de/d2d/JetEventInfo_8h_source.html

/*

  Copyright (C) 2002-2021 CERN for the benefit of the ATLAS collaboration

*/


#ifndef JETCALIBTOOLS_JETEVENTINFO_H

#define JETCALIBTOOLS_JETEVENTINFO_H


class JetEventInfo {


 public:

  JetEventInfo() : m_rho(0), m_mu(0), m_npv(0), m_nJet(0), m_PVindex(0), m_runNumber(0), m_bcidDistanceFromFront(0),

    m_bcidGapBeforeTrain(0), m_bcidGapBeforeTrainMinus12(0) { }

  virtual ~JetEventInfo() { }


  void setRho(double rho) { m_rho = rho; }

  void setMu(double mu) { m_mu = mu; }

  void setNPV(double NPV) { m_npv = NPV; }

  void setNjet(double nJet) { m_nJet = nJet; }

  void setPVIndex(int PVindex) { m_PVindex = PVindex; }

  void setRunNumber(UInt_t RunNumber) { m_runNumber = RunNumber; }

  void setBcidDistanceFromFront(Int_t BcidDistanceFromFront) { m_bcidDistanceFromFront = BcidDistanceFromFront; }

  void setBcidGapBeforeTrain(Int_t BcidGapBeforeTrain) { m_bcidGapBeforeTrain = BcidGapBeforeTrain; }

  void setBcidGapBeforeTrainMinus12(Int_t BcidGapBeforeTrainMinus12) { m_bcidGapBeforeTrainMinus12 = BcidGapBeforeTrainMinus12; }


  double rho() { return m_rho; }

  double mu() { return m_mu; }

  double NPV() { return m_npv; }

  int nJet() { return m_nJet; }

  int PVIndex() { return m_PVindex; }

  UInt_t runNumber() { return m_runNumber; }

  Int_t bcidDistanceFromFront() { return m_bcidDistanceFromFront; }

  Int_t bcidGapBeforeTrain() { return m_bcidGapBeforeTrain; }

  Int_t bcidGapBeforeTrainMinus12() { return m_bcidGapBeforeTrainMinus12; }


 private:

  //bool m_filled;

  double m_rho;

  double m_mu;

  double m_npv;

  int m_nJet;

  int m_PVindex;

  UInt_t m_runNumber;

  Int_t m_bcidDistanceFromFront;

  Int_t m_bcidGapBeforeTrain;

  Int_t m_bcidGapBeforeTrainMinus12;


};


#endif //> !JETCALIBTOOLS_JETEVENTINFO_H