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RocHistsCA15.cxx
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RocHistsCA15.cxx
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#include "include/RocHists.h"
#include "SFrameTools/include/EventCalc.h"
#include "include/ZprimeFullHadTools.h"
#include <iostream>
#include "TH3.h"
using namespace std;
RocHists::RocHists(const char* name) : BaseHists(name)
{
// named default constructor
}
RocHists::~RocHists()
{
// default destructor, does nothing
}
void RocHists::Init()
{
// book all histograms here
double jetpt_bbins[] = {
20, 30, 40, 50, 60, 70, 80, 100, 120, 160, 210, 260, 320, 400, 500, 600, 800, 1600
};
Book(TH1F("MVA200","MVA values after selection",1600,-2,2));
Book(TH1F("MVA400","MVA values after selection",1600,-2,2));
Book(TH1F("MVA600","MVA values after selection",1600,-2,2));
Book(TH1F("MVA800","MVA values after selection",1600,-2,2));
Book(TH1F("MVA200btag","MVA values after selection",1600,-2,2));
Book(TH1F("MVA400btag","MVA values after selection",1600,-2,2));
Book(TH1F("MVA600btag","MVA values after selection",1600,-2,2));
Book(TH1F("MVA800btag","MVA values after selection",1600,-2,2));
Book(TH1F("SD_fine200","log(chi) (microjets) shower deconstruction PT>200",10000,-10,10));
Book(TH1F("SD_fine400","log(chi) (microjets) shower deconstruction PT>400",10000,-10,10));
Book(TH1F("SD_fine600","log(chi) (microjets) shower deconstruction PT>600",10000,-10,10));
Book(TH1F("SD_fine800","log(chi) (microjets) shower deconstruction PT>800",10000,-10,10));
Book(TH1F("SD_fine200mis","log(chi) (microjets) shower deconstruction PT>200",10000,-10,10));
Book(TH1F("SD_fine400mis","log(chi) (microjets) shower deconstruction PT>400",10000,-10,10));
Book(TH1F("SD_fine600mis","log(chi) (microjets) shower deconstruction PT>600",10000,-10,10));
Book(TH1F("SD_fine800mis","log(chi) (microjets) shower deconstruction PT>800",10000,-10,10));
Book(TH2F("SD_fine200btag","log(chi) (microjets) shower deconstruction PT>200",10000,-10,10,50,0,1));
Book(TH2F("SD_fine400btag","log(chi) (microjets) shower deconstruction PT>400",10000,-10,10,50,0,1));
Book(TH2F("SD_fine600btag","log(chi) (microjets) shower deconstruction PT>600",10000,-10,10,50,0,1));
Book(TH2F("SD_fine800btag","log(chi) (microjets) shower deconstruction PT>800",10000,-10,10,50,0,1));
Book(TH2F("SD_fine200nsub","log(chi) (microjets) shower deconstruction PT>200",10000,-10,10,50,0,1));
Book(TH2F("SD_fine400nsub","log(chi) (microjets) shower deconstruction PT>400",10000,-10,10,50,0,1));
Book(TH2F("SD_fine600nsub","log(chi) (microjets) shower deconstruction PT>600",10000,-10,10,50,0,1));
Book(TH2F("SD_fine800nsub","log(chi) (microjets) shower deconstruction PT>800",10000,-10,10,50,0,150));
Book(TH2F("SD_fine200mmin","log(chi) (microjets) shower deconstruction PT>200",10000,-10,10,50,0,150));
Book(TH2F("SD_fine400mmin","log(chi) (microjets) shower deconstruction PT>400",10000,-10,10,50,0,150));
Book(TH2F("SD_fine600mmin","log(chi) (microjets) shower deconstruction PT>600",10000,-10,10,50,0,150));
Book(TH2F("SD_fine800mmin","log(chi) (microjets) shower deconstruction PT>800",10000,-10,10,50,0,150));
Book(TH2F("SD_fine200bdt","log(chi) (microjets) shower deconstruction PT>200",10000,-10,10,50,-1,1));
Book(TH2F("SD_fine400bdt","log(chi) (microjets) shower deconstruction PT>400",10000,-10,10,50,-1,1));
Book(TH2F("SD_fine600bdt","log(chi) (microjets) shower deconstruction PT>600",10000,-10,10,50,-1,1));
Book(TH2F("SD_fine800bdt","log(chi) (microjets) shower deconstruction PT>800",10000,-10,10,50,-1,1));
Book(TH2F("SD_fine200misbtag","log(chi) (microjets) shower deconstruction PT>200",10000,-10,10,50,0,1));
Book(TH2F("SD_fine400misbtag","log(chi) (microjets) shower deconstruction PT>400",10000,-10,10,50,0,1));
Book(TH2F("SD_fine600misbtag","log(chi) (microjets) shower deconstruction PT>600",10000,-10,10,50,0,1));
Book(TH2F("SD_fine800misbtag","log(chi) (microjets) shower deconstruction PT>800",10000,-10,10,50,0,1));
Book(TH2F("SD_fine200misnsub","log(chi) (microjets) shower deconstruction PT>200",10000,-10,10,50,0,1));
Book(TH2F("SD_fine400misnsub","log(chi) (microjets) shower deconstruction PT>400",10000,-10,10,50,0,1));
Book(TH2F("SD_fine600misnsub","log(chi) (microjets) shower deconstruction PT>600",10000,-10,10,50,0,1));
Book(TH2F("SD_fine800misnsub","log(chi) (microjets) shower deconstruction PT>800",10000,-10,10,50,0,1));
Book(TH2F("SD_fine200mismmin","log(chi) (microjets) shower deconstruction PT>200",10000,-10,10,50,0,150));
Book(TH2F("SD_fine400mismmin","log(chi) (microjets) shower deconstruction PT>400",10000,-10,10,50,0,150));
Book(TH2F("SD_fine600mismmin","log(chi) (microjets) shower deconstruction PT>600",10000,-10,10,50,0,150));
Book(TH2F("SD_fine800mismmin","log(chi) (microjets) shower deconstruction PT>800",10000,-10,10,50,0,150));
Book(TH2F("SD_fine200misbdt","log(chi) (microjets) shower deconstruction PT>200",10000,-10,10,50,-1,1));
Book(TH2F("SD_fine400misbdt","log(chi) (microjets) shower deconstruction PT>400",10000,-10,10,50,-1,1));
Book(TH2F("SD_fine600misbdt","log(chi) (microjets) shower deconstruction PT>600",10000,-10,10,50,-1,1));
Book(TH2F("SD_fine800misbdt","log(chi) (microjets) shower deconstruction PT>800",10000,-10,10,50,-1,1));
Book( TH1F( "pT_s1"," p_{T} topjets (selection)",50,0,2000));
Book( TH1F( "pT_s1_mis"," p_{T} topjets (selection)",50,0,2000));
Book( TH1F( "pT_s1400"," p_{T} topjets (selection)",50,0,2000));
Book( TH1F( "pT_s1_cms_tagged400"," p_{T} topjets (cms tagged)",50,0,2000));
Book( TH1F( "pT_s1_mis400"," p_{T} topjets (selection)",50,0,2000));
Book( TH1F( "pT_s1_cms_tagged_mis400"," p_{T} topjets (cms tagged)",50,0,2000));
Book( TH1F( "pT_s1600"," p_{T} topjets (selection)",50,0,2000));
Book( TH1F( "pT_s1_cms_tagged600"," p_{T} topjets (cms tagged)",50,0,2000));
Book( TH1F( "pT_s1_mis600"," p_{T} topjets (selection)",50,0,2000));
Book( TH1F( "pT_s1_cms_tagged_mis600"," p_{T} topjets (cms tagged)",50,0,2000));
Book( TH1F( "pT_s1800"," p_{T} topjets (selection)",50,0,2000));
Book( TH1F( "pT_s1_cms_tagged800"," p_{T} topjets (cms tagged)",50,0,2000));
Book( TH1F( "pT_s1_mis800"," p_{T} topjets (selection)",50,0,2000));
Book( TH1F( "pT_s1_cms_tagged_mis800"," p_{T} topjets (cms tagged)",50,0,2000));
Book( TH1F( "pT_s1hep"," p_{T} topjets (selection)",50,0,2000));
Book( TH1F( "pT_s1_mishep"," p_{T} topjets (selection)",50,0,2000));
Book( TH1F( "pT_s1400hep"," p_{T} topjets (selection)",50,0,2000));
Book( TH1F( "pT_s1_cms_tagged400hep"," p_{T} topjets (cms tagged)",50,0,2000));
Book( TH1F( "pT_s1_mis400hep"," p_{T} topjets (selection)",50,0,2000));
Book( TH1F( "pT_s1_cms_tagged_mis400hep"," p_{T} topjets (cms tagged)",50,0,2000));
Book( TH1F( "pT_s1600hep"," p_{T} topjets (selection)",50,0,2000));
Book( TH1F( "pT_s1_cms_tagged600hep"," p_{T} topjets (cms tagged)",50,0,2000));
Book( TH1F( "pT_s1_mis600hep"," p_{T} topjets (selection)",50,0,2000));
Book( TH1F( "pT_s1_cms_tagged_mis600hep"," p_{T} topjets (cms tagged)",50,0,2000));
Book( TH1F( "pT_s1800hep"," p_{T} topjets (selection)",50,0,2000));
Book( TH1F( "pT_s1_cms_tagged800hep"," p_{T} topjets (cms tagged)",50,0,2000));
Book( TH1F( "pT_s1_mis800hep"," p_{T} topjets (selection)",50,0,2000));
Book( TH1F( "pT_s1_cms_tagged_mis800hep"," p_{T} topjets (cms tagged)",50,0,2000));
Book( TH1F( "N_topjets", ";N^{jets};Events", 20, 0, 20 ) );
Book( TH1F( "N_mu", ";N^{muons};Events", 5, 0, 5 ) );
Book( TH1F( "N_pv", ";N^{PV};Events", 50, 0, 50 ) );
Book( TH1F( "N_events_perLumiBin", ";N^{evt};Events", 24, 0, 24 ) );
Book( TH1F( "N_pv_perLumiBin", ";N^{PV};Events", 24, 0, 24 ) );
double PT_bins[] = {0,40,80,120,160,200,240,280,320,360,400,500,600,1000};
Book( TH1D( "Toppt_all", ";Pt top-jet (GeV);Events", sizeof(PT_bins)/sizeof(double)-1,PT_bins));
Book( TH1D( "Toppt_tagged", ";Pt top-jet (GeV);Events", sizeof(PT_bins)/sizeof(double)-1,PT_bins));
Book( TH1D( "Npv200_all", ";Pileup;Events", 50, 0, 50));
Book( TH1D( "Npv200_htt_tagged", ";Pileup;Events", 50, 0, 50));
Book( TH1D( "Npv200_httnsub_tagged", ";Pileup;Events", 50, 0, 50));
Book( TH1D( "Npv200_httcsv_tagged", ";Pileup;Events", 50, 0, 50));
Book( TH1D( "Npv200_httnsubcsv_tagged", ";Pileup;Events", 50, 0, 50));
Book( TH1D( "Npv300_all", ";Pileup;Events", 50, 0, 50));
Book( TH1D( "Npv300_htt_tagged", ";Pileup;Events", 50, 0, 50));
Book( TH1D( "Npv300_httnsub_tagged", ";Pileup;Events", 50, 0, 50));
Book( TH1D( "Npv300_httcsv_tagged", ";Pileup;Events", 50, 0, 50));
Book( TH1D( "Npv300_httnsubcsv_tagged", ";Pileup;Events", 50, 0, 50));
Book( TH1D( "Npv400_all", ";Pileup;Events", 50, 0, 50));
Book( TH1D( "Npv400_htt_tagged", ";Pileup;Events", 50, 0, 50));
Book( TH1D( "Npv400_httnsub_tagged", ";Pileup;Events", 50, 0, 50));
Book( TH1D( "Npv400_httcsv_tagged", ";Pileup;Events", 50, 0, 50));
Book( TH1D( "Npv400_httnsubcsv_tagged", ";Pileup;Events", 50, 0, 50));
Book( TH1D( "Npv500_all", ";Pileup;Events", 50, 0, 50));
Book( TH1D( "Npv500_htt_tagged", ";Pileup;Events", 50, 0, 50));
Book( TH1D( "Npv500_httnsub_tagged", ";Pileup;Events", 50, 0, 50));
Book( TH1D( "Npv500_httcsv_tagged", ";Pileup;Events", 50, 0, 50));
Book( TH1D( "Npv500_httnsubcsv_tagged", ";Pileup;Events", 50, 0, 50));
Book( TH1D( "Npv600_all", ";Pileup;Events", 50, 0, 50));
Book( TH1D( "Npv600_htt_tagged", ";Pileup;Events", 50, 0, 50));
Book( TH1D( "Npv600_httnsub_tagged", ";Pileup;Events", 50, 0, 50));
Book( TH1D( "Npv600_httcsv_tagged", ";Pileup;Events", 50, 0, 50));
Book( TH1D( "Npv600_httnsubcsv_tagged", ";Pileup;Events", 50, 0, 50));
Book( TH1D( "Nsub", ";#tau_{3}/#tau_{2};Events", 100, 0., 1.));
Book( TH1D( "Nsub_tagged", ";#tau_{3}/#tau_{2};Events", 100, 0., 1.));
Book( TH1D( "Jetmass", ";Jet mass (GeV/c^{2});Events", 100, 0., 400.));
Book( TH1D( "JetmassW", ";Jet mass (GeV/c^{2});Events", 100, 0., 400.));
Book( TH1D( "Jetmass_m", ";Jet mass (GeV/c^{2});Events", 100, 0., 400.));
Book( TH1D( "JetmassCA15", ";Jet mass (GeV/c^{2});Events", 100, 0., 400.));
Book( TH1D( "JetmassCA15_m", ";Jet mass (GeV/c^{2});Events", 100, 0., 400.));
Book( TH1D( "Jetmass_tagged", ";Jet mass (GeV/c^{2});Events", 100, 0., 400.));
Book( TH1D( "Jetmass_taggedW", ";Jet mass (GeV/c^{2});Events", 100, 0., 400.));
Book( TH1D( "weight", ";weight;Events", 400, 0., 2.));
//double roc_ptbins[] = {150,200,400,600,800,1000,10000};
double roc_ptbins[] = {200,400,600,800,1000,10000};
// Book( TH1D( "eff_all", ";Pt top-gen (GeV);Events", sizeof(roc_ptbins)/sizeof(double)-1,roc_ptbins));
// // Book( TH1D( "eff_tagged", ";Pt top-gen (GeV);Events", sizeof(roc_ptbins)/sizeof(double)-1,roc_ptbins));
// // Book( TH1D( "eff_tagged_nomass", ";Pt top-gen (GeV);Events", sizeof(roc_ptbins)/sizeof(double)-1,roc_ptbins));
//
// Book( TH1D( "eff_tagged_mjet", ";Pt top-gen (GeV);Events", sizeof(roc_ptbins)/sizeof(double)-1,roc_ptbins));
// Book( TH1D( "eff_tagged_mgroom", ";Pt top-gen (GeV);Events", sizeof(roc_ptbins)/sizeof(double)-1,roc_ptbins));
// // Book( TH1D( "eff_tagged_cvsl", ";Pt top-gen (GeV);Events", sizeof(roc_ptbins)/sizeof(double)-1,roc_ptbins));
// // Book( TH1D( "eff_tagged_cvsm", ";Pt top-gen (GeV);Events", sizeof(roc_ptbins)/sizeof(double)-1,roc_ptbins));
//
// Book( TH1D( "mistag_all", ";Pt parton (GeV);Events", sizeof(roc_ptbins)/sizeof(double)-1,roc_ptbins));
// Book( TH1D( "mistag_tagged", ";Pt parton (GeV);Events", sizeof(roc_ptbins)/sizeof(double)-1,roc_ptbins));
// Book( TH1D( "mistag_tagged_nomass", ";Pt parton (GeV);Events", sizeof(roc_ptbins)/sizeof(double)-1,roc_ptbins));
//
// Book( TH1D( "mistag_tagged_mjet", ";Pt parton (GeV);Events", sizeof(roc_ptbins)/sizeof(double)-1,roc_ptbins));
// Book( TH1D( "mistag_tagged_mgroom", ";Pt parton (GeV);Events", sizeof(roc_ptbins)/sizeof(double)-1,roc_ptbins));
// Book( TH1D( "mistag_tagged_cvsl", ";Pt parton (GeV);Events", sizeof(roc_ptbins)/sizeof(double)-1,roc_ptbins));
// Book( TH1D( "mistag_tagged_cvsm", ";Pt parton (GeV);Events", sizeof(roc_ptbins)/sizeof(double)-1,roc_ptbins));
Book( TH2D( "eff_mwl_tagged", ";lower mass window;Pt top-gen (GeV)",100,0.5,1.0,sizeof(roc_ptbins)/sizeof(double)-1,roc_ptbins));
Book( TH2D( "eff_mwu_tagged", ";upper mass window;Pt top-gen (GeV)",100,1.0,1.5,sizeof(roc_ptbins)/sizeof(double)-1,roc_ptbins));
Book( TH2D( "eff_rsa_tagged", ";R soft in condition A;Pt top-gen (GeV)",100,0.0,0.5,sizeof(roc_ptbins)/sizeof(double)-1,roc_ptbins));
Book( TH2D( "eff_rsb_tagged", ";R soft in condition B;Pt top-gen (GeV)",100,0.0,0.5,sizeof(roc_ptbins)/sizeof(double)-1,roc_ptbins));
Book( TH2D( "eff_tml_tagged", ";Lower top mass window;Pt top-gen (GeV)",100,90.0,160.0,sizeof(roc_ptbins)/sizeof(double)-1,roc_ptbins));
Book( TH2D( "eff_tmu_tagged", ";Upper top mass window;Pt top-gen (GeV)",100,190.0,260.0,sizeof(roc_ptbins)/sizeof(double)-1,roc_ptbins));
Book( TH2D( "eff_mwl_tagged_cvsl", ";lower mass window;Pt top-gen (GeV)",100,0.5,1.0,sizeof(roc_ptbins)/sizeof(double)-1,roc_ptbins));
Book( TH2D( "eff_mwu_tagged_cvsl", ";upper mass window;Pt top-gen (GeV)",100,1.0,1.5,sizeof(roc_ptbins)/sizeof(double)-1,roc_ptbins));
Book( TH2D( "eff_rsa_tagged_cvsl", ";R soft in condition A;Pt top-gen (GeV)",100,0.0,0.5,sizeof(roc_ptbins)/sizeof(double)-1,roc_ptbins));
Book( TH2D( "eff_rsb_tagged_cvsl", ";R soft in condition B;Pt top-gen (GeV)",100,0.0,0.5,sizeof(roc_ptbins)/sizeof(double)-1,roc_ptbins));
Book( TH2D( "eff_tml_tagged_cvsl", ";Lower top mass window;Pt top-gen (GeV)",100,90.0,160.0,sizeof(roc_ptbins)/sizeof(double)-1,roc_ptbins));
Book( TH2D( "eff_tmu_tagged_cvsl", ";Upper top mass window;Pt top-gen (GeV)",100,190.0,260.0,sizeof(roc_ptbins)/sizeof(double)-1,roc_ptbins));
Book( TH2D( "eff_mwl_tagged_cvsm", ";lower mass window;Pt top-gen (GeV)",100,0.5,1.0,sizeof(roc_ptbins)/sizeof(double)-1,roc_ptbins));
Book( TH2D( "eff_mwu_tagged_cvsm", ";upper mass window;Pt top-gen (GeV)",100,1.0,1.5,sizeof(roc_ptbins)/sizeof(double)-1,roc_ptbins));
Book( TH2D( "eff_rsa_tagged_cvsm", ";R soft in condition A;Pt top-gen (GeV)",100,0.0,0.5,sizeof(roc_ptbins)/sizeof(double)-1,roc_ptbins));
Book( TH2D( "eff_rsb_tagged_cvsm", ";R soft in condition B;Pt top-gen (GeV)",100,0.0,0.5,sizeof(roc_ptbins)/sizeof(double)-1,roc_ptbins));
Book( TH2D( "eff_tml_tagged_cvsm", ";Lower top mass window;Pt top-gen (GeV)",100,90.0,160.0,sizeof(roc_ptbins)/sizeof(double)-1,roc_ptbins));
Book( TH2D( "eff_tmu_tagged_cvsm", ";Upper top mass window;Pt top-gen (GeV)",100,190.0,260.0,sizeof(roc_ptbins)/sizeof(double)-1,roc_ptbins));
Book( TH2D( "mistag_mwl_tagged", ";lower mass window;Pt parton (GeV)",100,0.5,1.0,sizeof(roc_ptbins)/sizeof(double)-1,roc_ptbins));
Book( TH2D( "mistag_mwu_tagged", ";upper mass window;Pt parton (GeV)",100,1.0,1.5,sizeof(roc_ptbins)/sizeof(double)-1,roc_ptbins));
Book( TH2D( "mistag_rsa_tagged", ";R soft in condition A;Pt parton (GeV)",100,0.0,0.5,sizeof(roc_ptbins)/sizeof(double)-1,roc_ptbins));
Book( TH2D( "mistag_rsb_tagged", ";R soft in condition B;Pt parton (GeV)",100,0.0,0.5,sizeof(roc_ptbins)/sizeof(double)-1,roc_ptbins));
Book( TH2D( "mistag_tml_tagged", ";Lower top mass window;Pt top-gen (GeV)",100,90.0,160.0,sizeof(roc_ptbins)/sizeof(double)-1,roc_ptbins));
Book( TH2D( "mistag_tmu_tagged", ";Upper top mass window;Pt top-gen (GeV)",100,190.0,260.0,sizeof(roc_ptbins)/sizeof(double)-1,roc_ptbins));
Book( TH2D( "mistag_mwl_tagged_cvsl", ";lower mass window;Pt parton (GeV)",100,0.5,1.0,sizeof(roc_ptbins)/sizeof(double)-1,roc_ptbins));
Book( TH2D( "mistag_mwu_tagged_cvsl", ";upper mass window;Pt parton (GeV)",100,1.0,1.5,sizeof(roc_ptbins)/sizeof(double)-1,roc_ptbins));
Book( TH2D( "mistag_rsa_tagged_cvsl", ";R soft in condition A;Pt parton (GeV)",100,0.0,0.5,sizeof(roc_ptbins)/sizeof(double)-1,roc_ptbins));
Book( TH2D( "mistag_rsb_tagged_cvsl", ";R soft in condition B;Pt parton (GeV)",100,0.0,0.5,sizeof(roc_ptbins)/sizeof(double)-1,roc_ptbins));
Book( TH2D( "mistag_tml_tagged_cvsl", ";Lower top mass window;Pt top-gen (GeV)",100,90.0,160.0,sizeof(roc_ptbins)/sizeof(double)-1,roc_ptbins));
Book( TH2D( "mistag_tmu_tagged_cvsl", ";Upper top mass window;Pt top-gen (GeV)",100,190.0,260.0,sizeof(roc_ptbins)/sizeof(double)-1,roc_ptbins));
Book( TH2D( "mistag_mwl_tagged_cvsm", ";lower mass window;Pt parton (GeV)",100,0.5,1.0,sizeof(roc_ptbins)/sizeof(double)-1,roc_ptbins));
Book( TH2D( "mistag_mwu_tagged_cvsm", ";upper mass window;Pt parton (GeV)",100,1.0,1.5,sizeof(roc_ptbins)/sizeof(double)-1,roc_ptbins));
Book( TH2D( "mistag_rsa_tagged_cvsm", ";R soft in condition A;Pt parton (GeV)",100,0.0,0.5,sizeof(roc_ptbins)/sizeof(double)-1,roc_ptbins));
Book( TH2D( "mistag_rsb_tagged_cvsm", ";R soft in condition B;Pt parton (GeV)",100,0.0,0.5,sizeof(roc_ptbins)/sizeof(double)-1,roc_ptbins));
Book( TH2D( "mistag_tml_tagged_cvsm", ";Lower top mass window;Pt top-gen (GeV)",100,90.0,160.0,sizeof(roc_ptbins)/sizeof(double)-1,roc_ptbins));
Book( TH2D( "mistag_tmu_tagged_cvsm", ";Upper top mass window;Pt top-gen (GeV)",100,190.0,260.0,sizeof(roc_ptbins)/sizeof(double)-1,roc_ptbins));
//////////////////////////////ROC
// Book( TH3D( "eff_roc_tagged", ";w;RsoftB;Pt top-gen (GeV)",100,0.0,0.5,100,0.0,0.5,sizeof(roc_ptbins)/sizeof(double)-1,roc_ptbins));
// Book( TH3D( "eff_roc_tagged_cvsl", ";w;RsoftB;Pt top-gen (GeV)",100,0.0,0.5,100,0.0,0.5,sizeof(roc_ptbins)/sizeof(double)-1,roc_ptbins));
// Book( TH3D( "eff_roc_tagged_cvsm", ";w;RsoftB;Pt top-gen (GeV)",100,0.0,0.5,100,0.0,0.5,sizeof(roc_ptbins)/sizeof(double)-1,roc_ptbins));
// Book( TH3D( "mistag_roc_tagged", ";w;RsoftB;Pt parton (GeV)",100,0.0,0.5,100,0.0,0.5,sizeof(roc_ptbins)/sizeof(double)-1,roc_ptbins));
// Book( TH3D( "mistag_roc_tagged_cvsl", ";w;RsoftB;Pt parton (GeV)",100,0.0,0.5,100,0.0,0.5,sizeof(roc_ptbins)/sizeof(double)-1,roc_ptbins));
// Book( TH3D( "mistag_roc_tagged_cvsm", ";w;RsoftB;Pt parton (GeV)",100,0.0,0.5,100,0.0,0.5,sizeof(roc_ptbins)/sizeof(double)-1,roc_ptbins));
int nsteps=50;
double wmin=0.0;
double wmax=0.5;
double nsubmin=0.0;
double nsubmax=1.0;
double csvmin=0.0;
double csvmax=1.0;
// Book( TH3D( "eff_roc_tagged", ";w;RsoftB;Pt top-gen (GeV)",nsteps,0.0,0.5,nsteps,0.0,0.5,50,0.0,10000.0));
// Book( TH3D( "eff_roc_tagged_cvsl", ";w;RsoftB;Pt top-gen (GeV)",nsteps,0.0,0.5,nsteps,0.0,0.5,50,0.0,10000.0));
// Book( TH3D( "eff_roc_tagged_cvsm", ";w;RsoftB;Pt top-gen (GeV)",nsteps,0.0,0.5,nsteps,0.0,0.5,50,0.0,10000.0));
// Book( TH3D( "mistag_roc_tagged", ";w;RsoftB;Pt parton (GeV)",nsteps,0.0,0.5,nsteps,0.0,0.5,50,0.0,10000.0));
// Book( TH3D( "mistag_roc_tagged_cvsl", ";w;RsoftB;Pt parton (GeV)",nsteps,0.0,0.5,nsteps,0.0,0.5,50,0.0,10000.0));
// Book( TH3D( "mistag_roc_tagged_cvsm", ";w;RsoftB;Pt parton (GeV)",nsteps,0.0,0.5,nsteps,0.0,0.5,50,0.0,10000.0));
// Book( TH3D( "eff_roc_tagged", ";w;tml;Pt top-gen (GeV)",nsteps,0.0,0.5,nsteps,90.0,160.0,50,0.0,10000.0));
// Book( TH3D( "eff_roc_tagged_cvsl", ";w;tml;Pt top-gen (GeV)",nsteps,0.0,0.5,nsteps,90.0,160.0,50,0.0,10000.0));
// Book( TH3D( "eff_roc_tagged_cvsm", ";w;tml;Pt top-gen (GeV)",nsteps,0.0,0.5,nsteps,90.0,160.0,50,0.0,10000.0));
// Book( TH3D( "mistag_roc_tagged", ";w;tml;Pt parton (GeV)",nsteps,0.0,0.5,nsteps,90.0,160.0,50,0.0,10000.0));
// Book( TH3D( "mistag_roc_tagged_cvsl", ";w;tml;Pt parton (GeV)",nsteps,0.0,0.5,nsteps,90.0,160.0,50,0.0,10000.0));
// Book( TH3D( "mistag_roc_tagged_cvsm", ";w;tml;Pt parton (GeV)",nsteps,0.0,0.5,nsteps,90.0,160.0,50,0.0,10000.0));
// Book( TH3D( "eff_roc_tagged", ";w;nsub;Pt top-gen (GeV)",nsteps,0.0,0.5,nsteps,0.5,1.0,50,0.0,10000.0));
// Book( TH3D( "eff_roc_tagged_cvsl", ";w;nsub;Pt top-gen (GeV)",nsteps,0.0,0.5,nsteps,0.5,1.0,50,0.0,10000.0));
// Book( TH3D( "eff_roc_tagged_cvsm", ";w;nsub;Pt top-gen (GeV)",nsteps,0.0,0.5,nsteps,0.5,1.0,50,0.0,10000.0));
// Book( TH3D( "mistag_roc_tagged", ";w;nsub;Pt parton (GeV)",nsteps,0.0,0.5,nsteps,0.5,1.0,50,0.0,10000.0));
// Book( TH3D( "mistag_roc_tagged_cvsl", ";w;nsub;Pt parton (GeV)",nsteps,0.0,0.5,nsteps,0.5,1.0,50,0.0,10000.0));
// Book( TH3D( "mistag_roc_tagged_cvsm", ";w;nsub;Pt parton (GeV)",nsteps,0.0,0.5,nsteps,0.5,1.0,50,0.0,10000.0));
Book( TH3D( "eff_roc_tagged200", ";w;nsub;csv",nsteps,wmin,wmax,nsteps,nsubmin,nsubmax,nsteps,csvmin,csvmax));
Book( TH3D( "mistag_roc_tagged200", ";w;nsub;csv",nsteps,wmin,wmax,nsteps,nsubmin,nsubmax,nsteps,csvmin,csvmax));
Book( TH3D( "eff_roc_tagged400", ";w;nsub;csv",nsteps,wmin,wmax,nsteps,nsubmin,nsubmax,nsteps,csvmin,csvmax));
Book( TH3D( "mistag_roc_tagged400", ";w;nsub;csv",nsteps,wmin,wmax,nsteps,nsubmin,nsubmax,nsteps,csvmin,csvmax));
Book( TH3D( "eff_roc_tagged600", ";w;nsub;csv",nsteps,wmin,wmax,nsteps,nsubmin,nsubmax,nsteps,csvmin,csvmax));
Book( TH3D( "mistag_roc_tagged600", ";w;nsub;csv",nsteps,wmin,wmax,nsteps,nsubmin,nsubmax,nsteps,csvmin,csvmax));
Book( TH3D( "eff_roc_tagged800", ";w;nsub;csv",nsteps,wmin,wmax,nsteps,nsubmin,nsubmax,nsteps,csvmin,csvmax));
Book( TH3D( "mistag_roc_tagged800", ";w;nsub;csv",nsteps,wmin,wmax,nsteps,nsubmin,nsubmax,nsteps,csvmin,csvmax));
Book( TH1D( "eff_all", ";Pt top-gen (GeV);Events", 50,0.0,10000.0));
Book( TH1D( "eff_tagged", ";Pt top-gen (GeV);Events", 50,0.0,10000.0));
Book( TH1D( "eff_tagged_cvsl", ";Pt top-gen (GeV);Events", 50,0.0,10000.0));
Book( TH1D( "eff_tagged_cvsm", ";Pt top-gen (GeV);Events", 50,0.0,10000.0));
Book( TH1D( "mistag_all", ";Pt parton (GeV);Events", 50,0.0,10000.0));
Book( TH1D( "mistag_tagged", ";Pt parton (GeV);Events", 50,0.0,10000.0));
Book( TH1D( "mistag_tagged_cvsl", ";Pt parton (GeV);Events", 50,0.0,10000.0));
Book( TH1D( "mistag_tagged_cvsm", ";Pt parton (GeV);Events", 50,0.0,10000.0));
Book( TH1F( "TopPt_Eff",";p_{T} [GeV];Events",100,0.0,2000.0));
Book( TH1F( "TopPt_Mistag",";p_{T} [GeV];Events",100,0.0,2000.0));
Book( TH1F( "TopPtWeightHisto","TopPtWeightHisto;Weight;Events",500,0.5,2));
Book( TH1F( "TopPtFullWeightHisto","TopPtFullWeightHisto;Weight;Events",500,0.5,2));
Book( TH2F( "TopWeightVsPtHisto","TopWeightVsPtHisto;Weight;pT(GeV)",500,0.5,2,100,0,1000));
Book( TH2F( "TopWeightVsGenPtHisto","TopWeightVsGenPtHisto;Weight;pT(GeV)",500,0.5,2,100,0,1000));
Book( TH2F( "TopWeightVsGenPtHisto2","TopWeightVsGenPtHisto2;Weight;pT(GeV)",500,0.5,2,100,0,1000));
Book( TH1D( "MassTop", ";Top jet mass (GeV);Events", 50, 0, 500));
Book( TH1D( "MassTopUnfiltered", ";Top jet mass (GeV);Events", 50, 0, 500));
Book( TH2D("PtGenVsRecoEff","PtGenVsReco;pT gen;pT reco",100,0,1000,100,0,1000) );
Book( TH2D("PtGenVsRecoMistag","PtGenVsReco;pT gen;pT reco",100,0,1000,100,0,1000) );
tmva_tagger=new TMVA_tagger();
Showerdeconstruction_tagger= new Showerdeconstruction();
}
void RocHists::SetIdVersion(TString s)
{
idVersion=s;
}
void RocHists::Fill()
{
// fill the histograms
EventCalc* calc = EventCalc::Instance();
BaseCycleContainer* bcc = calc->GetBaseCycleContainer();
bool IsRealData = calc->IsRealData();
LuminosityHandler* lumih = calc->GetLumiHandler();
// important: get the event weight
double weight = calc->GetWeight();
int run = calc->GetRunNum();
int lumiblock = calc->GetLumiBlock();
int Npvs = calc->GetPrimaryVertices()->size();
/*
//Filling generator-level information for semi-leptonic ttbar events
TTbarGen* Decay = calc->GetTTbarGen();
GenParticle topgen=Decay->Top();
GenParticle antitopgen=Decay->Antitop();
GenParticle btop=Decay->bTop();
GenParticle bantitop=Decay->bAntitop();
int decaytop=abs(Decay->Wdecay1().pdgId());
int decayantitop=abs(Decay->WMinusdecay1().pdgId());
int semileptop=0;
int semilepantitop=0;
GenParticle muongen;
if((decaytop==13||decaytop==14)&&decayantitop>0&&decayantitop<=5){
semileptop=1;
if(decaytop==13){
muongen=Decay->Wdecay1();
}
if(decaytop==14){
muongen=Decay->Wdecay2();
}
}
if((decayantitop==13||decayantitop==14)&&decaytop>0&&decaytop<=5){
semilepantitop=1;
if(decayantitop==13){
muongen=Decay->WMinusdecay1();
}
if(decaytop==14){
muongen=Decay->WMinusdecay2();
}
}
if(semileptop){
Hist("DR_Mub")->Fill(muongen.deltaR(btop),weight);
Hist("DPhi_Mub")->Fill(muongen.deltaPhi(btop),weight);
Hist("DR_Mutop")->Fill(muongen.deltaR(antitopgen),weight);
Hist("DPhi_Mutop")->Fill(muongen.deltaPhi(antitopgen),weight);
Hist("DR_btop")->Fill(btop.deltaR(antitopgen),weight);
Hist("DPhi_btop")->Fill(btop.deltaPhi(antitopgen),weight);
}
if(semilepantitop){
Hist("DR_Mub")->Fill(muongen.deltaR(bantitop),weight);
Hist("DPhi_Mub")->Fill(muongen.deltaPhi(bantitop),weight);
Hist("DR_Mutop")->Fill(muongen.deltaR(topgen),weight);
Hist("DPhi_Mutop")->Fill(muongen.deltaPhi(topgen),weight);
Hist("DR_btop")->Fill(bantitop.deltaR(topgen),weight);
Hist("DPhi_btop")->Fill(bantitop.deltaPhi(topgen),weight);
}
*/
Hist("N_pv")->Fill(Npvs, weight);
if(calc->IsRealData()){
Hist( "N_pv_perLumiBin")->Fill( lumih->GetLumiBin(run, lumiblock), Npvs*weight);
Hist( "N_events_perLumiBin")->Fill( lumih->GetLumiBin(run, lumiblock), weight);
}
//double npu = bcc.genInfo->pileup_TrueNumInteractions();
//if(npu>50) npu=49.9999;
//Hist( "N_pileup_hist" )->Fill( npu, weight );
//MET* met = calc->GetMET();
//Hist("MET_lx")->Fill(met->pt(), weight);
//double HT = calc->GetHT();
//Hist("HT_lx")->Fill(HT, weight);
//double HTlep = calc->GetHTlep();
//Hist("HTlep_lx")->Fill(HTlep, weight);
int Ntopjets = bcc->toptagjets->size();
Hist("N_topjets")->Fill(Ntopjets, weight);
std::vector<Muon>* muons = calc->GetMuons();
int Nmuons = muons->size();
Hist("N_mu")->Fill(Nmuons, weight);
float minDeltaR=10000;
int bestjetindex=-1;
int bestjetindex2=-1;
/*
//
if (!IsRealData)
{
TopPtReweight m_tpr;
double ptreweight=m_tpr.GetScaleWeight();
Hist( "TopPtWeightHisto")->Fill(ptreweight,1.);
Hist( "TopPtFullWeightHisto")->Fill(ptreweight,weight);
TTbarGen* Decay = calc->GetTTbarGen();
GenParticle HadTop;
bool isHadronic=false;
if (Decay->IsTopHadronicDecay())
{
HadTop=Decay->Top();
isHadronic=true;
}
else
{
if(Decay->IsAntiTopHadronicDecay())
{
HadTop=Decay->Antitop();
isHadronic=true;
}
}
if (isHadronic)
{
((TH2F*)Hist( "TopWeightVsGenPtHisto2"))->Fill(ptreweight,HadTop.pt(),1.);
minDeltaR=10000;
bestjetindex=-1;
for(unsigned int i=0; i<bcc->toptagjets->size(); ++i)
{
if(HadTop.deltaR(bcc->toptagjets->at(i))<minDeltaR)
{
minDeltaR=HadTop.deltaR(bcc->toptagjets->at(i));
bestjetindex=i;
}
}
if(bestjetindex>-1)
{
((TH2F*)Hist( "TopWeightVsPtHisto"))->Fill(ptreweight,bcc->toptagjets->at(bestjetindex).pt(),1.);
((TH2F*)Hist( "TopWeightVsGenPtHisto"))->Fill(ptreweight,HadTop.pt(),1.);
}
}
}
*/
/*
if(!IsRealData && (idVersion=="TTbarEff" || idVersion=="TTbarEff_1" || idVersion=="TTbarEff_2" || idVersion=="TTbarEff_3"))
{
TTbarGen* Decay = calc->GetTTbarGen();
GenParticle HadTop;
bool isHadronic=false;
if (Decay->IsTopHadronicDecay())
{
HadTop=Decay->Top();
isHadronic=true;
}
else
{
if(Decay->IsAntiTopHadronicDecay())
{
HadTop=Decay->Antitop();
isHadronic=true;
}
}
if (isHadronic)
{
minDeltaR=10000;
bestjetindex=-1;
for(unsigned int i=0; i<bcc->toptagjets->size(); ++i)
{
if(HadTop.deltaR(bcc->toptagjets->at(i))<minDeltaR && bcc->toptagjets->at(i).deltaR(Decay->BHad())<1.5 && bcc->toptagjets->at(i).deltaR(Decay->WHad())<1.5 && bcc->toptagjets->at(i).deltaR(Decay->Q1())<1.5 && bcc->toptagjets->at(i).deltaR(Decay->Q2())<1.5)
{
minDeltaR=HadTop.deltaR(bcc->toptagjets->at(i));
bestjetindex=i;
}
}
minDeltaR=10000;
bestjetindex2=-1;
for(unsigned int i=0; i<bcc->jets->size(); ++i)
{
if(HadTop.deltaR(bcc->jets->at(i))<minDeltaR && bcc->jets->at(i).deltaR(Decay->BHad())<1.5 && bcc->jets->at(i).deltaR(Decay->WHad())<1.5 && bcc->jets->at(i).deltaR(Decay->Q1())<1.5 && bcc->jets->at(i).deltaR(Decay->Q2())<1.5)
{
minDeltaR=HadTop.deltaR(bcc->jets->at(i));
bestjetindex2=i;
}
}
if(bestjetindex>-1 && bestjetindex2>-1)
{
float MassTopUnfiltered=0;
if (bcc->jets->at(bestjetindex2).v4().isTimelike()) MassTopUnfiltered=bcc->jets->at(bestjetindex2).v4().M();
LorentzVector allsubjets(0,0,0,0);
for(unsigned int j=0; j < 3; ++j){
allsubjets += bcc->toptagjets->at(bestjetindex).subjets()[j].v4();
}
float MassTop=0;
if (allsubjets.isTimelike()) MassTop=allsubjets.M();
if (MassTop>0 && MassTopUnfiltered>0)
{
Hist("MassTop")->Fill(MassTop);
Hist("MassTopUnfiltered")->Fill(MassTopUnfiltered);
}
}
}
}
*/
//for (int i=0; i<Nmuons; ++i){
//Muon thismu = muons->at(i);
//Hist("pt_mu_lx")->Fill(thismu.pt(), weight);
//Hist("eta_mu")->Fill(thismu.eta(), weight);
//Hist("reliso_mu")->Fill(thismu.relIso(), weight);
//}
/*
double limpt=0;
int indexjet=-99999;
int countjets=0;
std::vector<Particle> subjets_top;
std::vector<float> btagsub_combinedSecondaryVertex_top;
std::vector<int> flavorsub_top;
*/
//####################################################################
int nsteps=50;
double wmin=0.0;
double wmax=0.5;
double nsubmin=0.0;
double nsubmax=1.0;
double csvmin=0.0;
double csvmax=1.0;
// double mwl_step=(1.0-0.5)/nsteps;
// double mwu_step=(1.5-1.0)/nsteps;
// double rsa_step=(0.5-0.0)/nsteps;
// double rsb_step=(0.5-0.0)/nsteps;
// double tml_step=(160.0-90.0)/nsteps;
// double tmu_step=(260.0-190.0)/nsteps;
// double nsub_step=(1.0-0.5)/nsteps;
// double w_step=(0.5-0.0)/nsteps;
double nsub_step=(nsubmax-nsubmin)/nsteps;
double w_step=(wmax-wmin)/nsteps;
double csv_step=(csvmax-csvmin)/nsteps;
//EFFICIENCY
if(!IsRealData && (idVersion=="TTbarEff" || idVersion=="TTbarEff_1" || idVersion=="TTbarEff_2" || idVersion=="TTbarEff_3"))
{
TTbarGen* Decay = calc->GetTTbarGen();
std::vector<GenParticle> Had_Tops;
bool isHadronic=false;
if (Decay->IsTopHadronicDecay()) Had_Tops.push_back(Decay->Top());
if (Decay->IsAntiTopHadronicDecay()) Had_Tops.push_back(Decay->Antitop());
int oldbestjet=-1;
int oldbestjet2=-1;
for (unsigned int j=0; j<Had_Tops.size(); j++)//if (isHadronic)
{
minDeltaR=10000;
bestjetindex=-1;
for(unsigned int i=0; i<bcc->toptagjets->size(); ++i)
{
double DeltaR=Had_Tops[j].deltaR(bcc->toptagjets->at(i));
if(DeltaR<minDeltaR)
{
minDeltaR=DeltaR;
bestjetindex=i;
}
}
sort(bcc->higgstagjets->begin(), bcc->higgstagjets->end(), HigherPt());
double minDeltaR2=10000;
int bestjetindex2=-1;
for(unsigned int i=0; i<bcc->higgstagjets->size(); ++i)
{
double DeltaR2=Had_Tops[j].deltaR(bcc->higgstagjets->at(i));
if(DeltaR2<minDeltaR2)
{
minDeltaR2=DeltaR2;
bestjetindex2=i;
}
}
if (minDeltaR>1.0) bestjetindex=-1;//protect against large deltaR
if (minDeltaR2>1.0) bestjetindex2=-1;//protect against large deltaR
if((bestjetindex>-1) && (bestjetindex!=oldbestjet))
{
oldbestjet=bestjetindex;
((TH2D*)Hist("PtGenVsRecoEff"))->Fill(Had_Tops[j].pt(),bcc->toptagjets->at(bestjetindex).pt(),1);
// Hist("eff_all")->Fill(bcc->toptagjets->at(bestjetindex).pt(),1);
// Hist("TopPt_Eff")->Fill(bcc->toptagjets->at(bestjetindex).pt(),1);
Hist("eff_all")->Fill(Had_Tops[j].pt(),1);
Hist("TopPt_Eff")->Fill(Had_Tops[j].pt(),1);
if (Had_Tops[j].pt()>400.0) Hist("pT_s1400hep")->Fill(Had_Tops[j].pt(),1);
if (Had_Tops[j].pt()>600.0) Hist("pT_s1600hep")->Fill(Had_Tops[j].pt(),1);
if (Had_Tops[j].pt()>800.0) Hist("pT_s1800hep")->Fill(Had_Tops[j].pt(),1);
/* if (Had_Tops[j].pt()>400.0) Hist("pT_s1400")->Fill(Had_Tops[j].pt(),1);
if (Had_Tops[j].pt()>600.0) Hist("pT_s1600")->Fill(Had_Tops[j].pt(),1);
if (Had_Tops[j].pt()>800.0) Hist("pT_s1800")->Fill(Had_Tops[j].pt(),1);*/
//TL taggers
// std::cout<<"test"<<std::endl;
bool iscsvl=false;
bool iscsvm=false;
if(bcc->toptagjets->at(bestjetindex).subCSV().at(0)>0.244 ||
bcc->toptagjets->at(bestjetindex).subCSV().at(1)>0.244 ||
bcc->toptagjets->at(bestjetindex).subCSV().at(2)>0.244)
{iscsvl=true;}
if(bcc->toptagjets->at(bestjetindex).subCSV().at(0)>0.679 ||
bcc->toptagjets->at(bestjetindex).subCSV().at(1)>0.679 ||
bcc->toptagjets->at(bestjetindex).subCSV().at(2)>0.679)
{iscsvm=true;}
double bestcsv=0;
if (bcc->toptagjets->at(bestjetindex).subCSV().at(0)>bestcsv) bestcsv=bcc->toptagjets->at(bestjetindex).subCSV().at(0);
if (bcc->toptagjets->at(bestjetindex).subCSV().at(1)>bestcsv) bestcsv=bcc->toptagjets->at(bestjetindex).subCSV().at(1);
if (bcc->toptagjets->at(bestjetindex).subCSV().at(2)>bestcsv) bestcsv=bcc->toptagjets->at(bestjetindex).subCSV().at(2);
// if(MassHepTopTag(bcc->toptagjets->at(bestjetindex),140.0,250.0))
if(variableMassHepTopTag(bcc->toptagjets->at(bestjetindex),200,0.505,1.495,0.35,0.35,140,250))
{
// Hist("eff_tagged")->Fill(bcc->toptagjets->at(bestjetindex).pt(),1);
// if(iscsvl) {Hist("eff_tagged_cvsl")->Fill(bcc->toptagjets->at(bestjetindex).pt(),1);}
// if(iscsvm) {Hist("eff_tagged_cvsm")->Fill(bcc->toptagjets->at(bestjetindex).pt(),1);}
/* if (Had_Tops[j].pt()>400.0) Hist("pT_s1_cms_tagged400")->Fill(Had_Tops[j].pt(),1);
if (Had_Tops[j].pt()>600.0) Hist("pT_s1_cms_tagged600")->Fill(Had_Tops[j].pt(),1);
if (Had_Tops[j].pt()>800.0) Hist("pT_s1_cms_tagged800")->Fill(Had_Tops[j].pt(),1);*/
Hist("eff_tagged")->Fill(Had_Tops[j].pt(),1);
if (Had_Tops[j].pt()>400.0) Hist("pT_s1_cms_tagged400hep")->Fill(Had_Tops[j].pt(),1);
if (Had_Tops[j].pt()>600.0) Hist("pT_s1_cms_tagged600hep")->Fill(Had_Tops[j].pt(),1);
if (Had_Tops[j].pt()>800.0) Hist("pT_s1_cms_tagged800hep")->Fill(Had_Tops[j].pt(),1);
/* if (Had_Tops[j].pt()>400.0) Hist("pT_s1_cms_tagged400")->Fill(Had_Tops[j].pt(),1);
if (Had_Tops[j].pt()>600.0) Hist("pT_s1_cms_tagged600")->Fill(Had_Tops[j].pt(),1);
if (Had_Tops[j].pt()>800.0) Hist("pT_s1_cms_tagged800")->Fill(Had_Tops[j].pt(),1);*/
if(iscsvl) {Hist("eff_tagged_cvsl")->Fill(Had_Tops[j].pt(),1);}
if(iscsvm) {Hist("eff_tagged_cvsm")->Fill(Had_Tops[j].pt(),1);}
}
double nsub = getNsub(bcc,bestjetindex);
for (unsigned int var_w_count=0; var_w_count<nsteps; var_w_count++)
{
bool isheptoptagged=variableMassHepTopTag(bcc->toptagjets->at(bestjetindex),
200.0,
1.0-w_step*var_w_count-w_step/2.0,//0.85,
1.0+w_step*var_w_count+w_step/2.0,//1.15,
0.35,
0.35,
140.0,
250.0);
for (unsigned int var_nsub_count=0; var_nsub_count<nsteps; var_nsub_count++)
{
for (unsigned int var_csv_count=0; var_csv_count<nsteps; var_csv_count++)
{
if(
isheptoptagged&&
(nsub<(nsubmin+nsub_step*var_nsub_count+nsub_step/2.0))&&
(bestcsv>(csvmin+csv_step*var_csv_count+csv_step/2.0))
)
{
// ((TH3D*)Hist("eff_roc_tagged"))->Fill( w_step*var_w_count+w_step/2.0 , 0.5+nsub_step*var_nsub_count+nsub_step/2.0 , bcc->toptagjets->at(bestjetindex).pt() , 1 );
// if (iscsvl) {((TH3D*)Hist("eff_roc_tagged_cvsl"))->Fill( w_step*var_w_count+w_step/2.0 , 0.5+nsub_step*var_nsub_count+nsub_step/2.0 , bcc->toptagjets->at(bestjetindex).pt() , 1 );}
// if (iscsvm) {((TH3D*)Hist("eff_roc_tagged_cvsm"))->Fill( w_step*var_w_count+w_step/2.0 , 0.5+nsub_step*var_nsub_count+nsub_step/2.0 , bcc->toptagjets->at(bestjetindex).pt() , 1 );}
// ((TH3D*)Hist("eff_roc_tagged"))->Fill( w_step*var_w_count+w_step/2.0 , 0.5+nsub_step*var_nsub_count+nsub_step/2.0 , Had_Tops[j].pt() , 1 );
// if (iscsvl) {((TH3D*)Hist("eff_roc_tagged_cvsl"))->Fill( w_step*var_w_count+w_step/2.0 , 0.5+nsub_step*var_nsub_count+nsub_step/2.0 , Had_Tops[j].pt() , 1 );}
// if (iscsvm) {((TH3D*)Hist("eff_roc_tagged_cvsm"))->Fill( w_step*var_w_count+w_step/2.0 , 0.5+nsub_step*var_nsub_count+nsub_step/2.0 , Had_Tops[j].pt() , 1 );}
if (Had_Tops[j].pt()>200.0) ((TH3D*)Hist("eff_roc_tagged200"))->Fill( w_step*var_w_count+w_step/2.0 , nsubmin+nsub_step*var_nsub_count+nsub_step/2.0 , csvmin+csv_step*var_csv_count+csv_step/2.0 , 1 );
if (Had_Tops[j].pt()>400.0) ((TH3D*)Hist("eff_roc_tagged400"))->Fill( w_step*var_w_count+w_step/2.0 , nsubmin+nsub_step*var_nsub_count+nsub_step/2.0 , csvmin+csv_step*var_csv_count+csv_step/2.0 , 1 );
if (Had_Tops[j].pt()>600.0) ((TH3D*)Hist("eff_roc_tagged600"))->Fill( w_step*var_w_count+w_step/2.0 , nsubmin+nsub_step*var_nsub_count+nsub_step/2.0 , csvmin+csv_step*var_csv_count+csv_step/2.0 , 1 );
if (Had_Tops[j].pt()>800.0) ((TH3D*)Hist("eff_roc_tagged800"))->Fill( w_step*var_w_count+w_step/2.0 , nsubmin+nsub_step*var_nsub_count+nsub_step/2.0 , csvmin+csv_step*var_csv_count+csv_step/2.0 , 1 );
}
}
}
}
}
if((bestjetindex2>-1) && (bestjetindex2!=oldbestjet2)){
oldbestjet2=bestjetindex2;
TopJet Ca8jet=bcc->higgstagjets->at(bestjetindex2);
if(Ca8jet.pt()>350 && bestjetindex2<2){
double mva_value=100;
//BDT
//for (unsigned int k =0; k<bcc->higgstagjets->size(); ++k){
// TopJet CA15jet = bcc->higgstagjets->at(k);
//if((sqrt(pow(Ca8jet.phi()-CA15jet.phi(),2)+pow(Ca8jet.eta()-CA15jet.eta(),2))<1.5)){
tmva_tagger->IsTagged("TLflat",Ca8jet,0.766,mva_value);
if (Had_Tops[j].pt()>200.0) Hist("MVA200")->Fill(mva_value,weight);
if (Had_Tops[j].pt()>400.0) Hist("MVA400")->Fill(mva_value,weight);
if (Had_Tops[j].pt()>600.0) Hist("MVA600")->Fill(mva_value,weight);
if (Had_Tops[j].pt()>800.0) Hist("MVA800")->Fill(mva_value,weight);
double bestcsv2=0;
if (bcc->higgstagjets->at(bestjetindex2).subCSV().at(0)>bestcsv2) bestcsv2=bcc->higgstagjets->at(bestjetindex2).subCSV().at(0);
if(Ca8jet.numberOfDaughters()>1) if (bcc->higgstagjets->at(bestjetindex2).subCSV().at(1)>bestcsv2) bestcsv2=bcc->higgstagjets->at(bestjetindex2).subCSV().at(1);
if(Ca8jet.numberOfDaughters()>2) if (bcc->higgstagjets->at(bestjetindex2).subCSV().at(2)>bestcsv2) bestcsv2=bcc->higgstagjets->at(bestjetindex2).subCSV().at(2);
if(subJetBTag(Ca8jet,e_CSVM)>=1){
if (Had_Tops[j].pt()>200.0) Hist("MVA200btag")->Fill(mva_value,weight);
if (Had_Tops[j].pt()>400.0) Hist("MVA400btag")->Fill(mva_value,weight);
if (Had_Tops[j].pt()>600.0) Hist("MVA600btag")->Fill(mva_value,weight);
if (Had_Tops[j].pt()>800.0) Hist("MVA800btag")->Fill(mva_value,weight);
}
//SD
double Mmicrojet=0;
int Nmicrojets=0;
std::vector<fastjet::PseudoJet> microjets;
double chi=0;
double microconesize=0.3;
if(Had_Tops[j].pt()>500) microconesize=0.2;
if(Had_Tops[j].pt()>700) microconesize=0.1;
//if(Ca8jet.pt()>800) microconesize=0.05;
if(Had_Tops[j].pt()>500) chi = Showerdeconstruction_tagger->ChiMicro(Ca8jet,Nmicrojets,Mmicrojet,microconesize,microjets);
else chi= Showerdeconstruction_tagger->ChiMicro(Ca8jet,Nmicrojets,Mmicrojet,microconesize,microjets);
if (Had_Tops[j].pt()>200.0) Hist("SD_fine200")->Fill(log(chi));
if (Had_Tops[j].pt()>400.0) Hist("SD_fine400")->Fill(log(chi));
if (Had_Tops[j].pt()>600.0) Hist("SD_fine600")->Fill(log(chi));
if (Had_Tops[j].pt()>800.0) Hist("SD_fine800")->Fill(log(chi));
//std::cout<<subJetBTag(Ca8jet,e_CSVM)<<" "<<subJetBTag(Ca8jet,e_CSVM)<<std::endl;
double tau3=Ca8jet.tau3();
double tau2=Ca8jet.tau2();
//std::cout<<"tau3"<<tau3<<"tau2"<<tau2<<std::endl;
// double tau3=0;
//double tau2=0;
//------nsubjettiness--------
for(unsigned int c=0;c<50;c++){
double nsub=(double)c/50.;
if(tau3/tau2<nsub){
if (Had_Tops[j].pt()>200.0) Hist("SD_fine200nsub")->Fill(log(chi),nsub);
if (Had_Tops[j].pt()>400.0) Hist("SD_fine400nsub")->Fill(log(chi),nsub);
if (Had_Tops[j].pt()>600.0) Hist("SD_fine600nsub")->Fill(log(chi),nsub);
if (Had_Tops[j].pt()>800.0) Hist("SD_fine800nsub")->Fill(log(chi),nsub);
}
}
//----mmin-------
double mmin_jet=0;
double mjet2=0;
int nsubjets2=0;
//TopTag(Ca8jet,mjet,nsubjets,mmin);
TopTag(Ca8jet,mjet2,nsubjets2,mmin_jet);
for(unsigned int c=0;c<50;c++){
double mmin_var=(double)c/50.*150.;
if(mmin_jet>mmin_var){
if (Had_Tops[j].pt()>200.0) Hist("SD_fine200mmin")->Fill(log(chi),mmin_var);
if (Had_Tops[j].pt()>400.0) Hist("SD_fine400mmin")->Fill(log(chi),mmin_var);
if (Had_Tops[j].pt()>600.0) Hist("SD_fine600mmin")->Fill(log(chi),mmin_var);
if (Had_Tops[j].pt()>800.0) Hist("SD_fine800mmin")->Fill(log(chi),mmin_var);
}
}
for(unsigned int c=0;c<50;c++){
double bdt;
if(c<25) bdt=(double)c/(-25.);
else bdt=(double)(c-25)/25.;
std::cout<<"MVA"<<mva_value<<"bdt"<<bdt<<std::endl;
if(mva_value>bdt){
if (Had_Tops[j].pt()>200.0) Hist("SD_fine200bdt")->Fill(log(chi),bdt);
if (Had_Tops[j].pt()>400.0) Hist("SD_fine400bdt")->Fill(log(chi),bdt);
if (Had_Tops[j].pt()>600.0) Hist("SD_fine600bdt")->Fill(log(chi),bdt);
if (Had_Tops[j].pt()>800.0) Hist("SD_fine800bdt")->Fill(log(chi),bdt);
}
}
// if(subJetBTag(Ca8jet,e_CSVM)>=1){
for(unsigned int c=0;c<50;c++){
double csv=(double)c/50.;
// std::cout<<"bestcsv"<<bestcsv2<<" csv"<<c<<std::endl;
if(bestcsv2>csv){
// std::cout<<"csv"<<csv<<std::endl;
if (Had_Tops[j].pt()>200.0) Hist("SD_fine200btag")->Fill(log(chi),csv);
if (Had_Tops[j].pt()>400.0) Hist("SD_fine400btag")->Fill(log(chi),csv);
if (Had_Tops[j].pt()>600.0) Hist("SD_fine600btag")->Fill(log(chi),csv);
if (Had_Tops[j].pt()>800.0) Hist("SD_fine800btag")->Fill(log(chi),csv);
}
}
//}
//}
//}
double mmin=0;
double mjet=0;
int nsubjets=0;
//TopTag(Ca8jet,mjet,nsubjets,mmin);
if(TopTag(Ca8jet,mjet,nsubjets,mmin) && Ca8jet.pt()>350) {
//if(mjet>140 && mjet<250 && Ca8jet.pt()>350 && mmin>50){
//if(variableMassHepTopTag(bcc->toptagjets->at(bestjetindex2),200,0.505,1.495,0.35,0.35,140,250)){
if (Had_Tops[j].pt()>400.0) Hist("pT_s1_cms_tagged400")->Fill(Had_Tops[j].pt(),weight);
if (Had_Tops[j].pt()>600.0) Hist("pT_s1_cms_tagged600")->Fill(Had_Tops[j].pt(),weight);
if (Had_Tops[j].pt()>800.0) Hist("pT_s1_cms_tagged800")->Fill(Had_Tops[j].pt(),weight);
}
Hist("pT_s1")->Fill(Had_Tops[j].pt(),1);
if(Ca8jet.pt()>350){
if (Had_Tops[j].pt()>400.0) Hist("pT_s1400")->Fill(Had_Tops[j].pt(),weight);
if (Had_Tops[j].pt()>600.0) Hist("pT_s1600")->Fill(Had_Tops[j].pt(),weight);
if (Had_Tops[j].pt()>800.0) Hist("pT_s1800")->Fill(Had_Tops[j].pt(),weight);
}
}
}
}
}
if(!IsRealData && idVersion=="QCD15to3000")
{
std::vector<GenParticle>* genparticles = calc->GetGenParticles();
for(unsigned int i=0; i<bcc->toptagjets->size(); ++i)
{
//minDeltaR=10000;
double highestPt=-1;
bestjetindex=-1;
for(unsigned int j=0; j<genparticles->size();j++)
{
if (abs(genparticles->at(j).pdgId())<=6 || abs(genparticles->at(j).pdgId())==21)
{
if (bcc->toptagjets->at(i).deltaR(genparticles->at(j))<1.0 && genparticles->at(j).pt()>highestPt)
{
bestjetindex=j;
highestPt=genparticles->at(j).pt();
//minDeltaR=bcc->toptagjets->at(i).deltaR(genparticles->at(j));
}
}
}
if (bestjetindex>-1)
{
/*for(unsigned int i=0; i<bcc->toptagjets->size(); ++i)
{*/
//TL
// std::cout<<"test"<<bcc->higgstagjets->size()<<std::endl;
((TH2D*)Hist("PtGenVsRecoMistag"))->Fill(genparticles->at(bestjetindex).pt(),bcc->toptagjets->at(i).pt(),weight);
// Hist("mistag_all")->Fill(bcc->toptagjets->at(i).pt(),weight);
// Hist("TopPt_Mistag")->Fill(bcc->toptagjets->at(i).pt(),weight);
Hist("mistag_all")->Fill(genparticles->at(bestjetindex).pt(),weight);
if (genparticles->at(bestjetindex).pt()>400.0) Hist("pT_s1_mis400hep")->Fill(genparticles->at(bestjetindex).pt(),weight);
if (genparticles->at(bestjetindex).pt()>600.0) Hist("pT_s1_mis600hep")->Fill(genparticles->at(bestjetindex).pt(),weight);
if (genparticles->at(bestjetindex).pt()>800.0) Hist("pT_s1_mis800hep")->Fill(genparticles->at(bestjetindex).pt(),weight);
/* if (genparticles->at(bestjetindex).pt()>400.0) Hist("pT_s1_mis400")->Fill(genparticles->at(bestjetindex).pt(),weight);
if (genparticles->at(bestjetindex).pt()>600.0) Hist("pT_s1_mis600")->Fill(genparticles->at(bestjetindex).pt(),weight);
if (genparticles->at(bestjetindex).pt()>800.0) Hist("pT_s1_mis800")->Fill(genparticles->at(bestjetindex).pt(),weight);*/
Hist("TopPt_Mistag")->Fill(genparticles->at(bestjetindex).pt(),weight);
bool iscsvl=false;
bool iscsvm=false;
if(bcc->toptagjets->at(i).subCSV().at(0)>0.244 ||
bcc->toptagjets->at(i).subCSV().at(1)>0.244 ||
bcc->toptagjets->at(i).subCSV().at(2)>0.244)
{iscsvl=true;}
if(bcc->toptagjets->at(i).subCSV().at(0)>0.679 ||
bcc->toptagjets->at(i).subCSV().at(1)>0.679 ||
bcc->toptagjets->at(i).subCSV().at(2)>0.679)
{iscsvm=true;}
double bestcsv=0;
if (bcc->toptagjets->at(i).subCSV().at(0)>bestcsv) bestcsv=bcc->toptagjets->at(i).subCSV().at(0);
if (bcc->toptagjets->at(i).subCSV().at(1)>bestcsv) bestcsv=bcc->toptagjets->at(i).subCSV().at(1);
if (bcc->toptagjets->at(i).subCSV().at(2)>bestcsv) bestcsv=bcc->toptagjets->at(i).subCSV().at(2);
// if(MassHepTopTag(bcc->toptagjets->at(i),140.0,250.0))
if(variableMassHepTopTag(bcc->toptagjets->at(i),200,0.505,1.495,0.35,0.35,140,250))
{
// Hist("mistag_tagged")->Fill(bcc->toptagjets->at(i).pt(),weight);
// if(iscsvl) {Hist("mistag_tagged_cvsl")->Fill(bcc->toptagjets->at(i).pt(),weight);}
// if(iscsvm) {Hist("mistag_tagged_cvsm")->Fill(bcc->toptagjets->at(i).pt(),weight);}
if (genparticles->at(bestjetindex).pt()>400.0) Hist("pT_s1_cms_tagged_mis400hep")->Fill(genparticles->at(bestjetindex).pt(),weight);
if (genparticles->at(bestjetindex).pt()>600.0) Hist("pT_s1_cms_tagged_mis600hep")->Fill(genparticles->at(bestjetindex).pt(),weight);
if (genparticles->at(bestjetindex).pt()>800.0) Hist("pT_s1_cms_tagged_mis800hep")->Fill(genparticles->at(bestjetindex).pt(),weight);
Hist("mistag_tagged")->Fill(genparticles->at(bestjetindex).pt(),weight);
/* if (genparticles->at(bestjetindex).pt()>400.0) Hist("pT_s1_cms_tagged_mis400")->Fill(genparticles->at(bestjetindex).pt(),weight);
if (genparticles->at(bestjetindex).pt()>600.0) Hist("pT_s1_cms_tagged_mis600")->Fill(genparticles->at(bestjetindex).pt(),weight);
if (genparticles->at(bestjetindex).pt()>800.0) Hist("pT_s1_cms_tagged_mis800")->Fill(genparticles->at(bestjetindex).pt(),weight);*/
if(iscsvl) {Hist("mistag_tagged_cvsl")->Fill(genparticles->at(bestjetindex).pt(),weight);}
if(iscsvm) {Hist("mistag_tagged_cvsm")->Fill(genparticles->at(bestjetindex).pt(),weight);}
}
double nsub = getNsub(bcc,i);
for (unsigned int var_w_count=0; var_w_count<nsteps; var_w_count++)
{
bool isheptoptagged = variableMassHepTopTag(bcc->toptagjets->at(i),
200.0,
1.0-w_step*var_w_count-w_step/2.0,//0.85,
1.0+w_step*var_w_count+w_step/2.0,//1.15,
0.35,
0.35,
140.0,
250.0);
for (unsigned int var_nsub_count=0; var_nsub_count<nsteps; var_nsub_count++)
{
for (unsigned int var_csv_count=0; var_csv_count<nsteps; var_csv_count++)
{
if(
isheptoptagged&&
(nsub<(nsubmin+nsub_step*var_nsub_count+nsub_step/2.0))&&
(bestcsv>(csvmin+csv_step*var_csv_count+csv_step/2.0))
)
{
if (genparticles->at(bestjetindex).pt()>200.0) ((TH3D*)Hist("mistag_roc_tagged200"))->Fill( w_step*var_w_count+w_step/2.0 , nsubmin+nsub_step*var_nsub_count+nsub_step/2.0 , csvmin+csv_step*var_csv_count+csv_step/2.0 , weight );
if (genparticles->at(bestjetindex).pt()>400.0) ((TH3D*)Hist("mistag_roc_tagged400"))->Fill( w_step*var_w_count+w_step/2.0 , nsubmin+nsub_step*var_nsub_count+nsub_step/2.0 , csvmin+csv_step*var_csv_count+csv_step/2.0 , weight );
if (genparticles->at(bestjetindex).pt()>600.0) ((TH3D*)Hist("mistag_roc_tagged600"))->Fill( w_step*var_w_count+w_step/2.0 , nsubmin+nsub_step*var_nsub_count+nsub_step/2.0 , csvmin+csv_step*var_csv_count+csv_step/2.0 , weight );
if (genparticles->at(bestjetindex).pt()>800.0) ((TH3D*)Hist("mistag_roc_tagged800"))->Fill( w_step*var_w_count+w_step/2.0 , nsubmin+nsub_step*var_nsub_count+nsub_step/2.0 , csvmin+csv_step*var_csv_count+csv_step/2.0 , weight );
// ((TH3D*)Hist("mistag_roc_tagged"))->Fill( w_step*var_w_count+w_step/2.0 , 0.5+nsub_step*var_nsub_count+nsub_step/2.0 , bcc->toptagjets->at(i).pt() , weight );
// if (iscsvl) {((TH3D*)Hist("mistag_roc_tagged_cvsl"))->Fill( w_step*var_w_count+w_step/2.0 , 0.5+nsub_step*var_nsub_count+nsub_step/2.0 , bcc->toptagjets->at(i).pt() , weight );}
// if (iscsvm) {((TH3D*)Hist("mistag_roc_tagged_cvsm"))->Fill( w_step*var_w_count+w_step/2.0 , 0.5+nsub_step*var_nsub_count+nsub_step/2.0 , bcc->toptagjets->at(i).pt() , weight );}
// ((TH3D*)Hist("mistag_roc_tagged"))->Fill( w_step*var_w_count+w_step/2.0 , 0.5+nsub_step*var_nsub_count+nsub_step/2.0 , genparticles->at(bestjetindex).pt() , weight );
// if (iscsvl) {((TH3D*)Hist("mistag_roc_tagged_cvsl"))->Fill( w_step*var_w_count+w_step/2.0 , 0.5+nsub_step*var_nsub_count+nsub_step/2.0 , genparticles->at(bestjetindex).pt() , weight );}
// if (iscsvm) {((TH3D*)Hist("mistag_roc_tagged_cvsm"))->Fill( w_step*var_w_count+w_step/2.0 , 0.5+nsub_step*var_nsub_count+nsub_step/2.0 , genparticles->at(bestjetindex).pt() , weight );}
}
}
}
}
} ////
}
//TL
sort(bcc->higgstagjets->begin(), bcc->higgstagjets->end(), HigherPt());
for(unsigned int i=0; i<bcc->higgstagjets->size(); ++i)
{
//minDeltaR=10000;
double highestPt=-1;
bestjetindex=-1;
for(unsigned int j=0; j<genparticles->size();j++)
{
if (abs(genparticles->at(j).pdgId())<=6 || abs(genparticles->at(j).pdgId())==21)
{
if (bcc->higgstagjets->at(i).deltaR(genparticles->at(j))<1.0 && genparticles->at(j).pt()>highestPt)
{
bestjetindex=j;
highestPt=genparticles->at(j).pt();
//minDeltaR=bcc->toptagjets->at(i).deltaR(genparticles->at(j));
}