JetHists¶

class JetHists¶

Inherits from IParticleHists

Public Functions

JetHists(std::string name, std::string detailStr, const std::string &prefix = "jet", const std::string &titleprefix = "jet")¶

~JetHists()¶

StatusCode initialize()¶

Initialize and book all histograms.

Note

This should call the overloaded functions HistogramManager::book() to create the histograms so that the user can call hists->record(wk()) to record all histograms to the EventLoop worker.

Example implementation:

StatusCode JetHists::initialize() {
  m_jetPt          = book(m_name, "jetPt",  "jet p_{T} [GeV]", 120, 0, 3000.);
  return StatusCode::SUCCESS;
}

StatusCode execute(const xAOD::Jet *jet, float eventWeight, const xAOD::EventInfo *eventInfo = 0)¶

StatusCode execute(const xAH::Jet *jet, float eventWeight, const xAH::EventInfo *eventInfo = 0)¶

StatusCode finalize()¶

Finalize anything that needs to be finalized.

Warning

This should rarely be used. There is not a good use case for this functionality but it needs to exist in the off-chance that a user comes along and needs it for their histogram class.

void record(EL::Worker *wk)¶

StatusCode execute(const xAOD::IParticleContainer *particles, float eventWeight, const xAOD::EventInfo *eventInfo = 0)¶

template <class T_PARTICLE, class T_INFOSWITCH>
StatusCode execute(const xAH::ParticleContainer<T_PARTICLE, T_INFOSWITCH> *particles, float eventWeight, const xAH::EventInfo *eventInfo = 0)¶

virtual StatusCode execute()¶

Execute by filling in the histograms.

Example implementation:

StatusCode JetHists::execute( const xAOD::JetContainer* jets, float eventWeight ){
  for(const auto& jet: *jets)
    m_jetPt->Fill( jet->pt()/1.e3, eventWeight );
  return StatusCode::SUCCESS;
}

TH1F *book(std::string name, std::string title, std::string xlabel, int xbins, double xlow, double xhigh)¶

record a histogram and call various functions

Note

This is an overloaded function. It will build the right histogram given the correct number of input arguments.

Parameters

name: name of histogram, access it in ROOT file like h_jetPt->Draw()
title: usually pointless,put a description of the histogram in here
xlabel: label to put on the x-axis
xbins: number of xbins to use
xlow: lower bound on xbins
xhigh: upper bound on xbins
xbinsArr: variable xbins, test math \((x_1,y_1)\) and \((x_2,y_2)\)
ylabel: label to put on the y-axis
ylow: lower bound on ybins
yhigh: upper bound on ybins
ybinsArr: variable ybins
zlabel: label to put on the z-axix
zlow: lower bound on zbins
zhigh: upper bound on zbins
zbinsArr: variable zbins

TH2F *book(std::string name, std::string title, std::string xlabel, int xbins, double xlow, double xhigh, std::string xyabel, int ybins, double ylow, double yhigh)¶: This is an overloaded member function, provided for convenience. It differs from the above function only in what argument(s) it accepts.

TH3F *book(std::string name, std::string title, std::string xlabel, int xbins, double xlow, double xhigh, std::string ylabel, int ybins, double ylow, double yhigh, std::string zlabel, int zbins, double zlow, double zhigh)¶: This is an overloaded member function, provided for convenience. It differs from the above function only in what argument(s) it accepts.

TH1F *book(std::string name, std::string title, std::string xlabel, int xbins, const Double_t *xbinsArr)¶: This is an overloaded member function, provided for convenience. It differs from the above function only in what argument(s) it accepts.

TH2F *book(std::string name, std::string title, std::string xlabel, int xbins, const Double_t *xbinsArr, std::string ylabel, int ybins, double ylow, double yhigh)¶: This is an overloaded member function, provided for convenience. It differs from the above function only in what argument(s) it accepts.

TH2F *book(std::string name, std::string title, std::string xyabel, int xbins, double xlow, double xhigh, std::string ylabel, int ybins, const Double_t *ybinsArr)¶: This is an overloaded member function, provided for convenience. It differs from the above function only in what argument(s) it accepts.

TH2F *book(std::string name, std::string title, std::string xyabel, int xbins, const Double_t *xbinsArr, std::string ylabel, int ybins, const Double_t *ybinsArr)¶: This is an overloaded member function, provided for convenience. It differs from the above function only in what argument(s) it accepts.

TH3F *book(std::string name, std::string title, std::string xlabel, int xbins, const Double_t *xbinsArr, std::string ylabel, int ybins, const Double_t *ybinsArr, std::string zlabel, int zbins, const Double_t *zbinsArr)¶: This is an overloaded member function, provided for convenience. It differs from the above function only in what argument(s) it accepts.

TProfile *book(std::string name, std::string title, std::string xlabel, int xbins, double xlow, double xhigh, std::string ylabel, double ylow, double yhigh, std::string option = "")¶: This is an overloaded member function, provided for convenience. It differs from the above function only in what argument(s) it accepts.

MsgStream &msg() const¶: the standard message stream for this algorithm

MsgStream &msg(int level) const¶: allow ANA_MSG_XXXX macros to be used within algorithms for a given level

Public Members

bool m_debug¶

Protected Functions

StatusCode execute(const xAOD::IParticle *particle, float eventWeight, const xAOD::EventInfo *eventInfo = 0)¶

StatusCode execute(const xAH::Particle *particle, float eventWeight, const xAH::EventInfo *eventInfo = 0)¶

Protected Attributes

HelperClasses::JetInfoSwitch *m_infoSwitch¶

std::string m_name¶: generically the main name assigned to all histograms

std::string m_detailStr¶: a detail level in the form of a string

std::vector<TH1 *> m_allHists¶: a container holding all generated histograms

MsgStream m_msg¶: hold the MsgStream object

Private Members

std::string m_titlePrefix¶

xAH::OnlineBeamSpotTool m_onlineBSTool¶

TH1F *m_jetTime¶

TH1F *m_LArQuality¶

TH1F *m_hecq¶

TH1F *m_negE¶

TH1F *m_avLArQF¶

TH1F *m_bchCorrCell¶

TH1F *m_N90Const¶

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¶

TH1F *m_actArea¶

TH1F *m_chf¶

TH1F *m_HECf¶

TH1F *m_EMf¶

TH1F *m_centroidR¶

TH1F *m_fracSampMax¶

TH1F *m_fracSampMaxIdx¶

TH1F *m_lowEtFrac¶

TH1F *m_jetGhostTruthPt¶

TH2F *m_jetPt_vs_resolution¶

TH2F *m_jetGhostTruthPt_vs_resolution¶

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_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¶

TH1F *m_JVC¶

TH1F *m_MV1¶

TH1F *m_MV2c00¶

TH1F *m_MV2c10¶

TH1F *m_MV2c20¶

TH1F *m_MV2c20_l¶

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¶

TProfile *m_frac_MV240_vs_actMu¶

TProfile *m_frac_MV250_vs_actMu¶

TProfile *m_frac_MV260_vs_actMu¶

TProfile *m_frac_MV270_vs_actMu¶

TProfile *m_frac_MV277_vs_actMu¶

TProfile *m_frac_MV285_vs_actMu¶

TProfile *m_frac_MV240_vs_lBlock¶

TProfile *m_frac_MV250_vs_lBlock¶

TProfile *m_frac_MV260_vs_lBlock¶

TProfile *m_frac_MV270_vs_lBlock¶

TProfile *m_frac_MV277_vs_lBlock¶

TProfile *m_frac_MV285_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¶

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¶

TH1F *m_nTrk¶

TracksInJetHists *m_tracksInJet¶

TH1F *m_jetPt_eta_0_1¶

TH1F *m_jetPt_eta_1_2¶

TH1F *m_jetPt_eta_2_2p5¶

TH1F *m_jetPt_eta_1_2p5¶

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¶

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¶

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¶

TH2F *m_etaPhi¶

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¶

TH2F *m_vtxClass_vs_jetPt¶