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26 // 26 //
27 /// \file optical/wls/include/WLSSteppingActio << 27 //
28 /// \brief Definition of the WLSSteppingAction <<
29 // 28 //
30 29
31 //....oooOO0OOooo........oooOO0OOooo........oo 30 //....oooOO0OOooo........oooOO0OOooo........oooOO0OOooo........oooOO0OOooo....
32 //....oooOO0OOooo........oooOO0OOooo........oo 31 //....oooOO0OOooo........oooOO0OOooo........oooOO0OOooo........oooOO0OOooo....
33 32
34 #ifndef WLSSteppingAction_h 33 #ifndef WLSSteppingAction_h
35 #define WLSSteppingAction_h 1 34 #define WLSSteppingAction_h 1
36 35
37 #include "G4Types.hh" <<
38 #include "G4UserSteppingAction.hh" 36 #include "G4UserSteppingAction.hh"
39 37
40 class WLSDetectorConstruction; 38 class WLSDetectorConstruction;
41 class WLSSteppingActionMessenger; 39 class WLSSteppingActionMessenger;
42 class WLSEventAction; <<
43 40
44 class G4OpBoundaryProcess; <<
45 class G4Track; 41 class G4Track;
46 class G4StepPoint; 42 class G4StepPoint;
47 43
>> 44 class G4OpBoundaryProcess;
>> 45
48 class WLSSteppingAction : public G4UserSteppin 46 class WLSSteppingAction : public G4UserSteppingAction
49 { 47 {
50 public: 48 public:
51 WLSSteppingAction(WLSDetectorConstruction* <<
52 ~WLSSteppingAction() override; <<
53 49
54 void UserSteppingAction(const G4Step*) ove << 50 WLSSteppingAction(WLSDetectorConstruction*);
>> 51 ~WLSSteppingAction();
55 52
>> 53 void UserSteppingAction(const G4Step*);
>> 54
56 // Set the bounce limit, 0 for no limit 55 // Set the bounce limit, 0 for no limit
57 void SetBounceLimit(G4int); << 56 void SetBounceLimit(G4int);
58 << 57
59 G4int GetNumberOfBounces(); 58 G4int GetNumberOfBounces();
60 G4int GetNumberOfClad1Bounces(); 59 G4int GetNumberOfClad1Bounces();
61 G4int GetNumberOfClad2Bounces(); 60 G4int GetNumberOfClad2Bounces();
62 G4int GetNumberOfWLSBounces(); 61 G4int GetNumberOfWLSBounces();
63 // return number of successful events and 62 // return number of successful events and reset the counter
64 G4int ResetSuccessCounter(); 63 G4int ResetSuccessCounter();
65 << 64
66 private: 65 private:
>> 66
67 // Artificially kill the photon after it h 67 // Artificially kill the photon after it has bounced more than this number
68 G4int fBounceLimit = 100000; << 68 G4int bounceLimit;
69 // number of photons that reach the end 69 // number of photons that reach the end
70 G4int fCounterEnd = 0; << 70 G4int counterEnd;
71 // number of photons that didn't make it t 71 // number of photons that didn't make it to the end
72 G4int fCounterMid = 0; << 72 G4int counterMid;
73 // total number of bounces that a photon b 73 // total number of bounces that a photon been through
74 G4int fCounterBounce = 0; << 74 G4int counterBounce;
75 // number of bounces that a photon been th 75 // number of bounces that a photon been through within the fibre
76 G4int fCounterWLSBounce = 0; << 76 G4int counterWLSBounce;
77 // number of bounces that a photon been th 77 // number of bounces that a photon been through from Cladding 1 to 2
78 G4int fCounterClad1Bounce = 0; << 78 G4int counterClad1Bounce;
79 // number of bounces that a photon been th 79 // number of bounces that a photon been through from Cladding 2 to World
80 G4int fCounterClad2Bounce = 0; << 80 G4int counterClad2Bounce;
81 81
>> 82 // The starting position of the photon
>> 83 G4double initZ;
82 // initial gamma of the photon 84 // initial gamma of the photon
83 G4double fInitGamma = -1.; << 85 G4double initGamma;
84 // initial theta of the photon 86 // initial theta of the photon
85 G4double fInitTheta = -1.; << 87 G4double initTheta;
>> 88
>> 89 G4OpBoundaryProcess* opProcess;
86 90
87 G4OpBoundaryProcess* fOpProcess = nullptr; << 91 // maximum number of save states
>> 92 static G4int maxRndmSave;
>> 93
>> 94 WLSDetectorConstruction* detector;
88 95
89 WLSDetectorConstruction* fDetector = nullp << 96 WLSSteppingActionMessenger* steppingMessenger;
90 WLSSteppingActionMessenger* fSteppingMesse <<
91 WLSEventAction* fEventAction = nullptr; <<
92 97
93 inline void ResetCounters() 98 inline void ResetCounters()
94 { << 99 {
95 fCounterBounce = 0; << 100 counterBounce = counterWLSBounce =
96 fCounterWLSBounce = 0; << 101 counterClad1Bounce = counterClad2Bounce = 0;
97 fCounterClad1Bounce = 0; << 102 initGamma = initTheta = -1;
98 fCounterClad2Bounce = 0; <<
99 fInitGamma = -1; <<
100 fInitTheta = -1; <<
101 } 103 }
>> 104
>> 105 void UpdateHistogramSuccess(G4StepPoint*, G4Track*);
>> 106 void UpdateHistogramReflect(G4StepPoint*, G4Track*);
>> 107 void UpdateHistogramEscape(G4StepPoint*, G4Track*);
>> 108 void UpdateHistogramAbsorb(G4StepPoint*, G4Track*);
>> 109
>> 110 // save the random status into a sub-directory
>> 111 // Pre: subDir must be empty or ended with "/"
>> 112 inline void saveRandomStatus(G4String subDir);
>> 113
102 }; 114 };
103 115
104 #endif 116 #endif
105 117