ImpactInCalo.h

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/*
  Copyright (C) 2002-2017 CERN for the benefit of the ATLAS collaboration
*/
 
#ifndef TBREC_IMPACTINCALO_H
#define TBREC_IMPACTINCALO_H
/*************************************************************************
    Package:
    File: ImpactInCalo.h
    Description:
           
*************************************************************************/
 
//<<<<<< INCLUDES

 
class ImpactInCalo  {
 
 public:
  // constructors
  ImpactInCalo() {};
  
  ImpactInCalo( double x_0, double y_0, double z_0, 
        double etaCaloLocal_0, double phiCaloLocal_0,
        double trketa_at_0, double trkphi_at_0,
        double x_1, double y_1, double z_1,
        double etaCaloLocal_1, double phiCaloLocal_1,
        double trketa_at_1, double trkphi_at_1,
        double x_2, double y_2, double z_2, 
        double etaCaloLocal_2, double phiCaloLocal_2,
        double trketa_at_2, double trkphi_at_2,
        double x_3, double y_3, double z_3, 
        double etaCaloLocal_3, double phiCaloLocal_3,
        double trketa_at_3, double trkphi_at_3,
        double x_tile, double y_tile, double z_tile, 
        double etaCaloLocal_tile, double phiCaloLocal_tile,
        double trketa_at_tile, double trkphi_at_tile )
    :
    m_x_0(x_0), m_y_0(y_0), m_z_0(z_0),
    m_etaCaloLocal_0(etaCaloLocal_0), m_phiCaloLocal_0(phiCaloLocal_0),
    m_trketa_at_0(trketa_at_0),m_trkphi_at_0(trkphi_at_0),
    m_x_1(x_1), m_y_1(y_1), m_z_1(z_1),
    m_etaCaloLocal_1(etaCaloLocal_1), m_phiCaloLocal_1(phiCaloLocal_1),
    m_trketa_at_1(trketa_at_1),m_trkphi_at_1(trkphi_at_1),
    m_x_2(x_2), m_y_2(y_2), m_z_2(z_2),
    m_etaCaloLocal_2(etaCaloLocal_2), m_phiCaloLocal_2(phiCaloLocal_2),
    m_trketa_at_2(trketa_at_2),m_trkphi_at_2(trkphi_at_2),
    m_x_3(x_3), m_y_3(y_3), m_z_3(z_3),
    m_etaCaloLocal_3(etaCaloLocal_3), m_phiCaloLocal_3(phiCaloLocal_3),
    m_trketa_at_3(trketa_at_3),m_trkphi_at_3(trkphi_at_3),
    m_x_tile(x_tile), m_y_tile(y_tile), m_z_tile(z_tile),
    m_etaCaloLocal_tile(etaCaloLocal_tile), m_phiCaloLocal_tile(phiCaloLocal_tile),
    m_trketa_at_tile(trketa_at_tile),m_trkphi_at_tile(trkphi_at_tile)
    {};
 
  // destructor
  virtual ~ImpactInCalo(){};
  //    virtual ~ImpactInCalo(){};
  
  void print() const ;
  
  // gets
  
  // Presampler
  inline double x_0() const { return m_x_0; }
  inline double y_0() const { return m_y_0; }
  inline double z_0() const { return m_z_0; }
  inline double etaCaloLocal_0() const { return m_etaCaloLocal_0; } 
  inline double phiCaloLocal_0() const { return m_phiCaloLocal_0; }
  inline double trketa_at_0() const { return m_trketa_at_0; };
  inline double trkphi_at_0() const { return m_trkphi_at_0; };
  
  // Strip
  inline double x_1() const { return m_x_1; }
  inline double y_1() const { return m_y_1; }
  inline double z_1() const { return m_z_1; }
  inline double etaCaloLocal_1() const { return m_etaCaloLocal_1; } 
  inline double phiCaloLocal_1() const { return m_phiCaloLocal_1; }
  inline double trketa_at_1() const { return m_trketa_at_1; };
  inline double trkphi_at_1() const { return m_trkphi_at_1; };
  
  // Middle
  inline double x_2() const { return m_x_2; }
  inline double y_2() const { return m_y_2; }
  inline double z_2() const { return m_z_2; }
  inline double etaCaloLocal_2() const { return m_etaCaloLocal_2; } 
  inline double phiCaloLocal_2() const { return m_phiCaloLocal_2; }
  inline double trketa_at_2() const { return m_trketa_at_2; };
  inline double trkphi_at_2() const { return m_trkphi_at_2; };
  
  // Back
  inline double x_3() const { return m_x_3; }
  inline double y_3() const { return m_y_3; }
  inline double z_3() const { return m_z_3; }
  inline double etaCaloLocal_3() const { return m_etaCaloLocal_3; } 
  inline double phiCaloLocal_3() const { return m_phiCaloLocal_3; }
  inline double trketa_at_3() const { return m_trketa_at_3; };
  inline double trkphi_at_3() const { return m_trkphi_at_3; };
  
  // Tile
  inline double x_tile() const { return m_x_tile; }
  inline double y_tile() const { return m_y_tile; }
  inline double z_tile() const { return m_z_tile; }
  inline double etaCaloLocal_tile() const { return m_etaCaloLocal_tile; } 
  inline double phiCaloLocal_tile() const { return m_phiCaloLocal_tile; }   
  inline double trketa_at_tile() const { return m_trketa_at_tile; };
  inline double trkphi_at_tile() const { return m_trkphi_at_tile; };
  
 private:
  
  // Presampler
  double m_x_0;
  double m_y_0;
  double m_z_0;
  double m_etaCaloLocal_0; 
  double m_phiCaloLocal_0;
  double m_trketa_at_0;
  double m_trkphi_at_0;
  
  // Strip
  double m_x_1;
  double m_y_1;
  double m_z_1;
  double m_etaCaloLocal_1; 
  double m_phiCaloLocal_1;
  double m_trketa_at_1;
  double m_trkphi_at_1;
  
  // Middle
  double m_x_2;
  double m_y_2;
  double m_z_2;
  double m_etaCaloLocal_2; 
  double m_phiCaloLocal_2;
  double m_trketa_at_2;
  double m_trkphi_at_2;
  
  // Back
  double m_x_3;
  double m_y_3;
  double m_z_3;
  double m_etaCaloLocal_3; 
  double m_phiCaloLocal_3;
  double m_trketa_at_3;
  double m_trkphi_at_3;
  
  // Tile
  double m_x_tile;
  double m_y_tile;
  double m_z_tile;
  double m_etaCaloLocal_tile; 
  double m_phiCaloLocal_tile;
  double m_trketa_at_tile;
  double m_trkphi_at_tile;
  
};
 
 
#endif // IMPACTINCALO_H