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HZZ4LeptonsAnalysis_4e.C
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HZZ4LeptonsAnalysis_4e.C
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#define HZZ4LeptonsAnalysis_cxx
#include "HZZ4LeptonsAnalysis_4e.h"
#include <TH2.h>
#include <TStyle.h>
//#include <TCanvas.h>
#include <TLorentzVector.h>
#include <TNtuple.h>
#include <TMath.h>
#include <fstream>
#include <iostream>
#include <sstream>
#include <math.h>
#include <stdlib.h>
#include <iomanip>
#include <vector>
#include <string>
#include <cstdlib>
#include <stdio.h>
#include <libgen.h>
#include "ZZMatrixElement/MELA/src/computeAngles.h"
#include "ZZMatrixElement/MELA/src/computeAngles.cc"
#include "ZZMatrixElement/MEMCalculators/interface/MEMCalculators.h"
#include "KaMuCa/Calibration/interface/KalmanMuonCalibrator.h"
using namespace std;
// using namespace RooFit;
// using namespace meMCFM;
using namespace MEMNames;
const double Zmass = 91.188; // nominal Z boson mass
const double mPI = 3.141592654;
void HZZ4LeptonsAnalysis::Loop(Char_t *output)
{
if (fChain == 0) return;
// Declare MEM class
MEMs combinedMEM(13,125,"CTEQ6L");
// MuonCalibrator
KalmanMuonCalibrator calibrator("DATA_76X_13TeV");
// BNN
Char_t datasetChar[500],bnnOUT[500],eventsOUT[500];
cout << "The output file is " << output << endl;
TString out = output;
TString datasetName=out.ReplaceAll(".root","");
sprintf(datasetChar,"%s",datasetName.Data());
sprintf(bnnOUT,"%s_bnn.txt",datasetName.Data());
sprintf(eventsOUT,"%s_bnn.root",datasetName.Data());
cout << "bnnOUT= " << bnnOUT << endl;
bnn_file.open(bnnOUT);
bnn_file << "weight int_weight lept1_pt lept1_eta lept1_phi lept1_charge lept1_pfx lept1_sip lept1_mvaid lept2_pt lept2_eta lept2_phi lept2_charge lept2_pfx lept2_sip lept2_mvaid lept3_pt lept3_eta lept3_phi lept3_charge lept3_pfx lept3_sip lept3_mvaid lept4_pt lept4_eta lept4_phi lept4_charge lept4_pfx lept4_sip lept4_mvaid iso_max sip_max Z1mass Z2mass angle_costhetastar angle_costheta1 angle_costheta2 angle_phi angle_phistar1 KD psKD gravKD pt4l mass4l pfmet jet1_pt jet1_eta jet1_phi jet1_et jet2_pt jet2_eta jet2_phi jet2_et deltaetajj massjj VD njets pfmet" << endl;
// Book txt file for candidate events
Char_t txtOUT[500];
sprintf(txtOUT,"%s_txt.txt",datasetName.Data());
cout << "Opening a txt file with candidate events " << txtOUT << endl;
ofstream output_txt;
output_txt.open(txtOUT);
Char_t txtOUT_VBF[500];
sprintf(txtOUT_VBF,"%s_txt_vbf.txt",datasetName.Data());
cout << "Opening a txt file with candidate events " << txtOUT_VBF << endl;
ofstream output_txt_vbf;
output_txt_vbf.open(txtOUT_VBF);
// isSignal DM
TString signal="Phys14_Higgs";
Bool_t isSignal=false;
isSignal=(datasetName.Contains(signal));
cout << "isSignal= " << isSignal << endl;
TString ggH="GluGluToHToZZTo4L";
Bool_t isggH=false;
TString ggHnew="SMHiggsToZZTo4L";
isggH=(datasetName.Contains(ggH) || datasetName.Contains(ggHnew));
cout << "isggH " << isggH << endl;
TString powheg15="powheg15";
Bool_t ispowheg15=false;
ispowheg15=datasetName.Contains(powheg15);
cout << "ispowheg15= " << int(ispowheg15) << endl;
TString vbf="VBF";
Bool_t isvbf=false;
isvbf=datasetName.Contains(vbf);
cout << "isvbf= " << int(isvbf) << endl;
char *basename(char *path);
cout << "Basename " << basename(datasetChar) << endl;
TString datasetBase=basename(datasetChar);
TString mhstring=datasetBase.ReplaceAll("GluGluToHToZZTo4L_M-","");
mhstring=mhstring.ReplaceAll("VBF_HToZZTo4L_M-","");
mhstring=mhstring.ReplaceAll("SMHiggsToZZTo4L_M-","");
mhstring=mhstring.ReplaceAll("_7TeV-powheg-pythia6","");
mhstring=mhstring.ReplaceAll("_8TeV-powheg-pythia6","");
mhstring=mhstring.ReplaceAll("_7TeV-powheg15-pythia6","");
mhstring=mhstring.ReplaceAll("_8TeV-powheg15-pythia6","");
mhstring=mhstring.ReplaceAll("_8TeV-powheg15-JHUgenV3-pythia6","");
mhstring=mhstring.ReplaceAll("_7TeV-powheg15-JHUgenV3-pythia6","");
mhstring=mhstring.ReplaceAll("output_","");
cout << "mhstring=" << mhstring << endl;
float mHgen=0.;
mHgen=atof(mhstring.Data());
cout << "mHgen= " << mHgen << endl;
/////////////Line Shape Correction//////////
bool useLineShape=false;
if (isggH) useLineShape=true;
cout << "useLineShape "<< useLineShape << endl;
double LineShapeWeight=1.,LineShapeWeightP=1.,LineShapeWeightM=1.;
std::vector<double> bincenters_;
std::vector<double> weightLineShape_;
std::vector<double> weightLineShapeP_;
std::vector<double> weightLineShapeM_;
bincenters_.clear();
weightLineShape_.clear();
weightLineShapeP_.clear();
weightLineShapeM_.clear();
// if (useLineShape){
// if (isSignal && mHgen >=400.){
// double bincenter, initial, pow, powp, powm, out, outp, outm;
// char st1[]="LineShape/mZZ_Higgs";
// char st2[500];
// sprintf(st2,mhstring.Data());
// //char st3[]="_8TeV_Lineshape+Interference.txt";
// char st3[500];
// if (datasetBase.Contains("8TeV")) sprintf(st3,"_8TeV_Lineshape+Interference.txt");
// if (datasetBase.Contains("7TeV")) sprintf(st3,"_7TeV_Lineshape+Interference.txt");
// strcat(st2,st3);
// strcat(st1,st2);
// cout <<"Fileshape is " << st1 << endl;
// std::ifstream ifs(st1);
// while( ifs.good() ) {
// ifs >> bincenter >> initial >> pow >> powp >> powm >> out>> outp >> outm;
// bincenters_.push_back(bincenter);
// cout<<"bincenter===-==========-============-==============-=============-============ "<<bincenter<<endl;
// if(initial > 0){
// weightLineShape_.push_back( TMath::Max(0.,out/initial) );
// weightLineShapeP_.push_back( TMath::Max(0.,outp/initial) );
// weightLineShapeM_.push_back( TMath::Max(0.,outm/initial) );
// }else{//weights are not defined if initial distribution is 0 => set weight to 0
// weightLineShape_.push_back( 0. );
// weightLineShapeP_.push_back( 0. );
// weightLineShapeM_.push_back( 0. );
// }
// }
// }
// }
if (useLineShape){
// Format:
// m4l ; S_orig(old Powheg shape) ; CPS shape ; CPS -> Interference shape ; CPS_plus -> Interference shape ; CPS_minus -> Interference shape ; CPS -> Interference_plus shape ; CPS -> Interference_minus shape
if (isggH && mHgen >=400.){
float Ratio=0.;
if(ispowheg15 && datasetBase.Contains("7TeV")){
if(mHgen==400.) Ratio=1.00685;
if(mHgen==450.) Ratio=1.00249;
if(mHgen==500.) Ratio=0.991165;
if(mHgen==550.) Ratio=0.975656;
if(mHgen==600.) Ratio=0.989691;
if(mHgen==650.) Ratio=0.963656;
if(mHgen==700.) Ratio=0.935981;
if(mHgen==800.) Ratio=0.862627;
if(mHgen==900.) Ratio=0.797436;
if(mHgen==1000.) Ratio=0.728721;
}
else if(ispowheg15 && datasetBase.Contains("8TeV")){
if(mHgen==400.) Ratio=1.00907;
if(mHgen==450.) Ratio=1.00611;
if(mHgen==500.) Ratio=0.998143;
if(mHgen==550.) Ratio=0.982971;
if(mHgen==600.) Ratio=0.997586;
if(mHgen==650.) Ratio=0.975372;
if(mHgen==700.) Ratio=0.950402;
if(mHgen==800.) Ratio=0.887968;
if(mHgen==900.) Ratio=0.831853;
if(mHgen==1000.) Ratio=0.771844;
}
double bincenter, initial, powcps, powcpsint, powpcpsint, powmcpsint, powcpsintp, powcpsintm;
char st1[]="LineShapeNew/mZZ_Higgs";
char st2[500];
sprintf(st2,mhstring.Data());
//char st3[]="_8TeV_Lineshape+Interference.txt";
char st3[500];
if (datasetBase.Contains("8TeV")) sprintf(st3,"_8TeV_Lineshape+Interference.txt");
if (datasetBase.Contains("7TeV")) sprintf(st3,"_7TeV_Lineshape+Interference.txt");
strcat(st2,st3);
strcat(st1,st2);
cout <<"Fileshape is " << st1 << endl;
std::ifstream ifs(st1);
while( ifs.good() ) {
ifs >> bincenter >> initial >> powcps >> powcpsint >> powpcpsint >> powmcpsint >> powcpsintp >> powcpsintm;
bincenters_.push_back(bincenter);
cout<<"bincenter===-==========-============-==============-=============-============ "<<bincenter<<endl;
if (!ispowheg15 && initial > 0.) {
weightLineShape_.push_back( TMath::Max(0.,powcpsint/initial) );
weightLineShapeP_.push_back( TMath::Max(0.,powcpsintp/initial) );
weightLineShapeM_.push_back( TMath::Max(0.,powcpsintm/initial) );
}
else if (ispowheg15 && powcps > 0.) {
weightLineShape_.push_back( TMath::Max(0.,(powcpsint/powcps)*Ratio) );
weightLineShapeP_.push_back( TMath::Max(0.,(powcpsintp/powcps)*Ratio) );
weightLineShapeM_.push_back( TMath::Max(0.,(powcpsintm/powcps)*Ratio) );
}
else{//weights are not defined if initial distribution is 0 => set weight to 0
weightLineShape_.push_back( 1. );
weightLineShapeP_.push_back( 1. );
weightLineShapeM_.push_back( 1. );
}
}
}
else{//weights are not defined if initial distribution is 0 => set weight to 1
cout << "No lineshape correction -> Setting the lineshape weights to 1" << endl;
weightLineShape_.push_back( 1. );
weightLineShapeP_.push_back( 1. );
weightLineShapeM_.push_back( 1. );
}
}
////////////////////////////////////////////////////////
///////////// VBF Line Shape Correction//////////
bool useVBFLineShape=false;
if (isvbf) useVBFLineShape=true;
double VBFLineShapeWeight=1.,VBFLineShapeWeightP=1.,VBFLineShapeWeightM=1.;
//std::vector<double> bincenters_;
//bincenters_.clear();
std::vector<double> weightVBFLineShape_;
std::vector<double> weightVBFLineShapeP_;
std::vector<double> weightVBFLineShapeM_;
weightVBFLineShape_.clear();
weightVBFLineShapeP_.clear();
weightVBFLineShapeM_.clear();
if (useVBFLineShape){
if (isvbf && mHgen >=400.){
double bincenter, initial, powcps, powcpsint, powpcpsint, powmcpsint, powcpsintp, powcpsintm;
char st1[]="VBFLineShape/VBF_ratio";
char st2[500];
sprintf(st2,"%s.txt",mhstring.Data());
char st3[500];
if (datasetBase.Contains("8TeV")) sprintf(st3,"_8TeV_");
if (datasetBase.Contains("7TeV")) sprintf(st3,"_7TeV_");
strcat(st3,st2);
strcat(st1,st3);
cout <<"VBF Fileshape is " << st1 << endl;
std::ifstream ifs(st1);
while( ifs.good() ) {
ifs >> bincenter >> initial >> powcps >> powcpsint >> powpcpsint >> powmcpsint >> powcpsintp >> powcpsintm;
cout<<"bincenter===-==========-============-==============-=============-============ "<<bincenter<<endl;
bincenters_.push_back(bincenter);
if(initial > 0){
weightVBFLineShape_.push_back( TMath::Max(0.,powcpsint/initial) );
weightVBFLineShapeP_.push_back( TMath::Max(0.,powcpsintp/initial) );
weightVBFLineShapeM_.push_back( TMath::Max(0.,powcpsintm/initial) );
}else{//weights are not defined if initial distribution is 0 => set weight to 0
weightVBFLineShape_.push_back( 1. );
weightVBFLineShapeP_.push_back( 1. );
weightVBFLineShapeM_.push_back( 1. );
}
}
}
else{//weights are not defined if initial distribution is 0 => set weight to 1
cout << "No VBF lineshape correction -> Setting the lineshape weights to 1" << endl;
weightVBFLineShape_.push_back( 1. );
weightVBFLineShapeP_.push_back( 1. );
weightVBFLineShapeM_.push_back( 1. );
}
}
///////
// Pileup reweighting 2015 data vs Fall15 MC in 76x
TFile *_filePU;
_filePU= TFile::Open("pileup_MC_Data_76x_50ns_25ns_silver.root");
TH1D *puweight = (TH1D*)_filePU->Get("puweight");
/////////////Lepton Efficiency Scale Factrons/////////////
// Load histograms
//
// TFile *ele_scale_factors = new TFile("Electron_scale_factors_IDISOSIP_combined.root");
// TH2F *ele_scale_2012 = (TH2F*)gDirectory->Get("h_electron_scale_factor_RECO_ID_ISO_SIP");
TFile *ele_scale_factors2012 = new TFile("CombinedMethod_ScaleFactors_RecoIdIsoSip.root");
TH2F *ele_scale_2012 = (TH2F*)gDirectory->Get("h_electronScaleFactor_RecoIdIsoSip");
TFile *ele_scale_factors2011 = new TFile("CombinedMethod_ScaleFactors_RecoIdIsoSip_2011.root");
TH2F *ele_scale_2011 = (TH2F*)gDirectory->Get("h_electronScaleFactor_RecoIdIsoSip");
// TFile *mu_scale_factors = new TFile("muonid_hcp-05.10.2012-with-tk-v2.root");
// TFile *mu_scale_factors = new TFile("SF2013_V5_old2011.root");
TFile *mu_scale_factors = new TFile("MuonScaleFactors_2011_2012_v2.root");
TH2F *mu_scale_2012 = (TH2F*)gDirectory->Get("TH2D_ALL_2012");
TH2F *mu_scale_2011 = (TH2F*)gDirectory->Get("TH2D_ALL_2011");
// correction to the error
TFile *ebe_corr2012= new TFile("ebeOverallCorrections.Legacy2013.v0.root");
TH2F *ebe_mu_reco53x= (TH2F*)gDirectory->Get("mu_reco53x");
TH2F *ebe_mu_mc53x= (TH2F*)gDirectory->Get("mu_mc53x");
TFile *ebe_corr2011= new TFile("ebeOverallCorrections.LegacyPaper.42x.root");
TH2F *ebe_mu_reco42x= (TH2F*)gDirectory->Get("mu_reco42x");
TH2F *ebe_mu_mc42x= (TH2F*)gDirectory->Get("mu_mc42x");
// Book root file (for output):
TFile * theFile = new TFile(output,"RECREATE");
//TString Vars("Weight:Run:Event:LumiSection:massZ1:massZ2:mass4l:Iso_max:Sip_max:MELA:FSR");
//TNtuple * thePlots=new TNtuple("Candidates","Candidates",Vars);
// Clone tree for Z1
//TTree *z1tree = fChain->CloneTree(0);
double DELTAPHI( double , double ) ; //call the function
double invmass (float M1, float PT1, float ETA1, float PHI1, float M2, float PT2, float ETA2, float PHI2 );
// Book relevant variables -- counters:
int N_0 = 0; // MC truth & acceptance
int N_01 = 0;
int N_02 = 0;
int N_1 = 0; // Skim
int N_2 = 0;
int N_3a = 0;
int N_3_FSR = 0;
int N_3b = 0;
int N_4a = 0;
int N_4b = 0;
int N_4c = 0;
int N_4d = 0;
int N_5 = 0;
int N_6 = 0;
int N_7 = 0;
int N_8 = 0;
int N_8_a = 0;
int N_9 = 0;
int N_9_1FSR = 0;
int N_9_2FSR = 0;
int N_9PS = 0;
int N_9GRAV = 0;
int N_9a_VBF = 0;
int N_9b_VBF = 0;
int N_VBF = 0;
// counter weighted
double N_0_w = 0; // MC truth & acceptance
double N_01_w = 0;
double N_02_w = 0;
double N_1_w = 0; // Skim
double N_2_w = 0;
double N_3a_w = 0;
double N_3_FSR_w = 0;
double N_3b_w = 0;
double N_4a_w = 0;
double N_4b_w = 0;
double N_4c_w = 0;
double N_4d_w = 0;
double N_5_w = 0;
double N_6_w = 0;
double N_7_w = 0;
double N_8_w = 0;
double N_8_a_w = 0;
double N_9_w = 0;
double N_9_1FSR_w = 0;
double N_9_2FSR_w = 0;
double N_9PS_w = 0;
double N_9GRAV_w = 0;
double N_9a_VBF_w = 0;
double N_9b_VBF_w = 0;
double N_VBF_w = 0;
// Book Histos ***
TH1D *nEvent_4l_w = new TH1D("nEvent_4l_w", "nEventComplete Weightd", 20, 0., 20.);
TH1D *nEvent_4l = new TH1D("nEvent_4l", "nEventComplete", 20, 0., 20.);
TH1F *Gen_H_MASS = new TH1F("Gen_H_MASS", "Gen_H_MASS",8000,0.,2000.);
TH1F *Gen_H_MASS_ReWeighted = new TH1F("Gen_H_MASS_ReWeighted", "Gen_H_MASS_ReWeighted",8000,0.,2000.);
TH1F *Gen_H_MASS_ReWeightedP = new TH1F("Gen_H_MASS_ReWeightedP", "Gen_H_MASS_ReWeightedP",8000,0.,2000.);
TH1F *Gen_H_MASS_ReWeightedM = new TH1F("Gen_H_MASS_ReWeightedM", "Gen_H_MASS_ReWeightedM",8000,0.,2000.);
// Pileup reweighting
TH1F *hPUvertices = new TH1F("hPUvertices", "hPUvertices",70,0.,70.);
TH1F *hPUvertices_ReWeighted = new TH1F("hPUvertices_ReWeighted", "hPUvertices_ReWeighted",70,0.,70.);
//step 3
TH1F * hMZ1_3 = new TH1F("hMZ1_3", "Mass of Z1 after selection step 3", 200 , -0.5 , 199.5 );
hMZ1_3->SetXTitle("mass_Z1 (GeV)");
TH1F * hMZ1BB_3 = new TH1F("hMZ1BB_3", "Mass of Z1 after selection step 3 barrel barrel", 200 , -0.5 , 199.5 );
hMZ1BB_3->SetXTitle("mass_Z1 barrel barrel (GeV)");
TH1F * hMZ1EE_3 = new TH1F("hMZ1EE_3", "Mass of Z1 after selection step 3 endcap endcap", 200 , -0.5 , 199.5 );
hMZ1EE_3->SetXTitle("mass_Z1 endcap endcap (GeV)");
TH1F * hPtZ1_3 = new TH1F("hPtZ1_3", "Pt of Z1 after selection step 3", 200 , -0.5 , 199.5 );
hPtZ1_3->SetXTitle("pt_Z1 (GeV)");
TH1F * hYZ1_3 = new TH1F("hYZ1_3", "Y of Z1 after selection step 3", 500 , -5. , 5.);
hYZ1_3->SetXTitle("Y_Z1");
TH1F * hPtLep1_3 = new TH1F("hPtLep1_3", "Pt of Lep1 after selection step 3", 200 , -0.5 , 199.5 );
hPtLep1_3->SetXTitle("pt_Lep1 (GeV)");
TH1F * hYLep1_3 = new TH1F("hEtaLep1_3", "Y of Lep1 after selection step 3", 500 , -5. , 5. );
hYLep1_3->SetXTitle("Y of Lep2");
TH1F * hIsoLep1_3 = new TH1F("hIsoLep1_3", "Isolation of Lep1 after selection step 3", 2000 , -10., 10.);
hIsoLep1_3->SetXTitle("Iso");
TH1F * hSipLep1_3 = new TH1F("hSipLep1_3", "Sip of Lep1 after selection step 3", 1000 , -20. , 40. );
hSipLep1_3->SetXTitle("Sip");
TH1F * hIpLep1_3 = new TH1F("hIpLep1_3", "Ip of Lep1 after selection step 3", 1000 , -20. , 40. );
hIpLep1_3->SetXTitle("Ip");
TH1F * hIpErLep1_3 = new TH1F("hIpErLep1_3", "IpEr of Lep1 after selection step 3", 1000 , 0. , 10. );
hIpErLep1_3->SetXTitle("IpEr");
TH1F * hPtLep2_3 = new TH1F("hPtLep2_3", "Pt of Lep2 after selection step 3", 200 , -0.5 , 199.5 );
hPtLep2_3->SetXTitle("pt_Lep2 (GeV)");
TH1F * hYLep2_3 = new TH1F("hEtaLep2_3", "Y of Lep2 after selection step 3", 500 , -5. , 5. );
hYLep2_3->SetXTitle("Y of Lep2");
TH1F * hIsoLep2_3 = new TH1F("hIsoLep2_3", "Isolation of Lep2 after selection step 3", 2000 , -10., 10. );
hIsoLep2_3->SetXTitle("Iso");
TH1F * hSipLep2_3 = new TH1F("hSipLep2_3", "Sip of Lep2 after selection step 3", 1000 , -20. , 40. );
hSipLep2_3->SetXTitle("Sip");
TH1F * hIpLep2_3 = new TH1F("hIpLep2_3", "Ip of Lep2 after selection step 3", 1000 , -20. , 40. );
hIpLep2_3->SetXTitle("Ip");
TH1F * hIpErLep2_3 = new TH1F("hIpErLep2_3", "IpEr of Lep2 after selection step 3", 1000 , 0. , 10. );
hIpErLep2_3->SetXTitle("IpEr");
TH1F * hIso_3 = new TH1F("hIso_3", "Isolation maxima after selection step 3", 2000 , -10. , 10. );
hIso_3->SetXTitle("Iso");
TH1F * hSip_3 = new TH1F("hSip_3", "Sip maxima after selection step 3", 1000 , -20. , 40. );
hSip_3->SetXTitle("Sip");
TH1F * hIp_3 = new TH1F("hIp_3", "Ip maxima after selection step 3", 1000 , -20. , 40. );
hIp_3->SetXTitle("Ip");
TH1F * hDjj_3 = new TH1F("hDjj_3", "Delta jets vbf selection step 1", 200, -19.5, 19.5 );
hDjj_3->SetXTitle("Delta jets");
TH1F * hMjj_3 = new TH1F("hMjj_3", "Mass jets vbf selection step 1", 200, -0.5, 499.5 );
hMjj_3->SetXTitle("Mass jets");
TH1F * hVD_3 = new TH1F("hVD_3", "Discriminant vbf selection step 1", 200, -0.5, 9.5 );
hMjj_3->SetXTitle("Discriminant");
TH1F * hPFMET_3 = new TH1F("hPFMET_3", "PF MET after selection step 3", 1000 , 0., 1000.);
//step 5
TH1F * hM4l_5 = new TH1F("hM4l_5", "Mass of four leptons after selection step 5", 1200, 4.5,1204.5 );
hM4l_5->SetXTitle("4 lepton mass (GeV)");
TH1F * hMZ1_5 = new TH1F("hMZ1_5", "Mass of Z1 after selection step 5", 200 , -0.5 , 199.5 );
hMZ1_5->SetXTitle("mass_Z1 (GeV)");
TH1F * hPtZ1_5 = new TH1F("hPtZ1_5", "Pt of Z1 after selection step 5", 200 , -0.5 , 199.5 );
hPtZ1_5->SetXTitle("pt_Z1 (GeV)");
TH1F * hYZ1_5 = new TH1F("hYZ1_5", "Y of Z1 after selection step 5", 500 , -5. , 5.);
hYZ1_5->SetXTitle("Y_Z1");
TH1F * hMZ2_5 = new TH1F("hMZ2_5", "Mass of Z2 after selection step 5", 200 , -0.5 , 199.5 );
hMZ2_5->SetXTitle("mass_Z2 (GeV)");
TH1F * hPtZ2_5 = new TH1F("hPtZ2_5", "Pt of Z2 after selection step 5", 200 , -0.5 , 199.5 );
hPtZ2_5->SetXTitle("pt_Z2 (GeV)");
TH1F * hYZ2_5 = new TH1F("hYZ2_5", "Y of Z2 after selection step 5", 500 , -5. , 5. );
hYZ2_5->SetXTitle("Y_Z2");
TH1F * hPtLep1_5 = new TH1F("hPtLep1_5", "Pt of Lep1 after selection step 5", 200 , -0.5 , 199.5 );
hPtLep1_5->SetXTitle("pt_Lep1 (GeV)");
TH1F * hYLep1_5 = new TH1F("hEtaLep1_5", "Y of Lep1 after selection step 5", 500 , -5. , 5. );
hYLep1_5->SetXTitle("Y of Lep2");
TH1F * hIsoLep1_5 = new TH1F("hIsoLep1_5", "Isolation of Lep1 after selection step 5", 2000 , -10. , 10. );
hIsoLep1_5->SetXTitle("Iso");
TH1F * hSipLep1_5 = new TH1F("hSipLep1_5", "Sip of Lep1 after selection step 5", 1000 , -20. , 40. );
hSipLep1_5->SetXTitle("Sip");
TH1F * hIpLep1_5 = new TH1F("hIpLep1_5", "Ip of Lep1 after selection step 5", 1000 , -20. , 40. );
hIpLep1_5->SetXTitle("Ip");
TH1F * hIpErLep1_5 = new TH1F("hIpErLep1_5", "IpEr of Lep1 after selection step 5", 1000 , 0. , 10. );
hIpErLep1_5->SetXTitle("IpEr");
TH1F * hPtLep2_5 = new TH1F("hPtLep2_5", "Pt of Lep2 after selection step 5", 200 , -0.5 , 199.5 );
hPtLep2_5->SetXTitle("pt_Lep2 (GeV)");
TH1F * hYLep2_5 = new TH1F("hEtaLep2_5", "Y of Lep2 after selection step 5", 500 , -5. , 5. );
hYLep2_5->SetXTitle("Y of Lep2");
TH1F * hIsoLep2_5 = new TH1F("hIsoLep2_5", "Isolation of Lep2 after selection step 5", 2000 , -10. , 10. );
hIsoLep2_5->SetXTitle("Iso");
TH1F * hSipLep2_5 = new TH1F("hSipLep2_5", "Sip of Lep2 after selection step 5", 1000 , -20. , 40. );
hSipLep2_5->SetXTitle("Sip");
TH1F * hIpLep2_5 = new TH1F("hIpLep2_5", "Ip of Lep2 after selection step 5", 1000 , -20. , 40. );
hIpLep2_5->SetXTitle("Ip");
TH1F * hIpErLep2_5 = new TH1F("hIpErLep2_5", "IpEr of Lep2 after selection step 5", 1000 , 0. , 10. );
hIpErLep2_5->SetXTitle("IpEr");
TH1F * hPtLep3_5 = new TH1F("hPtLep3_5", "Pt of Lep3 after selection step 5", 200 , -0.5 , 199.5 );
hPtLep3_5->SetXTitle("pt_Lep3 (GeV)");
TH1F * hYLep3_5 = new TH1F("hEtaLep3_5", "Y of Lep3 after selection step 5", 500 , -5. , 5. );
hYLep3_5->SetXTitle("Y of Lep2");
TH1F * hIsoLep3_5 = new TH1F("hIsoLep3_5", "Isolation of Lep3 after selection step 5", 2000 , -10. , 10. );
hIsoLep3_5->SetXTitle("Iso");
TH1F * hSipLep3_5 = new TH1F("hSipLep3_5", "Sip of Lep3 after selection step 5", 1000 , -20. , 40. );
hSipLep3_5->SetXTitle("Sip");
TH1F * hIpLep3_5 = new TH1F("hIpLep3_5", "Ip of Lep3 after selection step 5", 1000 , -20. , 40. );
hIpLep3_5->SetXTitle("Ip");
TH1F * hIpErLep3_5 = new TH1F("hIpErLep3_5", "IpEr of Lep3 after selection step 5", 1000 , 0. , 10. );
hIpErLep3_5->SetXTitle("IpEr");
TH1F * hPtLep4_5 = new TH1F("hPtLep4_5", "Pt of Lep4 after selection step 5", 200 , -0.5 , 199.5 );
hPtLep4_5->SetXTitle("pt_Lep4 (GeV)");
TH1F * hYLep4_5 = new TH1F("hEtaLep4_5", "Y of Lep4 after selection step 5", 50 , -5. , 5. );
hYLep4_5->SetXTitle("Y of Lep2");
TH1F * hIsoLep4_5 = new TH1F("hIsoLep4_5", "Isolation of Lep4 after selection step 5", 2000 , -10. , 10. );
hIsoLep4_5->SetXTitle("Iso");
TH1F * hSipLep4_5 = new TH1F("hSipLep4_5", "Sip of Lep4 after selection step 5", 1000 , -20. , 40. );
hSipLep4_5->SetXTitle("Sip");
TH1F * hIpLep4_5 = new TH1F("hIpLep4_5", "Ip of Lep4 after selection step 5", 1000 , -20. , 40. );
hIpLep4_5->SetXTitle("Ip");
TH1F * hIpErLep4_5 = new TH1F("hIpErLep4_5", "IpEr of Lep4 after selection step 5", 1000 , 0. , 10. );
hIpErLep4_5->SetXTitle("IpEr");
TH1F * hIso_5 = new TH1F("hIso_5", "Isolation maxima after selection step 5", 2000 , -10. , 10. );
hIso_5->SetXTitle("Iso");
TH1F * hSip_5 = new TH1F("hSip_5", "Sip maxima after selection step 5", 1000 , -20. , 40. );
hSip_5->SetXTitle("Sip");
TH1F * hIp_5 = new TH1F("hIp_5", "Ip maxima after selection step 5", 1000 , -20. , 40. );
hIp_5->SetXTitle("Ip");
//step 6
TH1F * hminMll_6 = new TH1F("hminMll_6", "minMll at selection step 6", 400 , 0. , 200.);
hminMll_6->SetXTitle("minMll (GeV)");
//step 7
TH1F * hM4l_7 = new TH1F("hM4l_7", "Mass of four leptons after selection step 7", 1200, 4.5,1204.5 );
hM4l_7->SetXTitle("4 lepton mass (GeV)");
TH1F * hMZ1_7 = new TH1F("hMZ1_7", "Mass of Z1 after selection step 7", 200 , -0.5 , 199.5);
hMZ1_7->SetXTitle("mass_Z1 (GeV)");
TH1F * hPtZ1_7 = new TH1F("hPtZ1_7", "Pt of Z1 after selection step 7", 200 , -0.5 , 199.5);
hPtZ1_7->SetXTitle("pt_Z1 (GeV)");
TH1F * hYZ1_7 = new TH1F("hYZ1_7", "Y of Z1 after selection step 7", 500 , -5. , 5.);
hYZ1_7->SetXTitle("Y_Z1");
TH1F * hMZ2_7 = new TH1F("hMZ2_7", "Mass of Z2 after selection step 7", 200 , -0.5 , 199.5);
hMZ2_7->SetXTitle("mass_Z2 (GeV)");
TH1F * hPtZ2_7 = new TH1F("hPtZ2_7", "Pt of Z2 after selection step 7", 200 , -0.5 , 199.5);
hPtZ2_7->SetXTitle("pt_Z2 (GeV)");
TH1F * hYZ2_7 = new TH1F("hYZ2_7", "Y of Z2 after selection step 7", 500 , -5. , 5.);
hYZ2_7->SetXTitle("Y_Z2");
TH1F * hPtLep1_7 = new TH1F("hPtLep1_7", "Pt of Lep1 after selection step 7", 200 , -0.5 , 199.5 );
hPtLep1_7->SetXTitle("pt_Lep1 (GeV)");
TH1F * hYLep1_7 = new TH1F("hEtaLep1_7", "Y of Lep1 after selection step 7", 500 , -5. , 5. );
hYLep1_7->SetXTitle("Y of Lep2");
TH1F * hIsoLep1_7 = new TH1F("hIsoLep1_7", "Isolation of Lep1 after selection step 7", 2000 , -10. , 10. );
hIsoLep1_7->SetXTitle("Iso");
TH1F * hSipLep1_7 = new TH1F("hSipLep1_7", "Sip of Lep1 after selection step 7", 1000 , -20. , 40. );
hSipLep1_7->SetXTitle("Sip");
TH1F * hIpLep1_7 = new TH1F("hIpLep1_7", "Ip of Lep1 after selection step 7", 1000 , -20. , 40. );
hIpLep1_7->SetXTitle("Ip");
TH1F * hIpErLep1_7 = new TH1F("hIpErLep1_7", "IpEr of Lep1 after selection step 7", 1000 , 0. , 10. );
hIpErLep1_7->SetXTitle("IpEr");
TH1F * hPtLep2_7 = new TH1F("hPtLep2_7", "Pt of Lep2 after selection step 7", 200 , -0.5 , 199.5 );
hPtLep2_7->SetXTitle("pt_Lep2 (GeV)");
TH1F * hYLep2_7 = new TH1F("hEtaLep2_7", "Y of Lep2 after selection step 7", 500 , -5. , 5. );
hYLep2_7->SetXTitle("Y of Lep2");
TH1F * hIsoLep2_7 = new TH1F("hIsoLep2_7", "Isolation of Lep2 after selection step 7", 2000 , -10. , 10. );
hIsoLep2_7->SetXTitle("Iso");
TH1F * hSipLep2_7 = new TH1F("hSipLep2_7", "Sip of Lep2 after selection step 7", 1000 , -20. , 40. );
hSipLep2_7->SetXTitle("Sip");
TH1F * hIpLep2_7 = new TH1F("hIpLep2_7", "Ip of Lep2 after selection step 7", 1000 , -20. , 40. );
hIpLep2_7->SetXTitle("Ip");
TH1F * hIpErLep2_7 = new TH1F("hIpErLep2_7", "IpEr of Lep2 after selection step 7", 1000 , 0. , 10. );
hIpErLep2_7->SetXTitle("IpEr");
TH1F * hPtLep3_7 = new TH1F("hPtLep3_7", "Pt of Lep3 after selection step 7", 200 , -0.5 , 199.5 );
hPtLep3_7->SetXTitle("pt_Lep3 (GeV)");
TH1F * hYLep3_7 = new TH1F("hEtaLep3_7", "Y of Lep3 after selection step 7", 500 , -5. , 5. );
hYLep3_7->SetXTitle("Y of Lep2");
TH1F * hIsoLep3_7 = new TH1F("hIsoLep3_7", "Isolation of Lep3 after selection step 7", 2000 , -10. , 10. );
hIsoLep3_7->SetXTitle("Iso");
TH1F * hSipLep3_7 = new TH1F("hSipLep3_7", "Sip of Lep3 after selection step 7", 1000 , -20. , 40. );
hSipLep3_7->SetXTitle("Sip");
TH1F * hIpLep3_7 = new TH1F("hIpLep3_7", "Ip of Lep3 after selection step 7", 1000 , -20. , 40. );
hIpLep3_7->SetXTitle("Ip");
TH1F * hIpErLep3_7 = new TH1F("hIpErLep3_7", "IpEr of Lep3 after selection step 7", 1000 , 0. , 10. );
hIpErLep3_7->SetXTitle("IpEr");
TH1F * hPtLep4_7 = new TH1F("hPtLep4_7", "Pt of Lep4 after selection step 7", 200 , -0.5 , 199.5 );
hPtLep4_7->SetXTitle("pt_Lep4 (GeV)");
TH1F * hYLep4_7 = new TH1F("hEtaLep4_7", "Y of Lep4 after selection step 7", 500 , -5. , 5. );
hYLep4_7->SetXTitle("Y of Lep2");
TH1F * hIsoLep4_7 = new TH1F("hIsoLep4_7", "Isolation of Lep4 after selection step 7", 2000 , -10. , 10. );
hIsoLep4_7->SetXTitle("Iso");
TH1F * hSipLep4_7 = new TH1F("hSipLep4_7", "Sip of Lep4 after selection step 7", 1000 , -20. , 40. );
hSipLep4_7->SetXTitle("Sip");
TH1F * hIpLep4_7 = new TH1F("hIpLep4_7", "Ip of Lep4 after selection step 7", 1000 , -20. , 40. );
hIpLep4_7->SetXTitle("Ip");
TH1F * hIpErLep4_7 = new TH1F("hIpErLep4_7", "IpEr of Lep4 after selection step 7", 1000 , 0. , 10. );
hIpErLep4_7->SetXTitle("IpEr");
TH1F * hIso_7 = new TH1F("hIso_7", "Isolation maxima after selection step 7", 2000 , -10. , 10. );
hIso_7->SetXTitle("Iso");
TH1F * hSip_7 = new TH1F("hSip_7", "Sip maxima after selection step 7", 1000 , -20. , 40. );
hSip_7->SetXTitle("Sip");
TH1F * hIp_7 = new TH1F("hIp_7", "Ip maxima after selection step 7", 1000 , -20. , 40. );
hIp_7->SetXTitle("Ip");
//step 8
TH1F * hM4l_8 = new TH1F("hM4l_8", "Mass of four leptons after selection step 8", 1200, 4.5, 1204.5 );
hM4l_8->SetXTitle("4 lepton mass (GeV)");
TH1F * hM4l_8_100_800 = new TH1F("hM4l_8_100_800", "Mass of four leptons after selection step 8", 1200, 4.5,1204.5 );
hM4l_8_100_800->SetXTitle("4 lepton mass (GeV)");
// correct for lineshape
TH1F * hM4l_8weight = new TH1F("hM4l_8weight", "Mass of four leptons after selection step 8", 1200, 4.5,1204.5 );
hM4l_8weight->SetXTitle("4 lepton mass (GeV)");
TH1F * hM4l_8_100_800weight = new TH1F("hM4l_8_100_800weight", "Mass of four leptons after selection step 8", 1200, 4.5,1204.5 );
hM4l_8_100_800weight->SetXTitle("4 lepton mass (GeV)");
// correct for lineshape
TH1F * hM4l_8weightP = new TH1F("hM4l_8weightP", "Mass of four leptons after selection step 8", 1200, 4.5,1204.5 );
hM4l_8weightP->SetXTitle("4 lepton mass (GeV)");
TH1F * hM4l_8_100_800weightP = new TH1F("hM4l_8_100_800weightP", "Mass of four leptons after selection step 8", 1200, 4.5,1204.5 );
hM4l_8_100_800weightP->SetXTitle("4 lepton mass (GeV)");
// correct for lineshape
TH1F * hM4l_8weightM = new TH1F("hM4l_8weightM", "Mass of four leptons after selection step 8", 1200, 4.5,1204.5 );
hM4l_8weightM->SetXTitle("4 lepton mass (GeV)");
TH1F * hM4l_8_100_800weightM = new TH1F("hM4l_8_100_800weightM", "Mass of four leptons after selection step 8", 1200, 4.5,1204.5 );
hM4l_8_100_800weightM->SetXTitle("4 lepton mass (GeV)");
TH1F * hMZ1_8 = new TH1F("hMZ1_8", "Mass of Z1 after selection step 8", 200 , -0.5 , 199.5 );
hMZ1_8->SetXTitle("mass_Z1 (GeV)");
TH1F * hPtZ1_8 = new TH1F("hPtZ1_8", "Pt of Z1 after selection step 8", 200 , -0.5 , 199.5 );
hPtZ1_8->SetXTitle("pt_Z1 (GeV)");
TH1F * hYZ1_8 = new TH1F("hYZ1_8", "Y of Z1 after selection step 8", 500 , -5. , 5.);
hYZ1_8->SetXTitle("Y_Z1");
TH1F * hMZ2_8 = new TH1F("hMZ2_8", "Mass of Z2 after selection step 8", 200 , -0.5 , 199.5 );
hMZ2_8->SetXTitle("mass_Z2 (GeV)");
TH1F * hPtZ2_8 = new TH1F("hPtZ2_8", "Pt of Z2 after selection step 8", 200 , -0.5 , 199.5 );
hPtZ2_8->SetXTitle("pt_Z2 (GeV)");
TH1F * hYZ2_8 = new TH1F("hYZ2_8", "Y of Z2 after selection step 8", 500 , -5. , 5. );
hYZ2_8->SetXTitle("Y_Z2");
TH1F * hPtLep1_8 = new TH1F("hPtLep1_8", "Pt of Lep1 after selection step 8", 200 , -0.5 , 199.5 );
hPtLep1_8->SetXTitle("pt_Lep1 (GeV)");
TH1F * hYLep1_8 = new TH1F("hEtaLep1_8", "Y of Lep1 after selection step 8", 500 , -5. , 5. );
hYLep1_8->SetXTitle("Y of Lep2");
TH1F * hIsoLep1_8 = new TH1F("hIsoLep1_8", "Isolation of Lep1 after selection step 8", 2000 , -10. , 10. );
hIsoLep1_8->SetXTitle("Iso");
TH1F * hSipLep1_8 = new TH1F("hSipLep1_8", "Sip of Lep1 after selection step 8", 1000 , -20. , 40. );
hSipLep1_8->SetXTitle("Sip");
TH1F * hIpLep1_8 = new TH1F("hIpLep1_8", "Ip of Lep1 after selection step 8", 1000 , -20. , 40. );
hIpLep1_8->SetXTitle("Ip");
TH1F * hIpErLep1_8 = new TH1F("hIpErLep1_8", "IpEr of Lep1 after selection step 8", 1000 , 0. , 10. );
hIpErLep1_8->SetXTitle("IpEr");
TH1F * hPtLep2_8 = new TH1F("hPtLep2_8", "Pt of Lep2 after selection step 8", 200 , -0.5 , 199.5 );
hPtLep2_8->SetXTitle("pt_Lep2 (GeV)");
TH1F * hYLep2_8 = new TH1F("hEtaLep2_8", "Y of Lep2 after selection step 8", 500 , -5. , 5. );
hYLep2_8->SetXTitle("Y of Lep2");
TH1F * hIsoLep2_8 = new TH1F("hIsoLep2_8", "Isolation of Lep2 after selection step 8", 2000 , -10. , 10. );
hIsoLep2_8->SetXTitle("Iso");
TH1F * hSipLep2_8 = new TH1F("hSipLep2_8", "Sip of Lep2 after selection step 8", 1000 , -20. , 40. );
hSipLep2_8->SetXTitle("Sip");
TH1F * hIpLep2_8 = new TH1F("hIpLep2_8", "Ip of Lep2 after selection step 8", 1000 , -20. , 40. );
hIpLep2_8->SetXTitle("Ip");
TH1F * hIpErLep2_8 = new TH1F("hIpErLep2_8", "IpEr of Lep2 after selection step 8", 1000 , 0. , 10. );
hIpErLep2_8->SetXTitle("IpEr");
TH1F * hPtLep3_8 = new TH1F("hPtLep3_8", "Pt of Lep3 after selection step 8", 200 , -0.5 , 199.5 );
hPtLep3_8->SetXTitle("pt_Lep3 (GeV)");
TH1F * hYLep3_8 = new TH1F("hEtaLep3_8", "Y of Lep3 after selection step 8", 500 , -5. , 5. );
hYLep3_8->SetXTitle("Y of Lep2");
TH1F * hIsoLep3_8 = new TH1F("hIsoLep3_8", "Isolation of Lep3 after selection step 8", 2000 , -10. , 10. );
hIsoLep3_8->SetXTitle("Iso");
TH1F * hSipLep3_8 = new TH1F("hSipLep3_8", "Sip of Lep3 after selection step 8", 1000 , -20. , 40. );
hSipLep3_8->SetXTitle("Sip");
TH1F * hIpLep3_8 = new TH1F("hIpLep3_8", "Ip of Lep3 after selection step 8", 1000 , -20. , 40. );
hIpLep3_8->SetXTitle("Ip");
TH1F * hIpErLep3_8 = new TH1F("hIpErLep3_8", "IpEr of Lep3 after selection step 8", 1000 , 0. , 10. );
hIpErLep3_8->SetXTitle("IpEr");
TH1F * hPtLep4_8 = new TH1F("hPtLep4_8", "Pt of Lep4 after selection step 8", 200 , -0.5 , 199.5 );
hPtLep4_8->SetXTitle("pt_Lep4 (GeV)");
TH1F * hYLep4_8 = new TH1F("hEtaLep4_8", "Y of Lep4 after selection step 8", 500 , -5. , 5. );
hYLep4_8->SetXTitle("Y of Lep2");
TH1F * hIsoLep4_8 = new TH1F("hIsoLep4_8", "Isolation of Lep4 after selection step 8", 2000 , -10. , 10. );
hIsoLep4_8->SetXTitle("Iso");
TH1F * hSipLep4_8 = new TH1F("hSipLep4_8", "Sip of Lep4 after selection step 8", 1000 , -20. , 40. );
hSipLep4_8->SetXTitle("Sip");
TH1F * hIpLep4_8 = new TH1F("hIpLep4_8", "Ip of Lep4 after selection step 8", 1000 , -20. , 40. );
hIpLep4_8->SetXTitle("Ip");
TH1F * hIpErLep4_8 = new TH1F("hIpErLep4_8", "IpEr of Lep4 after selection step 8", 1000 , 0. , 10. );
hIpErLep4_8->SetXTitle("IpEr");
TH1F * hIso_8 = new TH1F("hIso_8", "Isolation maxima after selection step 8", 2000 , -10. , 10. );
hIso_8->SetXTitle("Iso");
TH1F * hSip_8 = new TH1F("hSip_8", "Sip maxima after selection step 8", 1000 , -20. , 40. );
hSip_8->SetXTitle("Sip");
TH1F * hIp_8 = new TH1F("hIp_8", "Ip maxima after selection step 8", 1000 , -20. , 40. );
hIp_8->SetXTitle("Ip");
TH1F * hDjj_8 = new TH1F("hDjj_8", "Delta jets vbf selection step 8", 200, -19.5, 19.5 );
hDjj_8->SetXTitle("Delta jets");
TH1F * hMjj_8 = new TH1F("hMjj_8", "Mass jets vbf selection step 8", 200, -0.5, 499.5 );
hMjj_8->SetXTitle("Mass jets");
TH1F * hVD_8 = new TH1F("hVD_8", "Discriminant vbf selection step 8", 200, -0.5, 9.5 );
hMjj_8->SetXTitle("Discriminant");
TH2F * hMjj_Djj_8 = new TH2F("hMjj_Djj_8", "Mjj vs Djj selection step 8", 200, -0.5,499.5,200,-19.5, 19.5 );
hMjj_Djj_8->SetXTitle("Mjj_vs_Djj");
//no FSR
TH1F * hMZ1_noFSR_8 = new TH1F("hMZ1_noFSR_8", "Mass of Z1 after selection step 8 _noFSR", 200 , -0.5 , 199.5 );
hMZ1_8->SetXTitle("mass_Z1 (GeV)");
TH1F * hMZ2_noFSR_8 = new TH1F("hMZ2_noFSR_8", "Mass of Z2 after selection step 8 _noFSR", 200 , -0.5 , 199.5 );
hMZ2_8->SetXTitle("mass_Z2 (GeV)");
TH1F * hPFMET_8 = new TH1F("hPFMET_8", "PF MET after selection step 8", 1000 , 0., 1000.);
// Step 9 with PFMET cut
//global histos (during step 2..)
TH1F * hN_loose_mu = new TH1F("hN_loose_mu", "N_loose_mu", 30 , 0. , 30. );
hN_loose_mu->SetXTitle("N_loose_mu");
TH1F * hN_loose_e = new TH1F("hN_loose_e", "N_loose_e", 30 , 0. , 30. );
hN_loose_e->SetXTitle("N_loose_e");
TH1F * hIso_loose_mu = new TH1F("hIso_loose_mu", "Isolation maxima after loose selection ", 2000 , -10. , 10. );
hIso_loose_mu->SetXTitle("Iso");
TH1F * hSip_loose_mu = new TH1F("hSip_loose_mu", "Sip maxima after loose selection ", 1000 , -20. , 40. );
hSip_loose_mu->SetXTitle("Sip");
TH1F * hIp_loose_mu = new TH1F("hIp_loose_mu", "Ip maxima after loose selection ", 1000 , -20. , 40. );
hIp_loose_mu->SetXTitle("Ip");
TH1F * hIso_loose_e = new TH1F("hIso_loose_e", "Isolation maxima after loose selection ", 2000 , -10. , 10. );
hIso_loose_e->SetXTitle("Iso");
TH1F * hSip_loose_e = new TH1F("hSip_loose_e", "Sip maxima after loose selection ", 1000 , -20. , 40. );
hSip_loose_e->SetXTitle("Sip");
TH1F * hIp_loose_e = new TH1F("hIp_loose_e", "Ip maxima after loose selection ", 1000 , -20. , 40. );
hIp_loose_e->SetXTitle("Ip");
TH1F * hN_good_lep = new TH1F("hN_good_lep", "N_good_lep", 30 , 0. , 30. );
hN_good_lep->SetXTitle("N_good_lep");
TH1F * hN_good_mu = new TH1F("hN_good_mu", "N_good_mu", 30 , 0. , 30. );
hN_good_mu->SetXTitle("N_good_mu");
TH1F * hN_good_ele = new TH1F("hN_good_ele", "N_good_ele", 30 , 0. , 30. );
hN_good_ele->SetXTitle("N_good_ele");
TH1F * hN_good_phot = new TH1F("hN_good_phot", "N_good_phot", 30 , 0. , 30. );
hN_good_phot->SetXTitle("N_good_phot");
TH1F * hMELA_8 = new TH1F("hMELA_8", "MELA after selection step 8", 300,-0.00166,1.00166 );
hMELA_8->SetXTitle("MELA discriminant (4mu)");
TH2F * hMELA_vs_M4l_8 = new TH2F("hMELA_vs_M4l_8", "MELA after selection step 8",1200, 4.5,1204.5,300,-0.00166,1.00166 );
hMELA_vs_M4l_8->SetXTitle("MELA discriminant (4mu)");
TH1F * hMELA_9 = new TH1F("hMELA_9", "MELA after selection step 9", 300,-0.00166,1.00166 );
hMELA_9->SetXTitle("MELA discriminant (4mu)");
TH2F * hMELA_vs_M4l_9 = new TH2F("hMELA_vs_M4l_9", "MELA after selection step 9",1200, 4.5,1204.5,300,-0.00166,1.00166 );
hMELA_vs_M4l_9->SetXTitle("MELA discriminant (4mu)");
TH1I * hVBF_PUID = new TH1I("hVBF_PUID", "PUID after step 8", 6,-1,4);
hVBF_PUID->SetXTitle("PUID VBF");
//PFJET Plots
/* TH1I * hN_PFJET_6 = new TH1I("hN_PFJET_6", "Number of PFJets after step 6", 102, 0, 102);
hN_PFJET_6->SetXTitle("Number of Jets");
TH1F * hChg_PFJET_6 = new TH1F("hChg_PFJET_6", "Charge of PFJets after step 6", 50, -10., 10.);
hChg_PFJET_6->SetXTitle("Charge");
TH1F * hEt_PFJET_6 = new TH1F("hEt_PFJET_6", "Et of PFJets after step 6", 201, -0.5, 400.5 );
hEt_PFJET_6->SetXTitle("Et_PFJET (GeV)");
TH1F * hPt_PFJET_6 = new TH1F("hPt_PFJET_6", "Pt of PFJets after step 6", 201, -0.5, 400.5 );
hPt_PFJET_6->SetXTitle("pt_PFJET (GeV)");
TH1F * hEta_PFJET_6 = new TH1F("hEta_PFJET_6", "Eta of PFJets after step 6", 50, -10., 10.);
hEta_PFJET_6->SetXTitle("eta_PFJET");
TH1F * hPhi_PFJET_6 = new TH1F("hPhi_PFJET_6", "Phi of PFJets after step 6", 50, -10., 10.);
hPhi_PFJET_6->SetXTitle("phi_PFJET");
TH1I * hN_PFJET_8 = new TH1I("hN_PFJET_8", "Number of PFJets after step 8", 102, 0, 102);
hN_PFJET_8->SetXTitle("Number of Jets");
TH1F * hChg_PFJET_8 = new TH1F("hChg_PFJET_8", "Charge of PFJets after step 8", 50, -10., 10.);
hChg_PFJET_8->SetXTitle("Charge");
TH1F * hEt_PFJET_8 = new TH1F("hEt_PFJET_8", "Et of PFJets after step 8", 201, -0.5, 400.5 );
hEt_PFJET_8->SetXTitle("Et_PFJET (GeV)");
TH1F * hPt_PFJET_8 = new TH1F("hPt_PFJET_8", "Pt of PFJets after step 8", 201, -0.5, 400.5 );
hPt_PFJET_8->SetXTitle("pt_PFJET (GeV)");
TH1F * hEta_PFJET_8 = new TH1F("hEta_PFJET_8", "Eta of PFJets after step 8", 50, -10., 10.);
hEta_PFJET_8->SetXTitle("eta_PFJET");
TH1F * hPhi_PFJET_8 = new TH1F("hPhi_PFJET_8", "Phi of PFJets after step 8", 50, -10., 10.);
hPhi_PFJET_8->SetXTitle("phi_PFJET");
TH1I * hN_PFJET_VBF = new TH1I("hN_PFJET_VBF", "Number of PFJets after VBF selection", 102, 0, 102);
hN_PFJET_VBF->SetXTitle("Number of Jets");
TH1F * hChg_PFJET_VBF = new TH1F("hChg_PFJET_VBF", "Charge of PFJets after VBF selection", 50, -10., 10.);
hChg_PFJET_VBF->SetXTitle("Charge");
TH1F * hEt_PFJET_VBF = new TH1F("hEt_PFJET_VBF", "Et of PFJets after step VBF selection", 201, -0.5, 400.5 );
hEt_PFJET_VBF->SetXTitle("Et_PFJET (GeV)");
TH1F * hPt_PFJET_VBF = new TH1F("hPt_PFJET_VBF", "Pt of PFJets after step VBF selection", 201, -0.5, 400.5 );
hPt_PFJET_VBF->SetXTitle("pt_PFJET (GeV)");
TH1F * hEta_PFJET_VBF = new TH1F("hEta_PFJET_VBF", "Eta of PFJets after step VBF selection", 50, -10., 10.);
hEta_PFJET_VBF->SetXTitle("eta_PFJET");
TH1F * hPhi_PFJET_VBF = new TH1F("hPhi_PFJET_VBF", "Phi of PFJets after step VBF selection", 50, -10., 10.);
hPhi_PFJET_VBF->SetXTitle("phi_PFJET");
*/
// end book histo ***
TTree *newtree = new TTree("HZZ4LeptonsAnalysisReduced", "reduced ttree");
// Add branches to output rootuple
Float_t f_weight, f_int_weight, f_pu_weight, f_eff_weight, f_lept1_pt, f_lept1_eta, f_lept1_phi, f_lept1_charge, f_lept1_pfx, f_lept1_sip, f_lept1_mvaid, f_lept2_pt, f_lept2_eta, f_lept2_phi, f_lept2_charge, f_lept2_pfx, f_lept2_sip, f_lept2_mvaid, f_lept3_pt, f_lept3_eta, f_lept3_phi, f_lept3_charge, f_lept3_pfx, f_lept3_sip, f_lept3_mvaid, f_lept4_pt, f_lept4_eta, f_lept4_phi, f_lept4_charge, f_lept4_pfx, f_lept4_sip, f_lept4_mvaid, f_iso_max, f_sip_max, f_Z1mass, f_Z2mass, f_angle_costhetastar, f_angle_costheta1, f_angle_costheta2, f_angle_phi, f_angle_phistar1, f_eta4l, f_pt4l, f_mass4l, f_mass4lErr, f_njets_pass, f_deltajj, f_massjj, f_D_jet, f_jet1_pt, f_jet1_eta, f_jet1_phi, f_jet1_e, f_jet2_pt, f_jet2_eta, f_jet2_phi, f_jet2_e;
Float_t f_D_bkg_kin,f_D_bkg,f_D_gg,f_D_g4,f_Djet_VAJHU;
Float_t f_pfmet;
Int_t f_run, f_lumi, f_event;
TBranch *b_run= newtree->Branch("f_run", &f_run,"f_run/I");
TBranch *b_lumi= newtree->Branch("f_lumi", &f_lumi,"f_lumi/I");
TBranch *b_event= newtree->Branch("f_event", &f_event,"f_event/I");
TBranch *b_weight= newtree->Branch("f_weight", &f_weight,"f_weight/F");
TBranch *b_int_weight= newtree->Branch("f_int_weight", &f_int_weight,"f_int_weight/F");
TBranch *b_pu_weight= newtree->Branch("f_pu_weight", &f_pu_weight,"f_pu_weight/F");
TBranch *b_eff_weight= newtree->Branch("f_eff_weight", &f_eff_weight,"f_eff_weight/F");
TBranch *b_lept1_pt= newtree->Branch("f_lept1_pt", &f_lept1_pt,"f_lept1_pt/F");
TBranch *b_lept1_eta= newtree->Branch("f_lept1_eta", &f_lept1_eta,"f_lept1_eta/F");
TBranch *b_lept1_phi= newtree->Branch("f_lept1_phi", &f_lept1_phi,"f_lept1_phi/F");
TBranch *b_lept1_charge= newtree->Branch("f_lept1_charge", &f_lept1_charge,"f_lept1_charge/F");
TBranch *b_lept1_pfx= newtree->Branch("f_lept1_pfx", &f_lept1_pfx,"f_lept1_pfx/F");
TBranch *b_lept1_sip= newtree->Branch("f_lept1_sip", &f_lept1_sip,"f_lept1_sip/F");
TBranch *b_lept2_pt= newtree->Branch("f_lept2_pt", &f_lept2_pt,"f_lept2_pt/F");
TBranch *b_lept2_eta= newtree->Branch("f_lept2_eta", &f_lept2_eta,"f_lept2_eta/F");
TBranch *b_lept2_phi= newtree->Branch("f_lept2_phi", &f_lept2_phi,"f_lept2_phi/F");
TBranch *b_lept2_charge= newtree->Branch("f_lept2_charge", &f_lept2_charge,"f_lept2_charge/F");
TBranch *b_lept2_pfx= newtree->Branch("f_lept2_pfx", &f_lept2_pfx,"f_lept2_pfx/F");
TBranch *b_lept2_sip= newtree->Branch("f_lept2_sip", &f_lept2_sip,"f_lept2_sip/F");
TBranch *b_lept3_pt= newtree->Branch("f_lept3_pt", &f_lept3_pt,"f_lept3_pt/F");
TBranch *b_lept3_eta= newtree->Branch("f_lept3_eta", &f_lept3_eta,"f_lept3_eta/F");
TBranch *b_lept3_phi= newtree->Branch("f_lept3_phi", &f_lept3_phi,"f_lept3_phi/F");
TBranch *b_lept3_charge= newtree->Branch("f_lept3_charge", &f_lept3_charge,"f_lept3_charge/F");
TBranch *b_lept3_pfx= newtree->Branch("f_lept3_pfx", &f_lept3_pfx,"f_lept3_pfx/F");
TBranch *b_lept3_sip= newtree->Branch("f_lept3_sip", &f_lept3_sip,"f_lept3_sip/F");
TBranch *b_lept4_pt= newtree->Branch("f_lept4_pt", &f_lept4_pt,"f_lept4_pt/F");
TBranch *b_lept4_eta= newtree->Branch("f_lept4_eta", &f_lept4_eta,"f_lept4_eta/F");
TBranch *b_lept4_phi= newtree->Branch("f_lept4_phi", &f_lept4_phi,"f_lept4_phi/F");
TBranch *b_lept4_charge= newtree->Branch("f_lept4_charge", &f_lept4_charge,"f_lept4_charge/F");
TBranch *b_lept4_pfx= newtree->Branch("f_lept4_pfx", &f_lept4_pfx,"f_lept4_pfx/F");
TBranch *b_lept4_sip= newtree->Branch("f_lept4_sip", &f_lept4_sip,"f_lept4_sip/F");
TBranch *b_iso_max= newtree->Branch("f_iso_max", &f_iso_max,"f_iso_max/F");
TBranch *b_sip_max= newtree->Branch("f_sip_max", &f_sip_max,"f_sip_max/F");
TBranch *b_Z1mass= newtree->Branch("f_Z1mass", &f_Z1mass,"f_Z1mass/F");
TBranch *b_Z2mass= newtree->Branch("f_Z2mass", &f_Z2mass,"f_Z2mass/F");
TBranch *b_angle_costhetastar= newtree->Branch("f_angle_costhetastar", &f_angle_costhetastar,"f_angle_costhetastar/F");
TBranch *b_angle_costheta1= newtree->Branch("f_angle_costheta1", &f_angle_costheta1,"f_angle_costheta1/F");
TBranch *b_angle_costheta2= newtree->Branch("f_angle_costheta2", &f_angle_costheta2,"f_angle_costheta2/F");
TBranch *b_angle_phi= newtree->Branch("f_angle_phi", &f_angle_phi,"f_angle_phi/F");
TBranch *b_angle_phistar1= newtree->Branch("f_angle_phistar1", &f_angle_phistar1,"f_angle_phistar1/F");
TBranch *b_pt4l= newtree->Branch("f_pt4l", &f_pt4l,"f_pt4l/F");
TBranch *b_eta4l= newtree->Branch("f_eta4l", &f_eta4l,"f_eta4l/F");
TBranch *b_mass4l= newtree->Branch("f_mass4l", &f_mass4l,"f_mass4l/F");
TBranch *b_mass4lErr= newtree->Branch("f_mass4lErr", &f_mass4lErr,"f_mass4lErr/F");
TBranch *b_njets_pass= newtree->Branch("f_njets_pass", &f_njets_pass,"f_njets_pass/F");
TBranch *b_deltajj= newtree->Branch("f_deltajj", &f_deltajj,"f_deltajj/F");
TBranch *b_massjj= newtree->Branch("f_massjj", &f_massjj,"f_massjj/F");
TBranch *b_D_jet= newtree->Branch("f_D_jet", &f_D_jet,"f_D_jet/F");
TBranch *b_jet1_pt= newtree->Branch("f_jet1_pt", &f_jet1_pt,"f_jet1_pt/F");
TBranch *b_jet1_eta= newtree->Branch("f_jet1_eta", &f_jet1_eta,"f_jet1_eta/F");
TBranch *b_jet1_phi= newtree->Branch("f_jet1_phi", &f_jet1_phi,"f_jet1_phi/F");
TBranch *b_jet1_e= newtree->Branch("f_jet1_e", &f_jet1_e,"f_jet1_e/F");
TBranch *b_jet2_pt= newtree->Branch("f_jet2_pt", &f_jet2_pt,"f_jet2_pt/F");
TBranch *b_jet2_eta= newtree->Branch("f_jet2_eta", &f_jet2_eta,"f_jet2_eta/F");
TBranch *b_jet2_phi= newtree->Branch("f_jet2_phi", &f_jet2_phi,"f_jet2_phi/F");
TBranch *b_jet2_e= newtree->Branch("f_jet2_e", &f_jet2_e,"f_jet2_e/F");
TBranch *b_D_bkg_kin= newtree->Branch("f_D_bkg_kin", &f_D_bkg_kin,"f_D_bkg_kin/F");
TBranch *b_D_bkg= newtree->Branch("f_D_bkg", &f_D_bkg,"f_D_bkg/F");
TBranch *b_D_gg= newtree->Branch("f_D_gg", &f_D_gg,"f_D_gg/F");
TBranch *b_D_g4= newtree->Branch("f_D_g4", &f_D_g4,"f_D_g4/F");
TBranch *b_Djet_VAJHU= newtree->Branch("f_Djet_VAJHU", &f_Djet_VAJHU,"f_Djet_VAJHU/F");
TBranch *b_pfmet= newtree->Branch("f_pfmet", &f_pfmet,"f_pfmet/F");
float newweight=1.;
// New tree with clone of events passing the final selection
TFile *skimfile = new TFile(eventsOUT,"recreate");
// Clone tree for final events
TTree *finaltree = fChain->CloneTree(0);
// loop on entries
Long64_t nentries = fChain->GetEntries();
cout << "\n****************************" <<endl;
cout << "Analyzing " << nentries << " entries" <<endl;
Long64_t nbytes = 0, nb = 0;
for (Long64_t jentry=0; jentry<nentries;jentry++) {
Long64_t ientry = LoadTree(jentry);
if (ientry < 0) break;
nb = fChain->GetEntry(jentry); nbytes += nb;
//if (!(Run==1 && LumiSection==2355 && Event==451989)) continue;
if(jentry%1 == 5000) cout << "Analyzing entry: " << jentry << endl;
if( RECO_NMU > 100 ) RECO_NMU = 100;
if( RECO_NELE > 100 ) RECO_NELE = 100;
if( RECO_NPFPHOT > 20 ) RECO_NPFPHOT = 20;
bool debug=true; //debug flag -- default false
newweight=weight;
cout << "Starting weight= " << newweight << endl;
// pileup reweighting 2012 and 2011
hPUvertices->Fill(num_PU_vertices,weight);
// pileup reweighting 2015
hPUvertices->Fill(num_PU_vertices,weight);
double pu_weight=1.;
if (MC_type == "Fall15"){
Int_t binx = puweight->GetXaxis()->FindBin(num_PU_vertices);
cout << " bin x= " << binx << " " << puweight->GetBinContent(binx) << endl;
pu_weight=double(puweight->GetBinContent(binx));
}
hPUvertices_ReWeighted->Fill(num_PU_vertices,weight*pu_weight);
cout << "Pileup interations and weight is= " << num_PU_vertices << " " << " and weight= " << pu_weight << endl;
if (num_PU_vertices < 0) continue;
// Changing the weight for pileup
newweight=weight*pu_weight;
cout << "Starting weight + pileup = " << newweight << endl;
// Weight for MCNLO samples
if( datasetName.Contains("amcatnlo")) {
cout << "Reweighting sample of amcatnlo with weight= " << MC_weighting << endl;
newweight=weight*pu_weight*MC_weighting;
}
float pFill[11];for(int pf=0;pf<11;pf++)pFill[11]=-999.;
// ** Step 0: