TileEscapedEnergyProcessing.h

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/*
  Copyright (C) 2002-2018 CERN for the benefit of the ATLAS collaboration
*/
 
// class TileEscapedEnergyProcessing
//
// Author: Gia Khoriauli  <gia@mail.cern.ch>
// May, 2005
//
// This manages processing of those particles, which were created
// in Tile region and escaped from World later
//
 
#ifndef TILEGEOG4CALIB_TILEESCAPEDENERGYPROCESSING_H
#define TILEGEOG4CALIB_TILEESCAPEDENERGYPROCESSING_H
 
// The SimulationEnergies class provides a common procedure for
// categorizing the energy deposited in a given G4Step.  However,
// special processing is required for escaped energy.
 
// The issue is that, if a particle's energy is lost by escaping the
// simulation, you don't want to record that energy in the volume it
// escapes; you want to record that energy in the volume in which the
// particle was created.  Neutrinos are a good example of this.
 
// In effect, the SimulationEnergies class has to issue an "interrupt"
// to some other volume than the current G4Step, telling that other
// volume to accumulate the energy of the escaped particle.
 
// This class contains the processing to handle the escaped energy
// processing for volumes in the Tile portion of the simulation.
 
#include "CaloG4Sim/VEscapedEnergyProcessing.h"
 
#include "G4TouchableHandle.hh"
#include "G4ThreeVector.hh"
#include "globals.hh"
 
class G4Step;
 
class TileEscapedEnergyProcessing: public CaloG4::VEscapedEnergyProcessing {
public:
  TileEscapedEnergyProcessing(const int verboseLevel);
  virtual ~TileEscapedEnergyProcessing();
 
  // Method: The G4TouchableHandle to the volume in which "point" is
  // located; the value of "point" itself in case additional
  // processing is necessary, and the amount of escaped energy.
  virtual G4bool Process( G4Step* fakeStep );
 
  //After escaped particle is detected and its 'mother' step is created
  //this method will retrieve the respective SD for the volume where escaped
  //particle was created and invokes SD::ProcessHits() - method.
  G4bool Call_SD_ProcessHits(G4Step* aStep, G4String &SDname);
 
  void SetEscapedFlag(bool);
  void SetEnergy5(double);
  void SetEscapedEnergy(double);
 
  bool GetEscapedFlag();
  double GetEnergy5();
  double GetEscapedEnergy();
 
private:
  TileEscapedEnergyProcessing() = delete;
  // takes the flag that particle has escaped,
  // the 'mother' step of escaped particle and
  // amount of that energy, which can't be calculated
  // by Simulation energies
  bool m_escaped;
  double m_escapedEnergy;
  double m_energy5;
  //int m_verboseLevel;
 
};
 
inline void TileEscapedEnergyProcessing::SetEscapedFlag(bool escaped) {
  m_escaped = escaped;
}
inline void TileEscapedEnergyProcessing::SetEnergy5(double ene5) {
  m_energy5 = ene5;
}
inline void TileEscapedEnergyProcessing::SetEscapedEnergy(double escapedEnergy) {
  m_escapedEnergy = escapedEnergy;
}
 
inline bool TileEscapedEnergyProcessing::GetEscapedFlag() {
  return m_escaped;
}
inline double TileEscapedEnergyProcessing::GetEnergy5() {
  return m_energy5;
}
inline double TileEscapedEnergyProcessing::GetEscapedEnergy() {
  return m_escapedEnergy;
}
 
#endif // TILEGEOG4CALIB_TILEESCAPEDENERGYPROCESSING_H