InDetPerfPlot_Efficiency.h

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/*
  Copyright (C) 2002-2025 CERN for the benefit of the ATLAS collaboration
*/
 
#ifndef INDETPHYSVALMONITORING_INDETPERFPLOT_EFFICIENCY
#define INDETPHYSVALMONITORING_INDETPERFPLOT_EFFICIENCY
 
 
 
// local includes
#include "InDetPlotBase.h"
#include "xAODTruth/TruthParticle.h"
// std includes
#include <string>
class TEfficiency;

class InDetPerfPlot_Efficiency: public InDetPlotBase {
public:
  InDetPerfPlot_Efficiency(InDetPlotBase* pParent, const std::string& dirName, bool doTechEff=false, bool isITk=false);
 
  void fill(const xAOD::TruthParticle& truth, const bool isGood, unsigned int truthMu, float actualMu, float weight);
 
  void fillTechnicalEfficiency(const xAOD::TruthParticle& truth, const bool isGood, unsigned int truthMu, float actualMu, float weight);
 
private:
  TEfficiency* m_efficiency_vs_pteta{};
  TEfficiency* m_efficiency_vs_ptTruthMu{};
  TEfficiency* m_efficiency_vs_ptActualMu{};
 
  TEfficiency* m_efficiency_vs_etaTruthMu{};
  TEfficiency* m_efficiency_vs_etaActualMu{};
  std::vector<TEfficiency*> m_efficiency_vs_truthMu_eta_bin;
  std::vector<TEfficiency*> m_efficiency_vs_actualMu_eta_bin;
  std::vector<float> m_eta_bins = {
    0., 0.5, 1.0, 1.5, 2.0, 2.5, 3.0, 3.5, 4.0
  };
 
 
  TEfficiency* m_efficiency_vs_eta{};
  TEfficiency* m_efficiency_vs_pt{};
  TEfficiency* m_efficiency_vs_pt_low{};
  TEfficiency* m_efficiency_vs_pt_high{};
  TEfficiency* m_efficiency_vs_pt_log{};
  TEfficiency* m_efficiency_vs_lowpt{};
  TEfficiency* m_efficiency_vs_phi{};
  TEfficiency* m_efficiency_vs_d0{};
  TEfficiency* m_efficiency_vs_d0_abs{};
  TEfficiency* m_efficiency_vs_z0{};
  TEfficiency* m_efficiency_vs_z0_abs{};
  TEfficiency* m_efficiency_vs_R{};
  TEfficiency* m_efficiency_vs_Z{};
  TEfficiency* m_efficiency_vs_truthMu{};
  TEfficiency* m_efficiency_vs_actualMu{};
 
  TEfficiency* m_technical_efficiency_vs_pteta{};
  TEfficiency* m_technical_efficiency_vs_eta{};
  TEfficiency* m_technical_efficiency_vs_pt{};
  TEfficiency* m_technical_efficiency_vs_phi{};
  TEfficiency* m_technical_efficiency_vs_d0{};
  TEfficiency* m_technical_efficiency_vs_z0{};
  TEfficiency* m_technical_efficiency_vs_truthMu{};
  TEfficiency* m_technical_efficiency_vs_actualMu{};
  TEfficiency* m_technical_efficiency_vs_R{};
  TEfficiency* m_technical_efficiency_vs_prodR{};
  TEfficiency* m_technical_efficiency_vs_prodR_extended{};
 
  TEfficiency* m_extended_efficiency_vs_d0{};
  TEfficiency* m_extended_efficiency_vs_d0_abs{};
  TEfficiency* m_extended_efficiency_vs_z0{};
  TEfficiency* m_extended_efficiency_vs_z0_abs{};
  TEfficiency* m_efficiency_vs_prodR{};
  TEfficiency* m_efficiency_vs_prodR_extended{};
  TEfficiency* m_efficiency_vs_prodZ{};
  TEfficiency* m_efficiency_vs_prodZ_extended{};
 
  TEfficiency* m_TrkRec_eta{};
  TEfficiency* m_TrkRec_d0{};
  TEfficiency* m_TrkRec_prodR{};
  TEfficiency* m_TrkRec_pT{};
  TEfficiency* m_TrkRec_truthMu{};
  TEfficiency* m_TrkRec_actualMu{};
  TEfficiency* m_TrkRec_eta_d0{};
  TEfficiency* m_TrkRec_eta_prodR{};
  TEfficiency* m_TrkRec_eta_pT{};
 
  bool m_doTechEff{false};
  bool m_isITk{false};
 
  // plot base has nop default implementation of this; we use it to book the histos
  void initializePlots();
  void finalizePlots();
};
 
#endif