TRGECLHitMC.h

/**************************************************************************
 * basf2 (Belle II Analysis Software Framework)                           *
 * Author: The Belle II Collaboration                                     *
 *                                                                        *
 * See git log for contributors and copyright holders.                    *
 * This file is licensed under LGPL-3.0, see LICENSE.md.                  *
 **************************************************************************/
 
#ifndef TRGECLHITMC_H
#define TRGECLHITMC_H
 
 
#include <TObject.h>
 
namespace Belle2 {
  class TRGECLHitMC : public TObject {
  public:
 
 
    int m_eventId;
 
    int m_cellId;
 
    int m_noutput;
 
 
    double m_edep;
 
    double m_TimeAve;
 
 
    int m_cellId_1;
    int m_background_tag_1;
    int m_trackId_1;
    int m_pdg_1;
    int m_mother_1;
    int m_gmother_1;
    int m_ggmother_1;
    int m_gggmother_1;
    int m_ggggmother_1;
 
    double m_momentum_x_1;
    double m_momentum_y_1;
    double m_momentum_z_1;
    double m_energy_1;
    double m_contribution_1;
 
 
    int m_cellId_2;
    int m_background_tag_2;
    int m_trackId_2;
    int m_pdg_2;
    int m_mother_2;
    int m_gmother_2;
    int m_ggmother_2;
    int m_gggmother_2;
    int m_ggggmother_2;
 
    double m_momentum_x_2;
    double m_momentum_y_2;
    double m_momentum_z_2;
    double m_energy_2;
    double m_contribution_2;
 
 
    int m_cellId_3;
    int m_background_tag_3;
    int m_trackId_3;
    int m_pdg_3;
    int m_mother_3;
    int m_gmother_3;
    int m_ggmother_3;
    int m_gggmother_3;
    int m_ggggmother_3;
 
    double m_momentum_x_3;
    double m_momentum_y_3;
    double m_momentum_z_3;
    double m_energy_3;
    double m_contribution_3;
 
 
    double m_signal_contribution;
    double m_bkg_contribution;
 
 
    void setEventId(int eventId) { m_eventId = eventId; }
 
    void setTCId(int cellId) { m_cellId = cellId; }
 
    void setTCOutput(int noutput) { m_noutput = noutput; }
    void setSignalContribution(double signal_contribution) { m_signal_contribution =  signal_contribution; }
    void setBKGContribution(double bkg_contribution) { m_bkg_contribution =  bkg_contribution; }
 
 
    void setCellId(int cell[3])
    {
      m_cellId_1 = cell[0];
      m_cellId_2 = cell[1];
      m_cellId_3 = cell[2];
 
    }
    void setTrackId(int track[3])
    {
      m_trackId_1 = track[0];
      m_trackId_2 = track[1];
      m_trackId_3 = track[2];
 
    }
    void setPDG(int pdg[3])
    {
      m_pdg_1 = pdg[0];
      m_pdg_2 = pdg[1];
      m_pdg_3 = pdg[2];
    }
    void setMother(int mother[3])
    {
      m_mother_1 = mother[0];
      m_mother_2 = mother[1];
      m_mother_3 = mother[2];
    }
    void setGMother(int gmother[3])
    {
      m_gmother_1 = gmother[0];
      m_gmother_2 = gmother[1];
      m_gmother_3 = gmother[2];
    }
    void setGGMother(int ggmother[3])
    {
      m_ggmother_1 = ggmother[0];
      m_ggmother_2 = ggmother[1];
      m_ggmother_3 = ggmother[2];
    }
    void setGGGMother(int gggmother[3])
    {
      m_gggmother_1 = gggmother[0];
      m_gggmother_2 = gggmother[1];
      m_gggmother_3 = gggmother[2];
    }
    void setBackgroundTag(int back[3])
    {
      m_background_tag_1 = back[0];
      m_background_tag_2 = back[1];
      m_background_tag_3 = back[2];
 
    }
    void setPX(double px[3])
    {
      m_momentum_x_1 = px[0];
      m_momentum_x_2 = px[1];
      m_momentum_x_3 = px[2];
    }
    void setPY(double py[3])
    {
      m_momentum_y_1 = py[0];
      m_momentum_y_2 = py[1];
      m_momentum_y_3 = py[2];
    }
    void setPZ(double pz[3])
    {
      m_momentum_z_1 = pz[0];
      m_momentum_z_2 = pz[1];
      m_momentum_z_3 = pz[2];
    }
    void setMCEnergy(double energy[3])
    {
      m_energy_1 = energy[0];
      m_energy_2 = energy[1];
      m_energy_3 = energy[2];
 
    }
    void setContribution(double contribution[3])
    {
      m_contribution_1 = contribution[0];
      m_contribution_2 = contribution[1];
      m_contribution_3 = contribution[1];
    }
 
 
 
 
 
    void setEnergyDep(double edep) { m_edep = edep; }
 
    void setTimeAve(double TimeAve) { m_TimeAve = TimeAve; }
 
    int getEventId() const { return m_eventId; }
 
    int getCellId() const { return m_cellId; }
 
    double getEnergyDep() const { return m_edep; }
 
    double getTimeAve() const {return m_TimeAve;}
    //MC information
    /* int getTrackId() const{return m_trackId ; } */
    /* int getPDG() const{ return m_pdg ; } */
    /* int getMother() const{return m_mother ; } */
    /* int getGMother() const{return m_gmother ; } */
    /* int getGGMother() const{return m_ggmother ; } */
    /* int getGGGMother() const{return m_gggmother ; } */
 
    /* int getBackgroundTag()const {return m_background_tag ; } */
 
    /* double getPX() const{return m_momentum_x ; } */
    /* double getPY()const {return m_momentum_y ; } */
    /* double getPZ()const {return m_momentum_z ; } */
    /* double getEnergy()const {return m_energy ; } */
 
 
 
    TRGECLHitMC()
    {
 
      m_eventId = 0;
      m_cellId  = 0;
      m_edep    = 0;
      m_TimeAve = 0;
      m_noutput = 0;
 
 
      m_background_tag_1 = 0;
      m_background_tag_2 = 0;
      m_background_tag_3 = 0;
      m_bkg_contribution = 0;
      m_signal_contribution = 0;
      m_cellId_1 = 0;
      m_cellId_2 = 0;
      m_cellId_3 = 0;
      m_contribution_1 = 0;
      m_contribution_2 = 0;
      m_contribution_3 = 0;
      m_energy_1 = 0;
      m_energy_2 = 0;
      m_energy_3 = 0;
      m_ggggmother_1 = 0;
      m_ggggmother_2 = 0;
      m_ggggmother_3 = 0;
      m_gggmother_1 = 0;
      m_gggmother_2 = 0;
      m_gggmother_3 = 0;
      m_ggmother_1 = 0;
      m_ggmother_2 = 0;
      m_ggmother_3 = 0;
      m_gmother_1 = 0;
      m_gmother_2 = 0;
      m_gmother_3 = 0;
      m_mother_1 = 0;
      m_mother_2 = 0;
      m_mother_3 = 0;
 
 
      m_momentum_x_1 = 0;
      m_momentum_x_2 = 0;
      m_momentum_x_3 = 0;
      m_momentum_y_1 = 0;
      m_momentum_y_2 = 0;
      m_momentum_y_3 = 0;
      m_momentum_z_1 = 0;
      m_momentum_z_2 = 0;
      m_momentum_z_3 = 0;
 
      m_pdg_1 = 0;  ;
      m_pdg_2 = 0;  ;
      m_pdg_3 = 0;  ;
      m_trackId_1 = 0;
      m_trackId_2 = 0;
      m_trackId_3 = 0;
 
 
 
    }
 
    TRGECLHitMC(
      int eventId,
      int cellId,
      int noutput,
      double edep,
      double TimeAve,
      int background_tag_1,
      int background_tag_2,
      int background_tag_3,
      int bkg_contribution,
      int signal_contribution,
      int cellId_1,
      int cellId_2,
      int cellId_3,
      int contribution_1,
      int contribution_2,
      int contribution_3,
      int energy_1,
      int energy_2,
      int energy_3,
      int ggggmother_1,
      int ggggmother_2,
      int ggggmother_3,
      int gggmother_1,
      int gggmother_2,
      int gggmother_3,
      int ggmother_1,
      int ggmother_2,
      int ggmother_3,
      int gmother_1,
      int gmother_2,
      int gmother_3,
      int mother_1,
      int mother_2,
      int mother_3,
      int momentum_x_1,
      int momentum_x_2,
      int momentum_x_3,
      int momentum_y_1,
      int momentum_y_2,
      int momentum_y_3,
      int momentum_z_1,
      int momentum_z_2,
      int momentum_z_3,
      int pdg_1,
      int pdg_2,
      int pdg_3,
      int trackId_1,
      int trackId_2,
      int trackId_3
 
 
    )
    {
      m_eventId = eventId;
      m_cellId = cellId;
      m_edep = edep;
      m_TimeAve = TimeAve;
      m_noutput = noutput;
 
      m_background_tag_1 = background_tag_1;
      m_background_tag_2 = background_tag_2;
      m_background_tag_3 = background_tag_3;
      m_bkg_contribution = bkg_contribution;
      m_signal_contribution = signal_contribution;
      m_cellId_1 = cellId_1;
      m_cellId_2 = cellId_2;
      m_cellId_3 = cellId_3;
      m_contribution_1 = contribution_1;
      m_contribution_2 = contribution_2;
      m_contribution_3 = contribution_3;
      m_energy_1 = energy_1;
      m_energy_2 = energy_2;
      m_energy_3 = energy_3;
      m_ggggmother_1 = ggggmother_1;
      m_ggggmother_2 = ggggmother_2;
      m_ggggmother_3 = ggggmother_3;
      m_gggmother_1 = gggmother_1;
      m_gggmother_2 = gggmother_2;
      m_gggmother_3 = gggmother_3;
      m_ggmother_1 = ggmother_1;
      m_ggmother_2 = ggmother_2;
      m_ggmother_3 = ggmother_3;
      m_gmother_1 = gmother_1;
      m_gmother_2 = gmother_2;
      m_gmother_3 = gmother_3;
      m_mother_1 = mother_1;
      m_mother_2 = mother_2;
      m_mother_3 = mother_3;
 
 
      m_momentum_x_1 = momentum_x_1;
      m_momentum_x_2 = momentum_x_2;
      m_momentum_x_3 = momentum_x_3;
      m_momentum_y_1 = momentum_y_1;
      m_momentum_y_2 = momentum_y_2;
      m_momentum_y_3 = momentum_y_3;
      m_momentum_z_1 = momentum_z_1;
      m_momentum_z_2 = momentum_z_2;
      m_momentum_z_3 = momentum_z_3;
 
      m_pdg_1 = pdg_1;
      m_pdg_2 = pdg_2;
      m_pdg_3 = pdg_3;
      m_trackId_1 = trackId_1;
      m_trackId_2 = trackId_2;
      m_trackId_3 = trackId_3;
 
    }
    ClassDef(TRGECLHitMC, 1); /*< the class title */
 
  };
 
} // end namespace Belle2
 
#endif