TMBHiPt.hpp

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#ifndef TMBHiPt_h
#define TMBHiPt_h

#include "TObject.h"

class TMBHiPt: public TObject{

 public:
  TMBHiPt():TObject(){;}
  TMBHiPt(int objid, float pT, float eta, float phi, float par[2]);
    ~TMBHiPt(){;}

  int _id;  // combination of pdgid and type -(100*abs(pdgid) + type)*charge (type>49 is MC)
  float _pT;
  float _eta;
  float _phi;
  // object likelihood parameters (different for each type of object)
  float _par[2];

  // general information
  int charge() const;
  int type() const;
  int pdgid() const;
  float px() const;
  float py() const;
  float pz() const;
  float E() const;
  float p() const;
  float Pt() const {return _pT;}
  float Eta() const {return _eta;}
  float Phi() const {return _phi;}
  float par0() const {return _par[0];}
  float par1() const {return _par[1];}
  int objid() const {return _id;}
  bool isMC() const;

  //  type specific information
  bool isMuon() const;
  bool isMedium() const;
  bool isTight() const;
  int nseg() const;
  float etHalo() const;
  float etTrkCone5() const;

  bool isElectron() const;
  float emfrac() const;
  float Lhood8() const;

  bool isPhoton() const;

  bool isJet() const;
  bool taggable() const;
  float nntag() const;
  float neg_nntag() const;
  float JetMass() const;

  bool isTau() const;
  int tautype() const;
  bool inPhiCrack() const;
  float NNh() const;
  float NNe() const;
  float TauPtTrks() const;
  float TauEcorr() const;

  bool isMET() const;
  float uncMETx() const;
  float uncMETy() const;
  float uncMET() const;

  bool isVertex() const;
  float x() const;
  float y() const;
  float z() const;

  ClassDef(TMBHiPt, 2)
};

#endif

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