include/TStandard_Hit.hh

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/*
* 
* Copyright: Mathieu Trocme, mathieu.trocme@gmail.com (21 september 2009)
* 
* This software is a computer program whose purpose is to: provide a universal Hit/SD output method in Geant4 with a proper Root coupling 
* 
* This software is governed by the CeCILL license under French law and abiding by the rules of distribution of free software. 
* You can use, modify and/or redistribute the software under the terms of the CeCILL license as circulated by CEA, CNRS and INRIA at the following URL "http://www.cecill.info".
* As a counterpart to the access to the source code and rights to copy, modify and redistribute granted by the license, users are provided only with a limited warranty and the software's author, the holder of the economic rights, and the successive licensors have only limited liability. 
* In this respect, the user's attention is drawn to the risks associated with loading, using, modifying and/or developing or reproducing the software by the user in light of its specific status of free software, that may mean that it is complicated to manipulate, and that also therefore means that it is reserved for developers and experienced professionals having in-depth computer knowledge. 
* Users are therefore encouraged to load and test the software's suitability as regards their requirements in conditions enabling the security of their systems and/or data to be ensured and, more generally, to use and operate it in the same conditions as regards security. 
* 
* The fact that you are presently reading this means that you have had knowledge of the CeCILL license and that you accept its terms.
* 
*/


// 
// Documentation : See doc.html (readme, main.cc, ...)
// Convention    : Root coding convention: TMyClass for classes, fMyVariable for class data members, kMyVariable for constants, gMyVariable for global variables
// Help          : http://www.lcsim.org/software/geant4/doxygen/html/classes.html
// 


#ifndef TStandard_Hit_hh
#define TStandard_Hit_hh

extern bool gMyDebug ; 


#include "G4VHit.hh"
#include "G4THitsCollection.hh"
#include "G4Allocator.hh"
#include "G4UnitsTable.hh"
#include "G4VVisManager.hh"
#include "G4Circle.hh"
#include "G4Colour.hh"
#include "G4VisAttributes.hh"

#include "TString.h"


class TStandard_Hit : public G4VHit
{

   private :

      G4String      fParticleName            ;  
      G4int         fZ, fA                   ;  
      G4int         fTrackID, fParentTrackID ; 
      G4String      fCreatorProcessName      ; 

      G4double      fEkin0                   ;  /// initial kinetic energy    [MeV]
      G4double      fRx0, fRy0, fRz0         ;  /// initial position          [mum]
      G4double      fTheta0, fPhi0           ;  /// initial spherical angles  [degree]

      G4String      fVolumeName              ; 
      G4double      fEkin                    ;  /// kinetic energy            [MeV]
      G4double      fEdep                    ;  /// deposited energy          [keV]
      G4double      fDose                    ;  /// dose                      [gray]
      G4double      fRangeTot                ;  /// total range               [mum]
      G4ThreeVector fPosition                ;  /// position
      G4double      fRx, fRy, fRz            ;  /// position                  [mum] 
      G4ThreeVector fDirection               ;  /// direction
      G4double      fTheta, fPhi             ;  /// spherical angles          [degree]
      G4double      fGlobalTime, fLocalTime  ;  /// global/local time         [ns] 
      G4double      fWeight                  ;  /// weight


   public :

      TStandard_Hit () ;  
      TStandard_Hit (const TStandard_Hit &) ;  
      ~TStandard_Hit () ;  
      
      const TStandard_Hit& operator= (const TStandard_Hit &) ;  
      G4int operator== (const TStandard_Hit &) const ;  
      inline void* operator new (size_t) ;  
      inline void  operator delete (void*) ;  

      void Draw  () ;  
      void Print () ;  
      
      void SetParticleName       ( G4String      aParticleName       ) { fParticleName       = aParticleName       ; return ; } ;
      void SetZ                  ( G4int         aZ                  ) { fZ                  = aZ                  ; return ; } ;
      void SetA                  ( G4int         aA                  ) { fA                  = aA                  ; return ; } ;
      void SetTrackID            ( G4int         aTrackID            ) { fTrackID            = aTrackID            ; return ; } ;
      void SetParentTrackID      ( G4int         aParentTrackID      ) { fParentTrackID      = aParentTrackID      ; return ; } ;
      void SetCreatorProcessName ( G4String      aCreatorProcessName ) { fCreatorProcessName = aCreatorProcessName ; return ; } ;
      void SetEkin0              ( G4double      aEkin0              ) { fEkin0              = aEkin0              ; return ; } ;
      void SetRx0                ( G4double      aRx0                ) { fRx0                = aRx0                ; return ; } ;
      void SetRy0                ( G4double      aRy0                ) { fRy0                = aRy0                ; return ; } ;
      void SetRz0                ( G4double      aRz0                ) { fRz0                = aRz0                ; return ; } ;
      void SetTheta0             ( G4double      aTheta0             ) { fTheta0             = aTheta0             ; return ; } ;
      void SetPhi0               ( G4double      aPhi0               ) { fPhi0               = aPhi0               ; return ; } ;
      void SetVolumeName         ( G4String      aVolumeName         ) { fVolumeName         = aVolumeName         ; return ; } ;
      void SetEkin               ( G4double      aEkin               ) { fEkin               = aEkin               ; return ; } ;
      void SetEdep               ( G4double      aEdep               ) { fEdep               = aEdep               ; return ; } ;
      void SetDose               ( G4double      aDose               ) { fDose               = aDose               ; return ; } ;
      void SetRangeTot           ( G4double      aRangeTot           ) { fRangeTot           = aRangeTot           ; return ; } ;
      void SetPosition           ( G4ThreeVector aPosition           ) { fPosition           = aPosition           ; return ; } ;
      void SetRx                 ( G4double      aRx                 ) { fRx                 = aRx                 ; return ; } ;
      void SetRy                 ( G4double      aRy                 ) { fRy                 = aRy                 ; return ; } ;
      void SetRz                 ( G4double      aRz                 ) { fRz                 = aRz                 ; return ; } ;
      void SetDirection          ( G4ThreeVector aDirection          ) { fDirection          = aDirection          ; return ; } ;
      void SetTheta              ( G4double      aTheta              ) { fTheta              = aTheta              ; return ; } ;
      void SetPhi                ( G4double      aPhi                ) { fPhi                = aPhi                ; return ; } ;
      void SetGlobalTime         ( G4double      aGlobalTime         ) { fGlobalTime         = aGlobalTime         ; return ; } ;
      void SetLocalTime          ( G4double      aLocalTime          ) { fLocalTime          = aLocalTime          ; return ; } ;
      void SetWeight             ( G4double      aWeight             ) { fWeight             = aWeight             ; return ; } ;

      G4String      GetParticleName       () const { return (fParticleName      ) ; } ;
      G4int         GetZ                  () const { return (fZ                 ) ; } ;
      G4int         GetA                  () const { return (fA                 ) ; } ;
      G4int         GetTrackID            () const { return (fTrackID           ) ; } ;
      G4int         GetParentTrackID      () const { return (fParentTrackID     ) ; } ;
      G4String      GetCreatorProcessName () const { return (fCreatorProcessName) ; } ;
      G4double      GetEkin0              () const { return (fEkin0             ) ; } ;
      G4double      GetRx0                () const { return (fRx0               ) ; } ;
      G4double      GetRy0                () const { return (fRy0               ) ; } ;
      G4double      GetRz0                () const { return (fRz0               ) ; } ;
      G4double      GetTheta0             () const { return (fTheta0            ) ; } ;
      G4double      GetPhi0               () const { return (fPhi0              ) ; } ;
      G4String      GetVolumeName         () const { return (fVolumeName        ) ; } ;
      G4double      GetEkin               () const { return (fEkin              ) ; } ;
      G4double      GetEdep               () const { return (fEdep              ) ; } ;
      G4double      GetDose               () const { return (fDose              ) ; } ;
      G4double      GetRangeTot           () const { return (fRangeTot          ) ; } ;
      G4ThreeVector GetPosition           () const { return (fPosition          ) ; } ;
      G4double      GetRx                 () const { return (fRx                ) ; } ;
      G4double      GetRy                 () const { return (fRy                ) ; } ;
      G4double      GetRz                 () const { return (fRz                ) ; } ;
      G4ThreeVector GetDirection          () const { return (fDirection         ) ; } ;
      G4double      GetTheta              () const { return (fTheta             ) ; } ;
      G4double      GetPhi                () const { return (fPhi               ) ; } ;
      G4double      GetGlobalTime         () const { return (fGlobalTime        ) ; } ;
      G4double      GetLocalTime          () const { return (fLocalTime         ) ; } ;
      G4double      GetWeight             () const { return (fWeight            ) ; } ;
            
} ;  


typedef G4THitsCollection<TStandard_Hit> THitsCollection ;  
extern G4Allocator<TStandard_Hit> gHitAllocator ;  
inline void* TStandard_Hit::operator new    (size_t)     { return ( (void *) gHitAllocator.MallocSingle() ) ; }
inline void  TStandard_Hit::operator delete (void *aHit) { gHitAllocator.FreeSingle( (TStandard_Hit*) aHit )  ; }


#endif

Copyright: Mathieu Trocmé, Sun 4 Oct 2009 (CeCILL license)