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26 ////////////////////////////////////////////// 26 ///////////////////////////////////////////////////////////////////////////////
27 // File: CCalHcal.hh 27 // File: CCalHcal.hh
28 // Description: Equipped to construct the geom 28 // Description: Equipped to construct the geometry of the hadron calorimeter
29 ////////////////////////////////////////////// 29 ///////////////////////////////////////////////////////////////////////////////
30 #ifndef CCalHcal_h 30 #ifndef CCalHcal_h
31 #define CCalHcal_h 1 31 #define CCalHcal_h 1
32 32
33 #include "CCalDetector.hh" 33 #include "CCalDetector.hh"
34 34
35 class CCalHcal: public CCalDetector << 35 class CCalHcal: public CCalDetector {
36 { <<
37 public: 36 public:
38 //Constructor and Destructor 37 //Constructor and Destructor
39 CCalHcal(const G4String &name); 38 CCalHcal(const G4String &name);
40 virtual ~CCalHcal(); 39 virtual ~CCalHcal();
41 40
42 //Get Methods 41 //Get Methods
43 G4String getGenMat() co << 42 G4String getGenMat() const {return genMaterial;}
44 G4double getDy_2Cal() co << 43 double getDy_2Cal() const {return dy_2Cal;}
45 G4double getDx_2Cal() co << 44 double getDx_2Cal() const {return dx_2Cal;}
46 G4double getXposCal() co << 45 double getXposCal() const {return xposCal;}
47 G4String getBoxMat() co << 46 G4String getBoxMat() const {return boxMaterial;}
48 G4int getNBox() co << 47 int getNBox() const {return nBox;}
49 G4double getDy_2Box() co << 48 double getDy_2Box() const {return dy_2Box;}
50 G4double getDx_2Box() co << 49 double getDx_2Box() const {return dx_2Box;}
51 G4double getWallThickBox() co << 50 double getWallThickBox() const {return wallThickBox;}
52 G4double getXposBox(unsigned int i) co << 51 double getXposBox(unsigned int i) const {return xposBox[i];}
53 G4int getNLayerScnt() co << 52 int getNLayerScnt() const {return nLayerScnt;}
54 G4int getTypeScnt(unsigned int i) co << 53 int getTypeScnt(unsigned int i) const {return typeLayerScnt[i];}
55 G4int getMotherScnt(unsigned int i) co << 54 int getMotherScnt(unsigned int i) const {return mothLayerScnt[i];}
56 G4double getXposScnt(unsigned int i) co << 55 double getXposScnt(unsigned int i) const {return xposLayerScnt[i];}
57 G4int getNLayerAbs() co << 56 int getNLayerAbs() const {return nLayerAbs;}
58 G4int getTypeAbs(unsigned int i) co << 57 int getTypeAbs(unsigned int i) const {return typeLayerAbs[i];}
59 G4int getMotherAbs(unsigned int i) co << 58 int getMotherAbs(unsigned int i) const {return mothLayerAbs[i];}
60 G4double getXposAbs(unsigned int i) co << 59 double getXposAbs(unsigned int i) const {return xposLayerAbs[i];}
61 G4String getAbsMat() co << 60 G4String getAbsMat() const {return absMaterial;}
62 G4int getNAbsorber() co << 61 int getNAbsorber() const {return nAbsorber;}
63 G4double getDy_2Abs( ) co << 62 double getDy_2Abs( ) const {return dy_2Absorber;}
64 G4double getDx_2Abs(unsigned int i) co << 63 double getDx_2Abs(unsigned int i) const {return dx_2Absorber[i];}
65 G4String getScntMat() co << 64 G4String getScntMat() const {return scntMaterial;}
66 G4String getWrapMat() co << 65 G4String getWrapMat() const {return wrapMaterial;}
67 G4String getPlasMat() co << 66 G4String getPlasMat() const {return plasMaterial;}
68 G4int getNScintillator() co << 67 int getNScintillator() const {return nScintillator;}
69 G4double getDy_2ScntLay(unsigned int i) co << 68 double getDy_2ScntLay(unsigned int i) const {return dy_2ScntLayer[i];}
70 G4double getDx_2ScntLay(unsigned int i) co << 69 double getDx_2ScntLay(unsigned int i) const {return dx_2ScntLayer[i];}
71 G4double getDx_2Wrap(unsigned int i) co << 70 double getDx_2Wrap(unsigned int i) const {return dx_2Wrapper[i];}
72 G4double getDx_2FrontP(unsigned int i) co << 71 double getDx_2FrontP(unsigned int i) const {return dx_2FrontPlastic[i];}
73 G4double getDx_2BackP(unsigned int i) co << 72 double getDx_2BackP(unsigned int i) const {return dx_2BackPlastic[i];}
74 G4double getDx_2Scnt(unsigned int i) co << 73 double getDx_2Scnt(unsigned int i) const {return dx_2Scintillator[i];}
75 74
76 protected: 75 protected:
77 virtual G4int readFile() override; << 76 virtual int readFile();
78 virtual void constructDaughters() override; << 77 virtual void constructDaughters();
79 78
80 private: 79 private:
81 G4String genMaterial; //General << 80 G4String genMaterial; //General material
82 G4double dy_2Cal; //Half wi << 81 double dy_2Cal; //Half width of the Hcal
83 G4double dx_2Cal; //Half th << 82 double dx_2Cal; //Half thickness of the Hcal
84 G4double xposCal; //Positio << 83 double xposCal; //Position in mother
85 << 84
86 G4String boxMaterial; //Materia << 85 G4String boxMaterial; //Material of boxes
87 G4int nBox; //Number << 86 int nBox; //Number of boxes
88 G4double dy_2Box; //Half wi << 87 double dy_2Box; //Half width of the Boxes
89 G4double dx_2Box; //Half th << 88 double dx_2Box; //Half thickness of the Boxes
90 G4double wallThickBox; //Wall th << 89 double wallThickBox; //Wall thickness of the boxes
91 G4double* xposBox; //Positio << 90 double* xposBox; //Position in mother
92 << 91
93 G4int nLayerScnt; //Number << 92 int nLayerScnt; //Number of scintillator layers
94 G4int* typeLayerScnt; //Layer t << 93 int* typeLayerScnt; //Layer type
95 G4int* mothLayerScnt; //Mother << 94 int* mothLayerScnt; //Mother type
96 G4double* xposLayerScnt; //Positio << 95 double* xposLayerScnt; //Position in mother
97 << 96
98 G4int nLayerAbs; //Number << 97 int nLayerAbs; //Number of absorber layers
99 G4int* typeLayerAbs; //Layer t << 98 int* typeLayerAbs; //Layer type
100 G4int* mothLayerAbs; //Mother << 99 int* mothLayerAbs; //Mother type
101 G4double* xposLayerAbs; //Positio << 100 double* xposLayerAbs; //Position in mother
102 << 101
103 G4String absMaterial; //Materia << 102 G4String absMaterial; //Material of absorbers
104 G4int nAbsorber; //Number << 103 int nAbsorber; //Number of absorber types
105 G4double dy_2Absorber; //Half wi << 104 double dy_2Absorber; //Half width of the absorbers
106 G4double* dx_2Absorber; //Half th << 105 double* dx_2Absorber; //Half thickness of the absorbers
107 << 106
108 G4String scntMaterial; //Materia << 107 G4String scntMaterial; //Material of Scintillator
109 G4String wrapMaterial; //Materia << 108 G4String wrapMaterial; //Material of Wrapper
110 G4String plasMaterial; //Materia << 109 G4String plasMaterial; //Material of plastic cover
111 G4int nScintillator; //Number << 110 int nScintillator; //Number of scintillator types
112 G4double* dy_2ScntLayer; //Half wi << 111 double* dy_2ScntLayer; //Half width of scintillator layers
113 G4double* dx_2ScntLayer; //Half th << 112 double* dx_2ScntLayer; //Half thickness of scintillator layers
114 G4double* dx_2Wrapper; //Half th << 113 double* dx_2Wrapper; //Half thickness of wrappers
115 G4double* dx_2FrontPlastic; //Half th << 114 double* dx_2FrontPlastic; //Half thickness of front plastic
116 G4double* dx_2BackPlastic; //Half th << 115 double* dx_2BackPlastic; //Half thickness of back plastic
117 G4double* dx_2Scintillator; //Half th << 116 double* dx_2Scintillator; //Half thickness of scintillators
118 }; 117 };
119 118
120 #endif 119 #endif
121 120