1 | // |
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2 | // ******************************************************************** |
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3 | // * License and Disclaimer * |
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4 | // * * |
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6 | // * the Geant4 Collaboration. It is provided under the terms and * |
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8 | // * LICENSE and available at http://cern.ch/geant4/license . These * |
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9 | // * include a list of copyright holders. * |
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10 | // * * |
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11 | // * Neither the authors of this software system, nor their employing * |
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12 | // * institutes,nor the agencies providing financial support for this * |
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13 | // * work make any representation or warranty, express or implied, * |
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14 | // * regarding this software system or assume any liability for its * |
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15 | // * use. Please see the license in the file LICENSE and URL above * |
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16 | // * for the full disclaimer and the limitation of liability. * |
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17 | // * * |
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18 | // * This code implementation is the result of the scientific and * |
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19 | // * technical work of the GEANT4 collaboration. * |
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20 | // * By using, copying, modifying or distributing the software (or * |
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21 | // * any work based on the software) you agree to acknowledge its * |
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22 | // * use in resulting scientific publications, and indicate your * |
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23 | // * acceptance of all terms of the Geant4 Software license. * |
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24 | // ******************************************************************** |
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25 | // |
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26 | // Rich advanced example for Geant4 |
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27 | // RichTbGeometryParameters.hh for Rich of LHCb |
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28 | // History: |
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29 | // Created: Sajan Easo (Sajan.Easo@cern.ch) |
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30 | // Revision and changes: Patricia Mendez (Patricia.Mendez@cern.ch) |
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31 | ///////////////////////////////////////////////////////////////////////////// |
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32 | #ifndef RichTbGeometryParameters_h |
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33 | #define RichTbGeometryParameters_h 1 |
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34 | |
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35 | #include "globals.hh" |
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36 | #include "AerogelTypeSpec.hh" |
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37 | #include <cmath> |
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38 | extern void InitializeRichTbGeometry(); |
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39 | extern G4double GetCurAerogelLength(G4int); |
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40 | // |
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41 | // |
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42 | static const G4double sqroot3=std::pow(3.0,0.5); |
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43 | |
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44 | //Size of the LHCb Rich Testbeam Hall. |
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45 | static const G4double ExpHallHalfX=4000.0*mm; |
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46 | static const G4double ExpHallHalfY=4000.0*mm; |
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47 | static const G4double ExpHallHalfZ=8000.0*mm; |
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48 | // The Hall is kept at the orgin of the coord system. |
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49 | // The coord system has +z along the beam direction and +y |
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50 | // going upwards. |
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51 | // |
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52 | //Now for the Vessel |
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53 | static const G4double VesselInnerRad=0.0*mm; |
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54 | static const G4double VesselOuterRad=275.0*mm; |
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55 | static const G4double VesselHalfZ=540.0*mm; |
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56 | static const G4double VesselStartPhi=0.0*rad; |
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57 | static const G4double VesselDelPhi=twopi*rad; |
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58 | static const G4double VesselPosX=0.0*mm; |
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59 | static const G4double VesselPosY=0.0*mm; |
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60 | static const G4double VesselPosZ=VesselHalfZ; |
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61 | |
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62 | //Now for the box containing the aerogel sample. |
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63 | static const G4double RadFrameHalfX=55.0*mm; |
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64 | static const G4double RadFrameHalfY=55.0*mm; |
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65 | static const G4double RadFrameHalfZ=55.0*mm; |
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66 | static const G4double RadFramePosX=0.0*mm; |
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67 | static const G4double RadFramePosY=0.0*mm; |
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68 | //The following are the Z positons of start of the radiator frame |
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69 | // and aerogel tiles. |
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70 | static const G4double RadFrameGenStartZ=185.0*mm; |
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71 | static const G4double AgelTileGenStartZ=190.0*mm; |
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72 | static const G4double RadFramePosZ= |
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73 | RadFrameGenStartZ+RadFrameHalfZ-VesselHalfZ; |
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74 | // Now for the aerogel blocks. They are made to start at 190mm from the |
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75 | // upstream edge of the box. |
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76 | // The following are dimensioned to MaxNumberOfAerogelTiles which |
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77 | // from the AerogelTypeSpec.hh file |
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78 | // |
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79 | //Now for the window of the radframe at its upstream and downstream |
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80 | // ends. |
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81 | // |
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82 | static const G4double RadHoldUpHalfX=50.0*mm; |
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83 | static const G4double RadHoldUpHalfY=50.0*mm; |
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84 | static const G4double RadHoldUpHalfZ=1.0*mm; |
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85 | static const G4double RadHoldUpPosX=0.0*mm; |
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86 | static const G4double RadHoldUpPosY=0.0*mm; |
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87 | static const G4double RadHoldUpPosZ=-RadFrameHalfZ+ RadHoldUpHalfZ; |
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88 | static const G4double RadWinUpOuterRad=40.0*mm; |
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89 | static const G4double RadWinUpInnerRad=0.0*mm; |
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90 | static const G4double RadWinUpHalfZ= RadHoldUpHalfZ+5.0*mm; |
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91 | static const G4double RadWinUpStartPhi=0.0*rad; |
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92 | static const G4double RadWinUpDelPhi=twopi*rad; |
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93 | static const G4double RadWinUpShiftX=0.0*mm; |
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94 | static const G4double RadWinUpShiftY=0.0*mm; |
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95 | static const G4double RadWinUpShiftZ=0.0*mm; |
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96 | // |
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97 | static const G4double RadHoldDnHalfX=50.0*mm; |
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98 | static const G4double RadHoldDnHalfY=50.0*mm; |
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99 | static const G4double RadHoldDnHalfZ=1.0*mm; |
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100 | static const G4double RadHoldDnPosX=0.0*mm; |
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101 | static const G4double RadHoldDnPosY=0.0*mm; |
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102 | static const G4double RadHoldDnShiftZ=15.0*mm; |
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103 | static const G4double RadHoldDnPosZ=RadFrameHalfZ- |
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104 | RadHoldDnShiftZ- RadHoldDnHalfZ; |
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105 | static const G4double RadWinDnOuterRad=40.0*mm; |
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106 | static const G4double RadWinDnInnerRad=0.0*mm; |
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107 | static const G4double RadWinDnHalfZ= RadHoldDnHalfZ+5.0*mm; |
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108 | static const G4double RadWinDnStartPhi=0.0*rad; |
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109 | static const G4double RadWinDnDelPhi=twopi*rad; |
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110 | static const G4double RadWinDnShiftX=0.0*mm; |
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111 | static const G4double RadWinDnShiftY=0.0*mm; |
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112 | static const G4double RadWinDnShiftZ=0.0*mm; |
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113 | // the following three variables are for each of the aerogel types. |
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114 | // In the G4example only 1 type is simply repeated 5 times. |
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115 | static const G4double AgelHalfX[]={35.0*mm,35.0*mm,35.0*mm,35.0*mm,35.0*mm}; |
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116 | static const G4double AgelHalfY[]={40.0*mm,40.0*mm,40.0*mm,40.0*mm,40.0*mm}; |
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117 | static const G4double AgelHalfZ[]={20.0*mm,20.0*mm,20.0*mm,20.0*mm,20.0*mm}; |
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118 | // The following 2 variables are for each tile. |
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119 | // for now no shifts forseen in the XY direction. |
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120 | static const G4double AgelPosX[]={0.0*mm,0.0*mm,0.0*mm,0.0*mm,0.0*mm}; |
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121 | static const G4double AgelPosY[]={0.0*mm,0.0*mm,0.0*mm,0.0*mm,0.0*mm}; |
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122 | static const G4double AgelStartZ= |
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123 | AgelTileGenStartZ-RadFrameGenStartZ-RadFrameHalfZ; |
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124 | static const G4double TotalAgelThickness=80.0*mm; |
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125 | static const G4double AgelTileGapZ=1.0*mm; |
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126 | static const G4double AgelEndZ= AgelStartZ+TotalAgelThickness+AgelTileGapZ; |
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127 | |
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128 | |
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129 | //Now for the wraps above and below the aerogel tiles. |
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130 | static const G4double AgelWrapTopHalfX[]= |
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131 | {35.0*mm,35.0*mm,35.0*mm,35.0*mm,35.0*mm}; |
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132 | static const G4double AgelWrapTopHalfY[]= |
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133 | {1.0*mm,1.0*mm,1.0*mm,1.0*mm,1.0*mm}; |
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134 | static const G4double AgelWrapTopHalfZ[]= |
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135 | {20.0*mm,20.0*mm,20.0*mm,20.0*mm,20.0*mm}; |
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136 | |
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137 | static const G4double AgelWrapTopPosX[]= |
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138 | {0.0*mm,0.0*mm,0.0*mm,0.0*mm,0.0*mm}; |
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139 | |
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140 | static const G4double AgelWrapBotHalfX[]= |
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141 | {35.0*mm,35.0*mm,35.0*mm,35.0*mm,35.0*mm}; |
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142 | static const G4double AgelWrapBotHalfY[]= |
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143 | {1.0*mm,1.0*mm,1.0*mm,1.0*mm,1.0*mm}; |
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144 | static const G4double AgelWrapBotHalfZ[]= |
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145 | {20.0*mm,20.0*mm,20.0*mm,20.0*mm,20.0*mm}; |
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146 | |
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147 | static const G4double AgelWrapBotPosX[]= |
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148 | {0.0*mm,0.0*mm,0.0*mm,0.0*mm,0.0*mm}; |
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149 | // in the G4Example only 1 type of filter is used. |
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150 | static const G4double FilterHalfX=53.0*mm; |
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151 | static const G4double FilterHalfY=53.0*mm; |
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152 | static const G4double GlassD263HalfZ=0.15*mm; |
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153 | static const G4double FilterHalfZArray[]={GlassD263HalfZ, GlassD263HalfZ, |
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154 | GlassD263HalfZ, GlassD263HalfZ, GlassD263HalfZ, GlassD263HalfZ }; |
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155 | // have a nominal value for the filter thickness. |
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156 | static const G4double FilterHalfZNominal= GlassD263HalfZ; |
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157 | static const G4double FilterPosX=0.0*mm; |
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158 | static const G4double FilterPosY=0.0*mm; |
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159 | //gap between aerogel and Filter in Z. |
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160 | static const G4double FilterAgelGapZ=2.5*mm; |
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161 | //nominal value for the Filter position |
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162 | static const G4double FilterPosZNominal= |
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163 | AgelEndZ+FilterAgelGapZ+ FilterHalfZNominal; |
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164 | //Now for the mirror |
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165 | // |
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166 | static const G4double MirrorRInner=1185.0*mm; |
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167 | static const G4double MirrorROuter=1191.0*mm; |
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168 | static const G4double MirrorHorizontalChord=350.0*mm; |
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169 | static const G4double MirrorVerticalChord=290.0*mm; |
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170 | // the following is 600+117+6 mm. |
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171 | // here 121 is the hpd Q window outer Z and 6 is the |
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172 | // thickness of the mirror |
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173 | // static const G4double MirrorShiftFromEnd=707.0*mm; |
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174 | static const G4double MirrorShiftFromEnd=723.0*mm; |
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175 | static const G4double MirrorNominalPosZ=MirrorShiftFromEnd-VesselHalfZ |
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176 | -MirrorRInner; |
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177 | static const G4double MirrorNominalRotX=0.0*rad; |
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178 | static const G4double MirrorNominalRotY=0.0*rad; |
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179 | |
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180 | //Now for each of the HPDs. |
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181 | // First the size of each part. |
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182 | static const G4double HpdMasterRad=64.00*mm; |
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183 | //static const G4double HpdMasterHalfZ=55.0*mm; |
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184 | static const G4double HpdMasterHalfZ=60.0*mm; |
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185 | static const G4double HpdEnvelopeLargeTubeInnerRad=58.5*mm; |
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186 | static const G4double HpdEnvelopeLargeTubeOuterRad=63.5*mm; |
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187 | //static const G4double HpdEnvelopeLargeTubeHalfZ=8.73*mm; |
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188 | static const G4double HpdEnvelopeLargeTubeHalfZ=11.0*mm; |
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189 | static const G4double HpdEnvelopeConeHalfZ=20.0*mm; |
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190 | static const G4double HpdEnvelopeSmallTubeHalfZ=10.0*mm; |
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191 | static const G4double HpdEnvelopeSmallTubeInnerRad=35.0*mm; |
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192 | static const G4double HpdEnvelopeSmallTubeOuterRad=40.0*mm; |
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193 | static const G4double HpdEnvelopeConeOuterR2=HpdEnvelopeLargeTubeOuterRad; |
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194 | static const G4double HpdEnvelopeConeInnerR2=HpdEnvelopeLargeTubeInnerRad; |
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195 | static const G4double HpdEnvelopeConeOuterR1=HpdEnvelopeSmallTubeOuterRad; |
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196 | static const G4double HpdEnvelopeConeInnerR1=HpdEnvelopeSmallTubeInnerRad; |
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197 | // |
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198 | static const G4double HpdEnvelopeEndCapRad=HpdEnvelopeSmallTubeOuterRad; |
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199 | static const G4double HpdEnvelopeEndCapHalfZ=2.5*mm; |
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200 | static const G4double HpdQuartzWindowThickness=4.0*mm; |
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201 | static const G4double HpdQuarzWindowROuter=100.0*mm; |
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202 | static const G4double HpdQuarzWindowRInner= HpdQuarzWindowROuter |
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203 | -HpdQuartzWindowThickness; |
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204 | static const G4double PhotoCathodeThickness=0.00004*mm; |
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205 | static const G4double HpdPhCathodeROuter= HpdQuarzWindowRInner; |
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206 | static const G4double HpdPhCathodeRInner= |
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207 | HpdQuarzWindowRInner - PhotoCathodeThickness; |
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208 | // The following obtained by arcsin(63.5/100) |
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209 | static const G4double HpdQuartzWThetaSize=0.6880*rad; |
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210 | // The following obtained by arcsin(57/(100-4)) |
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211 | static const G4double HpdPhCathodeThetaSize=0.6357*rad; |
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212 | |
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213 | // For defining cylinders and spherical segment.. |
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214 | static const G4double HpdMasterInnerRad=0.0*mm; |
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215 | static const G4double HpdMasterStartPhi=0.0*rad; |
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216 | static const G4double HpdMasterEndPhi=twopi*rad; |
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217 | |
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218 | static const G4double HpdEnvelopeLargeTubeStartPhi=0.0*rad; |
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219 | static const G4double HpdEnvelopeLargeTubeEndPhi=twopi*rad; |
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220 | |
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221 | static const G4double HpdEnvelopeConeStartPhi=0.0*rad; |
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222 | static const G4double HpdEnvelopeConeEndPhi=twopi*rad; |
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223 | |
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224 | |
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225 | static const G4double HpdEnvelopeSmallTubeStartPhi=0.0*rad; |
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226 | static const G4double HpdEnvelopeSmallTubeEndPhi=twopi*rad; |
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227 | |
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228 | static const G4double HpdEnvelopeEndCapInnerRad=0.0*mm; |
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229 | static const G4double HpdEnvelopeEndCapStartPhi=0.0*rad; |
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230 | static const G4double HpdEnvelopeEndCapEndPhi=twopi*rad; |
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231 | |
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232 | static const G4double HpdQuartzWPhiSize=twopi*rad; |
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233 | static const G4double HpdQuartzWStartTheta=0.0*rad; |
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234 | static const G4double HpdQuartzWStartPhi=0.0*rad; |
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235 | static const G4double HpdPhCathodePhiSize=twopi*rad; |
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236 | static const G4double HpdPhCathodeStartTheta=0.0*rad; |
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237 | static const G4double HpdPhCathodeStartPhi=0.0*rad; |
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238 | // Z locations of the various parts. |
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239 | static const G4double HpdQuartzPartFromEndZ=4.0*mm; |
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240 | //static const G4double HpdEnvelopePartFromEndZ=18.0*mm; |
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241 | // The following obtained by requiring 100-std::sqrt(100*100-63.5*63.5)=22.75 |
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242 | // for the quartz region in Z. The total is 22.75+4+4=30.75. |
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243 | static const G4double HpdEnvelopePartFromEndZ=30.75*mm; |
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244 | static const G4double HpdPhotoCathodeSiZdist=100.0*mm; |
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245 | |
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246 | |
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247 | //Silicon detector inside the HPD |
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248 | static const G4int NumberOfSiDetSectors=16; |
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249 | // Now for each one of the sector. |
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250 | // In the following the 0.0001 is to avoid graphics from crashing |
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251 | // for zero length of a triangle made from a trapozoid. |
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252 | |
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253 | static const G4double SiSectAngSize=(22.5*pi/180)*rad; |
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254 | static const G4double SiSectAngHalfSize=SiSectAngSize/2.0; |
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255 | static const G4double SiSectHeight=25.0*mm; |
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256 | static const G4double SiSectSide= SiSectHeight/std::cos(SiSectAngHalfSize); |
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257 | static const G4double SiSectHalfMoonGap=0.0*mm; |
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258 | static const G4double SiSectTrapHalfY1=0.15*mm; // halfthickness of Si. |
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259 | static const G4double SiSectTrapHalfY2= SiSectTrapHalfY1; |
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260 | static const G4double SiSectTrapHalfX1=0.0001*mm; |
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261 | static const G4double SiSectTrapHalfX2 = SiSectHeight*std::tan(SiSectAngHalfSize); |
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262 | static const G4double SiSectTrapHalfZ = SiSectHeight/2.0 ; |
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263 | static const G4double SiSectRotX=(90*pi/180)*rad; |
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264 | static const G4double SiSectAngStart=(pi/2.0)*rad-SiSectAngSize/2.0; |
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265 | // SiSectPosX and SiSectPosY are calculated in the cc file. |
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266 | static const G4double SiSectPosZ= |
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267 | HpdMasterHalfZ-HpdQuartzPartFromEndZ- |
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268 | HpdQuartzWindowThickness-HpdPhotoCathodeSiZdist; |
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269 | // |
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270 | // |
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271 | //Now for the coating on the Silicon surface. |
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272 | static const G4double SiSectCoatingAngSize=SiSectAngSize; |
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273 | static const G4double SiSectCoatingAngHalfSize=SiSectAngSize/2.0; |
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274 | static const G4double SiSectCoatingSide=SiSectSide; |
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275 | static const G4double SiSectCoatingHalfMoonGap=SiSectHalfMoonGap; |
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276 | static const G4double SiSectCoatingTrapHalfY1=0.05*mm; // SiCoating HalfThick. |
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277 | static const G4double SiSectCoatingTrapHalfY2= SiSectCoatingTrapHalfY1; |
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278 | static const G4double SiSectCoatingTrapHalfX1= SiSectTrapHalfX1; |
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279 | static const G4double SiSectCoatingTrapHalfX2= SiSectTrapHalfX2; |
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280 | static const G4double SiSectCoatingTrapHalfZ= SiSectTrapHalfZ; |
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281 | static const G4double SiSectCoatingRotX=SiSectRotX; |
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282 | static const G4double SiSectCoatingAngStart=SiSectAngStart; |
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283 | // SiSectCoatingPosX and SiSectCoatingPosY are calculated in the cc file. |
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284 | static const G4double SiSectCoatingPosZ = |
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285 | SiSectPosZ + SiSectTrapHalfY1+SiSectCoatingTrapHalfY1; |
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286 | // |
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287 | // |
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288 | static const G4double XsizePix=1.0*mm; |
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289 | static const G4double YsizePix=1.0*mm; |
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290 | static const G4double YsizeBigPix=2.0*mm; |
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291 | // the number of the big pixel in the pixel map on the web=59, hence |
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292 | // in the c++ array 58 since the array start from 0. |
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293 | static const G4int BigPixelNum=58; |
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294 | //Silicon pixels inside the Silicon detector. |
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295 | static const G4double SiPixelHalfY= SiSectTrapHalfY1; |
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296 | static const G4double SiPixelHalfX= XsizePix/2.0; |
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297 | static const G4double SiPixelHalfZ= YsizePix/2.0; |
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298 | // now for the big pixel at the centre of the hpd. |
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299 | static const G4double SiBigPixelHalfZ=YsizeBigPix/2.0; |
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300 | //Now for their relative locations |
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301 | static const G4double HpdEnvelopeLargeTubePosX=0.0*mm; |
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302 | static const G4double HpdEnvelopeLargeTubePosY=0.0*mm; |
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303 | static const G4double HpdEnvelopeLargeTubePosZ= |
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304 | HpdMasterHalfZ-HpdEnvelopePartFromEndZ-HpdEnvelopeLargeTubeHalfZ; |
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305 | |
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306 | static const G4double HpdEnvelopeConeShiftX=0.0*mm; |
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307 | static const G4double HpdEnvelopeConeShiftY=0.0*mm; |
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308 | static const G4double HpdEnvelopeConeShiftZ= |
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309 | -(HpdEnvelopeLargeTubeHalfZ+HpdEnvelopeConeHalfZ); |
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310 | |
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311 | static const G4double HpdEnvelopeSmallTubeShiftX=0.0*mm; |
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312 | static const G4double HpdEnvelopeSmallTubeShiftY=0.0*mm; |
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313 | static const G4double HpdEnvelopeSmallTubeShiftZ= |
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314 | -(HpdEnvelopeLargeTubeHalfZ+2*HpdEnvelopeConeHalfZ+ |
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315 | HpdEnvelopeSmallTubeHalfZ); |
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316 | static const G4double HpdEnvelopeEndCapShiftX=0.0*mm; |
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317 | static const G4double HpdEnvelopeEndCapShiftY=0.0*mm; |
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318 | static const G4double HpdEnvelopeEndCapShiftZ= |
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319 | -(HpdEnvelopeLargeTubeHalfZ+2*HpdEnvelopeConeHalfZ+ |
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320 | 2*HpdEnvelopeSmallTubeHalfZ+HpdEnvelopeEndCapHalfZ); |
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321 | |
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322 | static const G4double HpdQuartzWPosX=0.0*mm; |
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323 | static const G4double HpdQuartzWPosY=0.0*mm; |
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324 | static const G4double HpdQuartzWPosZ= |
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325 | HpdMasterHalfZ- HpdQuartzPartFromEndZ-HpdQuarzWindowROuter; |
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326 | |
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327 | static const G4double HpdPhCathodePosX=0.0*mm; |
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328 | static const G4double HpdPhCathodePosY=0.0*mm; |
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329 | static const G4double HpdPhCathodePosZ= HpdQuartzWPosZ; |
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330 | |
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331 | |
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332 | //Placement of the Hpd Si pixels in the Hpd Si Sector. |
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333 | static const G4int NumberOfPadHpdSiPixels=128; |
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334 | static const G4int MaxNumberOfPixRow=24; |
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335 | static const G4int MaxNumberOfPixCol=10; |
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336 | extern G4double PixRowNumSect[NumberOfPadHpdSiPixels]; |
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337 | extern G4double PixColNumSect[NumberOfPadHpdSiPixels]; |
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338 | extern G4bool PixelAtSectEdge[NumberOfPadHpdSiPixels]; |
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339 | // the following is for the rows after the central big pixel. |
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340 | // the central pixel is at row 0. |
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341 | // the others start from row number start at 1. |
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342 | // the following is 1 mm in the current setup. |
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343 | static const G4double RowInitPointBigPixel= SiSectTrapHalfZ*2.0 |
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344 | -(MaxNumberOfPixRow-1) * YsizePix |
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345 | - YsizeBigPix/2.0; |
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346 | // the following is 1.5 mm in the current setup. |
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347 | static const G4double RowInitPoint= SiSectTrapHalfZ*2.0 |
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348 | -(MaxNumberOfPixRow-1) * YsizePix |
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349 | - YsizePix/2.0; |
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350 | //The follwing two variables are defined in the cc file for this |
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351 | //include file as part of the class declared below. Since the |
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352 | // Si det plane is in the XZ plane, a swap of Y->Z and Z->Y is done |
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353 | // while positioning the Si Pixel. |
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354 | static const G4double HpdSiPixPosZ=0.0*mm; |
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355 | #ifndef RichTbPadHpdSiPixPos_h |
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356 | #define RichTbPadHpdSiPixPos_h 1 |
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357 | class RichTbPadHpdSiPixPos{ |
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358 | public: |
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359 | RichTbPadHpdSiPixPos(G4int); |
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360 | virtual ~RichTbPadHpdSiPixPos(); |
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361 | G4double getPadHpdSiPixPosX() {return PadHpdSiPixPosX;} |
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362 | G4double getPadHpdSiPixPosY() {return PadHpdSiPixPosY;} |
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363 | G4double getCurrentPixelnum(){return icurpixel;} |
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364 | private: |
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365 | G4double PadHpdSiPixPosX; |
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366 | G4double PadHpdSiPixPosY; |
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367 | G4int icurpixel; |
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368 | }; |
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369 | #endif |
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370 | |
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371 | //Placement of all the HPDs. |
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372 | |
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373 | static const G4int NumberOfHpds=4; |
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374 | static const G4double HpdPosRad=146.5*mm; |
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375 | static const G4double HpdZfromEnd=HpdMasterHalfZ-VesselPosZ+1.0*mm; |
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376 | |
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377 | static const G4double HpdMasterPosX[NumberOfHpds]= |
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378 | {HpdPosRad,0.0*mm,-HpdPosRad,0.0*mm}; |
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379 | static const G4double HpdMasterPosY[NumberOfHpds]= |
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380 | {0.0*mm,-HpdPosRad,0.0*mm,HpdPosRad}; |
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381 | static const G4double HpdMasterPosZ[NumberOfHpds]= |
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382 | {HpdZfromEnd,HpdZfromEnd,HpdZfromEnd,HpdZfromEnd}; |
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383 | //rot1 version of hpd rotations. |
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384 | static const G4double HpdMasterRotZ[NumberOfHpds]= |
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385 | {0.0*rad,(69.5*pi/180.0)*rad,(22.5*pi/180.0)*rad,(7.5*pi/180.0)*rad}; |
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386 | // |
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387 | // |
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388 | #endif |
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389 | |
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390 | |
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391 | |
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392 | |
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393 | |
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394 | |
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395 | |
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