Program Listing for File JetHists.h¶
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#ifndef xAODAnaHelpers_JetHists_H
#define xAODAnaHelpers_JetHists_H
#include "xAODAnaHelpers/IParticleHists.h"
#include "xAODAnaHelpers/HelperClasses.h"
#include "xAODAnaHelpers/TracksInJetHists.h"
#include <xAODJet/JetContainer.h>
#include "xAODAnaHelpers/Jet.h"
#include "xAODAnaHelpers/EventInfo.h"
#include "xAODAnaHelpers/OnlineBeamSpotTool.h"
ANA_MSG_HEADER(msgJetHists)
class JetHists : public IParticleHists
{
public:
JetHists(std::string name, std::string detailStr, const std::string& prefix="jet", const std::string& titleprefix="jet");
virtual ~JetHists() ;
virtual StatusCode initialize();
virtual StatusCode execute( const xAOD::Jet* jet, float eventWeight, const xAOD::EventInfo* eventInfo = 0 );
virtual StatusCode execute( const xAH::Jet* jet, float eventWeight, const xAH::EventInfo* eventInfo = 0);
virtual StatusCode finalize();
using HistogramManager::book; // make other overloaded version of book() to show up in subclass
using IParticleHists::execute; // overload
virtual void record(EL::IWorker* wk);
protected:
virtual StatusCode execute( const xAOD::IParticle* particle, float eventWeight, const xAOD::EventInfo* eventInfo = 0 );
virtual StatusCode execute( const xAH::Particle* particle, float eventWeight, const xAH::EventInfo* eventInfo = 0 );
// holds bools that control which histograms are filled
HelperClasses::JetInfoSwitch* m_infoSwitch;
private:
std::string m_titlePrefix;
xAH::OnlineBeamSpotTool m_onlineBSTool;
// clean
TH1F* m_jetTime;
TH1F* m_LArQuality;
TH1F* m_hecq;
TH1F* m_negE;
TH1F* m_avLArQF;
TH1F* m_bchCorrCell;
TH1F* m_N90Const;
//TH1F* m_LArQmean;
//TH1F* m_LArBadHVEFrac;
//TH1F* m_LArBadHVNCell;
TH1F* m_ChargedFraction;
//TH1F* m_OotFracClusters5;
//TH1F* m_OotFracClusters10;
//TH1F* m_LeadingClusterPt;
//TH1F* m_LeadingClusterSecondLambda;
//TH1F* m_LeadingClusterCenterLambda;
//TH1F* m_LeadingClusterSecondR;
//TH1F* m_clean_passLooseBad;
//TH1F* m_clean_passLooseBadUgly;
//TH1F* m_clean_passTightBad;
//TH1F* m_clean_passTightBadUgly;
//layer
TH1F* m_PreSamplerB;
TH1F* m_EMB1;
TH1F* m_EMB2;
TH1F* m_EMB3;
TH1F* m_PreSamplerE;
TH1F* m_EME1;
TH1F* m_EME2;
TH1F* m_EME3;
TH1F* m_HEC0;
TH1F* m_HEC1;
TH1F* m_HEC2;
TH1F* m_HEC3;
TH1F* m_TileBar0;
TH1F* m_TileBar1;
TH1F* m_TileBar2;
TH1F* m_TileGap1;
TH1F* m_TileGap2;
TH1F* m_TileGap3;
TH1F* m_TileExt0;
TH1F* m_TileExt1;
TH1F* m_TileExt2;
TH1F* m_FCAL0;
TH1F* m_FCAL1;
TH1F* m_FCAL2;
// area
TH1F* m_actArea;
TH1F* m_chf;
//energy
TH1F* m_HECf;
TH1F* m_EMf;
TH1F* m_centroidR;
TH1F* m_fracSampMax;
TH1F* m_fracSampMaxIdx;
TH1F* m_lowEtFrac;
//TH1F* m_GhostMuonSegmentCount;
//TH1F* m_Width;
// resolution
TH1F* m_jetGhostTruthPt;
TH2F* m_jetPt_vs_resolution;
TH2F* m_jetGhostTruthPt_vs_resolution;
// truth jets
TH1F* m_truthLabelID;
TH1F* m_hadronConeExclTruthLabelID;
TH1F* m_partonTruthLabelID;
TH1F* m_truthCount;
TH1F* m_truthPt;
TH1F* m_truthPt_m;
TH1F* m_truthPt_l;
TH1F* m_truthEta;
TH1F* m_truthPhi;
TH1F* m_truthDr_B;
TH1F* m_truthDr_C;
TH1F* m_truthDr_T;
//TH1F *m_GhostTruthAssociationFraction;
// Detailed truth jet plots
TH1F* m_truthCount_BhadFinal;
TH1F* m_truthCount_BhadInit ;
TH1F* m_truthCount_BQFinal ;
TH1F* m_truthPt_BhadFinal;
TH1F* m_truthPt_BhadInit ;
TH1F* m_truthPt_BQFinal ;
TH1F* m_truthCount_ChadFinal;
TH1F* m_truthCount_ChadInit ;
TH1F* m_truthCount_CQFinal ;
TH1F* m_truthPt_ChadFinal;
TH1F* m_truthPt_ChadInit ;
TH1F* m_truthPt_CQFinal ;
TH1F* m_truthCount_TausFinal;
TH1F* m_truthPt_TausFinal ;
// JVC
TH1F* m_JVC;
// Flavor Tag
TH1F* m_COMB ;
TH1F* m_SV0 ;
TH1F* m_JetFitter ;
TProfile* m_vtxClass_vs_lBlock;
TProfile* m_vtxEff10_vs_lBlock;
TProfile* m_vtxEff1_vs_lBlock;
TProfile* m_vtxEff10_raw_vs_lBlock;
TProfile* m_vtxEff1_raw_vs_lBlock;
TProfile* m_vtxEff10_noDummy_vs_lBlock;
TProfile* m_vtxEff1_noDummy_vs_lBlock;
TH1F* m_trkSum_ntrk ;
TH1F* m_trkSum_sPt ;
TH1F* m_trkSum_vPt ;
TH1F* m_trkSum_vAbsEta ;
TH1F* m_width ;
TH1F* m_n_trk_sigd0cut ;
TH1F* m_trk3_d0sig ;
TH1F* m_trk3_z0sig ;
TH1F* m_sv_scaled_efc ;
TH1F* m_jf_scaled_efc ;
TH1F* m_jf_nVTX ;
TH1F* m_jf_nSingleTracks ;
TH1F* m_jf_nTracksAtVtx ;
TH1F* m_jf_mass ;
TH1F* m_jf_energyFraction ;
TH1F* m_jf_significance3d ;
TH1F* m_jf_deltaeta ;
TH1F* m_jf_deltaeta_l ;
TH1F* m_jf_deltaphi ;
TH1F* m_jf_deltaphi_l ;
TH1F* m_jf_deltaR ;
TH1F* m_jf_N2Tpar ;
TH1F* m_jf_pb ;
TH1F* m_jf_pc ;
TH1F* m_jf_pu ;
TH1F* m_jf_mass_unco ;
TH1F* m_jf_dR_flight ;
TH1F* m_sv0_NGTinSvx ;
TH1F* m_sv0_N2Tpair ;
TH1F* m_sv0_massvx ;
TH1F* m_sv0_efracsvx ;
TH1F* m_sv0_normdist ;
TH1F* m_SV1_pu ;
TH1F* m_SV1_pb ;
TH1F* m_SV1_pc ;
TH1F* m_SV1 ;
TH1F* m_SV1_c ;
TH1F* m_SV1_cu ;
TH1F* m_sv1_NGTinSvx ;
TH1F* m_sv1_N2Tpair ;
TH1F* m_sv1_massvx ;
TH1F* m_sv1_efracsvx ;
TH1F* m_sv1_normdist ;
TH1F* m_SV1_Lxy ;
TH1F* m_SV1_sig3d ;
TH1F* m_SV1_L3d ;
TH1F* m_SV1_distmatlay ;
TH1F* m_SV1_dR ;
TH1F* m_nIP2DTracks ;
TH1F* m_IP2D_gradeOfTracks ;
TH1F* m_IP2D_flagFromV0ofTracks ;
TH1F* m_IP2D_valD0wrtPVofTracks ;
TH1F* m_IP2D_sigD0wrtPVofTracks ;
TH1F* m_IP2D_sigD0wrtPVofTracks_l;
TH1F* m_IP2D_errD0wrtPVofTracks ;
TH1F* m_IP2D_weightBofTracks ;
TH1F* m_IP2D_weightCofTracks ;
TH1F* m_IP2D_weightUofTracks ;
TH1F* m_IP2D_pu ;
TH1F* m_IP2D_pb ;
TH1F* m_IP2D_pc ;
TH1F* m_IP2D ;
TH1F* m_IP2D_c ;
TH1F* m_IP2D_cu ;
TH1F* m_nIP3DTracks ;
TH1F* m_IP3D_gradeOfTracks ;
TH1F* m_IP3D_flagFromV0ofTracks ;
TH1F* m_IP3D_valD0wrtPVofTracks ;
TH1F* m_IP3D_sigD0wrtPVofTracks ;
TH1F* m_IP3D_sigD0wrtPVofTracks_l;
TH1F* m_IP3D_errD0wrtPVofTracks ;
TH1F* m_IP3D_valZ0wrtPVofTracks ;
TH1F* m_IP3D_sigZ0wrtPVofTracks ;
TH1F* m_IP3D_sigZ0wrtPVofTracks_l;
TH1F* m_IP3D_errZ0wrtPVofTracks ;
TH1F* m_IP3D_weightBofTracks ;
TH1F* m_IP3D_weightCofTracks ;
TH1F* m_IP3D_weightUofTracks ;
TH1F* m_IP3D_pu ;
TH1F* m_IP3D_pb ;
TH1F* m_IP3D_pc ;
TH1F* m_IP3D ;
TH1F* m_IP3D_c ;
TH1F* m_IP3D_cu ;
// substructure
TH1F* m_tau1;
TH1F* m_tau2;
TH1F* m_tau3;
TH1F* m_tau21;
TH1F* m_tau32;
TH1F* m_tau1_wta;
TH1F* m_tau2_wta;
TH1F* m_tau3_wta;
TH1F* m_tau21_wta;
TH1F* m_tau32_wta;
TH1F* m_numConstituents;
// Tracks in Jets
TH1F* m_nTrk;
TracksInJetHists* m_tracksInJet;
// By eta
TH1F* m_jetPt_eta_0_1;
TH1F* m_jetPt_eta_1_2;
TH1F* m_jetPt_eta_2_2p5;
TH1F* m_jetPt_eta_1_2p5;
// bs information
TH1F* m_bs_online_vx;
TH1F* m_bs_online_vy;
TH1F* m_bs_online_vz;
TH1F* m_bs_online_vz_l;
TH1F* m_eta_bs_online_vz_0_1 ;
TH1F* m_eta_bs_online_vz_1_1p5;
TH1F* m_eta_bs_online_vz_1p5_2;
// HLT Vertex Comp
TH1F* m_vtx_offline_x0;
TH1F* m_vtx_offline_y0;
TH1F* m_vtx_offline_z0;
TH1F* m_vtx_offline_z0_s;
TH1F* m_vtx_online_x0;
TH1F* m_vtx_online_y0;
TH1F* m_vtx_online_z0;
TH1F* m_vtx_online_z0_s;
TH1F* m_vtx_online_x0_raw;
TH1F* m_vtx_online_y0_raw;
TH1F* m_vtx_online_z0_raw;
TH1F* m_vtxOnlineValid;
TH1F* m_vtxOfflineValid;
TH1F* m_vtxDiffz0;
TH1F* m_vtxDiffz0_m;
TH1F* m_vtxDiffz0_s;
TH1F* m_vtxBkgDiffz0;
TH1F* m_vtxBkgDiffz0_m;
TH1F* m_vtxBkgDiffz0_s;
TH1F* m_vtxDiffx0;
TH1F* m_vtxDiffx0_l;
TH1F* m_vtxDiffy0;
TH1F* m_vtxDiffy0_l;
TH1F* m_vtxClass;
TProfile* m_vtxDiffx0_vs_lBlock ;
TProfile* m_vtxDiffy0_vs_lBlock ;
TProfile* m_vtxDiffz0_vs_lBlock ;
TH2F* m_lumiB_runN;
TH2F* m_lumiB_runN_vtxClass ;
TH2F* m_lumiB_runN_vtxDiffz0 ;
TH2F* m_lumiB_runN_lumiB ;
TH2F* m_lumiB_runN_bs_online_vz ;
TH2F* m_lumiB_runN_bs_den ;
TProfile* m_vtx_online_x0_vs_vtx_online_z0;
TProfile* m_vtx_online_y0_vs_vtx_online_z0;
// trackPV
//TH1F* m_NumTrkPt1000PV;
//TH1F* m_SumPtTrkPt1000PV;
//TH1F* m_TrackWidthPt1000PV;
//TH1F* m_NumTrkPt500PV;
//TH1F* m_SumPtTrkPt500PV;
//TH1F* m_TrackWidthPt500PV;
//TH1F* m_JVFPV;
// trackAll or trackPV
//TH1F* m_Jvt;
//TH1F* m_JvtJvfcorr;
//TH1F* m_JvtRpt;
// charge
//TH1F *m_charge;
TH1F* m_actualMu; // !
TH1F* m_avgMu;
TH1F* m_jetPt_avgMu_00_15;
TH1F* m_jetPt_avgMu_15_25;
TH1F* m_jetPt_avgMu_25;
TH2F* m_avgMu_vs_jetPt;
// Eta-phi map
TH2F* m_etaPhi;
// Some other 2D plots
TH2F* m_vtxDiffz0_vs_vtx_offline_z0;
TH2F* m_vtxDiffz0_s_vs_vtx_offline_z0;
TH2F* m_vtxDiffz0_s_vs_vtxDiffx0;
TH2F* m_vtxDiffz0_s_vs_vtxDiffy0;
// TProfile in prep for showing it is flat
TH2F* m_vtxClass_vs_jetPt;
};
#endif