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| name: Key4hep build | ||
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| on: | ||
| push: | ||
| branches: | ||
| - main | ||
| pull_request: | ||
| workflow_dispatch: | ||
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| jobs: | ||
| build: | ||
| strategy: | ||
| matrix: | ||
| build_type: ["release", "nightly"] | ||
| image: ["alma9", "ubuntu22", "centos7"] | ||
| fail-fast: false | ||
| runs-on: ubuntu-latest | ||
| steps: | ||
| - uses: actions/checkout@v4 | ||
| - uses: key4hep/key4hep-actions/key4hep-build@main | ||
| with: | ||
| build_type: ${{ matrix.build_type }} | ||
| image: ${{ matrix.image }} |
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| <lccdd> | ||
| <info name="CDCH" title="CDCH" author="CDCH" status="development" version="$Id: $"> | ||
| <comment> | ||
| Detector description for the IDEA Drift Chamber. To understand the free parameters below, look e.g. at https://indico.cern.ch/event/932973/contributions/4041314/attachments/2139657/3664808/primavera_FCCworkshop_2020.pdf | ||
| </comment> | ||
| </info> | ||
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| <!-- %%%%%% Central Drift Chamber Basic Parameters %%%%%% --> | ||
| <define> | ||
| <!-- Radius of the beginning of the carbon fiber cylinder walls --> | ||
| <constant name = "CDCH:inner_radius" value = "DCH_inner_radius"/> | ||
| <!-- Radius of the end of the carbon fiber cylinder walls, mind that changing this value does not propagate to the sensitive volume layout --> | ||
| <constant name = "CDCH:outer_radius" value = "DCH_outer_radius"/> | ||
| <!-- Half z extent of the envelope (includes services) --> | ||
| <constant name = "CDCH:zHalfExtentWithServices" value = "DCH_half_length"/> | ||
| <!-- Angle for the rotation of phi sectors leading to the stereo angle of the wires (the way the chamber will be built) | ||
| alpha = angle between the line (0,0,-zHalfLength) - (wireX,wireY,-zHalfLength) and the line (0,0,+zHalfLength) - (wireX,wireY,+zHalfLength) projected on the -zHalfLength plane perpandicular to z | ||
| It is used to determine the radius of the hyperboloid in +- zHalfLength--> | ||
| <constant name = "CDCH:alpha" value = "30*degree"/> | ||
| <!-- Radial extent of the cell in the first layer, used to define the radial step between layers --> | ||
| <constant name = "CDCH:cellDimension" value = "11.846*mm"/> | ||
| <!-- Number of super layer (baseline = 14). All layers within a super layer have the same number of cell (or sense wire)--> | ||
| <constant name = "CDCH:nSuperLayer" value = "14"/> | ||
| <!-- Number of layer in a super-layer (baseline = 8) --> | ||
| <constant name = "CDCH:nLayer" value = "8"/> | ||
| <!-- For development, you can lower the number of (super-)layer to run faster | ||
| <constant name = "CDCH:nSuperLayer" value = "4"/> | ||
| <constant name = "CDCH:nLayer" value = "2"/>--> | ||
| <!-- Number of sense wires (i.e. sensitive cells) in the first super-layer --> | ||
| <constant name = "CDCH:nSWireFirstLayer" value = "192"/> | ||
| <!-- Number of sense wire to add when jumping from a super layer to another to keep reasonably constant cell sizes w.r.t. cell radius. --> | ||
| <constant name = "CDCH:nSDeltaWire" value = "48"/> | ||
| <!-- Ratio between the number of field and sense wires, this and nCenterFWirePerCell will tell how many sense wires are in the top/bottom of the cell --> | ||
| <constant name = "CDCH:nFtoSWireRatio" value = "5"/> | ||
| <!-- Number of field wires in the middle of a single cell. Note that only the lateral wires 'ending' the cell in the phi direction are included in the next cell. | ||
| be careful if you modify this parameter, I am not sure it will propagate properly to everything (e.g. the phi_offset) --> | ||
| <constant name = "CDCH:nCenterFWirePerCell" value = "1"/> | ||
| <!-- The following lines set the wire thickness (inlcuding coating): diameter = ShellThickIn + ShellThickOut i.e. ShellThickOut should be = to the coating thickness * 2 --> | ||
| <constant name = "CDCH:FWireShellThickIn" value = "0.040*mm"/> | ||
| <constant name = "CDCH:FWireShellThickOut" value = "0.0006*mm"/> | ||
| <constant name = "CDCH:centerFWireShellThickIn" value = "0.050*mm"/> <!-- Field wires in the middle of the cell are thicker --> | ||
| <constant name = "CDCH:centerFWireShellThickOut" value = "0.0006*mm"/> | ||
| <constant name = "CDCH:SWireShellThickIn" value = "0.020*mm"/> | ||
| <constant name = "CDCH:SWireShellThickOut" value = "0.0006*mm"/> | ||
| <constant name = "CDCH:InGWireShellThickIn" value = "0.050*mm"/> | ||
| <constant name = "CDCH:InGWireShellThickOut" value = "0.0006*mm"/> | ||
| <constant name = "CDCH:OutGWireShellThickIn" value = "0.050*mm"/> | ||
| <constant name = "CDCH:OutGWireShellThickOut" value = "0.0006*mm"/> | ||
| <!-- Factor applied to enlarge the wire thickness (baseline = 1.0). Use it only to visualize the wires which are otherwise too small--> | ||
| <!-- NB: not propagated to the envelope volumes, you will have volume extrusions if != 1 --> | ||
| <constant name = "CDCH:wireThicknessDilution" value = "1.0"/> | ||
| <!-- Thicknesses of the carbon fiber support structure, the endcap including services should sum up to 5% of X0 --> | ||
| <constant name = "CDCH:CarbonInnerWallThick" value = "0.2*mm"/> | ||
| <constant name = "CDCH:CopperInnerWallThick" value = "0.001*mm"/> | ||
| <constant name = "CDCH:GasInnerWallThick" value = "10.825*mm"/> | ||
| <constant name = "CDCH:Carbon1OuterWallThick" value = "2.5*mm"/> | ||
| <constant name = "CDCH:Carbon2OuterWallThick" value = "2.5*mm"/> | ||
| <constant name = "CDCH:CopperOuterWallThick" value = "0.018*mm"/> | ||
| <constant name = "CDCH:FoamOuterWallThick" value = "10.000*mm"/> | ||
| <constant name = "CDCH:GasEndcapWallThick" value = "249.7475*mm"/> | ||
| <constant name = "CDCH:CopperEndcapWallThick" value = "0.0005*mm"/> | ||
| <constant name = "CDCH:KaptonEndcapWallThick" value = "0.012*mm"/> | ||
| <constant name = "CDCH:CarbonEndcapWallThick" value = "0.240*mm"/> | ||
| <constant name = "CDCH:secure" value = "1.0e-2*mm"/> | ||
| <constant name = "CDCH:capGasLayer" value = "1.0e-3*mm"/> | ||
| <constant name = "CDCH:extShiftFW" value = "1.55e-3*mm"/> | ||
| <!-- Radius of the inner/outer guard layer, at z = 0 --> | ||
| <constant name = "CDCH:inGuardRad" value = "354.0*mm"/> | ||
| <constant name = "CDCH:outGuardRad" value = "1927.0*mm"/> | ||
| </define> | ||
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| <!--<regions> | ||
| <region name="CDCH_region" eunit="MeV" lunit="mm" cut="0.001" threshold="0.001"> | ||
| </region> | ||
| </regions>--> | ||
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| <detectors> | ||
| <detector id="DetID_DCH" name="CDCH" type="DriftChamber_o1_v01" readout="DriftChamber_simHits" vis="CDCH"> <!-- region="CDCH_region">--> | ||
| <sensitive type="tracker"/> | ||
| </detector> | ||
| </detectors> | ||
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| <readouts> | ||
| <readout name="DriftChamber_simHits"> | ||
| <!-- <id>system: identifies the detector, superLayer: identifies the super layer (bloc of rings with the same number of wires in phi), ring: identifies a ring inside a super layer, phi: identifies a single wire whithin a ring which is formed of a replication of wires in phi, hitorigin: tells where the hit occured (0 in the gas, 1 in the sense wire, 2 in the field wire, 3 in the guard wire, 4 in the walls), stereo:tells whether it was a wire with positive -0- or negative -1- stereo angle, layerInCell: a cell is composed of three 'layers' with field wires only, both sense and field wires then field wire only again, this fields tells where it belongs 0 = not applicable e.g. hit in gas, 1 = bottom, 2 = middle, 3 = top (mind that the cells are built per stereo angle, so the + stereo bottom will correspond to the - stereo top) </id>--> | ||
| <id>system:4,superLayer:5,layer:5,phi:11,hitorigin:3,stereo:1,layerInCell:2</id> | ||
| </readout> | ||
| </readouts> | ||
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| <display> | ||
| <vis name="vCDCH:Pb" alpha="1.0" r="0.0" g="0.0" b="1.0" showDaughters="true" visible="true"/> | ||
| <vis name="vCDCH:Sc" alpha="0.6" r="0.8" g="0.8" b="0.0" showDaughters="true" visible="true"/> | ||
| <vis name="vCDCH:Plastic" alpha="1.0" r="1.0" g="1.0" b="0.0" showDaughters="true" visible="true"/> | ||
| <vis name="vCDCH:Steel" alpha="0.0" showDaughters="true" visible="false"/> | ||
| <vis name="vCDCH:Gas1" alpha="1.0" r="0.0" g="1.0" b="0.0" showDaughters="true" visible="true"/> | ||
| <vis name="vCDCH:Gas2" alpha="1.0" r="1.0" g="0.0" b="0.0" showDaughters="true" visible="true"/> | ||
| <vis name="vCDCH:Gas3" alpha="1.0" r="1.0" g="0.0" b="1.0" showDaughters="true" visible="true"/> | ||
| <vis name="vCDCH:Wire1" alpha="1.0" r="0.0" g="1.0" b="0.0" showDaughters="true" visible="true"/> | ||
| <vis name="vCDCH:Wire2" alpha="1.0" r="1.0" g="0.0" b="0.0" showDaughters="true" visible="true"/> | ||
| <vis name="vCDCH:Wire3" alpha="1.0" r="1.0" g="0.0" b="1.0" showDaughters="true" visible="true"/> | ||
| <vis name="vCDCH:Fwire" alpha="1.0" r="1.0" g="1.0" b="1.0" showDaughters="true" visible="true"/> | ||
| <vis name="vCDCH:Stack" showDaughters="true" visible="false"/> | ||
| <vis name="vCDCH:Fiber" alpha="1.0" r="0.8" g="0.8" b="0.0" showDaughters="true" visible="true"/> | ||
| <vis name="vCDCH:ReadOutBox" alpha="1.0" r="0.8" g="0.5" b="0.0" showDaughters="true" visible="true"/> | ||
| <vis name="vCDCH:ROSteel" alpha="1.0" r="0.8" g="0.5" b="0.0" showDaughters="true" visible="true"/> | ||
| <vis name="vCDCH:Air" showDaughters="true" visible="false"/> | ||
| </display> | ||
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| </lccdd> |
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