MdcMcHit.h

Go to the documentation of this file.

#ifndef MdcMcHit_H
#define MdcMcHit_H
#include <algorithm>
#include <string>
#include "GaudiKernel/ContainedObject.h"
#include "Identifier/Identifier.h"
#include "GaudiKernel/ObjectVector.h"
#include "EventModel/EventModel.h"
 
using namespace EventModel;
using namespace std;
extern const CLID& CLID_MdcMcHit;
 
namespace Event {  // NameSpace
 
class MdcMcHit : virtual public ContainedObject {
public:
   virtual const CLID& clID() const
   {
    return MdcMcHit::classID();
   }
           
   static const CLID& classID()
    {
    return CLID_MdcMcHit;
    }
  // Constructor
  MdcMcHit(){};
  MdcMcHit(const Identifier& id, unsigned int trackIndex, double xPosition,
           double yPosition, double zPosition, double driftDistance,
           double depositEnergy, int posFlag = -1);
  MdcMcHit(const Identifier& id, unsigned int trackIndex,
          unsigned int currentTrackIndex, int currentTrackPID,double xPosition,
          double yPosition, double zPosition, double xMomentum,
          double yMomentum, double zMomentum, double driftDistance,
          double depositEnergy, double flightLength, int posFlag = -1);
 
  // Get associated id
  Identifier identify() const;
 
  // Get the associated track id
  unsigned int getTrackIndex() const;
 
  // Get the associated current track id
  unsigned int getCurrentTrackIndex() const{return m_currentTrackIndex;}
 
  // Get the associated current track PID
  int getCurrentTrackPID() const{return m_currentTrackPID;}
 
  // Get if a secondary
  int    getIsSecondary() const {return m_isSecondary;};
 
  // Get the position x
  double getPositionX() const;
 
  // Get the position y
  double getPositionY() const;
 
  // Get the position z
  double getPositionZ() const;
 
  // Get the momentum x
  double getMomentumX() const{return m_xMomentum;}
 
  // Get the momentum y
  double getMomentumY() const{return m_yMomentum;}
 
  // Get the momentum z
  double getMomentumZ() const{return m_zMomentum;}
 
  // Get Drift Distance
  double getDriftDistance() const;
 
  // Get deposited energy
  double getDepositEnergy() const;
 
  // Get the position flag
  int getPositionFlag() const;
 
  // Get the flight length
  double getFlightLength() const{return m_flightLength;}
      
  string getCreatorProcess() const {return m_creatorProcess;}
 
  int    getDigiIdx() const {return m_digi_id;}// positve: contribute to both time and charge, negative: only charge
 
  //Set
  void setIdentifier(unsigned int id) {m_id = id ;}
  void setTrackIndex(unsigned int trackIndex) {m_trackIndex = trackIndex;}
  void setCurrentTrackIndex(double currentTrackIndex){
      m_currentTrackIndex = currentTrackIndex;}
  void setCurrentTrackPID(int currentTrackPID){
      m_currentTrackPID = currentTrackPID;}
  void setIsSecondary( int    isSec        )  {m_isSecondary= isSec     ;};
  void setPositionX(double positionX) {m_xPosition = positionX;}
  void setPositionY(double positionY) {m_yPosition = positionY;}
  void setPositionZ(double positionZ) {m_zPosition = positionZ;}
  //void setP(double px, double py, double pz) {m_px=px; m_py=py; m_pz=pz;};
  void setMomentumX(double momentumX) {m_xMomentum = momentumX;}
  void setMomentumY(double momentumY) {m_yMomentum = momentumY;}
  void setMomentumZ(double momentumZ) {m_zMomentum = momentumZ;}
  void setDriftDistance(double driftDistance){m_driftDistance = driftDistance;}
  void setDepositEnergy(double depositEnergy) {m_depositEnergy = depositEnergy;}
  void setPositionFlag(int posFlag) { m_posFlag = posFlag; }
  void setFlightLength(double flightLength){m_flightLength = flightLength;}
  void setCreatorProcess (string creatorProcess) {m_creatorProcess = creatorProcess;};
  void setDigiIdx( int id) {m_digi_id=id;};
 
private:
  MdcMcHit(const MdcMcHit &);
 
  MdcMcHit &operator=(const MdcMcHit &);
 
  //  const Identifier m_id;
  Identifier m_id;
 
  unsigned int m_trackIndex;
 
  unsigned int m_currentTrackIndex;
 
  int m_currentTrackPID;
  
  int m_isSecondary;
 
  //poca position on track
  double m_xPosition;
 
  double m_yPosition;
 
  double m_zPosition;
 
  //poca momenutm on track
  double m_xMomentum;
 
  double m_yMomentum;
 
  double m_zMomentum;
 
  double m_driftDistance;//doca
 
  double m_depositEnergy;
 
  int    m_posFlag;//left right ambiguity flag
 
  double m_flightLength;//from vertex
  
  string  m_creatorProcess; /* Name of the generation process */
  int     m_digi_id;// positve: contribute to both time and charge, negative: only charge
};
 
typedef ObjectVector<MdcMcHit> MdcMcHitCol;
 
} // NameSpace Event
 
#endif