CommonTools/AnalysisElectron.h at master · pandolf/CommonTools · GitHub

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// ---------------------------------------------------------------
//
//  AnalysisElectron - electron class used in the HZZlljj analysis
//
// ---------------------------------------------------------------


#ifndef AnalysisElectron_h
#define AnalysisElectron_h

#include "AnalysisLepton.h"


class AnalysisElectron : public AnalysisLepton {

 public:

  AnalysisElectron( float x=0., float y=0., float z=0., float t=0.) : AnalysisLepton( x, y, z, t ) {};
  AnalysisElectron( double x=0., double y=0., double z=0., double t=0.) : AnalysisLepton( x, y, z, t ) {};

  AnalysisElectron( const TLorentzVector &v) : AnalysisLepton( v ) {};


  bool isIsolatedVBTF80();
  bool isIsolatedVBTF95();
  bool isIsolated2012_MVAWP95();
  bool isIsolated2012_CutsLoose();
  bool separatedIsoRel();//
  float getPfIso_rhoCorrected();

  bool electronIDVBTF80();
  bool electronIDVBTF95();
  bool electronID2012_MVA();
  bool electronID2012_CutsLoose();
  bool electronID2012_CutsMedium();
  bool electronID2012_SUSYloose();
  bool electronID2012_SUSYtight();
  bool separatedIDVBTF80();//
  bool passedHLT2012();

  bool conversionRejectionVBTF80();
  bool conversionRejectionVBTF95();
  bool conversionRejection2012_CutsLoose();

  bool passedVBTF80();
  bool passedVBTF95();
  bool passedTrigger80();//

  bool isGoodElectron2012_CutsLoose();
  bool isGoodElectron2012_MVA();

  bool passedAdditionalCuts();

  double combinedIsoRel();
  double EpInverseDiff();


  // public data members:

  bool tripleChargeConsist;

  double etaSC; //supercluster eta


  // impact parameter:
  double dxy;
  double dz;

  // isolation:
  double dr03TkSumPt;
  double dr03EcalRecHitSumEt;
  double dr03HcalTowerSumEt;

  double pfCandChargedIso04;
  double pfCandNeutralIso04;
  double pfCandPhotonIso04;
  double rhoJetsFastJet;

  // electron ID:
  double sigmaIetaIeta;
  double deltaPhiAtVtx;
  double deltaEtaAtVtx;
  double hOverE;
  double fBrem;
  double eOverP;
  double pAtVertex;
  double mvaidtrigEle;
  double mvaidnontrigEle;

  // conversion rejection:
  int expInnerLayersGsfTrack;
  double convDist;
  double convDcot;
  bool hasMatchedConversion;


  bool matchedToGen;

};

#endif