<?xml version="1.0" encoding="UTF-8"?>
<!--DOCTYPE HDDS>
Hall D Geometry Data Base: Barrel EM calorimeter
*************************************************
version 1.0: Initial version -rtj
version 1.2: Initial SiPM subsectoring -cx,zp
<HDDS specification="v1.0" xmlns="http://www.gluex.org/hdds">
-->
<section name = "BarrelEMcal"
version = "3.0"
date = "2007-12-08"
author = "R.T. Jones"
top_volume = "BCAL"
specification = "v1.0">
<!-- Origin of BarrelEMcal is center of upstream end
of the active region, not including the light guides. -->
<composition name="BarrelEMcal">
<posXYZ volume="barrelEMcal" X_Y_Z="0.0 0.0 195.0" />
<posXYZ volume="BCSU" X_Y_Z="0.0 0.0 -10.0" />
<posXYZ volume="BCSD" X_Y_Z="0.0 0.0 400." />
</composition>
<composition name="barrelEMcal" envelope="BCAL">
<mposPhi volume="barrelModule" ncopy="48" Phi0="3.75" impliedRot="true">
<module value="1" step="1" />
</mposPhi>
</composition>
<composition name="barrelModule" envelope="BCAM">
<apply region="nullBfield"/>
<posXYZ volume="BCL0" />
<posXYZ volume="BCALlayer_1" />
<posXYZ volume="BCALlayer_2" />
<posXYZ volume="BCALlayer_3" />
<!--
<posXYZ volume="BCALlayer_4" />
<posXYZ volume="BCALlayer_5" />
<posXYZ volume="BCALlayer_6" />
-->
<!-- readout option 1: uniform segmentation in depth
<posXYZ volume="BCALlayer_7" />
<posXYZ volume="BCALlayer_8" />
<posXYZ volume="BCALlayer_9" />
<posXYZ volume="BCALlayer_10" />
<posXYZ volume="BCALlayer_11" />
-->
<!-- readout option 2: outer 5 layers reduced to 2 -->
<posXYZ volume="BCALfatlayer_7" />
<posXYZ volume="BCALfatlayer_8" />
<posXYZ volume="BCAS" />
</composition>
<composition name="BCALlayer_1" envelope="BCL1">
<mposPhi volume="BCALsector_1" ncopy="3" Phi0="-2.5" dPhi="2.5"
impliedRot="true">
<layer value="1" />
<sector value="1" step="1" />
</mposPhi>
</composition>
<composition name="BCALlayer_2" envelope="BCL2">
<mposPhi volume="BCALsector_2" ncopy="3" Phi0="-2.5" dPhi="2.5"
impliedRot="true">
<layer value="2" />
<sector value="1" step="1" />
</mposPhi>
</composition>
<composition name="BCALlayer_3" envelope="BCL3">
<mposPhi volume="BCALsector_3" ncopy="3" Phi0="-2.5" dPhi="2.5"
impliedRot="true">
<layer value="3" />
<sector value="1" step="1" />
</mposPhi>
</composition>
<!--
<composition name="BCALlayer_4" envelope="BCL4">
<mposPhi volume="BCALsector_4" ncopy="4" Phi0="-2.8125" dPhi="1.875"
impliedRot="true">
<layer value="4" />
<sector value="1" step="1" />
</mposPhi>
</composition>
<composition name="BCALlayer_5" envelope="BCL5">
<mposPhi volume="BCALsector_5" ncopy="4" Phi0="-2.8125" dPhi="1.875"
impliedRot="true">
<layer value="5" />
<sector value="1" step="1" />
</mposPhi>
</composition>
<composition name="BCALlayer_6" envelope="BCL6">
<mposPhi volume="BCALsector_6" ncopy="4" Phi0="-2.8125" dPhi="1.875"
impliedRot="true">
<layer value="6" />
<sector value="1" step="1" />
</mposPhi>
</composition>
<composition name="BCALlayer_7" envelope="BCL7">
<mposPhi volume="BCALsector_7" ncopy="4" Phi0="-2.8125" dPhi="1.875"
impliedRot="true">
<layer value="7" />
<sector value="1" step="1" />
</mposPhi>
</composition>
<composition name="BCALlayer_8" envelope="BCL8">
<mposPhi volume="BCALsector_8" ncopy="4" Phi0="-2.8125" dPhi="1.875"
impliedRot="true">
<layer value="8" />
<sector value="1" step="1" />
</mposPhi>
</composition>
<composition name="BCALlayer_9" envelope="BCL9">
<mposPhi volume="BCALsector_9" ncopy="4" Phi0="-2.8125" dPhi="1.875"
impliedRot="true">
<layer value="9" />
<sector value="1" step="1" />
</mposPhi>
</composition>
<composition name="BCALlayer_10" envelope="BCLA">
<mposPhi volume="BCALsector_10" ncopy="4" Phi0="-2.8125" dPhi="1.875"
impliedRot="true">
<layer value="10" />
<sector value="1" step="1" />
</mposPhi>
</composition>
<composition name="BCALlayer_11" envelope="BCLB">
<mposPhi volume="BCALsector_11" ncopy="4" Phi0="-2.8125" dPhi="1.875"
impliedRot="true">
<layer value="11" />
<sector value="1" step="1" />
</mposPhi>
</composition>
-->
<composition name="BCALfatlayer_7" envelope="BCK7">
<mposPhi volume="BCALfatsector_7" ncopy="2" Phi0="-1.875" dPhi="3.75"
impliedRot="true">
<layer value="4" />
<sector value="1" step="1" />
</mposPhi>
</composition>
<composition name="BCALfatlayer_8" envelope="BCK8">
<mposPhi volume="BCALfatsector_8" ncopy="2" Phi0="-1.875" dPhi="3.75"
impliedRot="true">
<layer value="5" />
<sector value="1" step="1" />
</mposPhi>
</composition>
<composition name="BCALsector_1" envelope="BCS1">
<posRPhiZ volume="BM01" />
<posRPhiZ volume="BCN1" R_Phi_Z="67.0 0.0 202.3" />
<posRPhiZ volume="BCU1" R_Phi_Z="67.0 0.0 -220." rot="180 0 0" />
<posRPhiZ volume="BCPM" R_Phi_Z="67.0 0.0 210.85" />
<posRPhiZ volume="BCPM" R_Phi_Z="67.0 0.0 -246.25" rot="180 0 0" />
</composition>
<composition name="BCALsector_2" envelope="BCS2">
<posRPhiZ volume="BM02" />
<posRPhiZ volume="BCN2" R_Phi_Z="71.0 0.0 200." />
<posRPhiZ volume="BCU2" R_Phi_Z="71.0 0.0 -220." rot="180 0 0" />
<posRPhiZ volume="BCPM" R_Phi_Z="71.0 0.0 210.85" />
<posRPhiZ volume="BCPM" R_Phi_Z="71.0 0.0 -246.25" rot="180 0 0" />
</composition>
<composition name="BCALsector_3" envelope="BCS3">
<posRPhiZ volume="BM03" />
<posRPhiZ volume="BCN3" R_Phi_Z="75.0 0.0 202.3" />
<posRPhiZ volume="BCU3" R_Phi_Z="75.0 0.0 -220." rot="180 0 0" />
<posRPhiZ volume="BCPM" R_Phi_Z="75.0 0.0 210.85" />
<posRPhiZ volume="BCPM" R_Phi_Z="75.0 0.0 -246.25" rot="180 0 0" />
</composition>
<!--
<composition name="BCALsector_4" envelope="BCS4">
<posRPhiZ volume="BM04" />
<posRPhiZ volume="BCN4" R_Phi_Z="72.0 0.0 197.5" />
<posRPhiZ volume="BCN4" R_Phi_Z="72.0 0.0 -197.5" rot="180 0 0" />
<posRPhiZ volume="BCPM" R_Phi_Z="72.0 0.0 201.0" />
<posRPhiZ volume="BCPM" R_Phi_Z="72.0 0.0 -201.0" rot="180 0 0" />
</composition>
<composition name="BCALsector_5" envelope="BCS5">
<posRPhiZ volume="BM05" />
<posRPhiZ volume="BCN5" R_Phi_Z="74.0 0.0 197.5" />
<posRPhiZ volume="BCN5" R_Phi_Z="74.0 0.0 -197.5" rot="180 0 0" />
<posRPhiZ volume="BCPM" R_Phi_Z="74.0 0.0 201.0" />
<posRPhiZ volume="BCPM" R_Phi_Z="74.0 0.0 -201.0" rot="180 0 0" />
</composition>
<composition name="BCALsector_6" envelope="BCS6">
<posRPhiZ volume="BM06" />
<posRPhiZ volume="BCN6" R_Phi_Z="76.0 0.0 197.5" />
<posRPhiZ volume="BCN6" R_Phi_Z="76.0 0.0 -197.5" rot="180 0 0" />
<posRPhiZ volume="BCPM" R_Phi_Z="76.0 0.0 201.0" />
<posRPhiZ volume="BCPM" R_Phi_Z="76.0 0.0 -201.0" rot="180 0 0" />
</composition>
<composition name="BCALsector_7" envelope="BCS7">
<posRPhiZ volume="BM07" />
<posRPhiZ volume="BCN7" R_Phi_Z="78.0 0.0 197.5" />
<posRPhiZ volume="BCN7" R_Phi_Z="78.0 0.0 -197.5" rot="180 0 0" />
<posRPhiZ volume="BCPM" R_Phi_Z="78.0 0.0 201.0" />
<posRPhiZ volume="BCPM" R_Phi_Z="78.0 0.0 -201.0" rot="180 0 0" />
</composition>
<composition name="BCALsector_8" envelope="BCS8">
<posRPhiZ volume="BM08" />
<posRPhiZ volume="BCN8" R_Phi_Z="80.0 0.0 197.5" />
<posRPhiZ volume="BCN8" R_Phi_Z="80.0 0.0 -197.5" rot="180 0 0" />
<posRPhiZ volume="BCPM" R_Phi_Z="80.0 0.0 201.0" />
<posRPhiZ volume="BCPM" R_Phi_Z="80.0 0.0 -201.0" rot="180 0 0" />
</composition>
<composition name="BCALsector_9" envelope="BCS9">
<posRPhiZ volume="BM09" />
<posRPhiZ volume="BCN9" R_Phi_Z="82.0 0.0 197.5" />
<posRPhiZ volume="BCN9" R_Phi_Z="82.0 0.0 -197.5" rot="180 0 0" />
<posRPhiZ volume="BCPM" R_Phi_Z="82.0 0.0 201.0" />
<posRPhiZ volume="BCPM" R_Phi_Z="82.0 0.0 -201.0" rot="180 0 0" />
</composition>
<composition name="BCALsector_10" envelope="BCSA">
<posRPhiZ volume="BM10" />
<posRPhiZ volume="BCNA" R_Phi_Z="84.0 0.0 197.5" />
<posRPhiZ volume="BCNA" R_Phi_Z="84.0 0.0 -197.5" rot="180 0 0" />
<posRPhiZ volume="BCPM" R_Phi_Z="84.0 0.0 201.0" />
<posRPhiZ volume="BCPM" R_Phi_Z="84.0 0.0 -201.0" rot="180 0 0" />
</composition>
<composition name="BCALsector_11" envelope="BCSB">
<posRPhiZ volume="BM11" />
<posRPhiZ volume="BCNB" R_Phi_Z="86.23 0.0 197.5" />
<posRPhiZ volume="BCNB" R_Phi_Z="86.23 0.0 -197.5" rot="180 0 0" />
<posRPhiZ volume="BCPM" R_Phi_Z="86.23 0.0 201.0" />
<posRPhiZ volume="BCPM" R_Phi_Z="86.23 0.0 -201.0" rot="180 0 0" />
</composition>
-->
<composition name="BCALfatsector_7" envelope="BCA7">
<posRPhiZ volume="BMF7" />
<posRPhiZ volume="BCO7" R_Phi_Z="79.62 0.0 204.5" />
<posRPhiZ volume="BCU7" R_Phi_Z="79.62 0.0 -220.0" rot="180 0 0" />
</composition>
<composition name="BCALfatsector_8" envelope="BCA8">
<posRPhiZ volume="BMF8" />
<posRPhiZ volume="BCO8" R_Phi_Z="84.85 0.0 204.5" />
<posRPhiZ volume="BCU8" R_Phi_Z="84.85 0.0 -220.0" rot="180 0 0" />
</composition>
<tubs name="BCAL" Rio_Z="64.2 90.0 490.0" unit_length="cm" material="Air"
comment="barrel EMcal mother" />
<tubs name="BCAM" Rio_Z="64.2 90.0 490.0" profile="-3.75 7.5"
unit_length="cm" unit_angle="deg"
material="Air" comment="barrel calorimeter module" />
<tubs name="BCAS" Rio_Z="87.46 90.0 390.0" profile="-3.75 7.5"
unit_length="cm" unit_angle="deg"
material="Aluminum" comment="bcal module support bar" />
<tubs name="BCL0" Rio_Z="64.2 65.0 390.0" profile="-3.75 7.5"
unit_length="cm" unit_angle="deg"
material="Aluminum" comment="bcal inside support plate" />
<tubs name="BCL1" Rio_Z="65.0 69.0 490.0" profile="-3.75 7.5"
unit_length="cm" unit_angle="deg"
material="Air" comment="barrel EMcal module layer 1" />
<tubs name="BCS1" Rio_Z="65.0 69.0 490.0" profile="-1.25 2.5"
unit_length="cm" unit_angle="deg"
material="Air" comment="barrel EMcal module sector 1" />
<tubs name="BCL2" Rio_Z="69.0 73.0 490.0" profile="-3.75 7.5"
unit_length="cm" unit_angle="deg"
material="Air" comment="barrel EMcal module layer 2" />
<tubs name="BCS2" Rio_Z="69.0 73.0 490.0" profile="-1.25 2.5"
unit_length="cm" unit_angle="deg"
material="Air" comment="barrel EMcal module sector 2" />
<tubs name="BCL3" Rio_Z="73.0 77.0 490.0" profile="-3.75 7.5"
unit_length="cm" unit_angle="deg"
material="Air" comment="barrel EMcal module layer 3" />
<tubs name="BCS3" Rio_Z="73.0 77.0 490.0" profile="-1.25 2.5"
unit_length="cm" unit_angle="deg"
material="Air" comment="barrel EMcal module sector 3" />
<!--
<tubs name="BCL4" Rio_Z="71.0 73.0 410.0" profile="-3.75 7.5"
unit_length="cm" unit_angle="deg"
material="Air" comment="barrel EMcal module layer 4" />
<tubs name="BCS4" Rio_Z="71.0 73.0 410.0" profile="-0.9375 1.875"
unit_length="cm" unit_angle="deg"
material="Air" comment="barrel EMcal module sector 4" />
<tubs name="BCL5" Rio_Z="73.0 75.0 410.0" profile="-3.75 7.5"
unit_length="cm" unit_angle="deg"
material="Air" comment="barrel EMcal module layer 5" />
<tubs name="BCS5" Rio_Z="73.0 75.0 410.0" profile="-0.9375 1.875"
unit_length="cm" unit_angle="deg"
material="Air" comment="barrel EMcal module sector 5" />
<tubs name="BCL6" Rio_Z="75.00 77.0 410.0" profile="-3.75 7.5"
unit_length="cm" unit_angle="deg"
material="Air" comment="barrel EMcal module layer 6" />
<tubs name="BCS6" Rio_Z="75.00 77.0 410.0" profile="-0.9375 1.875"
unit_length="cm" unit_angle="deg"
material="Air" comment="barrel EMcal module sector 6" />
<tubs name="BCL7" Rio_Z="77.00 79.0 410.0" profile="-3.75 7.5"
unit_length="cm" unit_angle="deg"
material="Air" comment="barrel EMcal module layer 7" />
<tubs name="BCS7" Rio_Z="77.00 79.0 410.0" profile="-0.9375 1.875"
unit_length="cm" unit_angle="deg"
material="Air" comment="barrel EMcal module sector 7" />
<tubs name="BCL8" Rio_Z="79.00 81.0 410.0" profile="-3.75 7.5"
unit_length="cm" unit_angle="deg"
material="Air" comment="barrel EMcal module layer 8" />
<tubs name="BCS8" Rio_Z="79.00 81.0 410.0" profile="-0.9375 1.875"
unit_length="cm" unit_angle="deg"
material="Air" comment="barrel EMcal module sector 8" />
<tubs name="BCL9" Rio_Z="81.00 83.0 410.0" profile="-3.75 7.5"
unit_length="cm" unit_angle="deg"
material="Air" comment="barrel EMcal module layer 9" />
<tubs name="BCS9" Rio_Z="81.00 83.0 410.0" profile="-0.9375 1.875"
unit_length="cm" unit_angle="deg"
material="Air" comment="barrel EMcal module sector 9" />
<tubs name="BCLA" Rio_Z="83.00 85.0 410.0" profile="-3.75 7.5"
unit_length="cm" unit_angle="deg"
material="Air" comment="barrel EMcal module layer 10" />
<tubs name="BCSA" Rio_Z="83.00 85.0 410.0" profile="-0.9375 1.875"
unit_length="cm" unit_angle="deg"
material="Air" comment="barrel EMcal module sector 10" />
<tubs name="BCLB" Rio_Z="85.00 87.46 410.0" profile="-3.75 7.5"
unit_length="cm" unit_angle="deg"
material="Air" comment="barrel EMcal module layer 11" />
<tubs name="BCSB" Rio_Z="85.00 87.46 410.0" profile="-0.9375 1.875"
unit_length="cm" unit_angle="deg"
material="Air" comment="barrel EMcal module sector 11" />
-->
<tubs name="BCK7" Rio_Z="77.00 82.23 490.0" profile="-3.75 7.5"
unit_length="cm" unit_angle="deg"
material="Air" comment="barrel EMcal module fat layer 7" />
<tubs name="BCA7" Rio_Z="77.00 82.23 490.0" profile="-1.875 3.75"
unit_length="cm" unit_angle="deg"
material="Air" comment="barrel EMcal module fat sector 7" />
<tubs name="BCK8" Rio_Z="82.23 87.46 490.0" profile="-3.75 7.5"
unit_length="cm" unit_angle="deg"
material="Air" comment="barrel EMcal module fat layer 8" />
<tubs name="BCA8" Rio_Z="82.23 87.46 490.0" profile="-1.875 3.75"
unit_length="cm" unit_angle="deg"
material="Air" comment="barrel EMcal module fat sector 8" />
<tubs name="BM01" Rio_Z="65.0 69.0 390.0" profile="-1.25 2.5"
unit_length="cm" unit_angle="deg"
material="leadScint" sensitive="true"
comment="barrel EMcal submodule in ring 1" />
<tubs name="BM02" Rio_Z="69.0 73.0 390.0" profile="-1.25 2.5"
unit_length="cm" unit_angle="deg"
material="leadScint" sensitive="true"
comment="barrel EMcal submodule in ring 2" />
<tubs name="BM03" Rio_Z="73.0 77.0 390.0" profile="-1.25 2.5"
unit_length="cm" unit_angle="deg"
material="leadScint" sensitive="true"
comment="barrel EMcal submodule in ring 3" />
<!--
<tubs name="BM04" Rio_Z="71.0 73.0 390.0" profile="-0.9375 1.875"
unit_length="cm" unit_angle="deg"
material="leadScint" sensitive="true"
comment="barrel EMcal submodule in ring 4" />
<tubs name="BM05" Rio_Z="73.0 75.0 390.0" profile="-0.9375 1.875"
unit_length="cm" unit_angle="deg"
material="leadScint" sensitive="true"
comment="barrel EMcal submodule in ring 5" />
<tubs name="BM06" Rio_Z="75.00 77.0 390.0" profile="-0.9375 1.875"
unit_length="cm" unit_angle="deg"
material="leadScint" sensitive="true"
comment="barrel EMcal submodule in ring 6" />
<tubs name="BM07" Rio_Z="77.00 79.0 390.0" profile="-0.9375 1.875"
unit_length="cm" unit_angle="deg"
material="leadScint" sensitive="true"
comment="barrel EMcal submodule in ring 7" />
<tubs name="BM08" Rio_Z="79.00 81.0 390.0" profile="-0.9375 1.875"
unit_length="cm" unit_angle="deg"
material="leadScint" sensitive="true"
comment="barrel EMcal submodule in ring 8" />
<tubs name="BM09" Rio_Z="81.00 83.0 390.0" profile="-0.9375 1.875"
unit_length="cm" unit_angle="deg"
material="leadScint" sensitive="true"
comment="barrel EMcal submodule in ring 9" />
<tubs name="BM10" Rio_Z="83.00 85.0 390.0" profile="-0.9375 1.875"
unit_length="cm" unit_angle="deg"
material="leadScint" sensitive="true"
comment="barrel EMcal submodule in ring 10" />
<tubs name="BM11" Rio_Z="85.00 87.46 390.0" profile="-0.9375 1.875"
unit_length="cm" unit_angle="deg"
material="leadScint" sensitive="true"
comment="barrel EMcal submodule in ring 11" />
-->
<tubs name="BMF7" Rio_Z="77.00 82.23 390.0" profile="-1.875 3.75"
unit_length="cm" unit_angle="deg"
material="leadScint" sensitive="true"
comment="barrel EMcal submodule in fat layer 7" />
<tubs name="BMF8" Rio_Z="82.23 87.46 390.0" profile="-1.875 3.75"
unit_length="cm" unit_angle="deg"
material="leadScint" sensitive="true"
comment="barrel EMcal submodule in fat layer 8" />
<trd name="BCN1" Xmp_Ymp_Z="4.0 2.5 3.2 2.5 14.6"
material="Plexiglas" comment="Winston cone for layer 1"/>
<trd name="BCN2" Xmp_Ymp_Z="4.0 2.5 3.2 2.5 14.6"
material="Plexiglas" comment="Winston cone for layer 2"/>
<trd name="BCN3" Xmp_Ymp_Z="4.0 2.5 3.2 2.5 14.6"
material="Plexiglas" comment="Winston cone for layer 3"/>
<!--
<trd name="BCN4" Xmp_Ymp_Z="4.0 2.5 2.66 2.5 10.0"
material="Plexiglas" comment="Winston cone for layer 4"/>
<trd name="BCN5" Xmp_Ymp_Z="2.0 1.3 2.0 1.3 5.0"
material="Plexiglas" comment="Winston cone for layer 5"/>
<trd name="BCN6" Xmp_Ymp_Z="2.0 1.3 2.0 1.3 5.0"
material="Plexiglas" comment="Winston cone for layer 6"/>
<trd name="BCN7" Xmp_Ymp_Z="2.0 1.3 2.0 1.3 5.0"
material="Plexiglas" comment="Winston cone for layer 7"/>
<trd name="BCN8" Xmp_Ymp_Z="2.0 1.3 2.0 1.3 5.0"
material="Plexiglas" comment="Winston cone for layer 8"/>
<trd name="BCN9" Xmp_Ymp_Z="2.0 1.3 2.0 1.3 5.0"
material="Plexiglas" comment="Winston cone for layer 9"/>
<trd name="BCNA" Xmp_Ymp_Z="2.0 1.3 2.0 1.3 5.0"
material="Plexiglas" comment="Winston cone for layer 9"/>
<trd name="BCNB" Xmp_Ymp_Z="2.0 1.3 2.0 1.3 5.0"
material="Plexiglas" comment="Winston cone for layer 9"/>
-->
<trd name="BCO7" Xmp_Ymp_Z="5.73 3.0 5.3 3.0 19.0"
material="Plexiglas" comment="light collector for fat layer 7"/>
<trd name="BCO8" Xmp_Ymp_Z="5.73 3.0 5.3 3.0 19.0"
material="Plexiglas" comment="light collector for fat layer 8"/>
<!-- upstream long light guides -->
<trd name="BCU1" Xmp_Ymp_Z="4.0 2.5 3.2 2.5 50.0"
material="Plexiglas" comment="Winston cone for layer 1 upstream"/>
<trd name="BCU2" Xmp_Ymp_Z="4.0 2.5 3.2 2.5 50.0"
material="Plexiglas" comment="Winston cone for layer 2 upstream"/>
<trd name="BCU3" Xmp_Ymp_Z="4.0 2.5 3.2 2.5 50.0"
material="Plexiglas" comment="Winston cone for layer 3 upstream"/>
<trd name="BCU7" Xmp_Ymp_Z="5.73 3.0 5.3 3.0 50.0"
material="Plexiglas" comment="light collector for fat layer 7 upstream"/>
<trd name="BCU8" Xmp_Ymp_Z="5.73 3.0 5.3 3.0 50.0"
material="Plexiglas" comment="light collector for fat layer 8 upstream"/>
<box name="BCPM" X_Y_Z="2.5 2.5 2.5"
material="Aluminum" comment="SiPM readout module with cooler"/>
<pcon name="BCSU" material="SignalCables" comment="upstream readout cables">
<polyplane Rio_Z="91.8 120. -61.0" />
<polyplane Rio_Z="88.8 120. -58.0" />
<polyplane Rio_Z="88.8 93.0 -58.0" />
<polyplane Rio_Z="85.0 89.2 -50.2" />
<polyplane Rio_Z="85.0 88.0 -48." />
<polyplane Rio_Z="85.0 88.0 -48." />
<polyplane Rio_Z="65.0 88.0 -43." />
</pcon>
<pcon name="BCSD" material="SignalCables" comment="downstream readout cables">
<polyplane Rio_Z="65.0 88.0 0.0" />
<polyplane Rio_Z="85.0 88.0 10." />
<polyplane Rio_Z="85.0 88.0 30." />
</pcon>
<!-- The following elements describe an early rendition of the GlueX
detector simulated using a fast Monte Carlo program MCFast. They
are retained for future reference, do not rely on their values. -->
<parameters name="barrelEMcal_pars" type="mcfast">
<real_array name="rmin" comment="upstream, downstream end inner radius"
values=" 65.0 65.0"
unit="cm" />
<real_array name="rmax" comment="upstream, downstream end outer radius"
values=" 90.0 90.0"
unit="cm" />
<real name="z0" value="212.0" comment="z coord. of midplane"
unit="cm" />
<real name="zlen" value="390.0" comment="length of counters"
unit="cm" />
<reference name="material" value="leadScint" />
<reference name="active" value="leadScint" />
<int name="nphi" value="48" comment="phi segmentation" />
<int name="neta" value="1" comment="longitudinal seg" />
<int name="nlayers" value="1" comment="radial segmentation" />
<real name="siga_em" value="0.06" comment="rootE coefficient"
unit="cm" />
<real name="sigb_em" value="0.01" comment="floor term"
unit="cm" />
<real name="siga_had" value="0.30" comment="rootE coefficient"
unit="cm" />
<real name="sigb_had" value="0.03" comment="floor term"
unit="cm" />
<real name="em_had_ratio" value="4.0" comment="response ratio"
unit="cm" />
</parameters>
<mcfast model="EMCal" template="db/emcal.db" parameters="barrelEMcal_pars">
<string name="name" value="BCAL" />
<string name="shape" value="TUBE" />
<int name="type" value="1" />
</mcfast>
</section>
<!-- </HDDS> -->