MJGeneratorPNNLCascadeEvent.cc

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// This code implementation is the intellectual property of
// the RD44 GEANT4 collaboration.
//
// By copying, distributing or modifying the Program (or any work
// based on the Program) you indicate your acceptance of this statement,
// and all its terms.
//
// $Id: MJGeneratorPNNLCascadeEvent.cc,v 1.2 2004/11/09 13:42:39 xliu Exp $
// GEANT4 tag $Name:  $
//

#include "generators/MJGeneratorPNNLCascadeEvent.hh"
#include <iostream.h>
#include <fstream.h>

MJGeneratorPNNLCascadeEvent::
MJGeneratorPNNLCascadeEvent(G4int index_cascade, 
                            G4double E_charged_particle, G4int num_gammas,
                            G4double* pGammaList) :
  fIndex_cascade(index_cascade),
  fE_charged_particle(E_charged_particle),
  fNum_gammas(num_gammas),
  f_pGammaList(pGammaList)
{

}

MJGeneratorPNNLCascadeEvent::
MJGeneratorPNNLCascadeEvent()
{
  fIndex_cascade      = 0;
  fE_charged_particle = 0.0;
  fNum_gammas         = 0;
  f_pGammaList        = NULL;
}

MJGeneratorPNNLCascadeEvent::
MJGeneratorPNNLCascadeEvent(const MJGeneratorPNNLCascadeEvent& CascadeEvent)
{
  // N.B. The CascadeEvent class isn't responsible for dynamically allocating
  // memory (even the GammaList pointer just points to memory previously
  // allocated by the Cascade class), so the copy constructor and the 
  // assignment operator are trivial.

  fIndex_cascade      = CascadeEvent.fIndex_cascade;
  fE_charged_particle = CascadeEvent.fE_charged_particle;
  fNum_gammas         = CascadeEvent.fNum_gammas;
  f_pGammaList        = CascadeEvent.f_pGammaList;

}

MJGeneratorPNNLCascadeEvent::
~MJGeneratorPNNLCascadeEvent()
{

}

void MJGeneratorPNNLCascadeEvent::
operator=(const MJGeneratorPNNLCascadeEvent& CascadeEvent)
{
  // N.B. The CascadeEvent class isn't responsible for dynamically allocating
  // memory (even the GammaList pointer just points to memory previously
  // allocated by the Cascade class), so the assignment operator is trivial.

  fIndex_cascade      = CascadeEvent.fIndex_cascade;
  fE_charged_particle = CascadeEvent.fE_charged_particle;
  fNum_gammas         = CascadeEvent.fNum_gammas;
  f_pGammaList        = CascadeEvent.f_pGammaList;
}

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