#meta full request: /GEOMETRY/ForwardMWPC_HDDS.xml:0:mc_cpp:2022-04-06_08-46-01
#meta variation: mc_cpp
#meta created: 2022-04-06 08:46:01
#meta run range: 0 - 999999
#meta author: staylor

#update FMWPC positions

#& xml
<?xml version="1.0" encoding="UTF-8"?>
<!--DOCTYPE HDDS>

  Hall D Geometry Data Base: Forward MWPC for Charged Pion Polarizability
  **************************************************

     version 1.0: Initial version	-DL

     version 2.0: Modifications according to drawings from March 2021  -BZ
                  Really basic, needs improvment on the first absorber layer lead	          

By default this detector is not enabled in the standard Hall-D geometry in
HDDS. Here is how to enable it and the rest of the geometry changes needed
for the CPP experiment:

in main_HDDS.xml
=================
1. uncomment the line for the ForwardMWPC in the "forwardPackage" compisition

2. comment out the line for the ComptonEMcal in the "forwardPackage" compisition
   (since it occupies the same space)

3. 


 
<HDDS specification="v1.0" xmlns="http://www.gluex.org/hdds">
-->

<section name        = "ForwardMWPC"
         version     = "2.0"
         date        = "2021-03-17"
         author      = "B. Zihlmann"
         top_volume  = "HALL"
         specification = "v1.0">

<!-- Origin of ForwardMWPC is center of the first MWPC -->

 <composition name="ForwardMWPC">
   <posXYZ volume="CPA6"  X_Y_Z="0.0  0.0 -21.9975" />
   <posXYZ volume="CPA7"  X_Y_Z="0.0  0.0 -14.3575" />
   <posXYZ volume="CPN1"  X_Y_Z=" 5.47625 13.29 -12.6275" rot="90. 0.0 0.0"/>
   <posXYZ volume="CPN1"  X_Y_Z="-5.47625 13.29 -12.6275" rot="90. 0.0 0.0"/>
   <posXYZ volume="CPN1"  X_Y_Z=" 5.47625 -7.425 -12.6275" rot="90. 0.0 0.0"/>
   <posXYZ volume="CPN1"  X_Y_Z="-5.47625 -7.425 -12.6275" rot="90. 0.0 0.0"/>
   <posXYZ volume="CPN1"  X_Y_Z=" 5.47625 -11.64 -12.6275" rot="90. 0.0 0.0"/>
   <posXYZ volume="CPN1"  X_Y_Z="-5.47625 -11.64 -12.6275" rot="90. 0.0 0.0"/>
   <posXYZ volume="CPB1"  X_Y_Z=" 5.47625  9.5325  -12.6275" rot="90. 0.0 0.0"/>
   <posXYZ volume="CPB1"  X_Y_Z="-5.47625  9.5325  -12.6275" rot="90. 0.0 0.0"/>
   <posXYZ volume="CPB1"  X_Y_Z=" 5.47625 -9.5325  -12.6275" rot="90. 0.0 0.0"/>
   <posXYZ volume="CPB1"  X_Y_Z="-5.47625 -9.5325  -12.6275" rot="90. 0.0 0.0"/>
   <posXYZ volume="CPB2"  X_Y_Z=" 9.5235  4.0  -12.6275" rot="0. 90.0 0.0"/>
   <posXYZ volume="CPB2"  X_Y_Z=" 9.5235 -4.0  -12.6275" rot="0. 90.0 0.0"/>
   <posXYZ volume="CPB2"  X_Y_Z="-9.5235  4.0  -12.6275" rot="0. 90.0 0.0"/>
   <posXYZ volume="CPB2"  X_Y_Z="-9.5235 -4.0  -12.6275" rot="0. 90.0 0.0"/>
   <posXYZ volume="CPB3"  X_Y_Z=" 5.47625  14.115  -12.6275" rot="90. 0.0 0.0"/>
   <posXYZ volume="CPB3"  X_Y_Z="-5.47625  14.115  -12.6275" rot="90. 0.0 0.0"/>
   <posXYZ volume="CPB3"  X_Y_Z=" 5.47625 -14.115  -12.6275" rot="90. 0.0 0.0"/>
   <posXYZ volume="CPB3"  X_Y_Z="-5.47625 -14.115  -12.6275" rot="90. 0.0 0.0"/>
   <posXYZ volume="CPB4"  X_Y_Z=" 14.365  4.0  -12.6275" rot="0. 90.0 0.0"/>
   <posXYZ volume="CPB4"  X_Y_Z=" 14.365 -4.0  -12.6275" rot="0. 90.0 0.0"/>
   <posXYZ volume="CPB4"  X_Y_Z="-14.365  4.0  -12.6275" rot="0. 90.0 0.0"/>
   <posXYZ volume="CPB4"  X_Y_Z="-14.365 -4.0  -12.6275" rot="0. 90.0 0.0"/>

   <posXYZ volume="CPPAbsorber1" X_Y_Z="0.0  0.0   -9.2975" />
   <posXYZ volume="CPPChamber"   X_Y_Z="0.072  0.03  0.0" rot="-0.0033 0.0361 89.9945"> 
     <layer value="1" /> 
   </posXYZ>
   <posXYZ volume="CPA2" X_Y_Z="0.0  0.0  3.085" />
   <posXYZ volume="CPPChamber"   X_Y_Z="0.104  0.021  16.17" rot="0.0103 0.1391 0.0124"> 
     <layer value="2" /> 
   </posXYZ>
   <posXYZ volume="CPA3" X_Y_Z="0.0  0.0  19.2945" />
   <posXYZ volume="CPPChamber"   X_Y_Z="0.094  -0.01  37.419" rot="0.018 0.0389 89.9969"> 
     <layer value="3" /> 
   </posXYZ>
   <posXYZ volume="CPA4" X_Y_Z="0.0  0.0  40.7235" />
   <posXYZ volume="CPPChamber"   X_Y_Z="-0.21  0.005  79.028" rot="0.0052 -0.0369 -0.0141">
     <layer value="4" /> 
   </posXYZ>
   <posXYZ volume="CPA4" X_Y_Z="0.0  0.0 82.122" />
   <posXYZ volume="CPPChamber"   X_Y_Z="0.194  0.018 120.216" rot="-0.0176 -0.1322 89.9918">
     <layer value="5" /> 
   </posXYZ>
   <posXYZ volume="CPPChamber"   X_Y_Z="0.208 -0.033 129.502" rot="-0.0041 -0.1119 0.013">
     <layer value="6" /> 
   </posXYZ>
   
 </composition>

 <composition name="CPPAbsorber1" envelope="CPA5">
   <posXYZ volume="CPA1" X_Y_Z="0.0 0.0 0.635" /> 
 </composition>

 <composition name="CPPChamber" envelope="CPPF">
    <posXYZ volume="CPPWall" X_Y_Z="0.0 0.0 -1.815" />
    <posXYZ volume="CPPG" X_Y_Z="0.0 0.0 -1.0" />
    <posXYZ volume="CPPWireDeadeningRegion" X_Y_Z="0.0 0.0 0.0" rot="0.0 90.0 0.0"/>
    <posXYZ volume="CPPWall" X_Y_Z="0.0 0.0 1.815" />
 </composition>

 <composition name="CPPWall" envelope="CPPW">
    <posXYZ volume="CPPPlate" X_Y_Z="0.0 0.0 -0.735" />
    <posXYZ volume="CPH6" X_Y_Z="0.0 0.0 0.0" />
    <posXYZ volume="CPPPlate" X_Y_Z="0.0 0.0 0.735" />
 </composition>

 <composition name="CPPPlate" envelope="CPPP">
    <posXYZ volume="CPPH" X_Y_Z="0.0 0.0 0.0" />
 </composition>

 <composition name="CPPWireDeadeningRegion" envelope="CPDR">
   <posXYZ volume="CPWI" X_Y_Z="-0.99925 0.0 0.0" rot="0.0 90.0 0.0" />  
   <mposY volume="CPCT" ncopy="10" Z_X="0.0 0.0" Y0="-4.5" dY="1.0" />
   <posXYZ volume="CPWI" X_Y_Z="+0.99925 0.0 0.0" rot="0.0 90.0 0.0" />
 </composition>

  <!--box name="MWPC" X_Y_Z="165.0 165.0 401.92"  material="Air" comment="forward MWPC mother" /-->
  
  <!-- Absorbers are 60"x60" square with various thicknesses and a square beam hole -->
  <pgon name="CPA1" segments="4" profile="-45 360" material="Lead" 
	comment="Lead absorber">
    <polyplane Rio_Z="5. 75.565 0.0"/>
    <polyplane Rio_Z="5. 75.565 5.08"/>
  </pgon>
  <pgon name="CPA2" segments="4" profile="-45 360" material="Iron" 
	comment="Iron absorber">
    <polyplane Rio_Z="4.0 76.2 0.0"/>
    <polyplane Rio_Z="4.0 76.2 10.0"/>
  </pgon>
  <pgon name="CPA3" segments="4" profile="-45 360" material="Iron" 
	comment="Iron absorber">
    <polyplane Rio_Z="4.0 76.2 0.0"/>
    <polyplane Rio_Z="4.0 76.2 15.0"/>
  </pgon>
  <pgon name="CPA4" segments="4" profile="-45 360" material="Iron" 
	comment="Iron absorber">
    <polyplane Rio_Z="4.0 76.2 0.0"/>
    <polyplane Rio_Z="4.0 76.2 35.0"/>
  </pgon>
  <pgon name="CPA5" segments="4" profile="-45 360" material="Iron" 
	comment="Iron mother volume for lead absorber">
    <polyplane Rio_Z="5.0 76.2 0.0"/>
    <polyplane Rio_Z="5.0 76.2 6.35"/>
  </pgon>
  <pgon name="CPA6" segments="4" profile="-45 360" material="Lead" comment="Lead picture frame absorber">
    <polyplane Rio_Z="4.0 7.0 0.0"/>
    <polyplane Rio_Z="4.0 7.0 12.7"/>
  </pgon>
  <pgon name="CPA7" segments="4" profile="-45 360" material="Lead" comment="Angle profile for adjusting location of picture frame">
    <polyplane Rio_Z="12.065 12.865 0.0"/>
    <polyplane Rio_Z="12.065 12.865 4.26"/>
    <polyplane Rio_Z="12.065 17.145 4.26"/>
    <polyplane Rio_Z="12.065 17.145 5.06"/>
  </pgon>

  <tubs name="CPB1" Rio_Z="0.0 0.47625 5.065" material="StainlessSteel" comment="Verticle bolt"/>
  <tubs name="CPB2" Rio_Z="0.0 0.3175 5.065" material="StainlessSteel" comment="Horizontal bolt"/>
  <tubs name="CPB3" Rio_Z="0.0 0.47625 2.5" material="StainlessSteel" comment="Verticle bolt"/>
  <tubs name="CPB4" Rio_Z="0.0 0.3175 3.0" material="StainlessSteel" comment="Horizontal bolt"/>
  <tubs name="CPN1" Rio_Z="0.47625 1.05 0.85" material="StainlessSteel" comment="nut for picture frame adjustment"/>
  

  <!-- MWPC frame is 64" x 64" x 5.26cm  -->
  <box name="CPPF" X_Y_Z="162.56 162.56 5.26"  material="FR-4" comment="G10 frame" />

  <!-- MWPC gas is 60" x 60" x 2cm  -->
  <!--box name="CPPG" X_Y_Z="152.4 152.4 2.0"  material="FMWPCchamberGas" 
       sensitive="true" comment="Chamber gas" /-->
  <pgon name="CPPG" segments="4" profile="-45 360" material="FMWPCchamberGas" 
	sensitive="true" comment="Active volume of chamber gas">
    <polyplane Rio_Z="5.0 76.2 0.0"/>
    <polyplane Rio_Z="5.0 76.2 2.0"/>
  </pgon>
  
  <!-- MWPC aluminum wall 60" x 60" x 1.63cm  -->
  <box name="CPPW" X_Y_Z="152.4 152.4 1.63"  material="AluminumComb" comment="Aluminum panel mother" />

  <!-- Hole through wall for passage of beam  -->
  <tubs name="CPH6" Rio_Z="0. 2.54 1.312"  material="Air" comment="beam hole" />

  <!-- MWPC aluminum plate 60" x 60" x 1/16"  -->
  <box name="CPPP" X_Y_Z="152.4 152.4 0.159"  material="Aluminum" comment="Aluminum plate" />

  <tubs name="CPPH" Rio_Z="0.0 2.54 0.159" material="Air" comment="Aluminum Plate Hole"/>
  
  <tubs name="CPWI" Rio_Z="0.0 3.81 0.0015" material="Aluminum" comment="Aluminum window"/>
  
  <!-- Wire deadening region 10cm x 10 cm x 2cm  -->
  <box name="CPDR" X_Y_Z="2.0 10.0 10.0"  material="FMWPCchamberGas" comment="Wire deadening region" />

  <tubs name="CPCT" Rio_Z="0.028 0.071 10.0" material="CarbonFiber" comment="carbon fiber tubes"/>

</section>