&Photon_SumPtNeutral);
treePhoton->Branch("Photon_SumPtChargedPU",&Photon_SumPtChargedPU);
treePhoton->Branch("Photon_SumPt",&Photon_SumPt);
treePhoton->Branch("Photon_Status",&Photon_Status);
treePhoton->Branch("Photon_P4",&Photon_P4);
//Electron
TTree *treeElectron = new TTree("treeElectron","treeElectron");
float Electron_PT,Electron_Eta,Electron_Phi,Electron_T,Electron_EhadOverEem;
float Electron_IsolationVar,Electron_IsolationVarRhoCorr,Electron_SumPtCharged;
float Electron_SumPtNeutral,Electron_SumPtChargedPU,Electron_SumPt;
float Electron_D0,Electron_DZ,Electron_ErrorD0,Electron_ErrorDZ;
int Electron_Charge;
TLorentzVector Electron_P4;
TRef Electron_Particle;
treeElectron->Branch("Electron_PT",&Electron_PT);
treeElectron->Branch("Electron_Eta",&Electron_Eta);
treeElectron->Branch("Electron_Phi",&Electron_Phi);
treeElectron->Branch("Electron_T",&Electron_T);
treeElectron->Branch("Electron_Charge",&Electron_Charge);
treeElectron->Branch("Electron_EhadOverEem",&Electron_EhadOverEem);
treeElectron->Branch("Electron_Particle",&Electron_Particle);
treeElectron->Branch("Electron_IsolationVar",&Electron_IsolationVar);
treeElectron->Branch("Electron_IsolationVarRhoCorr",&Electron_IsolationVarRhoCorr);
treeElectron->Branch("Electron_SumPtCharged",&Electron_SumPtCharged);
treeElectron->Branch("Electron_SumPtNeutral",&Electron_SumPtNeutral);
treeElectron->Branch("Electron_SumPtChargedPU",&Electron_SumPtChargedPU);
treeElectron->Branch("Electron_SumPt",&Electron_SumPt);
treeElectron->Branch("Electron_D0",&Electron_D0);
treeElectron->Branch("Electron_DZ",&Electron_DZ);
treeElectron->Branch("Electron_ErrorD0",&Electron_ErrorD0);
treeElectron->Branch("Electron_ErrorDZ",&Electron_ErrorDZ);
treeElectron->Branch("Electron_P4",&Electron_P4);
// Jet
TTree *treeJet = new TTree("treeJet","treeJet");
float Jet_PT,Jet_Eta,Jet_Phi,Jet_T,Jet_Mass,Jet_DeltaEta,Jet_DeltaPhi;
int Jet_Flavor,Jet_FlavorAlgo,Jet_FlavorPhys,Jet_BTag,Jet_BTagAlgo,Jet_BTagPhys,Jet_TauTag,Jet_Charge,Jet_NCharged,Jet_NNeutrals,Jet_NSubJetsTrimmed,Jet_NSubJetsPruned,Jet_NSubJetsSoftDropped;
double Jet_ExclYmerge23,Jet_ExclYmerge34,Jet_ExclYmerge45,Jet_ExclYmerge56;
float Jet_TauWeight,Jet_EhadOverEem,Jet_NeutralEnergyFraction,Jet_ChargedEnergyFraction,Jet_Beta,Jet_BetaStar,Jet_MeanSqDeltaR,Jet_PTD;
float Jet_FracPt[5],Jet_Tau[5];
TLorentzVector Jet_SoftDroppedJet,Jet_SoftDroppedSubJet1,Jet_SoftDroppedSubJet2;
TLorentzVector Jet_TrimmedP4[5],Jet_PrunedP4[5],Jet_SoftDroppedP4[5];
TRefArray Jet_Constituents,Jet_Particles;
TLorentzVector Jet_P4,Jet_Area;
treeJet->Branch("GenJet_PT",&Jet_PT);
treeJet->Branch("Jet_Eta",&Jet_Eta);
treeJet->Branch("Jet_Phi",&Jet_Phi);
treeJet->Branch("Jet_T",&Jet_T);
treeJet->Branch("Jet_Mass",&Jet_Mass);
treeJet->Branch("Jet_DeltaEta",&Jet_DeltaEta);
treeJet->Branch("Jet_DeltaPhi",&Jet_DeltaPhi);
treeJet->Branch("Jet_Flavor",&Jet_Flavor);
treeJet->Branch("Jet_FlavorAlgo",&Jet_FlavorAlgo);
treeJet->Branch("Jet_FlavorPhys",&Jet_FlavorPhys);
treeJet->Branch("Jet_BTag",&Jet_BTag);
treeJet->Branch("Jet_BTagAlgo",&Jet_BTagAlgo);
treeJet->Branch("Jet_BTagPhys",&Jet_BTagPhys);
treeJet->Branch("Jet_TauTag",&Jet_TauTag);
treeJet->Branch("Jet_TauWeight",&Jet_TauWeight);
treeJet->Branch("Jet_Charge",&Jet_Charge);
treeJet->Branch("Jet_EhadOverEem",&Jet_EhadOverEem);
treeJet->Branch("Jet_NCharged",&Jet_NCharged);
treeJet->Branch("Jet_NNeutrals",&Jet_NNeutrals);
treeJet->Branch("Jet_NeutralEnergyFraction",&Jet_NeutralEnergyFraction);
treeJet->Branch("Jet_ChargedEnergyFraction",&Jet_ChargedEnergyFraction);
treeJet->Branch("GenJet_Beta",&Jet_Beta);
treeJet->Branch("Jet_BetaStar",&Jet_BetaStar);
treeJet->Branch("Jet_MeanSqDeltaR",&Jet_MeanSqDeltaR);
treeJet->Branch("Jet_PTD",&Jet_PTD);
treeJet->Branch("Jet_FracPt",Jet_FracPt);
treeJet->Branch("Jet_Tau",Jet_Tau);
treeJet->Branch("Jet_SoftDroppedJet",&Jet_SoftDroppedJet);
treeJet->Branch("Jet_SoftDroppedSubJet1",&Jet_SoftDroppedSubJet1);
treeJet->Branch("Jet_SoftDroppedSubJet2",&Jet_SoftDroppedSubJet2);
treeJet->Branch("Jet_TrimmedP4",Jet_TrimmedP4);
treeJet->Branch("Jet_PrunedP4",Jet_PrunedP4);
treeJet->Branch("Jet_SoftDroppedP4",Jet_SoftDroppedP4);
treeJet->Branch("Jet_NSubJetsTrimmed",&Jet_NSubJetsTrimmed);
treeJet->Branch("Jet_NSubJetsPruned",&Jet_NSubJetsPruned);
treeJet->Branch("Jet_NSubJetsSoftDropped",&Jet_NSubJetsSoftDropped);
treeJet->Branch("Jet_ExclYmerge23",&Jet_ExclYmerge23);
treeJet->Branch("Jet_ExclYmerge34",&Jet_ExclYmerge34);
treeJet->Branch("Jet_ExclYmerge45",&Jet_ExclYmerge45);
treeJet->Branch("Jet_ExclYmerge56",&Jet_ExclYmerge56);
treeJet->Branch("Jet_Constituents",&Jet_Constituents);
treeJet->Branch("Jet_Particles",&Jet_Particles);
treeJet->Branch("Jet_P4",&Jet_P4);
treeJet->Branch("Jet_Area",&Jet_Area);
// MissingET
TTree *treeMissingET = new TTree("treeMissingET","treeMissingET");
float MissingET_MET,MissingET_Eta,MissingET_Phi;
TLorentzVector MissingET_P4;
treeMissingET->Branch("MissingET_MET",&MissingET_MET);
treeMissingET->Branch("MissingET_Eta",&MissingET_Eta);
treeMissingET->Branch("MissingET_Phi",&MissingET_Phi);
treeMissingET->Branch("MissingET_P4",&MissingET_P4);
// ScalarHT
TTree *treeScalarHT = new TTree("treeScalarHT","treeScalarHT");
float ScalarHT_HT;
treeScalarHT->Branch("ScalarHT_HT",&ScalarHT_HT);
// Muon
TTree *treeMuon = new TTree("treeMuon","treeMuon");
int Muon_Charge;
TRef Muon_Particle;
float Muon_PT,Muon_Eta,Muon_Phi,Muon_T,Muon_IsolationVar,Muon_IsolationVarRhoCorr,Muon_SumPtCharged,Muon_SumPtNeutral,Muon_SumPtChargedPU,Muon_SumPt,Muon_D0,Muon_DZ,Muon_ErrorD0,Muon_ErrorDZ;
TLorentzVector Muon_P4;
treeMuon->Branch("Muon_Charge",&Muon_Charge);
treeMuon->Branch("Muon_Particle",&Muon_Particle);
treeMuon->Branch("Muon_PT",&Muon_PT);
treeMuon->Branch("Muon_Eta",&Muon_Eta);
treeMuon->Branch("Muon_Phi",&Muon_Phi);
treeMuon->Branch("Muon_T",&Muon_T);
treeMuon->Branch("Muon_IsolationVar",&Muon_IsolationVar);
treeMuon->Branch("Muon_IsolationVarRhoCorr",&Muon_IsolationVarRhoCorr);
treeMuon->Branch("Muon_SumPtCharged",&Muon_SumPtCharged);
treeMuon->Branch("Muon_SumPtNeutral",&Muon_SumPtNeutral);
treeMuon->Branch("Muon_SumPtChargedPU",&Muon_SumPtChargedPU);
treeMuon->Branch("Muon_SumPt",&Muon_SumPt);
treeMuon->Branch("Muon_D0",&Muon_D0);
treeMuon->Branch("Muon_DZ",&Muon_DZ);
treeMuon->Branch("Muon_ErrorD0",&Muon_ErrorD0);
treeMuon->Branch("Muon_ErrorDZ",&Muon_ErrorD0);
treeMuon->Branch("Muon_P4",&Muon_P4);
while (fp.getline(buf,200)) {
std::cout<<" inputfile=\t"<<buf<<std::endl;
gSystem->Load("libDelphes");
// Create chain of root trees
TChain chain("Delphes");
chain.Add(buf);
// Create object of class ExRootTreeReader
ExRootTreeReader *treeReader = new ExRootTreeReader(&chain);
long int numberOfEntries = treeReader->GetEntries();
// Get pointers to branches used in this analysis
TClonesArray *branchMuon = treeReader->UseBranch("Muon");
TClonesArray *branchJet = treeReader->UseBranch("Jet");
TClonesArray *branchEvent = treeReader->UseBranch("Event");
TClonesArray *branchParticle = treeReader->UseBranch("Particle");
TClonesArray *branchGenJet = treeReader->UseBranch("GenJet");
TClonesArray *branchGenMissingET = treeReader->UseBranch("GenMissingET");
TClonesArray *branchTrack = treeReader->UseBranch("Track");
TClonesArray *branchTower = treeReader->UseBranch("Tower");
TClonesArray *branchEFlowTrack = treeReader->UseBranch("EFlowTrack");
TClonesArray *branchEFlowPhoton = treeReader->UseBranch("EFlowPhoton");
// TClonesArray *branchEFlowNeutralHadron = treeReader->UseBranch("EFlowNeutralHadron");
TClonesArray *branchPhoton = treeReader->UseBranch("Photon");
TClonesArray *branchElectron = treeReader->UseBranch("Electron");
TClonesArray *branchMissingET = treeReader->UseBranch("MissingET");
TClonesArray *branchScalarHT = treeReader->UseBranch("ScalarHT");
Event *event;
GenParticle *particle;
Jet *genjet;
MissingET *genMissingET;
Track *track;
Tower *tower;
Track *eflowTrack;
Photon * eflowPhoton;
Photon *photon;
Electron *electron;
MissingET *missingET;
ScalarHT * scalarHT;
Muon *muon, *muon0, *muon1, *muon2, *muon3, *muon_mass1, *muon_mass2;
Jet *jet,*jet0,*jet1,*jet2,*jet3;
float Muon_mass,BJet_mass;
// Loop over all events
for(int entry = 0; entry < numberOfEntries; ++entry)
{
// Load selected branches with data from specified event
treeReader->ReadEntry(entry);
//cout << " event = " << branchEvent->GetEntries()
// << " particle = " << branchParticle->GetEntries()
// << " GenJet = " << branchGenJet->GetEntries()
// << " GenMissingET = " << branchGenMissingET->GetEntries()
// << " track = " << branchTrack->GetEntries()
// << " Tower = " << branchTower->GetEntries()
// << " EFlowTrack= " << branchEFlowTrack->GetEntries()
// << " EFlowPhoton= " << branchEFlowPhoton->GetEntries()
// << " Photon= " << branchPhoton->GetEntries()
// << " Electron = " << branchElectron->GetEntries()
// << " MissingET= " << branchMissingET->GetEntries()
// << " ScalarHT = " << branchScalarHT->GetEntries()
// << " Jet = " << branchJet->GetEntries()
// << " Muon = " << branchMuon->GetEntries()
// << endl;
// Muon Analyze
if(branchMuon->GetEntries()>1) {
// std::cout << "Muon size= " << branchMuon->GetEntries() << std::endl;
std::vector<double> muon_pt;
int muon_max[2] = {0};
for(int i=0;i<branchMuon->GetEntries();i++){
muon3 = (Muon*) branchMuon->At(i);
muon_pt.push_back(muon3->PT);
//std::cout << "muon pt[" << i << "]= " << muon->PT << std::endl;
} // for cycle
int max1 = distance(begin(muon_pt),max_element(muon_pt.begin(),muon_pt.end()));
muon1 = (Muon*) branchMuon->At(max1);
muon_max[0] = max1;
muon_pt.erase(muon_pt.begin()+max1);
muon_pt.insert(muon_pt.begin()+max1,-999);
int max2 = distance(begin(muon_pt),max_element(muon_pt.begin(),muon_pt.end()));
muon2 = (Muon*) branchMuon->At(max2);
muon_max[1] = max2;
Muon_mass = (muon1->P4()+muon2->P4()).M();
//cout << "muon mass = " << Muon_mass << endl;
muon_pt.clear();
} // muon if
else continue;
// Jet Analyze
if(branchJet->GetEntries()>1) {
std::cout << "Jet size= " << branchJet->GetEntries() << std::endl;
std::vector<double> jet_pt;
int jet_max[2] = {0};
int bjet_num = 0;
for(int i=0;i<branchJet->GetEntries();i++){
jet = (Jet*) branchJet->At(i);
if(jet->BTag==0 || jet->BTag==1) {
bjet_num++;
}
}
if(bjet_num<2) continue;
else
{
int Bnum =0;
for(int i=0;i<branchJet->GetEntries();i++)
{
jet = (Jet*) branchJet->At(i);
// cout << " jet pt = " << jet->PT << " Bjet = " << jet->BTag << endl;
if(jet->BTag==0 || jet->BTag==1) {
jetbtag.insert(std::pair<int,jetBtag>(Bnum,jetBtag(i,jet->BTag,jet->PT)));
Bnum++;
} // if
//jet_pt.push_back(jet->PT);
}
for(int m=0;m<jetbtag.size();m++)
{
auto mapit = jetbtag.find(m);
if(mapit != jetbtag.end())
{
jet_pt.push_back(mapit->second.Jet_PT);
}
}
int jet_max1 = distance(begin(jet_pt),max_element(jet_pt.begin(),jet_pt.end()));
auto mapit1 = jetbtag.find(jet_max1);
if(mapit1 != jetbtag.end())
{
jet1 = (Jet*) branchJet->At(mapit1->second.Num);
}
jet_pt.erase(jet_pt.begin()+jet_max1);
jet_pt.insert(jet_pt.begin(),-999);
int jet_max2 = distance(begin(jet_pt),max_element(jet_pt.begin(),jet_pt.end()));
auto mapit2 = jetbtag.find(jet_max2);
if(mapit2 != jetbtag.end())
{
jet2 = (Jet*) branchJet->At(mapit2->second.Num);
}
BJet_mass = (jet1->P4()+jet2->P4()).M();
cout << " jet mass = " << BJet_mass << endl;
jetbtag.clear();
jet_pt.clear();
} // jet else
} //jet if
else continue;
// cut
if((Muon_mass<105&&Muon_mass>75)&&(BJet_mass<150&&BJet_mass>100))
{
cout << " muon mass = " << Muon_mass
<< " jet mass = " << BJet_mass
<< endl;
// Event Fill
cout << " Event size = " << branchEvent->GetEntries() << endl;
for(int i=0;i<branchEvent->GetEntries();i++)
{
event = (Event *) branchEvent->At(i);
Event_Number = event->Number;
Event_ReadTime = event->ReadTime;
Event_ProcTime = event->ProcTime;
treeEvent->Fill();
} // event fill
// GenMissingET Fill
cout << " GenMissingET size = " << branchGenMissingET->GetEntries() << endl;
for(int i=0;i<branchGenMissingET->GetEntries();i++)
{
genMissingET = (MissingET *) branchGenMissingET->At(i);
GenMissingET_MET = genMissingET->MET;
GenMissingET_Eta = genMissingET->Eta;
GenMissingET_Phi = genMissingET->Phi;
GenMissingET_P4.SetPtEtaPhiM(genMissingET->P4().Pt(),genMissingET->P4().Eta(),genMissingET->P4().Phi(),genMissingET->P4().M());
treeGenMissingET->Fill();
} // GenMissingET Fill
// MissingET Fill
cout << " MissingET size = " << branchMissingET->GetEntries() << endl;
for(int i=0;i<branchMissingET->GetEntries();i++)
{
missingET = (MissingET *) branchMissingET->At(i);
MissingET_MET = missingET->MET;
MissingET_Eta = missingET->Eta;
MissingET_Phi = missingET->Phi;
MissingET_P4.SetPtEtaPhiM(missingET->P4().Pt(),missingET->P4().Eta(),missingET->P4().Phi(),missingET->P4().M());
treeMissingET->Fill();
} // MissingET Fill
// ScalarHT Fill
cout << " ScalarHT size = " << branchScalarHT->GetEntries() << endl;
for(int i=0;i<branchScalarHT->GetEntries();i++)
{
scalarHT = (ScalarHT *) branchScalarHT->At(i);
ScalarHT_HT = scalarHT->HT;
treeScalarHT->Fill();
} // ScalarHT Fill
// Particle Fill
cout << " Particle size = " << branchParticle->GetEntries() << endl;
for(int i=0;i<branchParticle->GetEntries();i++) {
particle = (GenParticle *) branchParticle->At(i);
Particle_PID = particle->PID;
Particle_Status = particle->Status;
Particle_IsPU = particle->IsPU;
Particle_M1 = particle->M1;
Particle_M2 = particle->M2;
Particle_D1 = particle->D1;
Particle_D2 = particle->D2;
Particle_Charge = particle->Charge;
Particle_Mass = particle->Mass;
Particle_E = particle->E;
Particle_Px = particle->Px;
Particle_Py = particle->Py;
Particle_Pz = particle->Pz;
Particle_P = particle->P;
Particle_PT = particle->PT;
Particle_Eta = particle->Eta;
Particle_Phi = particle->Phi;
Particle_Rapidity = particle->Rapidity;
Particle_T = particle->T;
Particle_X = particle->X;
Particle_Y = particle->Y;
Particle_Z = particle->Z;
Particle_P4.SetPxPyPzE(particle->P4().Px(),particle->P4().Py(),particle->P4().Pz(),particle->P4().E());
treeParticle->Fill();
} // for particle
// GenJet Fill
cout << " GetJet size = " << branchGenJet->GetEntries() << endl;
for(int i =0;i<branchGenJet->GetEntries();i++)
{
genjet = (Jet *) branchGenJet->At(i);
GenJet_PT = genjet->PT;
GenJet_Eta = genjet->Eta;
GenJet_Phi = genjet->Phi;
GenJet_T = genjet->T;
GenJet_Mass = genjet->Mass;
GenJet_DeltaEta = genjet->DeltaEta;
GenJet_DeltaPhi = genjet->DeltaPhi;
GenJet_Flavor = genjet->Flavor;
GenJet_FlavorAlgo = genjet->FlavorAlgo;
GenJet_FlavorPhys = genjet->FlavorPhys;
GenJet_BTag = genjet->BTag;
GenJet_BTagAlgo = genjet->BTagAlgo;
GenJet_BTagPhys = genjet->BTagPhys;
GenJet_TauTag = genjet->TauTag;
GenJet_TauWeight = genjet->TauWeight;
GenJet_Charge = genjet->Charge;
GenJet_EhadOverEem = genjet->EhadOverEem;
GenJet_NCharged = genjet->NCharged;
GenJet_NNeutrals = genjet->NNeutrals;
GenJet_NeutralEnergyFraction = genjet->NeutralEnergyFraction;
GenJet_ChargedEnergyFraction = genjet->ChargedEnergyFraction;
GenJet_Beta = genjet->Beta;
GenJet_BetaStar = genjet->BetaStar;
GenJet_MeanSqDeltaR= genjet->MeanSqDeltaR;
GenJet_PTD = genjet->PTD;
GenJet_SoftDroppedJet.SetXYZT(genjet->SoftDroppedJet.X(),genjet->SoftDroppedJet.Y(),genjet->SoftDroppedJet.Z(),genjet->SoftDroppedJet.T());
GenJet_SoftDroppedSubJet1.SetXYZT(genjet->SoftDroppedSubJet1.X(),genjet->SoftDroppedSubJet1.Y(),genjet->SoftDroppedSubJet1.Z(),genjet->SoftDroppedSubJet1.T());
GenJet_SoftDroppedSubJet2.SetXYZT(genjet->SoftDroppedSubJet2.X(),genjet->SoftDroppedSubJet2.Y(),genjet->SoftDroppedSubJet2.Z(),genjet->SoftDroppedSubJet2.T());
GenJet_NSubJetsTrimmed = genjet->NSubJetsTrimmed;
GenJet_NSubJetsPruned = genjet->NSubJetsPruned;
GenJet_NSubJetsSoftDropped = genjet->NSubJetsSoftDropped;
GenJet_ExclYmerge23 = genjet->ExclYmerge23;
GenJet_ExclYmerge34 = genjet->ExclYmerge34;
GenJet_ExclYmerge45 = genjet->ExclYmerge45;
GenJet_ExclYmerge56 = genjet->ExclYmerge56;
GenJet_P4.SetPtEtaPhiM(genjet->P4().Pt(),genjet->P4().Eta(),genjet->P4().Phi(),genjet->P4().M());
GenJet_Area.SetXYZT(genjet->Area.X(),genjet->Area.Z(),genjet->Area.Z(),genjet->Area.T());
for(int n=0;n<(genjet->Particles).GetEntriesFast();n++)
{
GenJet_Particles.Add(genjet->Particles.At(n));
}
for(int n=0;n<(genjet->Constituents).GetEntriesFast();n++)
{
GenJet_Constituents.Add(genjet->Constituents.At(n));
}
// for jet ntuple
for(int n =0;n<5;n++){
GenJet_FracPt[n] = genjet->FracPt[n];
GenJet_Tau[n] = genjet->Tau[n];
GenJet_TrimmedP4[n].SetXYZT(genjet->TrimmedP4[n].X(),genjet->TrimmedP4[n].Y(),genjet->TrimmedP4[n].Z(),genjet->TrimmedP4[n].T());
GenJet_PrunedP4[n].SetXYZT(genjet->PrunedP4[n].X(),genjet->PrunedP4[n].Y(),genjet->PrunedP4[n].Z(),genjet->PrunedP4[n].T());
GenJet_SoftDroppedP4[i+n].SetXYZT(genjet->SoftDroppedP4[n].X(),genjet->SoftDroppedP4[n].Y(),genjet->SoftDroppedP4[n].Z(),genjet->SoftDroppedP4[n].T());
} // for jet ntuple
treeGenJet->Fill();
GenJet_Constituents.Clear();
GenJet_Particles.Clear();
} // for genjet
// Jet Fill
cout << "Jet size = " << branchJet->GetEntries() << endl;
std::vector<double> jet_pt2;
int jet_max[2] = {0};
int Bnum2 =0;
for(int j=0;j<branchJet->GetEntries();j++)
{
jet0 = (Jet*) branchJet->At(j);
if(jet0->BTag==0 || jet0->BTag==1) {
jetbtag2.insert(std::pair<int,jetBtag2>(Bnum2,jetBtag2(j,jet0->BTag,jet0->PT)));
Bnum2++;
}
}
for(int l=0;l<jetbtag2.size();l++)
{
auto mapit0 = jetbtag2.find(l);
if(mapit0 != jetbtag2.end())
{
jet_pt2.push_back(mapit0->second.Jet_PT);
}
}
int Jet_max1 = distance(begin(jet_pt2),max_element(jet_pt2.begin(),jet_pt2.end()));
auto mapJet1 = jetbtag2.find(Jet_max1);
if(mapJet1 != jetbtag2.end())
{
jet_max[0] = mapJet1->second.Num;
}
jet_pt2.erase(jet_pt2.begin()+Jet_max1);
jet_pt2.insert(jet_pt2.begin(),-999);
int Jet_max2 = distance(begin(jet_pt2),max_element(jet_pt2.begin(),jet_pt2.end()));
auto mapJet2 = jetbtag2.find(Jet_max2);
if(mapJet2 != jetbtag2.end())
{
jet_max[1] = mapJet2->second.Num;
}
for(int s =0;s<2;s++)//branchJet->GetEntries();i++)
{
jet = (Jet *) branchJet->At(jet_max[s]);
Jet_PT = jet->PT;
Jet_Eta = jet->Eta;
Jet_Phi = jet->Phi;
Jet_T = jet->T;
Jet_Mass = jet->Mass;
Jet_DeltaEta = jet->DeltaEta;
Jet_DeltaPhi = jet->DeltaPhi;
Jet_Flavor = jet->Flavor;
Jet_FlavorAlgo = jet->FlavorAlgo;
Jet_FlavorPhys = jet->FlavorPhys;
Jet_BTag = jet->BTag;
Jet_BTagAlgo = jet->BTagAlgo;
Jet_BTagPhys = jet->BTagPhys;
Jet_TauTag = jet->TauTag;
Jet_TauWeight = jet->TauWeight;
Jet_Charge = jet->Charge;
Jet_EhadOverEem = jet->EhadOverEem;
Jet_NCharged = jet->NCharged;
Jet_NNeutrals = jet->NNeutrals;
Jet_NeutralEnergyFraction = jet->NeutralEnergyFraction;
Jet_ChargedEnergyFraction = jet->ChargedEnergyFraction;
Jet_Beta = jet->Beta;
Jet_BetaStar = jet->BetaStar;
Jet_MeanSqDeltaR= jet->MeanSqDeltaR;
Jet_PTD = jet->PTD;
Jet_SoftDroppedJet.SetXYZT(jet->SoftDroppedJet.X(),jet->SoftDroppedJet.Y(),jet->SoftDroppedJet.Z(),jet->SoftDroppedJet.T());
Jet_SoftDroppedSubJet1.SetXYZT(jet->SoftDroppedSubJet1.X(),jet->SoftDroppedSubJet1.Y(),jet->SoftDroppedSubJet1.Z(),jet->SoftDroppedSubJet1.T());
Jet_SoftDroppedSubJet2.SetXYZT(jet->SoftDroppedSubJet2.X(),jet->SoftDroppedSubJet2.Y(),jet->SoftDroppedSubJet2.Z(),jet->SoftDroppedSubJet2.T());
Jet_NSubJetsTrimmed = jet->NSubJetsTrimmed;
Jet_NSubJetsPruned = jet->NSubJetsPruned;
Jet_NSubJetsSoftDropped = jet->NSubJetsSoftDropped;
Jet_ExclYmerge23 = jet->ExclYmerge23;
Jet_ExclYmerge34 = jet->ExclYmerge34;
Jet_ExclYmerge45 = jet->ExclYmerge45;
Jet_ExclYmerge56 = jet->ExclYmerge56;
Jet_P4.SetPtEtaPhiM(jet->P4().Pt(),jet->P4().Eta(),jet->P4().Phi(),jet->P4().M());
Jet_Area.SetXYZT(jet->Area.X(),jet->Area.Z(),jet->Area.Z(),jet->Area.T());
for(int n=0;n<(jet->Particles).GetEntriesFast();n++)
{
Jet_Particles.Add(jet->Particles.At(n));
}
for(int n=0;n<(jet->Constituents).GetEntriesFast();n++)
{
Jet_Constituents.Add(jet->Constituents.At(n));
}
// for jet ntuple
for(int n =0;n<5;n++){
Jet_FracPt[n] = jet->FracPt[n];
Jet_Tau[n] = jet->Tau[n];
Jet_TrimmedP4[n].SetXYZT(jet->TrimmedP4[n].X(),jet->TrimmedP4[n].Y(),jet->TrimmedP4[n].Z(),jet->TrimmedP4[n].T());
Jet_PrunedP4[n].SetXYZT(jet->PrunedP4[n].X(),jet->PrunedP4[n].Y(),jet->PrunedP4[n].Z(),jet->PrunedP4[n].T());
Jet_SoftDroppedP4[n].SetXYZT(jet->SoftDroppedP4[n].X(),jet->SoftDroppedP4[n].Y(),jet->SoftDroppedP4[n].Z(),jet->SoftDroppedP4[n].T());
} // for jet ntuple
treeJet->Fill();
Jet_Particles.Clear();
Jet_Constituents.Clear();
} // for jet
jet_pt2.clear();
jetbtag2.clear();
// Muon Fill
cout << "muon size = " << branchMuon->GetEntries() << endl;
std::vector<double> Muon_pt;
int Muon_max[2] = {0};
for(int i=0;i<branchMuon->GetEntries();i++){
muon0 = (Muon*) branchMuon->At(i);
Muon_pt.push_back(muon0->PT);
//std::cout << "muon pt[" << i << "]= " << muon->PT << std::endl;
} // for cycle
int Max1 = distance(begin(Muon_pt),max_element(Muon_pt.begin(),Muon_pt.end()));
Muon_max[0] = Max1;
Muon_pt.erase(Muon_pt.begin()+Max1);
Muon_pt.insert(Muon_pt.begin()+Max1,-999);
int Max2 = distance(begin(Muon_pt),max_element(Muon_pt.begin(),Muon_pt.end()));
Muon_max[1] = Max2;
muon_mass1 = (Muon *) branchMuon->At(Muon_max[0]);
muon_mass2 = (Muon *) branchMuon->At(Muon_max[1]);