/data/refman/pasoursint/CMSSW_4_1_8_patch9/src/DataFormats/ParticleFlowReco/interface/PreId.h

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#ifndef PreId_H
#define PreId_H

// Author F. Beaudette. March 2010

#include "DataFormats/Math/interface/Point3D.h"
#include "DataFormats/TrackReco/interface/Track.h"
#include "DataFormats/TrackReco/interface/TrackFwd.h"
#include "DataFormats/ParticleFlowReco/interface/PFRecTrackFwd.h"
#include "DataFormats/ParticleFlowReco/interface/PFClusterFwd.h"

namespace reco
{
  class PreId{
  public:
        enum MatchingType {
        NONE=0,
        ECALMATCH=1,
        ESMATCH=2,
        TRACKFILTERING=3,
        MVA=4,
        FINAL=10
    };

  public:
  PreId(unsigned nselection=1):trackRef_(reco::TrackRef()),clusterRef_(reco::PFClusterRef()),
      matchingEop_(-999.),EcalPos_(math::XYZPoint()),
      meanShower_(math::XYZPoint()),gsfChi2_(-999.),
      dpt_(0.),chi2Ratio_(0.){
      matching_.resize(nselection,false);
      mva_.resize(nselection,-999.);
      geomMatching_.resize(5,-999.);
    }
    void setTrack(reco::TrackRef trackref)     {
      trackRef_ = trackref;
    }

    void setECALMatchingProperties(PFClusterRef clusterRef, const math::XYZPoint & ecalpos, const math::XYZPoint &meanShower, float deta,float dphi,float chieta,float chiphi, float chi2, float eop){
      clusterRef_ = clusterRef;
      EcalPos_ = ecalpos;
      meanShower_ = meanShower;
      geomMatching_[0] = deta;
      geomMatching_[1] = dphi;
      geomMatching_[2] = chieta;
      geomMatching_[3] = chiphi;
      geomMatching_[4] = chi2;
      matchingEop_= eop;      
    }
    
    void setTrackProperties(float newchi2, float chi2ratio,float dpt){
      gsfChi2_=newchi2;
      chi2Ratio_ = chi2ratio;
      dpt_ = dpt;
    }

    void setFinalDecision(bool accepted,unsigned n=0)
    {
      setMatching(FINAL,accepted,n);
    }
    void setECALMatching(bool accepted,unsigned n=0)
    {
      setMatching(ECALMATCH,accepted,n);
    }
    void setESMatching(bool accepted,unsigned n=0)
    {
      setMatching(ESMATCH,accepted,n);
    }
    void setTrackFiltering(bool accepted,unsigned n=0)
    {
      setMatching(TRACKFILTERING,accepted,n);
    }
    void setMVA(bool accepted,float mva,unsigned n=0)
    {
      setMatching(MVA,accepted,n);      
      if(n<mva_.size())
        mva_[n]=mva;
    }
    
    void setMatching(MatchingType type,bool result,unsigned n=0);
    bool matching(MatchingType type, unsigned n=0) const
    {
      if(n<matching_.size())
        {
          return matching_[n] & (1 << type);
        }
      return false;
    }

    inline const std::vector<float> & geomMatching() const {return geomMatching_;}
    inline float eopMatch() const {return matchingEop_;}
    inline float pt() const {return trackRef_->pt();}
    inline float eta() const {return trackRef_->eta();}
    inline float kfChi2() const {return trackRef_->normalizedChi2();}
    inline float kfNHits() const {return trackRef_->found();}

    const math::XYZPoint & ecalPos() const {return EcalPos_;}
    const math::XYZPoint & meanShower() const {return meanShower_;}
    
    inline float chi2Ratio() const {return chi2Ratio_;}
    inline float gsfChi2() const {return gsfChi2_;}

    inline bool ecalMatching(unsigned n=0) const {return matching(ECALMATCH,n);}
    inline bool esMatching(unsigned n=0) const {return matching(ESMATCH,n);}
    inline bool trackFiltered(unsigned n=0) const {return matching(TRACKFILTERING,n);}
    inline bool mvaSelected(unsigned n=0) const {return matching(MVA,n);}
    inline bool preIded(unsigned n=0) const {return matching(FINAL,n);}

    float mva(unsigned n=0) const;
    inline float dpt() const {return dpt_;}
    reco::TrackRef trackRef() const {return trackRef_;}
    PFClusterRef clusterRef() const {return clusterRef_;}

  private:
    reco::TrackRef trackRef_;
    PFClusterRef clusterRef_;
    

    std::vector<float> geomMatching_;
    float matchingEop_;
    math::XYZPoint EcalPos_;
    math::XYZPoint meanShower_;

    float gsfChi2_;
    float dpt_;
    float chi2Ratio_;
    std::vector<float> mva_;

//    bool goodpreid_;
//    bool TkId_;
//    bool EcalMatching_;
//    bool PSMatching_;
    std::vector<int> matching_;
  };
} 
#endif