TauSelectionTool.cxx

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/*
  Copyright (C) 2002-2024 CERN for the benefit of the ATLAS collaboration
*/
 
// Local include(s):
#include "TauAnalysisTools/TauSelectionTool.h"
#include "TauAnalysisTools/SharedFilesVersion.h"
#include "TauAnalysisTools/TauSelectionCuts.h"
 
// Framework include(s):
#include "PathResolver/PathResolver.h"
 
// ROOT include(s)
#include "TEnv.h"
#include "THashList.h"
 
// System include(s)
#include <atomic>
 
using namespace TauAnalysisTools;
 
//=================================PUBLIC-PART==================================
//______________________________________________________________________________
TauSelectionTool::TauSelectionTool( const std::string& name )
  : asg::AsgMetadataTool( name )
  , m_sJetIDWP("JETIDNONE")
  , m_sEleIDWP("ELEIDNONE")
  , m_fOutFile(nullptr)
  , m_aAccept( "TauSelection" )
{
  declareProperty( "CreateControlPlots", m_bCreateControlPlots = false);
  /*
    Baseline properties declaration:
    properties containing 'Region' are a vector of lower and upper bounds
    other properties named in plural are a list of exact values to cut on
    other properties are single cuts
  */
  declareProperty( "ConfigPath",    m_sConfigPath    = "TauAnalysisTools/"+std::string(sSharedFilesVersion)+"/Selection/recommended_selection_r22.conf");
  declareProperty( "SelectionCuts", m_iSelectionCuts = NoCut); // initialize with 'no' cuts
  declareProperty( "PtRegion",      m_vPtRegion      = {});  // in GeV
  declareProperty( "PtMin",         m_dPtMin         = NAN); // in GeV
  declareProperty( "PtMax",         m_dPtMax         = NAN); // in GeV
  declareProperty( "AbsEtaRegion",  m_vAbsEtaRegion  = {});
  declareProperty( "AbsEtaMin",     m_dAbsEtaMin     = NAN);
  declareProperty( "AbsEtaMax",     m_dAbsEtaMax     = NAN);
  declareProperty( "AbsCharges",    m_vAbsCharges    = {});
  declareProperty( "AbsCharge",     m_iAbsCharge     = NAN);
  declareProperty( "NTracks",       m_vNTracks       = {});
  declareProperty( "NTrack",        m_iNTrack        = NAN);
  declareProperty( "JetRNNSigTransRegion", m_vJetRNNSigTransRegion = {});
  declareProperty( "JetRNNSigTransMin", m_dJetRNNSigTransMin = NAN);
  declareProperty( "JetRNNSigTransMax", m_dJetRNNSigTransMax = NAN);
  declareProperty( "GNTauSigTransRegion", m_vGNTauSigTransRegion = {});
  declareProperty( "GNTauSigTransMin", m_dGNTauSigTransMin = NAN);
  declareProperty( "GNTauSigTransMax", m_dGNTauSigTransMax = NAN);
  declareProperty( "JetIDWP",       m_iJetIDWP       = 0);
  declareProperty( "EleRNNRegion",  m_vEleRNNRegion  = {});
  declareProperty( "EleRNNMin",     m_dEleRNNMin     = NAN);
  declareProperty( "EleRNNMax",     m_dEleRNNMax     = NAN);
  declareProperty( "EleIDWP",       m_iEleIDWP       = 0);
  declareProperty( "EleIDVersion",  m_iEleIDVersion  = 1);
  declareProperty( "MuonOLR",       m_bMuonOLR       = false);
}
 
//______________________________________________________________________________
TauSelectionTool::~TauSelectionTool()
{
  m_cMap.clear();
}
 
//______________________________________________________________________________
StatusCode TauSelectionTool::initialize()
{
  bool bConfigViaConfigFile = !m_sConfigPath.empty();
  bool bConfigViaProperties = false;
  if (!bConfigViaProperties and !m_vPtRegion.empty())         bConfigViaProperties = true;
  if (!bConfigViaProperties and m_dPtMin == m_dPtMin)         bConfigViaProperties = true;
  if (!bConfigViaProperties and m_dPtMax == m_dPtMax)         bConfigViaProperties = true;
  if (!bConfigViaProperties and !m_vAbsEtaRegion.empty())     bConfigViaProperties = true;
  if (!bConfigViaProperties and m_dAbsEtaMin == m_dAbsEtaMin) bConfigViaProperties = true;
  if (!bConfigViaProperties and m_dAbsEtaMax == m_dAbsEtaMax) bConfigViaProperties = true;
  if (!bConfigViaProperties and !m_vAbsCharges.empty())       bConfigViaProperties = true;
  if (!bConfigViaProperties and m_iAbsCharge == m_iAbsCharge) bConfigViaProperties = true;
  if (!bConfigViaProperties and !m_vNTracks.empty())          bConfigViaProperties = true;
  if (!bConfigViaProperties and m_iNTrack == m_iNTrack)       bConfigViaProperties = true;
  if (!bConfigViaProperties and !m_vJetRNNSigTransRegion.empty())         bConfigViaProperties = true;
  if (!bConfigViaProperties and m_dJetRNNSigTransMin == m_dJetRNNSigTransMin) bConfigViaProperties = true;
  if (!bConfigViaProperties and m_dJetRNNSigTransMax == m_dJetRNNSigTransMax) bConfigViaProperties = true;
  if (!bConfigViaProperties and !m_vGNTauSigTransRegion.empty())         bConfigViaProperties = true;
  if (!bConfigViaProperties and m_dGNTauSigTransMin == m_dGNTauSigTransMin) bConfigViaProperties = true;
  if (!bConfigViaProperties and m_dGNTauSigTransMax == m_dGNTauSigTransMax) bConfigViaProperties = true;
  if (!bConfigViaProperties and m_iJetIDWP != 0)              bConfigViaProperties = true;
  if (!bConfigViaProperties and !m_vEleRNNRegion.empty())     bConfigViaProperties = true;
  if (!bConfigViaProperties and m_dEleRNNMin == m_dEleRNNMin) bConfigViaProperties = true;
  if (!bConfigViaProperties and m_dEleRNNMax == m_dEleRNNMax) bConfigViaProperties = true;
  if (!bConfigViaProperties and m_iEleIDWP != 0)              bConfigViaProperties = true;
  if (!bConfigViaProperties and m_bMuonOLR)                   bConfigViaProperties = true;
 
  if (bConfigViaConfigFile and bConfigViaProperties)
  {
    ATH_MSG_WARNING("Configured tool via setProperty and configuration file, which may lead to unexpected configuration.");
    ATH_MSG_WARNING("In doubt check the configuration that is printed when the tool is initialized and the message level is set to debug");
    ATH_MSG_WARNING("For further details please refer to the documentation:");
    ATH_MSG_WARNING("https://gitlab.cern.ch/atlas/athena/blob/master/PhysicsAnalysis/TauID/TauAnalysisTools/doc/README-TauSelectionTool.rst");
  }
  if (!bConfigViaConfigFile and !bConfigViaProperties)
  {
    ATH_MSG_WARNING("No cut configuration provided, the tool will not do anything. For further details please refer to the documentation:");
    ATH_MSG_WARNING("https://gitlab.cern.ch/atlas/athena/blob/master/PhysicsAnalysis/TauID/TauAnalysisTools/doc/README-TauSelectionTool.rst");
  }
 
  if (bConfigViaConfigFile)
  {
    TEnv rEnv;
    std::string sInputFilePath = PathResolverFindCalibFile(m_sConfigPath);
 
    if (!testFileForEOFContainsCharacters(sInputFilePath))
      ATH_MSG_WARNING("Config file for TauSelectionTool with path "<<sInputFilePath<<" does not contain an empty last line. The tool might not be properly configured!");
 
    rEnv.ReadFile(sInputFilePath.c_str(),
                  kEnvAll);
 
    std::vector<std::string> vCuts;
    // if Cuts are specified in the config file take these ones, if not take all
    // specified in the config
    if (rEnv.Defined("SelectionCuts"))
      TauAnalysisTools::split(rEnv, "SelectionCuts", ' ', vCuts);
    else
    {
      auto lList = rEnv.GetTable();
      for( Int_t i = 0; i < lList->GetEntries(); ++i )
      {
        vCuts.push_back( lList->At( i )->GetName() );
      }
    }
 
    int iSelectionCuts = 0;
 
    for (const std::string& sCut : vCuts)
    {
      if (sCut == "PtRegion")
      {
        iSelectionCuts = iSelectionCuts | CutPt;
        if (m_vPtRegion.empty())
          TauAnalysisTools::split(rEnv,"PtRegion", ';', m_vPtRegion);
      }
      else if (sCut == "PtMin")
      {
        iSelectionCuts = iSelectionCuts | CutPt;
        if (m_dPtMin != m_dPtMin)
          m_dPtMin = rEnv.GetValue("PtMin",NAN);
      }
      else if (sCut == "PtMax")
      {
        iSelectionCuts = iSelectionCuts | CutPt;
        if (m_dPtMax != m_dPtMax)
          m_dPtMax = rEnv.GetValue("PtMax",NAN);
      }
      else if (sCut == "AbsEtaRegion")
      {
        iSelectionCuts = iSelectionCuts | CutAbsEta;
        if (m_vAbsEtaRegion.empty())
          TauAnalysisTools::split(rEnv,"AbsEtaRegion", ';', m_vAbsEtaRegion);
      }
      else if (sCut == "AbsEtaMin")
      {
        iSelectionCuts = iSelectionCuts | CutAbsEta;
        if (m_dAbsEtaMin != m_dAbsEtaMin)
          m_dAbsEtaMin = rEnv.GetValue("AbsEtaMin",NAN);
      }
      else if (sCut == "AbsEtaMax")
      {
        iSelectionCuts = iSelectionCuts | CutAbsEta;
        if (m_dAbsEtaMax != m_dAbsEtaMax)
          m_dAbsEtaMax = rEnv.GetValue("AbsEtaMax",NAN);
      }
      else if (sCut == "AbsCharges")
      {
        iSelectionCuts = iSelectionCuts | CutAbsCharge;
        if (m_vAbsCharges.empty())
          TauAnalysisTools::split(rEnv,"AbsCharges", ';', m_vAbsCharges);
      }
      else if (sCut == "AbsCharge")
      {
        iSelectionCuts = iSelectionCuts | CutAbsCharge;
        if (m_iAbsCharge != m_iAbsCharge)
          m_iAbsCharge = rEnv.GetValue("AbsCharge",NAN);
      }
      else if (sCut == "NTracks")
      {
        iSelectionCuts = iSelectionCuts | CutNTrack;
        if (m_vNTracks.empty())
          TauAnalysisTools::split(rEnv,"NTracks", ';', m_vNTracks);
      }
      else if (sCut == "NTrack")
      {
        iSelectionCuts = iSelectionCuts | CutNTrack;
        if (m_iNTrack != m_iNTrack)
          m_iNTrack = rEnv.GetValue("NTrack",NAN);
      }
      else if (sCut == "JetRNNSigTransRegion")
      {
        iSelectionCuts = iSelectionCuts | CutJetRNNScoreSigTrans;
        if (m_vJetRNNSigTransRegion.empty())
          TauAnalysisTools::split(rEnv,"JetRNNSigTransRegion", ';', m_vJetRNNSigTransRegion);
      }
      else if (sCut == "JetRNNSigTransMin")
      {
        iSelectionCuts = iSelectionCuts | CutJetRNNScoreSigTrans;
        if (m_dJetRNNSigTransMin != m_dJetRNNSigTransMin)
          m_dJetRNNSigTransMin = rEnv.GetValue("JetRNNSigTransMin",NAN);
      }
      else if (sCut == "JetRNNSigTransMax")
      {
        iSelectionCuts = iSelectionCuts | CutJetRNNScoreSigTrans;
        if (m_dJetRNNSigTransMax != m_dJetRNNSigTransMax)
          m_dJetRNNSigTransMax = rEnv.GetValue("JetRNNSigTransMax",NAN);
      }
      else if (sCut == "GNTauSigTransRegion")
      {
        iSelectionCuts = iSelectionCuts | CutGNTauScoreSigTrans;
        if (m_vGNTauSigTransRegion.empty())
          TauAnalysisTools::split(rEnv,"GNTauSigTransRegion", ';', m_vGNTauSigTransRegion);
      }
      else if (sCut == "GNTauSigTransMin")
      {
        iSelectionCuts = iSelectionCuts | CutGNTauScoreSigTrans;
        if (m_dGNTauSigTransMin != m_dGNTauSigTransMin)
          m_dGNTauSigTransMin = rEnv.GetValue("GNTauSigTransMin",NAN);
      }
      else if (sCut == "GNTauSigTransMax")
      {
        iSelectionCuts = iSelectionCuts | CutGNTauScoreSigTrans;
        if (m_dGNTauSigTransMax != m_dGNTauSigTransMax)
          m_dGNTauSigTransMax = rEnv.GetValue("GNTauSigTransMax",NAN);
      }
      else if (sCut == "EleRNNRegion")
      {
        iSelectionCuts = iSelectionCuts | CutEleRNNScore;
        if (m_vEleRNNRegion.empty())
          TauAnalysisTools::split(rEnv,"EleRNNRegion", ';', m_vEleRNNRegion);
      }
      else if (sCut == "EleRNNMin")
      {
        iSelectionCuts = iSelectionCuts | CutEleRNNScore;
        if (m_dEleRNNMin != m_dEleRNNMin)
          m_dEleRNNMin = rEnv.GetValue("EleRNNMin",NAN);
      }
      else if (sCut == "EleRNNMax")
      {
        iSelectionCuts = iSelectionCuts | CutEleRNNScore;
        if (m_dEleRNNMax != m_dEleRNNMax)
          m_dEleRNNMax = rEnv.GetValue("EleRNNMax",NAN);
      }
      else if (sCut == "JetIDWP")
      {
        iSelectionCuts = iSelectionCuts | CutJetIDWP;
        if (m_iJetIDWP == JETIDNONEUNCONFIGURED)
          m_iJetIDWP = convertStrToJetIDWP(rEnv.GetValue("JetIDWP","JETIDNONE"));
      }
      else if (sCut == "EleIDWP")
      {
        iSelectionCuts = iSelectionCuts | CutEleIDWP;
        if (m_iEleIDWP == ELEIDNONEUNCONFIGURED)
          m_iEleIDWP = convertStrToEleIDWP(rEnv.GetValue("EleIDWP","ELEIDNONE"));
      }
      else if (sCut == "MuonOLR")
      {
        iSelectionCuts = iSelectionCuts | CutMuonOLR;
        if (!m_bMuonOLR)
          m_bMuonOLR = rEnv.GetValue("MuonOLR",false);
      }
      else ATH_MSG_WARNING("Cut " << sCut << " is not available");
    }
 
    if (m_iSelectionCuts == NoCut)
      m_iSelectionCuts = iSelectionCuts;
  }
 
  m_sJetIDWP = convertJetIDWPToStr(m_iJetIDWP);
  m_sEleIDWP = convertEleIDWPToStr(m_iEleIDWP);
 
  // initialise the ReadHandleKey of the muon container when the muon veto is applied
  ATH_CHECK( m_muonContainerKey.initialize( m_iSelectionCuts & CutMuonOLR ) );
 
  ATH_CHECK( m_tauContainerKey.initialize() );
 
  // initialise the ReadDecorHandleKey if GNTau is applied
  if (m_iSelectionCuts & CutJetIDWP) {
    ATH_CHECK( m_GNTauDecorKey.assign(m_tauContainerKey.key()+".GNTauScoreSigTrans_v0"));
  }
  ATH_CHECK( m_GNTauDecorKey.initialize( m_iSelectionCuts & CutJetIDWP ) );
 
  // initialise the ReadDecorHandleKey if eVeto is applied
  if (m_iSelectionCuts & CutEleIDWP) {
    ATH_CHECK( m_eVetoDecorKey.assign(m_tauContainerKey.key()+".RNNEleScoreSigTrans_v"+std::to_string(m_iEleIDVersion)) );
  }
  ATH_CHECK( m_eVetoDecorKey.initialize( m_iSelectionCuts & CutEleIDWP ) );
 
  // specify all available cut descriptions
  using map_type  = std::map<SelectionCuts, std::unique_ptr<TauAnalysisTools::TauSelectionCut>>;
  using pair_type = map_type::value_type;
 
  pair_type elements[] =
  {
   {CutPt, std::make_unique<TauAnalysisTools::TauSelectionCutPt>(this)},
   {CutAbsEta, std::make_unique<TauAnalysisTools::TauSelectionCutAbsEta>(this)},
   {CutAbsCharge, std::make_unique<TauAnalysisTools::TauSelectionCutAbsCharge>(this)},
   {CutNTrack, std::make_unique<TauAnalysisTools::TauSelectionCutNTracks>(this)},
   {CutJetRNNScoreSigTrans, std::make_unique<TauAnalysisTools::TauSelectionCutRNNJetScoreSigTrans>(this)},
   {CutGNTauScoreSigTrans, std::make_unique<TauAnalysisTools::TauSelectionCutGNTauScoreSigTrans>(this)},
   {CutJetIDWP, std::make_unique<TauAnalysisTools::TauSelectionCutJetIDWP>(this)},
   {CutEleRNNScore, std::make_unique<TauAnalysisTools::TauSelectionCutRNNEleScore>(this)},
   {CutEleIDWP, std::make_unique<TauAnalysisTools::TauSelectionCutEleIDWP>(this)},
   {CutMuonOLR, std::make_unique<TauAnalysisTools::TauSelectionCutMuonOLR>(this)}
  };
  
  m_cMap = { std::make_move_iterator( begin(elements) ), std::make_move_iterator( end(elements) ) };
  
  ATH_MSG_INFO( "Initializing TauSelectionTool" );
  FillRegionVector(m_vPtRegion, m_dPtMin, m_dPtMax);
  FillRegionVector(m_vAbsEtaRegion, m_dAbsEtaMin, m_dAbsEtaMax);
  FillRegionVector(m_vJetRNNSigTransRegion, m_dJetRNNSigTransMin, m_dJetRNNSigTransMax );
  FillRegionVector(m_vGNTauSigTransRegion, m_dGNTauSigTransMin, m_dGNTauSigTransMax );
  FillRegionVector(m_vEleRNNRegion, m_dEleRNNMin, m_dEleRNNMax );
  FillValueVector(m_vAbsCharges, m_iAbsCharge );
  FillValueVector(m_vNTracks, m_iNTrack );
 
  PrintConfigRegion ("Pt",          m_vPtRegion);
  PrintConfigRegion ("AbsEta",      m_vAbsEtaRegion);
  PrintConfigValue  ("AbsCharge",   m_vAbsCharges);
  PrintConfigValue  ("NTrack",      m_vNTracks);
  PrintConfigRegion ("RNNJetScoreSigTrans", m_vJetRNNSigTransRegion);
  PrintConfigRegion ("GNTauScoreSigTrans", m_vGNTauSigTransRegion);
  PrintConfigRegion ("RNNEleScore", m_vEleRNNRegion);
  PrintConfigValue  ("JetIDWP",     m_sJetIDWP);
  PrintConfigValue  ("JetIDWP ENUM",m_iJetIDWP);
  PrintConfigValue  ("EleIDWP",     m_sEleIDWP);
  PrintConfigValue  ("EleIDWP ENUM",m_iEleIDWP);
  PrintConfigValue  ("EleIDVersion",m_iEleIDVersion);
  PrintConfigValue  ("MuonOLR",     m_bMuonOLR);
 
  std::string sCuts = "";
  if (m_iSelectionCuts & CutPt) sCuts += "Pt ";
  if (m_iSelectionCuts & CutAbsEta) sCuts += "AbsEta ";
  if (m_iSelectionCuts & CutAbsCharge) sCuts += "AbsCharge ";
  if (m_iSelectionCuts & CutNTrack) sCuts += "NTrack ";
  if (m_iSelectionCuts & CutJetRNNScoreSigTrans) sCuts += "JetRNNScoreSigTrans ";
  if (m_iSelectionCuts & CutGNTauScoreSigTrans) sCuts += "GNTauScoreSigTrans ";
  if (m_iSelectionCuts & CutJetIDWP) sCuts += "JetIDWP ";
  if (m_iSelectionCuts & CutEleRNNScore) sCuts += "EleRNNScore ";
  if (m_iSelectionCuts & CutEleIDWP) sCuts += "EleIDWP ";
  if (m_iSelectionCuts & CutMuonOLR) sCuts += "MuonOLR ";
 
  ATH_MSG_DEBUG( "cuts: " << sCuts);
 
  if (m_bCreateControlPlots)
    setupCutFlowHistogram();
 
  for ( const auto& entry : m_cMap ) {
     if ( m_iSelectionCuts &entry.first ) {
    entry.second->setAcceptInfo(m_aAccept);
     }
  }
  
  return StatusCode::SUCCESS;
}
 
 
//______________________________________________________________________________
StatusCode TauSelectionTool::beginEvent()
{
  return StatusCode::SUCCESS;
}
 
//______________________________________________________________________________
const asg::AcceptInfo& TauSelectionTool::getAcceptInfo() const
{
  return m_aAccept;
}
 
//______________________________________________________________________________
asg::AcceptData TauSelectionTool::accept( const xAOD::IParticle* xP ) const
{
  // Check if this is a tau:
  if( xP->type() != xAOD::Type::Tau )
  {
    ATH_MSG_ERROR( "accept(...) Function received a non-tau" );
    return asg::AcceptData (&m_aAccept);
  }
 
  // Cast it to a tau:
  const xAOD::TauJet* xTau = dynamic_cast< const xAOD::TauJet* >( xP );
  if( ! xTau )
  {
    ATH_MSG_FATAL( "accept(...) Failed to cast particle to tau" );
    return asg::AcceptData (&m_aAccept);
  }
 
  // Let the specific function do the work:
  return accept( *xTau );
}
 
//______________________________________________________________________________
asg::AcceptData TauSelectionTool::accept( const xAOD::TauJet& xTau ) const
{
  asg::AcceptData acceptData (&m_aAccept);
 
  int iNBin = 0;
 
  if (m_bCreateControlPlots)
  {
    // fill cutflow 'All' bin
    m_hCutFlow->Fill(iNBin);
    // fill main distributions before all cuts
    for (const auto& entry : m_cMap)
      entry.second->fillHistogramCutPre(xTau);
  }
  try
  {
    for (const auto& entry : m_cMap)
    {
      if (m_iSelectionCuts & entry.first)
      {
        if (!entry.second->accept(xTau, acceptData))
          return acceptData;
        else
        {
          if (m_bCreateControlPlots)
          {
            // fill cutflow after each passed cut
            iNBin++;
            m_hCutFlow->Fill(iNBin);
          }
        }
      }
    }
  }
  catch (const std::runtime_error& error)
  {
    // LEGACY: In practical terms this should probably just throw, not
    // print a warning/error and then continue on.  However, I leave
    // that to the experts who probably had a reason not to let the
    // exception escape.  For now I just downgraded it from error to
    // warning and limited the number of warnings (04 Jan 22).
    static std::atomic<uint64_t> warning_count (0u);
    auto mycount = ++ warning_count;
    if (mycount < 10u)
    {
      ATH_MSG_WARNING(error.what());
      if (mycount == 9u)
        ATH_MSG_WARNING ("this is your last warning");
    }
  }
 
  // fill main distributions after all cuts
  if (m_bCreateControlPlots)
  {
    for (const auto& entry : m_cMap)
      entry.second->fillHistogramCut(xTau);
  }
 
  // // Return the result:
  return acceptData;
}
 
//______________________________________________________________________________
void TauSelectionTool::setOutFile( TFile* fOutFile )
{
  m_fOutFile = fOutFile;
}
 
//______________________________________________________________________________
void TauSelectionTool::writeControlHistograms()
{
  if (m_bCreateControlPlots and !m_fOutFile)
    ATH_MSG_WARNING("CreateControlPlots was set to true, but no valid file pointer was provided");
  if (m_bCreateControlPlots and m_fOutFile)
  {
    m_fOutFile->mkdir((this->name()+"_control").c_str());
    m_fOutFile->cd((this->name()+"_control").c_str());
    m_hCutFlow->Write();
 
    for (const auto& entry : m_cMap)
      entry.second->writeControlHistograms();
  }
}
 
 
//=================================PRIVATE-PART=================================
void TauSelectionTool::setupCutFlowHistogram()
{
  // count number of cuts
  int iNBins = 0;
  for (const auto& entry : m_cMap)
    if (m_iSelectionCuts & entry.first)
      iNBins++;
  // create cutflow histogram with iNBins+1 bins, where first bin is 'All' bin
  m_hCutFlow = std::make_shared<TH1F>("hCutFlow","CutFlow;; events",iNBins+1,0,iNBins+1);
  m_hCutFlow->GetXaxis()->SetBinLabel(1,"All");
 
  // reusing this variable to reduce overhead
  iNBins = 2;
  // set bin labels
  for (const auto& entry : m_cMap)
    if (m_iSelectionCuts & entry.first)
    {
      m_hCutFlow->GetXaxis()->SetBinLabel(iNBins, entry.second->getName().c_str());
      iNBins++;
    }
}
 
//______________________________________________________________________________
template<typename T, typename U>
void TauSelectionTool::FillRegionVector(std::vector<T>& vRegion, U tMin, U tMax) const
{
  if (!vRegion.empty())
    return;
  if (tMin == tMin)         // if tMin is NAN, then this assumption fails and -inf is added to the vector
    vRegion.push_back(tMin);
  else
    vRegion.push_back(-std::numeric_limits<T>::infinity());
 
  if (tMax == tMax)     // if tMax is NAN, then this assumption fails and inf is added to the vector
    vRegion.push_back(tMax);
  else
    vRegion.push_back(std::numeric_limits<T>::infinity());
}
 
//______________________________________________________________________________
template<typename T, typename U>
void TauSelectionTool::FillValueVector(std::vector<T>& vRegion, U tVal) const
{
  if (!vRegion.empty())
    return;
  if (tVal == tVal)     // if tMax is NAN, then this assumption fails and nothing is added to the vector
    vRegion.push_back(tVal);
}
 
//______________________________________________________________________________
template<typename T>
void TauSelectionTool::PrintConfigRegion(const std::string& sCutName, std::vector<T>& vRegion) const
{
  unsigned int iNumRegion = vRegion.size()/2;
  for( unsigned int iRegion = 0; iRegion < iNumRegion; iRegion++ )
  {
    ATH_MSG_DEBUG( sCutName<<": " << vRegion.at(iRegion*2) << " to " << vRegion.at(iRegion*2+1) );
  }
}
 
//______________________________________________________________________________
template<typename T>
void TauSelectionTool::PrintConfigValue(const std::string& sCutName, std::vector<T>& vRegion) const
{
  for (auto tVal : vRegion)
    ATH_MSG_DEBUG( sCutName<<": " << tVal );
}
 
//______________________________________________________________________________
template<typename T>
void TauSelectionTool::PrintConfigValue(const std::string& sCutName, T& tVal) const
{
  ATH_MSG_DEBUG( sCutName<<": " << tVal );
}
 
//______________________________________________________________________________
int TauSelectionTool::convertStrToJetIDWP(const std::string& sJetIDWP) const
{
  if      (sJetIDWP == "JETIDNONE")         return int(JETIDNONE);
  else if (sJetIDWP == "JETIDRNNVERYLOOSE") return int(JETIDRNNVERYLOOSE);
  else if (sJetIDWP == "JETIDRNNLOOSE")     return int(JETIDRNNLOOSE);
  else if (sJetIDWP == "JETIDRNNMEDIUM")    return int(JETIDRNNMEDIUM);
  else if (sJetIDWP == "JETIDRNNTIGHT")     return int(JETIDRNNTIGHT);
  else if (sJetIDWP == "JETIDGNTAUVERYLOOSE") return int(JETIDGNTAUVERYLOOSE);
  else if (sJetIDWP == "JETIDGNTAULOOSE")     return int(JETIDGNTAULOOSE);
  else if (sJetIDWP == "JETIDGNTAUMEDIUM")    return int(JETIDGNTAUMEDIUM);
  else if (sJetIDWP == "JETIDGNTAUTIGHT")     return int(JETIDGNTAUTIGHT);
 
  ATH_MSG_ERROR( "jet ID working point "<<sJetIDWP<<" is unknown, the JetIDWP cut will not accept any tau!" );
  return -1;
}
 
//______________________________________________________________________________
int TauSelectionTool::convertStrToEleIDWP(const std::string& sEleIDWP) const
{
  if      (sEleIDWP == "ELEIDNONE")      return int(ELEIDNONE);
  else if (sEleIDWP == "ELEIDRNNLOOSE")  return int(ELEIDRNNLOOSE);
  else if (sEleIDWP == "ELEIDRNNMEDIUM") return int(ELEIDRNNMEDIUM);
  else if (sEleIDWP == "ELEIDRNNTIGHT")  return int(ELEIDRNNTIGHT);
 
  ATH_MSG_ERROR( "electron ID working point " << sEleIDWP << " is unknown, the EleIDWP cut will not accept any tau!" );
  return -1;
}
 
//______________________________________________________________________________
std::string TauSelectionTool::convertJetIDWPToStr(int iJetIDWP) const
{
  switch (iJetIDWP)
  {
  case JETIDNONEUNCONFIGURED:
    return "JETIDNONE";
  case JETIDNONE:
    return "JETIDNONE";
  case JETIDRNNVERYLOOSE:
    return "JETIDRNNVERYLOOSE";
  case JETIDRNNLOOSE:
    return "JETIDRNNLOOSE";
  case JETIDRNNMEDIUM:
    return "JETIDRNNMEDIUM";
  case JETIDRNNTIGHT:
    return "JETIDRNNTIGHT";
  case JETIDGNTAUVERYLOOSE:
    return "JETIDGNTAUVERYLOOSE";
  case JETIDGNTAULOOSE:
    return "JETIDGNTAULOOSE";
  case JETIDGNTAUMEDIUM:
    return "JETIDGNTAUMEDIUM";
  case JETIDGNTAUTIGHT:
    return "JETIDGNTAUTIGHT";
 
  default:
    ATH_MSG_WARNING( "JetID working point with enum " << iJetIDWP << " is unknown, the JetIDWP cut will not accept any tau!" );
    return "";
  }
}
 
//______________________________________________________________________________
std::string TauSelectionTool::convertEleIDWPToStr(int iEleIDWP) const
{
  switch (iEleIDWP)
  {
  case ELEIDNONEUNCONFIGURED:
    return "ELEIDNONE";
  case ELEIDNONE:
    return "ELEIDNONE";
  case ELEIDRNNLOOSE:
    return "ELEIDRNNLOOSE";
  case ELEIDRNNMEDIUM:
    return "ELEIDRNNMEDIUM";
  case ELEIDRNNTIGHT:
    return "ELEIDRNNTIGHT";
  default:
    ATH_MSG_WARNING( "EleID working point with enum " << iEleIDWP << " is unknown, the EleIDWP cut will not accept any tau!" );
    return "";
  }
}