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ReadLowPtSUSY_Tree_ControlRegion_FakePhotonTemplate_WG.h
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ReadLowPtSUSY_Tree_ControlRegion_FakePhotonTemplate_WG.h
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#include <TH1F.h>
#include <TH2F.h>
#include <TH3F.h>
#include <TROOT.h>
#include <TFile.h>
#include <TTree.h>
#include <TSystem.h>
#include <TChain.h>
#include <TLorentzVector.h>
#include <TLegend.h>
#include <iostream>
#include <stdlib.h>
#include <stdio.h>
#include <algorithm>
#include <TGraphAsymmErrors.h>
#include <TVector2.h>
#include <TF1.h>
TLorentzVector fillTLorentzVector(double pT, double eta, double phi, double E)
{
TLorentzVector object_p4;
object_p4.SetPtEtaPhiE(pT, eta, phi, E);
return object_p4;
}
typedef struct
{
float pT;
float eta;
float phi;
float energy;
int charge;
bool isTight;
bool isLoose;
bool isLooseWG;
float isolation;
float dxy;
float dz;
} LeptonInfo;
typedef struct
{
float pT;
float eta;
float phi;
float energy;
int charge;
bool isTight;
bool isMedium;
bool isLoose;
float chIsolation;
float nuIsolation;
float phIsolation;
bool phIsoTight;
bool phIsoMedium;
bool phIsoLoose;
float phHoE;
int phconversionVeto;
int phpixelVeto;
float phSigmaIetaIeta;
float phSigmaIetaIphi;
float phSigmaIphiIphi;
float phpreShowerOverRaw;
float phR9;
float phe1x5;
float phe1x3;
float phe2x2;
float phe2x5;
float phe5x1;
float phe5x5;
float phe2x5Max;
float phe2OverE5;
float phseedCrystalEnergy;
int Matched;
} PhotonInfo;
typedef struct
{
TLorentzVector PhLV;
float SigmaIetaIeta;
int matched;
} AnalysisPhotonInfo;
typedef struct
{
int matched;
float pT;
float eta;
float phi;
float energy;
float sigmaIetaIeta;
float phMatchedisTightWS;
float phMatchedIsoTight;
float phMatchedpixelVeto;
} MatchedPhotonInfo;
typedef struct
{
float pT;
float eta;
float phi;
float energy;
int PU_mva_loose;
int PU_mva_tight;
int PU_mva_medium;
int PU_cut_loose;
int PU_cut_tight;
int PU_cut_medium;
} JetInfo;
typedef struct
{
float Px;
float Py;
float Pz;
float E;
} TriggerInfo;
typedef struct
{
int matched;
float pT;
float eta;
float phi;
float energy;
} MatchedLeptonInfo;
typedef struct
{
TH1F *h_mu_pt_leading;
TH1F *h_mu_pt_trailing;
TH1F *h_mu_eta_leading;
TH1F *h_mu_eta_trailing;
TH1F *h_mu_phi_leading;
TH1F *h_mu_phi_trailing;
TH1F *h_mu_energy_leading;
TH1F *h_mu_energy_trailing;
TH1F *h_el_pt_leading;
TH1F *h_el_pt_trailing;
TH1F *h_el_eta_leading;
TH1F *h_el_eta_trailing;
TH1F *h_el_phi_leading;
TH1F *h_el_phi_trailing;
TH1F *h_el_energy_leading;
TH1F *h_el_energy_trailing;
TH1F *h_InvariantMass;
TH1F *h_InvariantMass_Ph;
TH1F *h_DeltaPhi_met_mu1;
TH1F *h_DeltaPhi_met_mu2;
TH1F *h_DeltaPhi_ph_mu1;
TH1F *h_DeltaPhi_ph_mu2;
TH1F *h_DeltaPhi_met_el1;
TH1F *h_DeltaPhi_met_el2;
TH1F *h_DeltaPhi_ph_el1;
TH1F *h_DeltaPhi_ph_el2;
TH1F *h_nVertices;
TH1F *h_caloMET;
TH1F *h_MET;
TH1F *h_HT;
TH1F *h_nJets;
TH1F *h_jet_pt_leading;
TH1F *h_jet_pt_trailing;
TH1F *h_jet_pt_3rd;
TH1F *h_jet_pt_4th;
TH1F *h_jet_pt_5th;
TH1F *h_jet_pt_6th;
TH1F *h_jet_eta_leading;
TH1F *h_jet_eta_trailing;
TH1F *h_jet_eta_3rd;
TH1F *h_jet_eta_4th;
TH1F *h_jet_eta_5th;
TH1F *h_jet_eta_6th;
TH1F *h_jet_phi_leading;
TH1F *h_jet_phi_trailing;
TH1F *h_jet_phi_3rd;
TH1F *h_jet_phi_4th;
TH1F *h_jet_phi_5th;
TH1F *h_jet_phi_6th;
TH1F *h_jet_energy_leading;
TH1F *h_jet_energy_trailing;
TH1F *h_jet_energy_3rd;
TH1F *h_jet_energy_4th;
TH1F *h_jet_energy_5th;
TH1F *h_jet_energy_6th;
TH1F *h_photon_pt;
TH1F *h_photon_eta;
TH1F *h_photon_phi;
TH1F *h_photon_energy;
} HistCollection;
void initializeHistCollection(HistCollection &histCol, std::string suffix)
{
histCol.h_mu_pt_leading = new TH1F(("h_mu_pt_leading_"+suffix).c_str(), "Leading muon pT; pT [GeV]; Events/GeV", 1000, 0, 1000); histCol.h_mu_pt_leading->Sumw2();
histCol.h_mu_pt_trailing = new TH1F(("h_mu_pt_trailing_"+suffix).c_str(), "Trailing muon pT; pT [GeV]; Events/GeV", 1000, 0, 1000); histCol.h_mu_pt_trailing->Sumw2();
histCol.h_mu_eta_leading = new TH1F(("h_mu_eta_leading_"+suffix).c_str(), "Leading muon #eta ; #eta ; Events", 600, -3.0, 3.0); histCol.h_mu_eta_leading->Sumw2();
histCol.h_mu_eta_trailing = new TH1F(("h_mu_eta_trailing_"+suffix).c_str(), "Trailing muon #eta ; #eta ; Events", 600, -3.0, 3.0); histCol.h_mu_eta_trailing->Sumw2();
histCol.h_mu_phi_leading = new TH1F(("h_mu_phi_leading_"+suffix).c_str(), "Leading muon #phi ; #phi ; Events", 800, -4.0, 4.0); histCol.h_mu_phi_leading->Sumw2();
histCol.h_mu_phi_trailing = new TH1F(("h_mu_phi_trailing_"+suffix).c_str(), "Trailing muon #phi ; #phi ; Events", 800, -4.0, 4.0); histCol.h_mu_phi_trailing->Sumw2();
histCol.h_mu_energy_leading = new TH1F(("h_mu_energy_leading_"+suffix).c_str(), "Leading muon Energy; Energy [GeV]; Events/GeV", 1000, 0, 1000); histCol.h_mu_energy_leading->Sumw2();
histCol.h_mu_energy_trailing = new TH1F(("h_mu_energy_trailing_"+suffix).c_str(), "Trailing muon Energy; Energy [GeV]; Events/GeV", 1000, 0, 1000); histCol.h_mu_energy_trailing->Sumw2();
histCol.h_el_pt_leading = new TH1F(("h_el_pt_leading_"+suffix).c_str(), "Leading electron pT; pT [GeV]; Events/GeV", 1000, 0, 1000); histCol.h_el_pt_leading->Sumw2();
histCol.h_el_pt_trailing = new TH1F(("h_el_pt_trailing_"+suffix).c_str(), "Trailing electron pT; pT [GeV]; Events/GeV", 1000, 0, 1000); histCol.h_el_pt_trailing->Sumw2();
histCol.h_el_eta_leading = new TH1F(("h_el_eta_leading_"+suffix).c_str(), "Leading electron #eta ; #eta ; Events", 600, -3.0, 3.0); histCol.h_el_eta_leading->Sumw2();
histCol.h_el_eta_trailing = new TH1F(("h_el_eta_trailing_"+suffix).c_str(), "Trailing electron #eta ; #eta ; Events", 600, -3.0, 3.0); histCol.h_el_eta_trailing->Sumw2();
histCol.h_el_phi_leading = new TH1F(("h_el_phi_leading_"+suffix).c_str(), "Leading electron #phi ; #phi ; Events", 800, -4.0, 4.0); histCol.h_el_phi_leading->Sumw2();
histCol.h_el_phi_trailing = new TH1F(("h_el_phi_trailing_"+suffix).c_str(), "Trailing electron #phi ; #phi ; Events", 800, -4.0, 4.0); histCol.h_el_phi_trailing->Sumw2();
histCol.h_el_energy_leading = new TH1F(("h_el_energy_leading_"+suffix).c_str(), "Leading electron Energy; Energy [GeV]; Events/GeV", 1000, 0, 1000); histCol.h_el_energy_leading->Sumw2();
histCol.h_el_energy_trailing = new TH1F(("h_el_energy_trailing_"+suffix).c_str(), "Trailing electron Energy; Energy [GeV]; Events/GeV", 1000, 0, 1000); histCol.h_el_energy_trailing->Sumw2();
histCol.h_InvariantMass=new TH1F(("h_InvariantMass_"+suffix).c_str(), "Di-lepton invariant mass; m_{ll} [GeV]; Events/GeV", 9000, 0, 300); histCol.h_InvariantMass->Sumw2();
histCol.h_InvariantMass_Ph=new TH1F(("h_InvariantMass_Ph_"+suffix).c_str(), "Di-lepton and photon invariant mass; m_{ll#gamma} [GeV]; Events/GeV", 9000, 0, 300); histCol.h_InvariantMass_Ph->Sumw2();
histCol.h_DeltaPhi_met_mu1 = new TH1F(("h_DeltaPhi_met_mu1_"+suffix).c_str(), "#Delta #phi between MET and the leading muon; #Delta #phi(MET, leading muon); Events/GeV", 3500, -3.5, 3.5); histCol.h_DeltaPhi_met_mu1->Sumw2();
histCol.h_DeltaPhi_met_mu2 = new TH1F(("h_DeltaPhi_met_mu2_"+suffix).c_str(), "#Delta #phi between MET and the trailing muon; #Delta #phi(MET, trailing muon); Events/GeV", 3500, -3.5, 3.5); histCol.h_DeltaPhi_met_mu2->Sumw2();
histCol.h_DeltaPhi_met_el1 = new TH1F(("h_DeltaPhi_met_el1_"+suffix).c_str(), "#Delta #phi between MET and the leading electron; #Delta #phi(MET, leading electron); Events/GeV", 3500, -3.5, 3.5); histCol.h_DeltaPhi_met_el1->Sumw2();
histCol.h_DeltaPhi_met_el2 = new TH1F(("h_DeltaPhi_met_el2_"+suffix).c_str(), "#Delta #phi between MET and the trailing electron; #Delta #phi(MET, trailing electron); Events/GeV", 3500, -3.5, 3.5); histCol.h_DeltaPhi_met_el2->Sumw2();
histCol.h_DeltaPhi_ph_mu1 = new TH1F(("h_DeltaPhi_ph_mu1_"+suffix).c_str(), "#Delta #phi between the photon and the leading muon; #Delta #phi(#gamma, leading muon); Events/GeV", 3500, -3.5, 3.5); histCol.h_DeltaPhi_ph_mu1->Sumw2();
histCol.h_DeltaPhi_ph_mu2 = new TH1F(("h_DeltaPhi_ph_mu2_"+suffix).c_str(), "#Delta #phi between the photon and the trailing muon; #Delta #phi(#gamma, trailing muon); Events/GeV", 3500, -3.5, 3.5); histCol.h_DeltaPhi_ph_mu2->Sumw2();
histCol.h_DeltaPhi_ph_el1 = new TH1F(("h_DeltaPhi_ph_el1_"+suffix).c_str(), "#Delta #phi between the photon and the leading electron; #Delta #phi(#gamma, leading electron); Events/GeV", 3500, -3.5, 3.5); histCol.h_DeltaPhi_ph_el1->Sumw2();
histCol.h_DeltaPhi_ph_el2 = new TH1F(("h_DeltaPhi_ph_el2_"+suffix).c_str(), "#Delta #phi between the photon and the trailing electron; #Delta #phi(#gamma, trailing electron); Events/GeV", 3500, -3.5, 3.5); histCol.h_DeltaPhi_ph_el2->Sumw2();
histCol.h_nVertices=new TH1F(("h_nVertices_"+suffix).c_str(), "Number of vertices; nvertices; Events", 50, -0.5, 49.5); histCol.h_nVertices->Sumw2();
histCol.h_caloMET=new TH1F(("h_caloMET_"+suffix).c_str(), "Missing ET; MET [GeV]; Events/GeV", 600, 0, 600); histCol.h_caloMET->Sumw2();
histCol.h_MET=new TH1F(("h_MET_"+suffix).c_str(), "Missing ET; MET [GeV]; Events/GeV", 600, 0, 600); histCol.h_MET->Sumw2();
histCol.h_HT = new TH1F(("h_HT_"+suffix).c_str(), "HT (scalar sum of jet pT); H_T [GeV]; Events/GeV", 5000, 0, 5000.0);histCol.h_HT->Sumw2();
histCol.h_nJets = new TH1F(("h_nJets_"+suffix).c_str(), "Number of Jets; Number of Jets; Events", 20, -0.5, 19.5);histCol.h_nJets->Sumw2();
histCol.h_jet_pt_leading=new TH1F(("h_jet_pt_leading_"+suffix).c_str(), "Leading jet pT; pT [GeV]; Events/GeV", 10000, 0, 1000); histCol.h_jet_pt_leading->Sumw2();
histCol.h_jet_pt_trailing=new TH1F(("h_jet_pt_trailing_"+suffix).c_str(), "Trailing jet pT; pT [GeV]; Events/GeV", 10000, 0, 1000); histCol.h_jet_pt_trailing->Sumw2();
histCol.h_jet_pt_3rd=new TH1F(("h_jet_pt_3rd_"+suffix).c_str(), "3rd jet pT; pT [GeV]; Events/GeV", 10000, 0, 1000); histCol.h_jet_pt_3rd->Sumw2();
histCol.h_jet_pt_4th=new TH1F(("h_jet_pt_4th_"+suffix).c_str(), "4th jet pT; pT [GeV]; Events/GeV", 10000, 0, 1000); histCol.h_jet_pt_4th->Sumw2();
histCol.h_jet_pt_5th=new TH1F(("h_jet_pt_5th_"+suffix).c_str(), "5th jet pT; pT [GeV]; Events/GeV", 10000, 0, 1000); histCol.h_jet_pt_5th->Sumw2();
histCol.h_jet_pt_6th=new TH1F(("h_jet_pt_6th_"+suffix).c_str(), "6th jet pT; pT [GeV]; Events/GeV", 10000, 0, 1000); histCol.h_jet_pt_6th->Sumw2();
histCol.h_jet_eta_leading=new TH1F(("h_jet_eta_leading_"+suffix).c_str(), "Leading jet #eta; #eta; Events", 600, -3.0, 3.0); histCol.h_jet_eta_leading->Sumw2();
histCol.h_jet_eta_trailing=new TH1F(("h_jet_eta_trailing_"+suffix).c_str(), "Trailing jet #eta; #eta; Events", 600, -3.0, 3.0); histCol.h_jet_eta_trailing->Sumw2();
histCol.h_jet_eta_3rd=new TH1F(("h_jet_eta_3rd_"+suffix).c_str(), "3rd jet #eta; #eta; Events/GeV", 600, -3.0, 3.0); histCol.h_jet_eta_3rd->Sumw2();
histCol.h_jet_eta_4th=new TH1F(("h_jet_eta_4th_"+suffix).c_str(), "4th jet #eta; #eta; Events/GeV", 600, -3.0, 3.0); histCol.h_jet_eta_4th->Sumw2();
histCol.h_jet_eta_5th=new TH1F(("h_jet_eta_5th_"+suffix).c_str(), "5th jet #eta; #eta; Events/GeV", 600, -3.0, 3.0); histCol.h_jet_eta_5th->Sumw2();
histCol.h_jet_eta_6th=new TH1F(("h_jet_eta_6th_"+suffix).c_str(), "6th jet #eta; #eta; Events/GeV", 600, -3.0, 3.0); histCol.h_jet_eta_6th->Sumw2();
histCol.h_jet_phi_leading=new TH1F(("h_jet_phi_leading_"+suffix).c_str(), "Leading jet #phi; #phi; Events/GeV", 800, -4.0, 4.0); histCol.h_jet_phi_leading->Sumw2();
histCol.h_jet_phi_trailing=new TH1F(("h_jet_phi_trailing_"+suffix).c_str(), "Trailing jet #phi; #phi; Events/GeV", 800, -4.0, 4.0); histCol.h_jet_phi_trailing->Sumw2();
histCol.h_jet_phi_3rd=new TH1F(("h_jet_phi_3rd_"+suffix).c_str(), "3rd jet #phi; #phi; Events/GeV", 800, -4.0, 4.0); histCol.h_jet_phi_3rd->Sumw2();
histCol.h_jet_phi_4th=new TH1F(("h_jet_phi_4th_"+suffix).c_str(), "4th jet #phi; #phi; Events/GeV", 800, -4.0, 4.0); histCol.h_jet_phi_4th->Sumw2();
histCol.h_jet_phi_5th=new TH1F(("h_jet_phi_5th_"+suffix).c_str(), "5th jet #phi; #phi; Events/GeV", 800, -4.0, 4.0); histCol.h_jet_phi_5th->Sumw2();
histCol.h_jet_phi_6th=new TH1F(("h_jet_phi_6th_"+suffix).c_str(), "6th jet #phi; #phi; Events/GeV", 800, -4.0, 4.0); histCol.h_jet_phi_6th->Sumw2();
histCol.h_jet_energy_leading=new TH1F(("h_jet_energy_leading_"+suffix).c_str(), "Leading jet Energy; Energy [GeV]; Events/GeV", 10000, 0, 1000); histCol.h_jet_energy_leading->Sumw2();
histCol.h_jet_energy_trailing=new TH1F(("h_jet_energy_trailing_"+suffix).c_str(), "Trailing jet Energy; Energy [GeV]; Events/GeV", 10000, 0, 1000); histCol.h_jet_energy_trailing->Sumw2();
histCol.h_jet_energy_3rd=new TH1F(("h_jet_energy_3rd_"+suffix).c_str(), "3rd jet Energy; Energy [GeV]; Events/GeV", 10000, 0, 1000); histCol.h_jet_energy_3rd->Sumw2();
histCol.h_jet_energy_4th=new TH1F(("h_jet_energy_4th_"+suffix).c_str(), "4th jet Energy; Energy [GeV]; Events/GeV", 10000, 0, 1000); histCol.h_jet_energy_4th->Sumw2();
histCol.h_jet_energy_5th=new TH1F(("h_jet_energy_5th_"+suffix).c_str(), "5th jet Energy; Energy [GeV]; Events/GeV", 10000, 0, 1000); histCol.h_jet_energy_5th->Sumw2();
histCol.h_jet_energy_6th=new TH1F(("h_jet_energy_6th_"+suffix).c_str(), "6th jet Energy; Energy [GeV]; Events/GeV", 10000, 0, 1000); histCol.h_jet_energy_6th->Sumw2();
histCol.h_photon_pt =new TH1F(("h_photon_pt_"+suffix).c_str(), "Photon pT; pT [GeV]; Events/GeV", 1000, 0, 1000); histCol.h_photon_pt->Sumw2();
histCol.h_photon_eta =new TH1F(("h_photon_eta_"+suffix).c_str(), "Photon #eta; #eta ; Events", 600, -3.0, 3.0); histCol.h_photon_eta->Sumw2();
histCol.h_photon_phi =new TH1F(("h_photon_phi_"+suffix).c_str(), "Photon #phi; #phi ; Events", 800, -4.0, 4.0); histCol.h_photon_phi->Sumw2();
histCol.h_photon_energy =new TH1F(("h_photon_energy_"+suffix).c_str(), "Photon Energy; Energy [GeV]; Events/GeV", 1000, 0, 1000); histCol.h_photon_energy->Sumw2();
}
void writeHistCollection(HistCollection &histCol)
{
histCol.h_mu_pt_leading->Write();
histCol.h_mu_pt_trailing->Write();
histCol.h_mu_eta_leading->Write();
histCol.h_mu_eta_trailing->Write();
histCol.h_mu_phi_leading->Write();
histCol.h_mu_phi_trailing->Write();
histCol.h_mu_energy_leading->Write();
histCol.h_mu_energy_trailing->Write();
histCol.h_el_pt_leading->Write();
histCol.h_el_pt_trailing->Write();
histCol.h_el_eta_leading->Write();
histCol.h_el_eta_trailing->Write();
histCol.h_el_phi_leading->Write();
histCol.h_el_phi_trailing->Write();
histCol.h_el_energy_leading->Write();
histCol.h_el_energy_trailing->Write();
histCol.h_InvariantMass->Write();
histCol.h_InvariantMass_Ph->Write();
histCol.h_DeltaPhi_met_mu1->Write();
histCol.h_DeltaPhi_met_mu2->Write();
histCol.h_DeltaPhi_ph_mu1->Write();
histCol.h_DeltaPhi_ph_mu2->Write();
histCol.h_DeltaPhi_met_el1->Write();
histCol.h_DeltaPhi_met_el2->Write();
histCol.h_DeltaPhi_ph_el1->Write();
histCol.h_DeltaPhi_ph_el2->Write();
histCol.h_nVertices->Write();
histCol.h_caloMET->Write();
histCol.h_MET->Write();
histCol.h_HT->Write();
histCol.h_nJets->Write();
histCol.h_jet_pt_leading->Write();
histCol.h_jet_pt_trailing->Write();
histCol.h_jet_pt_3rd->Write();
histCol.h_jet_pt_4th->Write();
histCol.h_jet_pt_5th->Write();
histCol.h_jet_pt_6th->Write();
histCol.h_jet_eta_leading->Write();
histCol.h_jet_eta_trailing->Write();
histCol.h_jet_eta_3rd->Write();
histCol.h_jet_eta_4th->Write();
histCol.h_jet_eta_5th->Write();
histCol.h_jet_eta_6th->Write();
histCol.h_jet_phi_leading->Write();
histCol.h_jet_phi_trailing->Write();
histCol.h_jet_phi_3rd->Write();
histCol.h_jet_phi_4th->Write();
histCol.h_jet_phi_5th->Write();
histCol.h_jet_phi_6th->Write();
histCol.h_jet_energy_leading->Write();
histCol.h_jet_energy_trailing->Write();
histCol.h_jet_energy_3rd->Write();
histCol.h_jet_energy_4th->Write();
histCol.h_jet_energy_5th->Write();
histCol.h_jet_energy_6th->Write();
histCol.h_photon_pt->Write();
histCol.h_photon_eta->Write();
histCol.h_photon_phi->Write();
histCol.h_photon_energy->Write();
}
double photonSF(double phPt, double phEta)
{
double sf = 1.0;
if(phPt > 15.00 and phPt < 20.00)
{
if(fabs(phEta) > 0.0 and fabs(phEta) < 0.8) sf = 0.9496;
else if(fabs(phEta) > 0.8 and fabs(phEta) < 1.4442) sf = 0.9803;
else if(fabs(phEta) > 1.566 and fabs(phEta) < 2.0) sf = 1.0005;
else if(fabs(phEta) > 2.0 and fabs(phEta) < 2.5) sf = 1.0171;
}
else if(phPt > 20.00 and phPt < 30.00)
{
if(fabs(phEta) > 0.0 and fabs(phEta) < 0.8) sf = 0.9672;
else if(fabs(phEta) > 0.8 and fabs(phEta) < 1.4442) sf = 0.9724;
else if(fabs(phEta) > 1.566 and fabs(phEta) < 2.0) sf = 0.9867;
else if(fabs(phEta) > 2.0 and fabs(phEta) < 2.5) sf = 1.0130;
}
else if(phPt > 30.00 and phPt < 40.00)
{
if(fabs(phEta) > 0.0 and fabs(phEta) < 0.8) sf = 0.9711;
else if(fabs(phEta) > 0.8 and fabs(phEta) < 1.4442) sf = 0.9688;
else if(fabs(phEta) > 1.566 and fabs(phEta) < 2.0) sf = 0.9971;
else if(fabs(phEta) > 2.0 and fabs(phEta) < 2.5) sf = 1.0143;
}
else if(phPt > 40.00 and phPt < 50.00)
{
if(fabs(phEta) > 0.0 and fabs(phEta) < 0.8) sf = 0.9766;
else if(fabs(phEta) > 0.8 and fabs(phEta) < 1.4442) sf = 0.9805;
else if(fabs(phEta) > 1.566 and fabs(phEta) < 2.0) sf = 0.9996;
else if(fabs(phEta) > 2.0 and fabs(phEta) < 2.5) sf = 1.0129;
}
else if(phPt > 50.00)
{
if(fabs(phEta) > 0.0 and fabs(phEta) < 0.8) sf = 0.9815;
else if(fabs(phEta) > 0.8 and fabs(phEta) < 1.4442) sf = 0.9837;
else if(fabs(phEta) > 1.566 and fabs(phEta) < 2.0) sf = 1.0034;
else if(fabs(phEta) > 2.0 and fabs(phEta) < 2.5) sf = 1.0128;
}
return sf;
}
double electronSF(double elecPt, double elecEta)
{
double sf = 1.0;
if(elecPt > 10.00 and elecPt < 15.00)
{
if(fabs(elecEta) > 0.0 and fabs(elecEta) < 0.8) sf = 0.838;
else if(fabs(elecEta) > 0.8 and fabs(elecEta) < 1.44) sf = 0.861;
else if(fabs(elecEta) > 1.44 and fabs(elecEta) < 1.56) sf = 1.021;
else if(fabs(elecEta) > 1.56 and fabs(elecEta) < 2.00) sf = 0.951;
else if(fabs(elecEta) > 2.00 and fabs(elecEta) < 2.50) sf = 1.055;
}
else if(elecPt > 15.00 and elecPt < 20.00)
{
if(fabs(elecEta) > 0.0 and fabs(elecEta) < 0.8) sf = 0.942;
else if(fabs(elecEta) > 0.8 and fabs(elecEta) < 1.44) sf = 0.925;
else if(fabs(elecEta) > 1.44 and fabs(elecEta) < 1.56) sf = 0.889;
else if(fabs(elecEta) > 1.56 and fabs(elecEta) < 2.00) sf = 0.932;
else if(fabs(elecEta) > 2.00 and fabs(elecEta) < 2.50) sf = 0.984;
}
else if(elecPt > 20.00 and elecPt < 30.00)
{
if(fabs(elecEta) > 0.0 and fabs(elecEta) < 0.8) sf = 0.980;
else if(fabs(elecEta) > 0.8 and fabs(elecEta) < 1.44) sf = 0.955;
else if(fabs(elecEta) > 1.44 and fabs(elecEta) < 1.56) sf = 0.996;
else if(fabs(elecEta) > 1.56 and fabs(elecEta) < 2.00) sf = 0.970;
else if(fabs(elecEta) > 2.00 and fabs(elecEta) < 2.50) sf = 1.027;
}
else if(elecPt > 30.00 and elecPt < 40.00)
{
if(fabs(elecEta) > 0.0 and fabs(elecEta) < 0.8) sf = 0.982;
else if(fabs(elecEta) > 0.8 and fabs(elecEta) < 1.44) sf = 0.965;
else if(fabs(elecEta) > 1.44 and fabs(elecEta) < 1.56) sf = 0.989;
else if(fabs(elecEta) > 1.56 and fabs(elecEta) < 2.00) sf = 0.968;
else if(fabs(elecEta) > 2.00 and fabs(elecEta) < 2.50) sf = 1.018;
}
else if(elecPt > 40.00 and elecPt < 50.00)
{
if(fabs(elecEta) > 0.0 and fabs(elecEta) < 0.8) sf = 0.985;
else if(fabs(elecEta) > 0.8 and fabs(elecEta) < 1.44) sf = 0.974;
else if(fabs(elecEta) > 1.44 and fabs(elecEta) < 1.56) sf = 0.961;
else if(fabs(elecEta) > 1.56 and fabs(elecEta) < 2.00) sf = 0.989;
else if(fabs(elecEta) > 2.00 and fabs(elecEta) < 2.50) sf = 1.012;
}
else if(elecPt > 50.00 and elecPt < 200.00)
{
if(fabs(elecEta) > 0.0 and fabs(elecEta) < 0.8) sf = 0.984;
else if(fabs(elecEta) > 0.8 and fabs(elecEta) < 1.44) sf = 0.978;
else if(fabs(elecEta) > 1.44 and fabs(elecEta) < 1.56) sf = 0.982;
else if(fabs(elecEta) > 1.56 and fabs(elecEta) < 2.00) sf = 0.991;
else if(fabs(elecEta) > 2.00 and fabs(elecEta) < 2.50) sf = 1.008;
}
return sf;
}
double muonSF(double muPt, double muEta)
{
double sf = 1.0;
if(muPt > 10.00 and muPt < 1000.00)
{
if(fabs(muEta) > 0.0 and fabs(muEta) < 0.90) sf = 0.9943;
else if(fabs(muEta) > 0.9 and fabs(muEta) < 1.20) sf = 0.9933;
else if(fabs(muEta) > 1.20 and fabs(muEta) < 2.50) sf = 1.0020;
}
return sf;
}
bool sortLeptonsInDescendingpT(LeptonInfo lep1, LeptonInfo lep2)
{
return (lep1.pT > lep2.pT);
}
bool sortJetsInDescendingpT(JetInfo jet1, JetInfo jet2)
{
return (jet1.pT > jet2.pT);
}
bool sortJetVectorsInDescendingpT(TLorentzVector jet1, TLorentzVector jet2)
{
return (jet1.Pt() > jet2.Pt());
}
bool sortPhotonVectorsInDescendingpT(AnalysisPhotonInfo pho1, AnalysisPhotonInfo pho2)
{
return (pho1.PhLV.Pt() > pho2.PhLV.Pt());
}
bool sortPhotonsInDescendingpT(PhotonInfo pho1, PhotonInfo pho2)
{
return (pho1.pT > pho2.pT);
}
bool sortMatchedLeptonsInDescendingpT(MatchedLeptonInfo mlep1, MatchedLeptonInfo mlep2)
{
return (mlep1.pT > mlep2.pT);
}
bool sortMatchedPhotonsInDescendingpT(MatchedPhotonInfo mpho1, MatchedPhotonInfo mpho2)
{
return (mpho1.pT > mpho2.pT);
}
bool returnAnaPhoton(PhotonInfo pho1)
{
if(pho1.pT > 30.0 and
fabs(pho1.eta) < 1.4442 and
pho1.phR9 > 0.9 and
pho1.phR9 < 1.0 and
pho1.phHoE < 0.05 and
//pho1.phSigmaIetaIeta < 0.012 and
pho1.phpixelVeto==0 and
pho1.chIsolation < 2.6 and
pho1.nuIsolation < 1.0 + 0.04*pho1.pT and
pho1.phIsolation < 1.3 + 0.005*pho1.pT and
pho1.phSigmaIetaIeta > 0.001 and
std::sqrt(pho1.phSigmaIphiIphi) > 0.009) return true;
else return false;
}