MBTSCollisionTime.h

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/*
  Copyright (C) 2002-2017 CERN for the benefit of the ATLAS collaboration
*/
 
#ifndef MBTSCollisionTime_H
#define MBTSCollisionTime_H

 
#include "AthenaKernel/CLASS_DEF.h"
 
class MBTSCollisionTime 
{
  
 public:
  
  MBTSCollisionTime();
    
  MBTSCollisionTime( int ncellA, int ncellC, float energyA, float energyC, float timeA, float timeC);

  int ncellA() const{ return m_ncellA; }

  int ncellC() const{ return m_ncellC; };

  int ncell() const{ return (m_ncellA + m_ncellC); };

  double energyA() const{ return m_energyA; };
  
  double energyC() const{ return m_energyC; };
  
  double energy() const{ return (m_energyA + m_energyC); };

  double timeA() const{ return m_timeA; };
  
  double timeC() const{ return m_timeC; };
  
  double time() const{ return (m_timeA - m_timeC); };
 
 private:
 
  int m_ncellA;
  int m_ncellC;
  float m_energyA;
  float m_energyC;
  float m_timeA;
  float m_timeC;
 
};
 
CLASS_DEF(MBTSCollisionTime,2953,0)
 
inline MBTSCollisionTime::MBTSCollisionTime()
  : m_ncellA(0), m_ncellC(0), m_energyA(0.), m_energyC(0.), m_timeA(0.), m_timeC(0.) {} 
 
inline MBTSCollisionTime::MBTSCollisionTime( int ncellA, int ncellC, float energyA, float energyC, float timeA, float timeC)
  : m_ncellA(ncellA), m_ncellC(ncellC), m_energyA(energyA), m_energyC(energyC), m_timeA(timeA), m_timeC(timeC){}
 
 
#endif //MBTSCollisionTime_H