added rga_sqlite.gcard

coatjava/14.1.0/mc-ai.yaml

@@ -0,0 +1,84 @@
+io-services:
+  reader:
+    class: org.jlab.io.clara.HipoToHipoReader
+    name: HipoToHipoReader
+  writer:
+    class: org.jlab.io.clara.HipoToHipoWriter
+    name: HipoToHipoWriter
+services:
+  - class: org.jlab.clas.swimtools.MagFieldsEngine
+    name: MAGFIELDS
+  - class: org.jlab.rec.ft.cal.FTCALEngine
+    name: FTCAL
+  - class: org.jlab.rec.ft.hodo.FTHODOEngine
+    name: FTHODO
+  - class: org.jlab.rec.ft.trk.FTTRKEngine
+    name: FTTRK
+  - class: org.jlab.rec.ft.FTEBEngine
+    name: FTEB
+  - class: org.jlab.service.raster.RasterEngine
+    name: RASTER
+  - class: org.jlab.service.ai.DCDenoiseEngine
+    name: DCDN    
+  - class: org.jlab.service.dc.DCHBClustering
+    name: DCCR
+  - class: org.jlab.service.ai.DCClsComboEngine
+    name: DCCC
+  - class: org.jlab.service.dc.DCHBTrackingAI
+    name: DCHTAI
+  - class: org.jlab.service.ftof.FTOFHBEngine
+    name: FTOFHB
+  - class: org.jlab.service.ec.ECEngine
+    name: EC
+  - class: org.jlab.rec.cvt.services.CVTEngine
+    name: CVTFP
+  - class: org.jlab.service.ctof.CTOFEngine
+    name: CTOF
+  - class: org.jlab.service.cnd.CNDCalibrationEngine
+    name: CND
+  - class: org.jlab.service.band.BANDEngine
+    name: BAND
+  - class: org.jlab.service.htcc.HTCCReconstructionService
+    name: HTCC
+  - class: org.jlab.service.ltcc.LTCCEngine
+    name: LTCC
+  - class: org.jlab.service.eb.EBHBEngine
+    name: EBHB
+  - class: org.jlab.service.dc.DCTBEngine
+    name: DCTB
+  - class: org.jlab.service.fmt.FMTEngine
+    name: FMT
+  - class: org.jlab.rec.cvt.services.CVTSecondPassEngine
+    name: CVTSP
+  - class: org.jlab.service.ftof.FTOFTBEngine
+    name: FTOFTB
+  - class: org.jlab.service.eb.EBTBEngine
+    name: EBTB
+  - class: org.jlab.rec.rich.RICHEBEngine
+    name: RICH
+  - class: org.jlab.service.rtpc.RTPCEngine
+    name: RTPC
+  - class: org.jlab.rec.service.vtx.VTXEngine
+    name: VTX
+  - class: org.jlab.calibration.service.CalibBanksEngine
+    name: CALIB
+configuration:
+  global:
+    variation: mc2026
+    dcMinistagger: "NOTONREFWIRE"
+    dcFeedthroughs: "OFF"
+  io-services:
+    writer:
+      schema_dir: dst
+      #schema_dir: "/home/clas12-1/chef/myClara/plugins/clas12/etc/bankdefs/dst"
+  services:
+    MAGFIELDS:
+      magfieldSolenoidMap: Symm_solenoid_r601_phi1_z1201_13June2018.dat
+      magfieldTorusMap: Symm_torus_r2501_phi16_z251_24Apr2018.dat
+    DCHTAI:
+      outputBankPrefix: "HB"
+    RTPC:
+      rtpcSimulation: "true"
+
+mime-types:
+  - binary/data-hipo

coatjava/14.1.0/rgk_spring2024.yaml

@@ -0,0 +1 @@
+mc-ai.yaml

coatjava/14.1.0/rgk_winter2023.yaml

@@ -0,0 +1 @@
+mc-ai.yaml

gemc/6.0/rga_sqlite.gcard

@@ -0,0 +1,99 @@
+<!-- GEMC 6.0 -->
+<gcard>
+
+
+
+
+	<option name="DATABASE" value="clas12.sqlite"/>
+
+	<!-- CLAS12 Setup 	-->
+	<detector name="target_cad"   factory="SQLITECAD"/>
+	<detector name="target"       factory="SQLITE"/>
+
+	<detector name="solenoid"     factory="SQLITE"/>
+	<detector name="magnets_cad"  factory="SQLITECAD" />
+	<detector name="bst"          factory="SQLITE"/>
+	<detector name="micromegas"   factory="SQLITE" />
+	<detector name="ctof"         factory="SQLITE" variation="empty"/>
+	<detector name="ctof_cad"     factory="SQLITECAD" />
+	<detector name="cnd"          factory="SQLITE"/>
+	<detector name="htcc"         factory="SQLITE"/>
+	<detector name="htcc_cad"     factory="SQLITECAD"/>
+	<detector name="ft"           factory="SQLITE"/>
+	<detector name="beamline_cad" factory="SQLITECAD"/>
+	<detector name="beamline"     factory="SQLITE"/>
+	<detector name="dc"           factory="SQLITE"/>
+	<detector name="ftof"         factory="SQLITE"/>
+	<detector name="ec"           factory="SQLITE"/>
+	<detector name="pcal"         factory="SQLITE"/>
+	<detector name="ltcc"         factory="SQLITE"/>
+	<detector name="ltcc_cad"     factory="SQLITECAD"/>
+	<detector name="rich"         factory="SQLITE"/>
+	<detector name="rich_cad"     factory="SQLITECAD"/>
+
+	<!-- you can scale the fields here. Remember torus -1 means e- INBENDING  -->
+	<option name="SCALE_FIELD" value="binary_torus, -1"/>
+	<option name="SCALE_FIELD" value="binary_solenoid, -1"/>
+
+	<!-- hall field  -->
+	<option name="HALL_FIELD"  value="Symm_solenoid_r601_phi1_z1201_13June2018:Symm_torus_r2501_phi16_z251_24Apr2018"/>
+
+
+	<!-- beam conditions -->
+	<option name="BEAM_P"   value="e-, 10.6*GeV, 0.0*deg, 0*deg"/>
+	<option name="BEAM_V"    value="(0, 0, -1.94)cm"/>
+	<option name="SPREAD_V"  value="(0.0, 2.5)cm"/>
+
+	<option name="SAVE_ALL_MOTHERS" value="1"/>
+	<option name="RECORD_OPTICALPHOTONS"   value="1"/>
+ 	<option name="SKIPREJECTEDHITS"    value="1" />
+
+ 	<!-- Uncomment this line to save the true information (necessary for Truth Matching -->
+ 	<!--  <option name="INTEGRATEDRAW"    value="*" /> -->
+
+
+	<option name="PHYSICS" value="FTFP_BERT + STD + Optical"/>
+
+	<option name="OUTPUT"   value="hipo, out.hipo"/>
+
+	<!--  Will print message every 10 events -->
+	<option name="PRINT_EVENT"    value="100" />
+
+
+	<!--  Run Number 11, picked up by digitization routines -->
+	<option name="RUNNO"    value="11" />
+	<option name="DIGITIZATION_VARIATION"  value="mc2026" />
+
+	<!--  Do not track staff after the downstream shielding -->
+	<option name="MAX_Z_POS" value="9000"/>
+
+	<!--  Time window defined by LUMI_EVENT -->
+	<option name="LUMI_EVENT"  value="0, 248.5*ns, 4.008*ns" />
+	<!--  Uncomment this (and replace the LUMI_EVENT Above) to simulate 10^35 luminosity
+	      beam on a 5cm liquid hydrogen target, use 124K e- / event   -->
+	<!--  Scale accordingly for different target / luminosity  -->
+	<!--
+	<option name="LUMI_EVENT"     value="124000, 248.5*ns, 4.008*ns" />
+	<option name="LUMI_P"         value="e-, 10.6*GeV, 0*deg, 0*deg" />
+	<option name="LUMI_V"         value="(0.0, 0.0, -10)cm" />
+	<option name="LUMI_SPREAD_V"  value="(0.03, 0.03)cm" />
+	-->
+
+	<!--  RF Signal needs event time window defined by LUMI_EVENT -->
+	<!--  Reference position set as target shift below -->
+	<option name="RFSETUP"     value="clas12_ccdb" />
+	<option name="RFSTART"     value="eventVertex, 0, 0, -19.4" />
+
+	<!-- production threshold for passive volumes -->
+	<!-- beamline shielding and torus magnet: 2cm-->
+	<option name="PRODUCTIONCUTFORVOLUMES" value="innerShieldAndFlange, outerFlange, outerMount, nut1, nut2, nut3, nut4, nut5, nut6, nut7, nut8, nut9, taggerInnerShield,  main-cone,  adjuster1, adjuster2, adjuster3, Apex_Shield_Lead_Fill, Apex_Shield_PCAL_Hub, Downstream_Beam_tube_Segment_1, Downstream_Beam_tube_Segment_2, Torus_Beam_Tube_Reducer_2, Torus_Exit_Shield_Casing, Torus_Exit_Shield_Lead_Fill, 20"/>
+	<option name="PRODUCTIONCUTFORVOLUMES" value="BoreShield, CenterTube, DownstreamShieldingPlate, DownstreamVacuumJacket, WarmBoreTube, apex, Shield1, Shield2, Shield3, Shield4, Shield5, Shield6, Shield7, shell1a, shell1b, shell2a, shell2b, shell3a, shell3b, shell4a, shell4b, shell5a, shell5b, shell6a, shell6b, 20" />
+
+	<detector name="svt">       <position x="0*cm" y="0*cm" z="-1.94*cm"  />  </detector>
+	<detector name="bstShield"> <position x="0*cm" y="0*cm" z="-1.94*cm"  />  </detector>
+
+	<option name="DISPLACE_FIELDMAP" value="binary_solenoid, 0*cm, 0*cm, -1.94*cm" />
+
+
+
+</gcard>

gemc/6.0/rgd_fall2023.gcard

@@ -0,0 +1,97 @@
+<gcard>	
+
+
+
+
+
+	<option name="DATABASE" value="clas12.sqlite"/>
+
+	<!-- CLAS12 Setup 	-->
+	<detector name="target_cad"   factory="SQLITECAD"/>
+	<detector name="target"       factory="SQLITE"/>
+
+	<detector name="solenoid"     factory="SQLITE"/>
+	<detector name="magnets_cad"  factory="SQLITECAD" />
+	<detector name="bst"          factory="SQLITE"/>
+	<detector name="micromegas"   factory="SQLITE" />
+	<detector name="ctof"         factory="SQLITE" variation="empty"/>
+	<detector name="ctof_cad"     factory="SQLITECAD" />
+	<detector name="cnd"          factory="SQLITE"/>
+	<detector name="htcc"         factory="SQLITE"/>
+	<detector name="htcc_cad"     factory="SQLITECAD"/>
+	<detector name="ft"           factory="SQLITE"/>
+	<detector name="beamline_cad" factory="SQLITECAD"/>
+	<detector name="beamline"     factory="SQLITE"/>
+	<detector name="dc"           factory="SQLITE"/>
+	<detector name="ftof"         factory="SQLITE"/>
+	<detector name="ec"           factory="SQLITE"/>
+	<detector name="pcal"         factory="SQLITE"/>
+	<detector name="ltcc"         factory="SQLITE"/>
+	<detector name="ltcc_cad"     factory="SQLITECAD"/>
+	<detector name="rich"         factory="SQLITE"/>
+	<detector name="rich_cad"     factory="SQLITECAD"/>
+
+	<!-- you can scale the fields here. Remember torus -1 means e- INBENDING  -->
+	<option name="SCALE_FIELD" value="binary_torus, -1"/>
+	<option name="SCALE_FIELD" value="binary_solenoid, -1"/>
+
+	<!-- hall field  -->
+	<option name="HALL_FIELD"  value="Symm_solenoid_r601_phi1_z1201_13June2018:Symm_torus_r2501_phi16_z251_24Apr2018"/>
+
+
+	<!-- beam conditions -->
+	<option name="BEAM_P"   value="e-, 10.6*GeV, 0.0*deg, 0*deg"/>
+	<option name="BEAM_V"    value="(0, 0, -1.94)cm"/>
+	<option name="SPREAD_V"  value="(0.0, 2.5)cm"/>
+
+	<option name="SAVE_ALL_MOTHERS" value="1"/>
+	<option name="RECORD_OPTICALPHOTONS"   value="1"/>
+ 	<option name="SKIPREJECTEDHITS"    value="1" />
+
+ 	<!-- Uncomment this line to save the true information (necessary for Truth Matching -->
+ 	<!--  <option name="INTEGRATEDRAW"    value="*" /> -->
+
+
+	<option name="PHYSICS" value="FTFP_BERT + STD + Optical"/>
+
+	<option name="OUTPUT"   value="hipo, out.hipo"/>
+
+	<!--  Will print message every 10 events -->
+	<option name="PRINT_EVENT"    value="100" />
+
+
+	<!--  Run Number 11, picked up by digitization routines -->
+	<option name="RUNNO"    value="11" />
+	<option name="DIGITIZATION_VARIATION"  value="mc2026" />
+
+	<!--  Do not track staff after the downstream shielding -->
+	<option name="MAX_Z_POS" value="9000"/>
+
+	<!--  Time window defined by LUMI_EVENT -->
+	<option name="LUMI_EVENT"  value="0, 248.5*ns, 4.008*ns" />
+	<!--  Uncomment this (and replace the LUMI_EVENT Above) to simulate 10^35 luminosity
+	      beam on a 5cm liquid hydrogen target, use 124K e- / event   -->
+	<!--  Scale accordingly for different target / luminosity  -->
+	<!--
+	<option name="LUMI_EVENT"     value="124000, 248.5*ns, 4.008*ns" />
+	<option name="LUMI_P"         value="e-, 10.6*GeV, 0*deg, 0*deg" />
+	<option name="LUMI_V"         value="(0.0, 0.0, -10)cm" />
+	<option name="LUMI_SPREAD_V"  value="(0.03, 0.03)cm" />
+	-->
+
+	<!--  RF Signal needs event time window defined by LUMI_EVENT -->
+	<!--  Reference position set as target shift below -->
+	<option name="RFSETUP"     value="clas12_ccdb" />
+	<option name="RFSTART"     value="eventVertex, 0, 0, -19.4" />
+
+	<!-- production threshold for passive volumes -->
+	<!-- beamline shielding and torus magnet: 2cm-->
+	<option name="PRODUCTIONCUTFORVOLUMES" value="innerShieldAndFlange, outerFlange, outerMount, nut1, nut2, nut3, nut4, nut5, nut6, nut7, nut8, nut9, taggerInnerShield,  main-cone,  adjuster1, adjuster2, adjuster3, Apex_Shield_Lead_Fill, Apex_Shield_PCAL_Hub, Downstream_Beam_tube_Segment_1, Downstream_Beam_tube_Segment_2, Torus_Beam_Tube_Reducer_2, Torus_Exit_Shield_Casing, Torus_Exit_Shield_Lead_Fill, 20"/>
+	<option name="PRODUCTIONCUTFORVOLUMES" value="BoreShield, CenterTube, DownstreamShieldingPlate, DownstreamVacuumJacket, WarmBoreTube, apex, Shield1, Shield2, Shield3, Shield4, Shield5, Shield6, Shield7, shell1a, shell1b, shell2a, shell2b, shell3a, shell3b, shell4a, shell4b, shell5a, shell5b, shell6a, shell6b, 20" />
+
+	<detector name="svt">       <position x="0*cm"     y="0*cm"     z="-3.00*cm"  />  </detector>
+	<detector name="bstShield"> <position x="0*cm"     y="0*cm"     z="-3.00*cm"  />  </detector>
+
+	<option name="DISPLACE_FIELDMAP" value="binary_solenoid, 0*cm, 0*cm, -3.00*cm" />
+
+</gcard>

gemc/6.0/rgk_spring2024.gcard

@@ -0,0 +1,99 @@
+<!-- GEMC 6.0 -->
+<gcard>
+
+	<!-- band detector upstream of the target -->
+	<detector name="experiments/clas12/band/band" factory="TEXT" variation="main"/>
+
+	<option name="DATABASE" value="clas12.sqlite"/>
+
+	<!-- CLAS12 Setup 	-->
+	<detector name="target_cad"   factory="SQLITECAD"/>
+	<detector name="target"       factory="SQLITE"/>
+
+	<detector name="solenoid"     factory="SQLITE"/>
+	<detector name="magnets_cad"  factory="SQLITECAD" />
+	<detector name="bst"          factory="SQLITE"/>
+	<detector name="micromegas"   factory="SQLITE" />
+	<detector name="ctof"         factory="SQLITE" variation="empty"/>
+	<detector name="ctof_cad"     factory="SQLITECAD" />
+	<detector name="cnd"          factory="SQLITE"/>
+	<detector name="htcc"         factory="SQLITE"/>
+	<detector name="htcc_cad"     factory="SQLITECAD"/>
+	<detector name="ft"           factory="SQLITE"/>
+	<detector name="beamline_cad" factory="SQLITECAD"/>
+	<detector name="beamline"     factory="SQLITE"/>
+	<detector name="dc"           factory="SQLITE"/>
+	<detector name="ftof"         factory="SQLITE"/>
+	<detector name="ec"           factory="SQLITE"/>
+	<detector name="pcal"         factory="SQLITE"/>
+	<detector name="ltcc"         factory="SQLITE"/>
+	<detector name="ltcc_cad"     factory="SQLITECAD"/>
+	<detector name="rich"         factory="SQLITE"/>
+	<detector name="rich_cad"     factory="SQLITECAD"/>
+
+	<!-- you can scale the fields here. Remember torus -1 means e- INBENDING  -->
+	<option name="SCALE_FIELD" value="binary_torus, +1"/>
+	<option name="SCALE_FIELD" value="binary_solenoid, -1"/>
+
+	<!-- hall field  -->
+	<option name="HALL_FIELD"  value="Symm_solenoid_r601_phi1_z1201_13June2018:Symm_torus_r2501_phi16_z251_24Apr2018"/>
+
+
+	<!-- beam conditions -->
+	<option name="BEAM_P"   value="e-, 10.6*GeV, 0.0*deg, 0*deg"/>
+	<option name="BEAM_V"    value="(0, 0, -3)cm"/>
+	<option name="SPREAD_V"  value="(0.0, 2.5)cm"/>
+
+	<option name="SAVE_ALL_MOTHERS" value="1"/>
+	<option name="RECORD_OPTICALPHOTONS"   value="1"/>
+ 	<option name="SKIPREJECTEDHITS"    value="1" />
+
+ 	<!-- Uncomment this line to save the true information (necessary for Truth Matching -->
+ 	<!--  <option name="INTEGRATEDRAW"    value="*" /> -->
+
+
+	<option name="PHYSICS" value="FTFP_BERT + STD + Optical"/>
+
+	<option name="OUTPUT"   value="hipo, out.hipo"/>
+
+	<!--  Will print message every 10 events -->
+	<option name="PRINT_EVENT"    value="100" />
+
+
+	<!--  Run Number 11, picked up by digitization routines -->
+    <option name="RUNNO" value="19324" />
+	<option name="DIGITIZATION_VARIATION"  value="mc2026" />
+
+	<!--  Do not track staff after the downstream shielding -->
+	<option name="MAX_Z_POS" value="9000"/>
+
+	<!--  Time window defined by LUMI_EVENT -->
+	<option name="LUMI_EVENT"  value="0, 248.5*ns, 4.008*ns" />
+	<!--  Uncomment this (and replace the LUMI_EVENT Above) to simulate 10^35 luminosity
+	      beam on a 5cm liquid hydrogen target, use 124K e- / event   -->
+	<!--  Scale accordingly for different target / luminosity  -->
+	<!--
+	<option name="LUMI_EVENT"     value="124000, 248.5*ns, 4.008*ns" />
+	<option name="LUMI_P"         value="e-, 10.6*GeV, 0*deg, 0*deg" />
+	<option name="LUMI_V"         value="(0.0, 0.0, -10)cm" />
+	<option name="LUMI_SPREAD_V"  value="(0.03, 0.03)cm" />
+	-->
+
+	<!--  RF Signal needs event time window defined by LUMI_EVENT -->
+	<!--  Reference position set as target shift below -->
+	<option name="RFSETUP"     value="clas12_ccdb" />
+	<option name="RFSTART"     value="eventVertex, 0, 0, -30.0" />
+
+	<!-- production threshold for passive volumes -->
+	<!-- beamline shielding and torus magnet: 2cm-->
+	<option name="PRODUCTIONCUTFORVOLUMES" value="innerShieldAndFlange, outerFlange, outerMount, nut1, nut2, nut3, nut4, nut5, nut6, nut7, nut8, nut9, taggerInnerShield,  main-cone,  adjuster1, adjuster2, adjuster3, Apex_Shield_Lead_Fill, Apex_Shield_PCAL_Hub, Downstream_Beam_tube_Segment_1, Downstream_Beam_tube_Segment_2, Torus_Beam_Tube_Reducer_2, Torus_Exit_Shield_Casing, Torus_Exit_Shield_Lead_Fill, 20"/>
+	<option name="PRODUCTIONCUTFORVOLUMES" value="BoreShield, CenterTube, DownstreamShieldingPlate, DownstreamVacuumJacket, WarmBoreTube, apex, Shield1, Shield2, Shield3, Shield4, Shield5, Shield6, Shield7, shell1a, shell1b, shell2a, shell2b, shell3a, shell3b, shell4a, shell4b, shell5a, shell5b, shell6a, shell6b, 20" />
+
+	<detector name="svt">       <position x="0*cm" y="0*cm" z="-3.00*cm"  />  </detector>
+	<detector name="bstShield"> <position x="0*cm" y="0*cm" z="-3.00*cm"  />  </detector>
+
+	<option name="DISPLACE_FIELDMAP" value="binary_solenoid, 0*cm, 0*cm, -3.00*cm" />
+
+
+
+</gcard>