| Geant4 Cross Reference |
1 // Copyright (C) 2010, Guy Barrand. All rights reserved.
2 // See the file tools.license for terms.
3
4 #ifndef tools_sg_rep
5 #define tools_sg_rep
6
7 namespace tools {
8 namespace sg {
9
10 class rep_bin1D {
11 public:
12 rep_bin1D()
13 :m_x_min(0),m_x_max(0)
14 ,m_v_min(0),m_val(0)
15 ,m_ratio(0)
16 //,fSeparator(0)
17 {}
18
19 rep_bin1D(float aXmin,float aXmax,float aVmin,float aVal)
20 :m_x_min(aXmin),m_x_max(aXmax)
21 ,m_v_min(aVmin),m_val(aVal)
22 ,m_ratio(0)
23 //,fSeparator(0)
24 {}
25 public:
26 rep_bin1D(const rep_bin1D& a_from)
27 :m_x_min(a_from.m_x_min),m_x_max(a_from.m_x_max)
28 ,m_v_min(a_from.m_v_min),m_val(a_from.m_val)
29 ,m_ratio(a_from.m_ratio)
30 //,fSeparator(0)
31 {}
32 rep_bin1D& operator=(const rep_bin1D& a_from){
33 m_x_min = a_from.m_x_min;
34 m_x_max = a_from.m_x_max;
35 m_v_min = a_from.m_v_min;
36 m_val = a_from.m_val;
37 m_ratio = a_from.m_ratio;
38 return *this;
39 }
40 public:
41 float m_x_min;
42 float m_x_max;
43 float m_v_min;
44 float m_val;
45 float m_ratio;
46 //SoSeparator* fSeparator;
47 };
48
49 class rep_bin2D {
50 public:
51 rep_bin2D()
52 :m_x_min(0),m_x_max(0)
53 ,m_y_min(0),m_y_max(0)
54 ,m_val(0),m_ratio(0)
55 ,fI(0),fJ(0){}
56
57 rep_bin2D(float aXmin,float aXmax,
58 float aYmin,float aYmax,
59 float aVal,int aI,int aJ)
60 :m_x_min(aXmin),m_x_max(aXmax)
61 ,m_y_min(aYmin),m_y_max(aYmax)
62 ,m_val(aVal)
63 ,m_ratio(0)
64 ,fI(aI),fJ(aJ)
65 {}
66 public:
67 float m_x_min;
68 float m_x_max;
69 float m_y_min;
70 float m_y_max;
71 float m_val;
72 float m_ratio;
73 int fI;
74 int fJ;
75 };
76
77 class rep_top_face2D {
78 public:
79 rep_top_face2D()
80 :m_x_min(0),m_x_max(0)
81 ,m_y_min(0),m_y_max(0)
82 ,m_v1(0),m_v2(0),m_v3(0),m_v4(0)
83 ,m_ratio(0)
84 {}
85
86 rep_top_face2D(float a_xmin,float a_xmax,
87 float a_ymin,float a_ymax,
88 float a_v1,float a_v2,float a_v3,float a_v4)
89 :m_x_min(a_xmin),m_x_max(a_xmax)
90 ,m_y_min(a_ymin),m_y_max(a_ymax)
91 ,m_v1(a_v1),m_v2(a_v2),m_v3(a_v3),m_v4(a_v4)
92 ,m_ratio(0)
93 {}
94
95 rep_top_face2D(const rep_top_face2D& a_from)
96 :m_x_min(a_from.m_x_min),m_x_max(a_from.m_x_max)
97 ,m_y_min(a_from.m_y_min),m_y_max(a_from.m_y_max)
98 ,m_v1(a_from.m_v1),m_v2(a_from.m_v2),m_v3(a_from.m_v3),m_v4(a_from.m_v4)
99 ,m_ratio(a_from.m_ratio)
100 {}
101
102 rep_top_face2D& operator=(const rep_top_face2D& a_from){
103 m_x_min = a_from.m_x_min;
104 m_x_max = a_from.m_x_max;
105 m_y_min = a_from.m_y_min;
106 m_y_max = a_from.m_y_max;
107 m_v1 = a_from.m_v1;
108 m_v2 = a_from.m_v2;
109 m_v3 = a_from.m_v3;
110 m_v4 = a_from.m_v4;
111 m_ratio = a_from.m_ratio;
112 return *this;
113 }
114 public:
115 float m_x_min;
116 float m_x_max;
117 float m_y_min;
118 float m_y_max;
119 float m_v1;
120 float m_v2;
121 float m_v3;
122 float m_v4;
123 float m_ratio;
124 };
125
126 class rep_box {
127 public:
128 rep_box(float a_pos,float a_width,bool a_log)
129 :m_pos(a_pos),m_width(a_width),m_log(a_log){}
130
131 rep_box(const rep_box& a_from)
132 :m_pos(a_from.m_pos),m_width(a_from.m_width),m_log(a_from.m_log){}
133
134 rep_box& operator=(const rep_box& a_from) {
135 m_pos = a_from.m_pos;
136 m_width = a_from.m_width;
137 m_log = a_from.m_log;
138 return *this;
139 }
140 public:
141 float m_pos;
142 float m_width;
143 bool m_log;
144 };
145
146 }}
147
148 #endif