PhysicsTools/SelectorUtils/interface/JetIDSelectionFunctor.h - master - githubmirror/cmssw

PhysicsTools/SelectorUtils/interface/JetIDSelectionFunctor.h
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mmusich
add a fillDescriptions for PrimaryVertexObjectFilter and PrimaryVertexFilter
10 янв 2025, 16:12
10 янв 2025, 16:12f4c36f1
#ifndef PhysicsTools_PatUtils_interface_JetIDSelectionFunctor_h
#define PhysicsTools_PatUtils_interface_JetIDSelectionFunctor_h

/**
  \class    JetIDSelectionFunctor JetIDSelectionFunctor.h "PhysicsTools/Utilities/interface/JetIDSelectionFunctor.h"
  \brief    Jet selector for pat::Jets and for CaloJets

  Selector functor for pat::Jets that implements quality cuts based on
  studies of noise patterns.

  Please see https://twiki.cern.ch/twiki/bin/view/CMS/SWGuidePATSelectors
  for a general overview of the selectors.

  \author Salvatore Rappoccio (Update: Amnon Harel)
  \version  $Id: JetIDSelectionFunctor.h,v 1.15 2010/08/31 20:31:50 srappocc Exp $
*/

#ifndef __GCCXML__
#include "FWCore/Framework/interface/ConsumesCollector.h"
#endif

#include "DataFormats/PatCandidates/interface/Jet.h"
#include "FWCore/MessageLogger/interface/MessageLogger.h"
#include "FWCore/ParameterSet/interface/ConfigurationDescriptions.h"
#include "FWCore/ParameterSet/interface/ParameterSet.h"
#include "FWCore/ParameterSet/interface/ParameterSetDescription.h"
#include "PhysicsTools/SelectorUtils/interface/Selector.h"

#include <TMath.h>
class JetIDSelectionFunctor : public Selector<pat::Jet> {
public:  // interface
  enum Version_t { CRAFT08, PURE09, DQM09, N_VERSIONS };
  enum Quality_t { MINIMAL, LOOSE_AOD, LOOSE, TIGHT, N_QUALITY };

  JetIDSelectionFunctor() {}

#ifndef __GCCXML__
  JetIDSelectionFunctor(edm::ParameterSet const& parameters, edm::ConsumesCollector& iC)
      : JetIDSelectionFunctor(parameters) {}
#endif

  JetIDSelectionFunctor(edm::ParameterSet const& parameters) {
    std::string versionStr = parameters.getParameter<std::string>("version");
    std::string qualityStr = parameters.getParameter<std::string>("quality");
    Quality_t quality = N_QUALITY;

    if (qualityStr == "MINIMAL")
      quality = MINIMAL;
    else if (qualityStr == "LOOSE_AOD")
      quality = LOOSE_AOD;
    else if (qualityStr == "LOOSE")
      quality = LOOSE;
    else if (qualityStr == "TIGHT")
      quality = TIGHT;
    else
      throw cms::Exception("InvalidInput")
          << "Expect quality to be one of MINIMAL, LOOSE_AOD, LOOSE,TIGHT" << std::endl;

    if (versionStr == "CRAFT08") {
      initialize(CRAFT08, quality);
    } else if (versionStr == "PURE09") {
      initialize(PURE09, quality);
    } else if (versionStr == "DQM09") {
      initialize(DQM09, quality);
    } else {
      throw cms::Exception("InvalidInput") << "Expect version to be one of CRAFT08, PURE09, DQM09" << std::endl;
    }
  }

  static edm::ParameterSetDescription getDescription() {
    edm::ParameterSetDescription desc;
    desc.add<std::string>("version", std::string(""));
    desc.add<std::string>("quality", std::string(""));
    return desc;
  }

  JetIDSelectionFunctor(Version_t version, Quality_t quality) { initialize(version, quality); }

  void initialize(Version_t version, Quality_t quality) {
    version_ = version;
    quality_ = quality;

    push_back("MINIMAL_EMF");

    push_back("LOOSE_AOD_fHPD");
    push_back("LOOSE_AOD_N90Hits");
    push_back("LOOSE_AOD_EMF");

    push_back("LOOSE_fHPD");
    push_back("LOOSE_N90Hits");
    push_back("LOOSE_EMF");

    push_back("TIGHT_fHPD");
    push_back("TIGHT_EMF");

    push_back("LOOSE_nHit");
    push_back("LOOSE_als");
    push_back("LOOSE_fls");
    push_back("LOOSE_foot");

    push_back("TIGHT_nHit");
    push_back("TIGHT_als");
    push_back("TIGHT_fls");
    push_back("TIGHT_foot");
    push_back("widths");
    push_back("EF_N90Hits");
    push_back("EF_EMF");

    bool use_09_fwd_id = version_ != CRAFT08;  // CRAFT08 predates the 09 forward ID cuts
    bool use_dqm_09 = version_ == DQM09 && quality_ != LOOSE_AOD;

    // all appropriate for version and format (AOD complications) are on by default
    set("MINIMAL_EMF");
    set("LOOSE_AOD_fHPD");
    set("LOOSE_AOD_N90Hits");
    set("LOOSE_AOD_EMF", !use_09_fwd_id);  // except in CRAFT08, this devolves into MINIMAL_EMF
    set("LOOSE_fHPD");
    set("LOOSE_N90Hits");
    set("LOOSE_EMF", !use_09_fwd_id);  // except in CRAFT08, this devolves into MINIMAL_EMF
    set("TIGHT_fHPD");
    set("TIGHT_EMF");

    set("LOOSE_nHit", use_09_fwd_id);
    set("LOOSE_als", use_09_fwd_id);
    set("TIGHT_nHit", use_09_fwd_id);
    set("TIGHT_als", use_09_fwd_id);
    set("widths", use_09_fwd_id);
    set("EF_N90Hits", use_09_fwd_id);
    set("EF_EMF", use_09_fwd_id);

    set("LOOSE_fls", use_dqm_09);
    set("LOOSE_foot", use_dqm_09);
    set("TIGHT_fls", use_dqm_09);
    set("TIGHT_foot", use_dqm_09);

    index_MINIMAL_EMF_ = index_type(&bits_, "MINIMAL_EMF");

    index_LOOSE_AOD_fHPD_ = index_type(&bits_, "LOOSE_AOD_fHPD");
    index_LOOSE_AOD_N90Hits_ = index_type(&bits_, "LOOSE_AOD_N90Hits");
    index_LOOSE_AOD_EMF_ = index_type(&bits_, "LOOSE_AOD_EMF");

    index_LOOSE_fHPD_ = index_type(&bits_, "LOOSE_fHPD");
    index_LOOSE_N90Hits_ = index_type(&bits_, "LOOSE_N90Hits");
    index_LOOSE_EMF_ = index_type(&bits_, "LOOSE_EMF");

    index_TIGHT_fHPD_ = index_type(&bits_, "TIGHT_fHPD");
    index_TIGHT_EMF_ = index_type(&bits_, "TIGHT_EMF");

    index_LOOSE_nHit_ = index_type(&bits_, "LOOSE_nHit");
    index_LOOSE_als_ = index_type(&bits_, "LOOSE_als");
    index_LOOSE_fls_ = index_type(&bits_, "LOOSE_fls");
    index_LOOSE_foot_ = index_type(&bits_, "LOOSE_foot");

    index_TIGHT_nHit_ = index_type(&bits_, "TIGHT_nHit");
    index_TIGHT_als_ = index_type(&bits_, "TIGHT_als");
    index_TIGHT_fls_ = index_type(&bits_, "TIGHT_fls");
    index_TIGHT_foot_ = index_type(&bits_, "TIGHT_foot");
    index_widths_ = index_type(&bits_, "widths");
    index_EF_N90Hits_ = index_type(&bits_, "EF_N90Hits");
    index_EF_EMF_ = index_type(&bits_, "EF_EMF");

    // now set the return values for the ignored parts
    bool use_loose_aod = false;
    bool use_loose = false;
    bool use_tight = false;
    bool use_tight_09_fwd_id = false;
    bool use_loose_09_fwd_id = false;
    // if ( quality_ == MINIMAL ) nothing to do...
    if (quality_ == LOOSE) {
      use_loose = true;
      if (use_09_fwd_id)
        use_loose_09_fwd_id = true;
    }
    if (quality_ == LOOSE_AOD) {
      use_loose_aod = true;
      if (use_09_fwd_id)
        use_loose_09_fwd_id = true;
    }
    if (quality_ == TIGHT) {
      use_tight = true;
      if (use_09_fwd_id)
        use_tight_09_fwd_id = true;
    }

    if (!use_loose_aod) {
      set("LOOSE_AOD_fHPD", false);
      set("LOOSE_AOD_N90Hits", false);
      set("LOOSE_AOD_EMF", false);
    }

    if (!(use_loose || use_tight)) {  // the CRAFT08 cuts are cumulative
      set("LOOSE_N90Hits", false);
      set("LOOSE_fHPD", false);
      set("LOOSE_EMF", false);
    }

    if (!use_tight) {
      set("TIGHT_fHPD", false);
      set("TIGHT_EMF", false);
    }

    if (!use_loose_09_fwd_id) {  // the FWD09 cuts are not
      set("LOOSE_nHit", false);
      set("LOOSE_als", false);
      if (use_dqm_09) {
        set("LOOSE_fls", false);
        set("LOOSE_foot", false);
      }
    }  // not using loose 09 fwd ID

    if (!use_tight_09_fwd_id) {
      set("TIGHT_nHit", false);
      set("TIGHT_als", false);
      set("widths", false);
      set("EF_N90Hits", false);
      set("EF_EMF", false);
      if (use_dqm_09) {
        set("TIGHT_fls", false);
        set("TIGHT_foot", false);
      }
    }  // not using tight 09 fwd ID

    retInternal_ = getBitTemplate();
  }

  // this functionality should be migrated into JetIDHelper in future releases
  unsigned int count_hits(const std::vector<CaloTowerPtr>& towers) {
    unsigned int nHit = 0;
    for (unsigned int iTower = 0; iTower < towers.size(); ++iTower) {
      const std::vector<DetId>& cellIDs = towers[iTower]->constituents();  // cell == recHit
      nHit += cellIDs.size();
    }
    return nHit;
  }

  //
  // Accessor from PAT jets
  //
  bool operator()(const pat::Jet& jet, pat::strbitset& ret) override {
    if (!jet.isCaloJet() && !jet.isJPTJet()) {
      edm::LogWarning("NYI") << "Criteria for pat::Jet-s other than CaloJets and JPTJets are not yet implemented";
      return false;
    }
    if (version_ == CRAFT08)
      return craft08Cuts(jet.p4(), jet.emEnergyFraction(), jet.jetID(), ret);
    if (version_ == PURE09 || version_ == DQM09) {
      unsigned int nHit = count_hits(jet.getCaloConstituents());
      if (jet.currentJECLevel() == "Uncorrected") {
        return fwd09Cuts(
            jet.p4(), jet.emEnergyFraction(), jet.etaetaMoment(), jet.phiphiMoment(), nHit, jet.jetID(), ret);
      } else {
        return fwd09Cuts(jet.correctedP4("Uncorrected"),
                         jet.emEnergyFraction(),
                         jet.etaetaMoment(),
                         jet.phiphiMoment(),
                         nHit,
                         jet.jetID(),
                         ret);
      }
    }
    edm::LogWarning("BadInput | NYI") << "Requested version (" << version_ << ") is unknown";
    return false;
  }

  // accessor from PAT jets without the ret
  using Selector<pat::Jet>::operator();

  //
  // Accessor from *CORRECTED* 4-vector, EMF, and Jet ID.
  // This can be used with reco quantities.
  //
  bool operator()(reco::Candidate::LorentzVector const& correctedP4,
                  double emEnergyFraction,
                  reco::JetID const& jetID,
                  pat::strbitset& ret) {
    if (version_ == CRAFT08)
      return craft08Cuts(correctedP4, emEnergyFraction, jetID, ret);
    edm::LogWarning("BadInput | NYI") << "Requested version (" << version_
                                      << ") is unknown or doesn't match the depreceated interface used";
    return false;
  }
  /// accessor like previous, without the ret
  virtual bool operator()(reco::Candidate::LorentzVector const& correctedP4,
                          double emEnergyFraction,
                          reco::JetID const& jetID) {
    retInternal_.set(false);
    operator()(correctedP4, emEnergyFraction, jetID, retInternal_);
    setIgnored(retInternal_);
    return (bool)retInternal_;
  }

  //
  // Accessor from CaloJet and Jet ID. Jets MUST BE corrected for craft08, but uncorrected for later cuts...
  // This can be used with reco quantities.
  //
  bool operator()(reco::CaloJet const& jet, reco::JetID const& jetID, pat::strbitset& ret) {
    if (version_ == CRAFT08)
      return craft08Cuts(jet.p4(), jet.emEnergyFraction(), jetID, ret);
    if (version_ == PURE09 || version_ == DQM09) {
      unsigned int nHit = count_hits(jet.getCaloConstituents());
      return fwd09Cuts(jet.p4(), jet.emEnergyFraction(), jet.etaetaMoment(), jet.phiphiMoment(), nHit, jetID, ret);
    }
    edm::LogWarning("BadInput | NYI") << "Requested version (" << version_ << ") is unknown";
    return false;
  }

  /// accessor like previous, without the ret
  virtual bool operator()(reco::CaloJet const& jet, reco::JetID const& jetID) {
    retInternal_.set(false);
    operator()(jet, jetID, retInternal_);
    setIgnored(retInternal_);
    return (bool)retInternal_;
  }

  //
  // cuts based on craft 08 analysis.
  //
  bool craft08Cuts(reco::Candidate::LorentzVector const& correctedP4,
                   double emEnergyFraction,
                   reco::JetID const& jetID,
                   pat::strbitset& ret) {
    ret.set(false);

    // cache some variables
    double abs_eta = TMath::Abs(correctedP4.eta());
    double corrPt = correctedP4.pt();
    double emf = emEnergyFraction;

    if (ignoreCut(index_MINIMAL_EMF_) || abs_eta > 2.6 || emf > 0.01)
      passCut(ret, index_MINIMAL_EMF_);

    if (quality_ == LOOSE_AOD) {
      // loose fhpd cut from aod
      if (ignoreCut(index_LOOSE_AOD_fHPD_) || jetID.approximatefHPD < 0.98)
        passCut(ret, index_LOOSE_AOD_fHPD_);
      // loose n90 hits cut
      if (ignoreCut(index_LOOSE_AOD_N90Hits_) || jetID.hitsInN90 > 1)
        passCut(ret, index_LOOSE_AOD_N90Hits_);

      // loose EMF Cut from aod
      bool emf_loose = true;
      if (abs_eta <= 2.6) {  // HBHE
        if (emEnergyFraction <= 0.01)
          emf_loose = false;
      } else {  // HF
        if (emEnergyFraction <= -0.9)
          emf_loose = false;
        if (corrPt > 80 && emEnergyFraction >= 1)
          emf_loose = false;
      }
      if (ignoreCut(index_LOOSE_AOD_EMF_) || emf_loose)
        passCut(ret, index_LOOSE_AOD_EMF_);

    } else if (quality_ == LOOSE || quality_ == TIGHT) {
      // loose fhpd cut
      if (ignoreCut(index_LOOSE_fHPD_) || jetID.fHPD < 0.98)
        passCut(ret, index_LOOSE_fHPD_);
      // loose n90 hits cut
      if (ignoreCut(index_LOOSE_N90Hits_) || jetID.n90Hits > 1)
        passCut(ret, index_LOOSE_N90Hits_);

      // loose EMF Cut
      bool emf_loose = true;
      if (abs_eta <= 2.6) {  // HBHE
        if (emEnergyFraction <= 0.01)
          emf_loose = false;
      } else {  // HF
        if (emEnergyFraction <= -0.9)
          emf_loose = false;
        if (corrPt > 80 && emEnergyFraction >= 1)
          emf_loose = false;
      }
      if (ignoreCut(index_LOOSE_EMF_) || emf_loose)
        passCut(ret, index_LOOSE_EMF_);

      if (quality_ == TIGHT) {
        // tight fhpd cut
        bool tight_fhpd = true;
        if (corrPt >= 25 && jetID.fHPD >= 0.95)
          tight_fhpd = false;  // this was supposed to use raw pT, see AN2009/087 :-(
        if (ignoreCut(index_TIGHT_fHPD_) || tight_fhpd)
          passCut(ret, index_TIGHT_fHPD_);

        // tight emf cut
        bool tight_emf = true;
        if (abs_eta >= 1 && corrPt >= 80 && emEnergyFraction >= 1)
          tight_emf = false;   // outside HB
        if (abs_eta >= 2.6) {  // outside HBHE
          if (emEnergyFraction <= -0.3)
            tight_emf = false;
          if (abs_eta < 3.25) {  // HE-HF transition region
            if (corrPt >= 50 && emEnergyFraction <= -0.2)
              tight_emf = false;
            if (corrPt >= 80 && emEnergyFraction <= -0.1)
              tight_emf = false;
            if (corrPt >= 340 && emEnergyFraction >= 0.95)
              tight_emf = false;
          } else {  // HF
            if (emEnergyFraction >= 0.9)
              tight_emf = false;
            if (corrPt >= 50 && emEnergyFraction <= -0.2)
              tight_emf = false;
            if (corrPt >= 50 && emEnergyFraction >= 0.8)
              tight_emf = false;
            if (corrPt >= 130 && emEnergyFraction <= -0.1)
              tight_emf = false;
            if (corrPt >= 130 && emEnergyFraction >= 0.7)
              tight_emf = false;

          }  // end if HF
        }  // end if outside HBHE
        if (ignoreCut(index_TIGHT_EMF_) || tight_emf)
          passCut(ret, index_TIGHT_EMF_);
      }  // end if tight
    }  // end if loose or tight

    setIgnored(ret);

    return (bool)ret;
  }

  //
  // cuts based on craft 08 analysis + forward jet ID based on 09 data
  //
  bool fwd09Cuts(reco::Candidate::LorentzVector const& rawP4,
                 double emEnergyFraction,
                 double etaWidth,
                 double phiWidth,
                 unsigned int nHit,
                 reco::JetID const& jetID,
                 pat::strbitset& ret) {
    ret.set(false);

    // cache some variables
    double abs_eta = TMath::Abs(rawP4.eta());
    double rawPt = rawP4.pt();
    double emf = emEnergyFraction;
    double fhf = jetID.fLong + jetID.fShort;
    double lnpt = (rawPt > 0) ? TMath::Log(rawPt) : -10;
    double lnE = (rawP4.energy() > 0) ? TMath::Log(rawP4.energy()) : -10;

    bool HB = abs_eta < 1.0;
    bool EF = 2.6 <= abs_eta && abs_eta < 3.4 && 0.1 <= fhf && fhf < 0.9;
    bool HBHE = abs_eta < 2.6 || (abs_eta < 3.4 && fhf < 0.1);
    bool HF = 3.4 <= abs_eta || (2.6 <= abs_eta && 0.9 <= fhf);
    bool HFa = HF && abs_eta < 3.8;
    bool HFb = HF && !HFa;

    // HBHE cuts as in CRAFT08
    // - but using raw pTs
    // ========================

    if ((!HBHE) || ignoreCut(index_MINIMAL_EMF_) || emf > 0.01)
      passCut(ret, index_MINIMAL_EMF_);

    // loose fhpd cut from AOD
    if ((!HBHE) || ignoreCut(index_LOOSE_AOD_fHPD_) || jetID.approximatefHPD < 0.98)
      passCut(ret, index_LOOSE_AOD_fHPD_);
    // loose n90 hits cut from AOD
    if ((!HBHE) || ignoreCut(index_LOOSE_AOD_N90Hits_) || jetID.hitsInN90 > 1)
      passCut(ret, index_LOOSE_AOD_N90Hits_);

    // loose fhpd cut
    if ((!HBHE) || ignoreCut(index_LOOSE_fHPD_) || jetID.fHPD < 0.98)
      passCut(ret, index_LOOSE_fHPD_);
    // loose n90 hits cut
    if ((!HBHE) || ignoreCut(index_LOOSE_N90Hits_) || jetID.n90Hits > 1)
      passCut(ret, index_LOOSE_N90Hits_);

    // tight fhpd cut
    if ((!HBHE) || ignoreCut(index_TIGHT_fHPD_) || rawPt < 25 || jetID.fHPD < 0.95)
      passCut(ret, index_TIGHT_fHPD_);

    // tight emf cut
    if ((!HBHE) || ignoreCut(index_TIGHT_EMF_) || HB || rawPt < 55 || emf < 1)
      passCut(ret, index_TIGHT_EMF_);

    // EF - these cuts are only used in "tight", but there's no need for this test here.

    if ((!EF) || ignoreCut(index_EF_N90Hits_) || jetID.n90Hits > 1 + 1.5 * TMath::Max(0., lnpt - 1.5))
      passCut(ret, index_EF_N90Hits_);

    if ((!EF) || ignoreCut(index_EF_EMF_) ||
        emf > TMath::Max(-0.9, -0.1 - 0.05 * TMath::Power(TMath::Max(0., 5 - lnpt), 2.)))
      passCut(ret, index_EF_EMF_);

    // both EF and HF

    if ((!(EF || HF)) || ignoreCut(index_TIGHT_fls_) ||
        (EF && jetID.fLS < TMath::Min(0.8, 0.1 + 0.016 * TMath::Power(TMath::Max(0., 6 - lnpt), 2.5))) ||
        (HFa && jetID.fLS < TMath::Min(0.6, 0.05 + 0.045 * TMath::Power(TMath::Max(0., 7.5 - lnE), 2.2))) ||
        (HFb && jetID.fLS < TMath::Min(0.1, 0.05 + 0.07 * TMath::Power(TMath::Max(0., 7.8 - lnE), 2.))))
      passCut(ret, index_TIGHT_fls_);

    if ((!(EF || HF)) || ignoreCut(index_widths_) ||
        (1E-10 < etaWidth && etaWidth < 0.12 && 1E-10 < phiWidth && phiWidth < 0.12))
      passCut(ret, index_widths_);

    // HF cuts

    if ((!HF) || ignoreCut(index_LOOSE_nHit_) || (HFa && nHit > 1 + 2.4 * (lnpt - 1.)) ||
        (HFb && nHit > 1 + 3. * (lnpt - 1.)))
      passCut(ret, index_LOOSE_nHit_);

    if ((!HF) || ignoreCut(index_LOOSE_als_) ||
        (emf < 0.6 + 0.05 * TMath::Power(TMath::Max(0., 9 - lnE), 1.5) &&
         emf > -0.2 - 0.041 * TMath::Power(TMath::Max(0., 7.5 - lnE), 2.2)))
      passCut(ret, index_LOOSE_als_);

    if ((!HF) || ignoreCut(index_LOOSE_fls_) ||
        (HFa && jetID.fLS < TMath::Min(0.9, 0.1 + 0.05 * TMath::Power(TMath::Max(0., 7.5 - lnE), 2.2))) ||
        (HFb && jetID.fLS < TMath::Min(0.6, 0.1 + 0.065 * TMath::Power(TMath::Max(0., 7.5 - lnE), 2.2))))
      passCut(ret, index_LOOSE_fls_);

    if ((!HF) || ignoreCut(index_LOOSE_foot_) || jetID.fHFOOT < 0.9)
      passCut(ret, index_LOOSE_foot_);

    if ((!HF) || ignoreCut(index_TIGHT_nHit_) || (HFa && nHit > 1 + 2.7 * (lnpt - 0.8)) ||
        (HFb && nHit > 1 + 3.5 * (lnpt - 0.8)))
      passCut(ret, index_TIGHT_nHit_);

    if ((!HF) || ignoreCut(index_TIGHT_als_) ||
        (emf < 0.5 + 0.057 * TMath::Power(TMath::Max(0., 9 - lnE), 1.5) &&
         emf > TMath::Max(-0.6, -0.1 - 0.026 * TMath::Power(TMath::Max(0., 8 - lnE), 2.2))))
      passCut(ret, index_TIGHT_als_);

    if ((!HF) || ignoreCut(index_TIGHT_foot_) || jetID.fLS < 0.5)
      passCut(ret, index_TIGHT_foot_);

    setIgnored(ret);

    return (bool)ret;
  }

private:  // member variables
  Version_t version_;
  Quality_t quality_;

  index_type index_MINIMAL_EMF_;

  index_type index_LOOSE_AOD_fHPD_;
  index_type index_LOOSE_AOD_N90Hits_;
  index_type index_LOOSE_AOD_EMF_;

  index_type index_LOOSE_fHPD_;
  index_type index_LOOSE_N90Hits_;
  index_type index_LOOSE_EMF_;

  index_type index_TIGHT_fHPD_;
  index_type index_TIGHT_EMF_;

  index_type index_LOOSE_nHit_;
  index_type index_LOOSE_als_;
  index_type index_LOOSE_fls_;
  index_type index_LOOSE_foot_;

  index_type index_TIGHT_nHit_;
  index_type index_TIGHT_als_;
  index_type index_TIGHT_fls_;
  index_type index_TIGHT_foot_;
  index_type index_widths_;
  index_type index_EF_N90Hits_;
  index_type index_EF_EMF_;
};

#endif