CfGen.hh

// RAT::CfGen
// 10-Jan-2006 WGS
 
// Implements a GLG4Sim-style generator for the spontaneous fission of
// Californium.  The class we use is CfSource, prepared by Matt Worcester.
 
// To use this generator, the command is:
 
// /generator/add cf ISOTOPE:POSITION[:TIME]
 
// (that is, the TIME is optional).  ISOTOPE should be 252, since that
// is the only one currently supported.  POSITION and TIME are the
// same as for the combo generator.  For example:
 
// /generator/add cf252:fill
 
// Note that there is also no "defering" of any tracks of emitted
// particles into other events.  "TIME" refers to the t0 of the
// fission; the default is flat time distribution with a rate of 1 ns.
 
#ifndef __RAT_CfGen__
#define __RAT_CfGen__
 
#include <RAT/GLG4Gen.hh>
#include <globals.hh>
 
class G4Event;
class G4ParticleDefinition;
class GLG4TimeGen;
class GLG4PosGen;
 
namespace RAT {
 
class CfGen : public GLG4Gen {
 public:
  CfGen();
  virtual ~CfGen();
  virtual void GenerateEvent(G4Event *event);
  virtual void ResetTime(double offset = 0.0);
  virtual bool IsRepeatable() const { return true; };
 
  virtual void SetState(G4String state);
  virtual G4String GetState() const;
 
  virtual void SetTimeState(G4String state);
  virtual G4String GetTimeState() const;
  virtual void SetPosState(G4String state);
  virtual G4String GetPosState() const;
 
 protected:
  // Generator initialization, specified by the user.
  G4String stateStr;
 
  // Californium isotope.
  int isotope;
 
  // The time and position generators specified by the user.
  GLG4TimeGen *timeGen;
  GLG4PosGen *posGen;
 
  // The CfSource event model only generate neutrons and photons.
  G4ParticleDefinition *neutron;
  G4ParticleDefinition *gamma;
};
 
}  // namespace RAT
 
#endif  // RAT_CfGen_h