| Geant4 Cross Reference |
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24 // ******************************************* 21 // ********************************************************************
25 // 22 //
26 ////////////////////////////////////////////// 23 ///////////////////////////////////////////////////////////////////////////////
27 // File: CCalHit.h 24 // File: CCalHit.h
28 // Description: Hit class for Calorimeters (Ec 25 // Description: Hit class for Calorimeters (Ecal, Hcal, ...)
29 // 26 //
30 // One Hit object should be created 27 // One Hit object should be created
31 // -for each new particle entering the calorim 28 // -for each new particle entering the calorimeter
32 // -for each detector unit (= cristal or fiber 29 // -for each detector unit (= cristal or fiber or scintillator layer)
33 // -for each nanosecond of the shower developm 30 // -for each nanosecond of the shower development
34 // 31 //
35 // This implies that all hit objects created f 32 // This implies that all hit objects created for a given shower
36 // have the same value for 33 // have the same value for
37 // - Entry (= local coordinates of the entranc 34 // - Entry (= local coordinates of the entrance point of the particle
38 // in the unit where the shower sta 35 // in the unit where the shower starts)
39 // - the TrackID (= Identification number of t 36 // - the TrackID (= Identification number of the incident particle)
40 // - the IncidentEnergy (= energy of that part 37 // - the IncidentEnergy (= energy of that particle)
41 // 38 //
42 ////////////////////////////////////////////// 39 ///////////////////////////////////////////////////////////////////////////////
43 40
44 #ifndef CCalHit_h 41 #ifndef CCalHit_h
45 #define CCalHit_h 1 42 #define CCalHit_h 1
46 43
47 #include <iostream> 44 #include <iostream>
48 #include <CLHEP/Vector/ThreeVector.h> << 45 #include "CLHEP/Vector/ThreeVector.h"
49 #include "globals.hh" 46 #include "globals.hh"
50 47
51 48
52 class CCalHit { 49 class CCalHit {
53 50
54 friend std::ostream& operator<< (std::ostrea 51 friend std::ostream& operator<< (std::ostream&, const CCalHit&);
55 52
56 public: 53 public:
57 54
58 CCalHit(); 55 CCalHit();
59 ~CCalHit(); 56 ~CCalHit();
60 CCalHit(const CCalHit &right); 57 CCalHit(const CCalHit &right);
61 const CCalHit& operator=(const CCalHit &righ 58 const CCalHit& operator=(const CCalHit &right);
62 G4bool operator==(const CCalHit &){return fa << 59 int operator==(const CCalHit &){return 0;}
63 60
64 void print(); 61 void print();
65 62
66 public: 63 public:
67 64
68 CLHEP::Hep3Vector getEntry() const; << 65 Hep3Vector getEntry() const;
69 void setEntry(CLHEP::Hep3Vector xyz) << 66 void setEntry(Hep3Vector xyz);
70 67
71 G4double getIncidentEnergy() const; << 68 double getIncidentEnergy() const;
72 void setIncidentEnergy (G4double e); << 69 void setIncidentEnergy (double e);
73 70
74 G4int getTrackID() const; << 71 int getTrackID() const;
75 void setTrackID (G4int i); << 72 void setTrackID (int i);
76 73
77 unsigned int getUnitID() const; 74 unsigned int getUnitID() const;
78 void setUnitID (unsigned int i); 75 void setUnitID (unsigned int i);
79 76
80 G4double getTimeSlice() const; << 77 double getTimeSlice() const;
81 void setTimeSlice(G4double d); << 78 void setTimeSlice(double d);
82 G4int getTimeSliceID() const; << 79 int getTimeSliceID() const;
83 80
84 G4double getEnergyDeposit() const; << 81 double getEnergyDeposit() const;
85 void setEnergyDeposit(const G4double << 82 void setEnergyDeposit(const double e);
86 void addEnergyDeposit(const CCalHit& 83 void addEnergyDeposit(const CCalHit& aHit);
87 void addEnergyDeposit(const G4double << 84 void addEnergyDeposit(const double e);
88 85
89 private: 86 private:
90 87
91 CLHEP::Hep3Vector entry; // Entry p << 88 Hep3Vector entry; // Entry point
92 G4double theIncidentEnergy; // Energy << 89 double theIncidentEnergy; // Energy of the primary particle
93 G4int theTrackID; // Identif << 90 int theTrackID; // Identification number of the primary particle
94 unsigned int theUnitID; // Calorim << 91 unsigned int theUnitID; // Calorimeter Unit Number
95 G4double theTimeSlice; // Time Sl << 92 double theTimeSlice; // Time Slice Identification
96 G4double theEnergyDeposit; // Cumulat << 93 double theEnergyDeposit; // Cumulated Energy deposit
97 94
98 }; 95 };
99 96
100 #endif 97 #endif
101 98