Software Version

Used software:

• calice: calice_v04-08-01 Trunk Version (ILCSoft: v01-17-05 )
• Mokka/Geant4: mokka_v08_03__geant4_9_6p01__ilcSoftv01_17_05

Settings:

              name:  2015-12-04_calicePim-Part3-NewDigi
          particle:  pi-
      physicsLists:  ['FTFP_BERT', 'QGSP_BERT', 'QGSP_BIC', 'QBBC', 'FTFP_BERT_HP']
        events/run:  25000
           nr runs:  20
                     ==> 500000  events
          energies:   2 2 2 4 6 8 8 10 20
     detectorModel:  TBFnal0508_p0709
    Calice Version:  calice_v04-08-01 -> Trunk Version
     Mokka Version:  mokka_v08_03__geant4_9_6p01__ilcSoftv01_17_05
       remove ECal:  False
  detailedShowerMode True

Steering- and Logfiles

Location on the grid

• Marlin (digitized & reconstructed)
  • /grid/calice/tb-MCProduction/data_fnal/pi-/2015-12-04_calicePim-Part3-NewDigi/mokka_v08_03__geant4_9_6p01__ilcSoftv01_17_05/digi/calice_v04-08-01__v01-17-05/logs.tgz
  • /grid/calice/tb-MCProduction/data_fnal/pi-/2015-12-04_calicePim-Part3-NewDigi/mokka_v08_03__geant4_9_6p01__ilcSoftv01_17_05/digi/calice_v04-08-01__v01-17-05/steer.tgz

Steering File examples

Example Marlin steering file

<marlin xmlns:xsi="http://www.w3.org/2001/XMLSchema-instance" xsi:noNamespaceSchemaLocation="http://ilcsoft.desy.de/marlin/marlin.xsd">

  <execute>
    <processor name="MCRunTime"/>
    <processor name="RunInfo"/>
    <processor name="ProgressHandler"/>
    <processor name="Conditions"/>
    <processor name="MCTrigger"/>
    
    <!--
    <processor name="TBTrackDbHandler"/>
    <processor name="TBTrackMCDigitization"/>
    <processor name="TBTrackProducer"/>
    -->
    
    
    <processor name="EcalMCDigitisation"/>
    <processor name="EcalCalibration"/>
    
    
    
    <processor name="HcalSROMapper"/>
    <processor name="HcalMappingProcessor"/>
    <processor name="HcalCellNeighboursProcessor"/>
    <processor name="HcalCellDescriptionProcessor"/>
    <processor name="HcalSiPMTemperatureProcessor"/>
    <processor name="HcalSiPMCalibrationsProcessor"/>
    <processor name="HcalTcmtAppendNoiseProcessor"/>
    <processor name="HcalGangingProcessor"/>
    <processor name="HcalDigitisationProcessor"/>
    <processor name="HcalSiPMCalibrateProcessor"/>
    
    
    
    
    <processor name="TcmtMCMapping"/>
    <processor name="TcmtMCDigitization"/>
    <processor name="TcmtMCCalibration"/>
    <processor name="TcmtMCOverlay"/>
    
    
    <processor name="LCIOOutput"/>
    <!--processor name="EventSelector"/-->
  </execute>
  
  
  
  
  <global>
    <parameter name="LCIOInputFiles">
      in.slcio

    </parameter>
    <!--parameter name="MaxRecordNumber" value="5001"/-->
    <parameter name="ProcessorType"> </parameter>
    <parameter name="SkipNEvents" value="0"/>
    <parameter name="SupressCheck" value="false"/>
    <parameter name="Verbosity" value="MESSAGE"/>
  </global>
  
  
  
  <processor name="MCRunTime" type="MCRunTimeProcessor">
    <!--Sets the event time to the time of the given run number-->
    <!--initialisation of the database-->
    <parameter name="DBInit" type="string" value="flccaldbvm01.desy.de:calice:caliceon:Delice.1:3306"/>
    <!--Collection from DB which contains information about the location of a run-->
    <parameter name="RunLocationFolder" type="string" value="/cd_calice/RunLocation"/>
    <!--Run number of the run for MC files-->
    <parameter name="RunNumber" type="int" value="500701"/>
    <!--Collection from DB which contains the start and stop time of a given run-->
    <parameter name="RunTimeFolder" type="string" value="/cd_calice/CALDAQ_RunTimeInfo"/>
    <!--Apply a savety margin of n seconds between the nominal run start and 
   the first MC event time stamp to ensure validity of conditions data-->
    <parameter name="SavetyMargin" type="int" value="60"/>
  </processor>
  
  
  <processor name="RunInfo" type="RunInfoProcessor">
    <!--Add Runinfo to Runheader needed for MC and DATA-->
    <!--Folder in which beam parameters are stored if not in datastream or if odd-->
    <parameter name="BeamParameterExceptionFolder" type="string" value="/cd_calice/BeamParameterException"/>
    <!--Folder in which the beam parameters are stored-->
    <parameter name="BeamParameterFolder" type="string" value="default"/>
    <!--The bending current to be checked to calculate the energy from the current-->
    <parameter name="BendingCurrentToCheck" type="int" value="8"/>
    <!--Conversion factor from bending magnet current to energy-->
    <parameter name="CurrentToEnergy" type="float" value="4.72"/>
    <!--Tolerance in % allowed until current reading at run begin and run 
   end is considered to be inconsinstent-->
    <parameter name="CurrentTolerance" type="float" value="0.05"/>
    <!--initialisation of the database -->
    <parameter name="DBInit" type="string" value="flccaldbvm01.desy.de:calice:caliceon:Delice.1:3306"/>
    <!--Convert calculated Beam Energy into MeV-->
    <parameter name="KeVToMeV" type="float" value="1000"/>
    <!--Collection from DB which contains information about the location of a run-->
    <parameter name="RunLocationFolder" type="string" value="/cd_calice/RunLocation"/>
    <!--Run number of the run for MC files, in case not written to RunHeader;
   run number in the run header ALWAYS superseeds the steering-->
    <parameter name="RunNumber" type="int" value="500701"/>
    <!--Collection from DB which contains the start amd stop time of a given run-->
    <parameter name="RunTimeFolder" type="string" value="/cd_calice/CALDAQ_RunTimeInfo"/>
    <!--Apply a safety margin of n seconds between the nominal run start and 
   the first MC event time stamp to ensure validity of conditions data-->
    <parameter name="SafetyMargin" type="int" value="0"/>
    <!--Tolerance in s allowed until reading of beam parameters (at run begin) 
   is considered to be outdated-->
    <parameter name="TimeTolerance" type="float" value="600"/>
  </processor>
  
  
  <processor name="ProgressHandler" type="ProgressHandler">
    <!--Report event/run numbers at fixed time intervals, and handle SIGINT (Ctrl-C) for a graceful exit.-->
    <!--The number of seconds after which the number of processed events will be shown.-->
    <parameter name="ReportInterval" type="int" value="20"/>
  </processor>
  
  
  
  
   <processor name="Conditions" type="ConditionsProcessor">
   <!--ConditionsProcessor provides access to conditions data
       transparently from LCIO files or a databases, using LCCD-->
   <!--Initialization string for conditions database-->
   <parameter name="DBInit" type="string" value="flccaldbvm01.desy.de:calice:caliceon:Delice.1:3306"/>
   
   <!--Initialization of a conditions db file handler-->
   <!--parameter name="DBFileHandler" type="StringVec"> conditionsName conditions.slcio collectionName </parameter-->
   <!--Initialization of a data file handler-->
   <!--parameter name="DataFileHandler" type="StringVec" value="conditionsName"/-->
   <!--Initialization of a simple conditions file handler-->
   <!--parameter name="SimpleFileHandler" type="StringVec"> conditionsName conditions.slcio collectionName </parameter-->
   

   <parameter name="DBCondHandler" type="StringVec"> 
     ReferenceTransformation  /cd_calice_fnalbeam/ExperimentalHall/ReferenceFrame calice_ReferenceFrame_001
     CALDAQ_TriggerAssignment /cd_calice_fnalbeam/CALDAQ_TriggerAssignment        calice_TriggerAssignment_004
     CALDAQ_TriggerCheck      /cd_calice_fnalbeam/CALDAQ_TriggerCheck             calice_TriggerCheck_002
     CALDAQ_BeTrgConf         /cd_calice_v0402_fnalcomb/CALDAQ_BeTrgConf             calice_conv_v0402_001
     CALDAQ_ReadOutConfigurationData    /cd_calice_v0402_fnalcomb/CALDAQ_ReadOutConfigurationData    calice_conv_v0402_001
     CALDAQ_TrgReadoutConfigurationData /cd_calice_v0402_fnalcomb/CALDAQ_TrgReadoutConfigurationData calice_conv_v0402_001

   </parameter>
   





   <!--                               -->
   <!-- TBTrack                       -->
   <!--                               -->

  <parameter name="DBCondHandler" type="StringVec"> 
    DesyTBTrackSimConstants /cd_calice_beam/Tracking/mc/SimConstants  tbtrack_SimConstants_002
  </parameter>

  <parameter name="DBCondHandler" type="StringVec"> 
    CernTBTrackSimConstants /cd_calice_cernbeam/TBTrack/SimConstants tbtrack_SimConstants_002
  </parameter>

  <parameter name="DBCondHandler" type="StringVec"> 
    FnalTBTrackSimConstants /cd_calice_fnalbeam/TBTrack/SimConstants tbtrack_SimConstants_002
  </parameter>

<!--
   <parameter name="DBCondHandler"> CernRunMetaData /cd_calice_cernbeam/BeamMetaData calice_db_20100212 </parameter>
   <parameter name="DBCondHandler" type="StringVec"> CernTBTrackFitConstants /cd_calice_cernbeam/TBTrack/FitConstantsNew tbtrack_FitConstants_002 </parameter>
   <parameter name="DBCondHandler" type="StringVec"> CernTBTrackAlnConstants /cd_calice_cernbeam/TBTrack/AlnConstants tbtrack_AlnConstants_001 </parameter>
   <parameter name="DBCondHandler" type="StringVec"> TBTrackTdcMap /cd_calice_cernbeam/TBTrack/TdcMapping tbtrack_TdcMapping_001 </parameter>
-->
<!--
   <parameter name="DBCondHandler"> FnalRunMetaData /cd_calice_fnalbeam/BeamMetaData calice_db_20100212 </parameter>
   <parameter name="DBCondHandler" type="StringVec"> FnalTBTrackFitConstants /cd_calice_fnalbeam/TBTrack/FitConstantsNew tbtrack_FitConstants_002 </parameter>
   <parameter name="DBCondHandler" type="StringVec"> FnalTBTrackAlnConstants /cd_calice_fnalbeam/TBTrack/AlnConstants tbtrack_AlnConstants_001 </parameter>
   <parameter name="DBCondHandler" type="StringVec"> TBTrackTdcMap /cd_calice_fnalbeam/TBTrack/TdcMapping tbtrack_TdcMapping_001 </parameter>
-->   
   
   <!--                               -->
   <!-- ECAL                          -->
   <!--                               -->

   <parameter name="DBCondHandler" type="StringVec">      
     CALDAQ_EmcFeConfiguration /cd_calice_v0402_fnalcomb/CALDAQ_EmcFeConfiguration calice_conv_v0402_001
     EmcModuleConnection       /cd_calice_fnalbeam/Ecal/Mapping           emc_Mapping_001
     EmcModuleDescription      /cd_calice/Ecal/ModuleDescription                              emc_ModuleDescription_001
     EmcModuleLocation         /cd_calice_fnalbeam/Ecal/ModuleLocation    emc_ModuleLocation_001
     EmcDetectorTransformation /cd_calice_fnalbeam/Ecal/DetectorPosition  emc_DetectorPosition_001
     EmcCalibrationConstants   /cd_calice/Ecal/CalibrationConstants                           emc_CalibrationConstants_004
     EmcCellParameters         /cd_calice/Ecal/Noise                     emc_noise_001 
   </parameter>



   <!--                               -->
   <!-- AHCAL                         -->
   <!--                               -->


   <parameter name="DBCondHandler" type="StringVec">
     CALDAQ_AhcFeConfiguration  /cd_calice_v0402_fnalcomb/CALDAQ_AhcFeConfiguration  calice_conv_v0402_001
     CALDAQ_AhcVfeConfiguration /cd_calice_v0402_fnalcomb/CALDAQ_AhcVfeConfiguration calice_conv_v0402_001
     CALDAQ_AhcSroData          /cd_calice_v0402_fnalcomb/CALDAQ_AhcSroData          calice_conv_v0402_001
     CALDAQ_AhcSroModData       /cd_calice_v0402_fnalcomb/CALDAQ_AhcSroModData       calice_conv_v0402_001

     AhcModuleLocationReference /cd_calice_fnalbeam/Hcal/HcalModuleLocationReference  ahc_HcalModuleLocationReference_003
     AhcModuleConnection        /cd_calice_fnalbeam/Hcal/HcalMapping                  ahc_HcalMapping_004
     AhcModuleDescription       /cd_calice/Ahc/ModuleDescription                                          ahc_ModuleDescription_001                               
     AhcDetectorTransformation  /cd_calice_fnalbeam/Hcal/DetectorPosition ahc_DetectorPosition_003

     AhcMipConstants    /cd_calice/Hcal/mip_constants             ahc_mip_constants_011
     AhcMipSlopes       /cd_calice/Hcal/mip_slopes                ahc_mip_slopes_008
     AhcGainConstants   /cd_calice/Hcal/gain_constants            ahc_gain_constants_008
     AhcGainSlopes      /cd_calice/Hcal/gain_slopes               ahc_gain_slopes_009
     AhcInterConstants  /cd_calice/Hcal/ic_constants              ahc_ic_constants_007
     AhcCellQuality     /cd_calice/Ahc/BadCellMap                 ahc_bad_cell_map_003
     AhcTempSensorCalib /cd_calice/Hcal/tempSensors               ahc_tempSensors_001
     AhcSroModMapping   /cd_calice_fnalbeam/Hcal/AhcSroModMapping ahc_AhcSroModMapping_002
     AhcResponseCurve   /cd_calice/Ahc/ResponseCurve              ahc_response_curve_002
     AhcResponseScaling /cd_calice/Ahc/ResponseCurveScaling       ahc_response_curve_scaling_002
     AhcSaturationParameters /cd_calice/Ahc/SaturationParameters  ahc_response_curve_parameters_001
   </parameter>


   
   <!--                               -->
   <!-- Tail Catcher                  -->
   <!--                               -->

   <parameter name="DBCondHandler" type="StringVec"> 
     TcmtModuleDescription      /cd_calice_fnalbeam/Tcmt/TcmtModuleDescription  tcm_TcmtModuleDescription_001
     TcmtModuleLocation         /cd_calice_fnalbeam/Tcmt/TcmtModuleLocation     tcm_TcmtModuleLocation_001
     TcmtModuleConnection       /cd_calice_fnalbeam/Tcmt/TcmtModuleConnection   tcm_TcmtModuleConnection_001
     TcmtDetectorTransformation /cd_calice_fnalbeam/Tcmt/TcmtDetectorPosition   tcm_TcmtDetectorPosition_001
     tcmtMip00                  /cd_calice_fnalbeam/Tcmt/Mip00                  tcm_Mip00_001
   </parameter>


   
   <!--                               -->
   <!-- Multiplicity counter          -->
   <!--                               -->

   <parameter name="DBCondHandler" type="StringVec"> 
     MultiConnection /cd_calice_fnalbeam/veto/mapping  multi_mapping_001
   </parameter>

   
 </processor>
 

  
  
  
  <processor name="MCTrigger" type="TriggerSim">
    <!--TriggerSim processor sets trigger bits for MC events-->
    <!--The trigger mode used for data taking. Possible values: 
   10 for 10x10 2 fold coincidence, 20 for 20x20 singlee running, 
   100 for 100x100 2 fold coincidence-->
    <parameter name="TriggerMode" type="int" value="10"/>
  </processor>
  
  

  <!-- ========================================================================================= -->
  <!--                                                                                           -->
  <!--          TBTrack                                                                          -->
  <!--                                                                                           -->
  <!-- ========================================================================================= -->
  <processor name="TBTrackDbHandler" type="TBTrackDbHandler">
    <!--TBTrackDbHandler-->
    <!--For Mokka sim using multiple DC Collections-->
    <parameter name="ObsoleteMokkaCollections" type="int" value="0"/>
    <!--Print event level-->
    <parameter name="PrintEventLevel" type="int" value="3"/>
    <!--Print event number-->
    <parameter name="PrintEventNumber" type="int" value="-1"/>
    <!--Print level-->
    <parameter name="PrintLevel" type="int" value="0"/>
    <!--SimTrackerHit collection name-->
    <parameter name="SimTrackerHitCollection" type="string" value="TBSimTrackerHits"/>
    <!--TdcHit collection name-->
    <parameter name="TdcHitCollection" type="string" value="TBTrackTdcHits"/>
    <!--TrackProjection collection name-->
    <parameter name="TrackProjectionCollection" type="string" value="TBTrackProjection"/>
    <parameter name="beamMomentum" type="float">2 </parameter>
  </processor>
  
  
  <processor name="TBTrackMCDigitization" type="TBTrackDigitizer">
    <!--Base class for TBTrack processors-->
    <!-- Sorry, this parameter isn't a default parameter for this processor: description and type lost!!  -->
    <parameter name="BitSwitch" value="0"/>
    <!--For Mokka sim using multiple DC Collections-->
    <parameter name="ObsoleteMokkaCollections" type="int" value="0"/>
    <!--Print event level-->
    <parameter name="PrintEventLevel" type="int" value="3"/>
    <!--Print event number-->
    <parameter name="PrintEventNumber" type="int" value="-1"/>
    <!--Print level-->
    <parameter name="PrintLevel" type="int" value="0"/>
    <!--Set to != 0 if simulation used different chambers for x and y tracking-->
    <parameter name="SeparateHitsXY" type="int" value="1"/>
    <!--SimTrackerHit collection name-->
    <parameter name="SimTrackerHitCollection" type="string" value="dchSDxy0"/>
    <!--TdcHit collection name-->
    <parameter name="TdcHitCollection" type="string" value="TBTrackTdcHits"/>
    <!--TrackProjection collection name-->
    <parameter name="TrackProjectionCollection" type="string" value="TBTrackProjection"/>
    <parameter name="beamMomentum" type="float">2 </parameter>
  </processor>
  
  
  <processor name="TBTrackProducer" type="TBTrackProducer">
    <!--TBTrackProducer-->
    <!--For Mokka sim using multiple DC Collections-->
    <parameter name="ObsoleteMokkaCollections" type="int" value="0"/>
    <!--Print event level-->
    <parameter name="PrintEventLevel" type="int" value="3"/>
    <!--Print event number-->
    <parameter name="PrintEventNumber" type="int" value="-1"/>
    <!--Print level-->
    <parameter name="PrintLevel" type="int" value="0"/>
    <!--SimTrackerHit collection name-->
    <parameter name="SimTrackerHitCollection" type="string" value="TBSimTrackerHits"/>
    <!--The name of the output collection which will contain the selected TDCHit.-->
    <parameter name="TDCHitCollectionName" type="string" value="TBTrackTdcHits"/>
    <!--TdcHit collection name-->
    <parameter name="TdcHitCollection" type="string" value="TBTrackTdcHits"/>
    <!--TrackProjection collection name-->
    <parameter name="TrackProjectionCollection" type="string" value="TBTrackProjection"/>
    <parameter name="beamMomentum" type="float">2 </parameter>
  </processor>
  
  
  <!-- ========================================================================================= -->
  <!--                                                                                           -->
  <!--          ECAL                                                                             -->
  <!--                                                                                           -->
  <!-- ========================================================================================= -->
  
  <processor name="EcalMCDigitisation" type="TBEcalDigitisation">
    <!-- Digitization processor-->
    <!--Debug mode-->
    <parameter name="Debug" type="int" value="0"/>
    <!--Name of the input SimCalorimeterHit collection-->
    <parameter name="InputCollection" type="string" value="ProtoSD03Collection"/>
    <!--seed number for random noise definition-->
    <parameter name="InputSeed" type="int" value="500701"/>
    <!--Energy per MIP (in GeV)-->
    <parameter name="MIPEnergy" type="double" value="0.000147"/>
    <!--Name of the output raw hits collection-->
    <parameter name="OutputCollection" type="string" value="EMCCalorimeterHitsLevel0"/>
    <!--Name of the collection with raw to sim links-->
    <parameter name="Raw2SimLinksCollection" type="string" value="EcalProtoRaw2sim"/>
    <!--Name of object to be used for the calibration-->
    <parameter name="Calibration" type="string">CaliceEcalCalibration </parameter>
    <!--Name of the conditions data collection which contains the calibration constants-->
    <parameter name="CalibrationConstants" type="string">EmcCalibrationConstants </parameter>
    <!--To decalibrate cells declared as dead-->
    <parameter name="DummyCalibrationConst" type="double">0.02 </parameter>
    <!--The name of the collection which contains the pedestals, the noise, etc. of all the cells.-->
    <parameter name="EmcCellParameters" type="string">EmcCellParameters </parameter>
    <!--Collection containing SiW Ecal module description-->
    <parameter name="ModuleDescriptionCollectionName" type="string">EmcModuleLocation </parameter>
    <!--Collection containing SiW Ecal module location-->
    <parameter name="ModuleLocationCollectionName" type="string">EmcModuleDescription </parameter>
    <!--Collection containing SiW Ecal module connection-->
    <parameter name="ModuleLocationConnectionName" type="string">EmcModuleConnection </parameter>
  </processor>
  
  <processor name="EcalCalibration" type="CalibrateAndApplyThreshold">
    <!-- description not set by author -->
    <!--The name of the adc collection (input) to be used-->
    <parameter name="ADCCollectionName" type="string" value="CALDAQ_ADCCol"/>
    <!--Name of object to be used for the calibration-->
    <parameter name="Calibration" type="string" value="CaliceEcalCalibration"/>
    <!--Name of the conditions data collection which contains the calibration constants-->
    <parameter name="CalibrationConstants" type="string" value="EmcCalibrationConstants"/>
    <!--The name of the collection which contains the pedestals, the noise, etc. of all the cells.-->
    <parameter name="CellParameterCollectionName" type="string" value="EmcCellParameters"/>
    <!--Name of the conditions data collection which describes the detector position 
   and rotation (folder e.g. /Calice/ECAL/Transformation)-->
    <parameter name="DetectorTransformationCollectionName" type="string" value="EmcDetectorTransformation"/>
    <!--The name of the calorimeter hit collection (output) to be used-->
    <parameter name="HitCollectionName" type="string" value="EmcCalorimeter_Hits"/>
    <!--Names of relation collections with simhits-->
    <parameter name="InputRelCollections" type="string" value="EcalProtoRaw2sim"/>
    <!--Name of the conditions data collection which describes the connection 
   between modules and the DAQ front-ends (folder /CaliceEcal/module_connection)-->
    <parameter name="ModuleConnectionCollectionName" type="string" value="EmcModuleConnection"/>
    <!--Name of the conditions data collection which contains the description 
   of the module location (folder /CaliceEcal/module_description)-->
    <parameter name="ModuleDescriptionCollectionName" type="string" value="EmcModuleDescription"/>
    <!--Name of the conditions data collection which contains the description 
   of the module location (folder /CaliceEcal/module_location)-->
    <parameter name="ModuleLocationCollectionName" type="string" value="EmcModuleLocation"/>
    <!--Cells with a signal-to-noise ratio larger than this value are considered 
   to have a hit. The first element is used for hit search the second for hit 
   rejection during noise calculation.-->
    <parameter name="NoiseCut" type="FloatVec"> 1.8 5 </parameter>
    <!--The name of the Rawcalorimeter hit collection (input) to be used-->
    <parameter name="RawHitCollectionName" type="string" value="EMCCalorimeterHitsLevel0"/>
    <!--Name of the conditions data collection which describes the position and rotation 
   of the reference coordinate system (folder e.g. /Calice/ECAL/Transformation)-->
    <parameter name="ReferenceTransformationCollectionName" type="string" value="ReferenceTransformation"/>
    <!--Create a rootfile with control histograms-->
    <parameter name="SaveHistograms" type="int" value="0"/>
    <!--Cells with a signal (after calibration) larger than this threshold are considered to have a hit. -->
    <parameter name="SignalThreshold" type="float" value=".5"/>
    <!--Name of the conditions data collection which contains stage position data-->
    <!--parameter name="StageCollectionName" type="string" value="StageCollectionNotDefined"/-->
  </processor>


  <!-- ========================================================================================= -->
  <!--                                                                                           -->
  <!--          HCAL                                                                             -->
  <!--                                                                                           -->
  <!-- ========================================================================================= -->
  <processor name="HcalSROMapper" type="AhcSROmappingProcessor">
    <!--fixes the mapping of the AhcSlowReaoutModBlocks-->
    <!--Name of the MCParticle collection-->
    <parameter name="inCollectionName" type="string" lcioInType="LCGenericObject"> CALDAQ_AhcSroModData </parameter>
    <!--Name of the MCParticle collection-->
    <parameter name="mappingCollectionName" type="string" lcioInType="LCGenericObject"> AhcSroModMapping</parameter>
    <!--Name of the MCParticle collection-->
    <parameter name="outCollectionName" type="string" lcioOutType="LCGenericObject">AhcSroModData_fixed </parameter>
  </processor>


  <processor name="HcalTcmtAppendNoiseProcessor" type="AppendProcessor">
    <!--Opens a second (chain of) lcio file(s) and appends events.-->
    <!--Name of the lcio input file(s)-->
    <parameter name="AppendFileNames" type="StringVec" value="noise.slcio"/>
    <!--Name of the input collection(s) to append, RawCalorimeterHits or FastCaliceHits-->
    <parameter name="InputCollections" type="StringVec"> AhcNoise TcmtNoiseHits </parameter>
    <!--Name of the appended output collection(s)-->
    <parameter name="OutputCollections" type="StringVec"> AhcNoise1 _TcmtNoiseHits </parameter>
    <!--repeat or process collection(s) only one-time-->
    <parameter name="RepeatCollections" type="bool" value="true"/>
    <!--apply (1) or ignore (0) transformation RawCalorimeterHits -> FastCaliceHits-->
    <parameter name="TransformToFCH" type="IntVec"> 0 1 </parameter>
    <!--When converting RawHits, use FastCaliceHit (0,default) or TcmtHits (1) for each collection.-->
    <parameter name="UseTcmtHits" type="IntVec"> 0 1 </parameter>
  </processor>
 
  <group>
    <!--Name of the MappingProcessor instance that provides the geometry of the detector.-->
    <parameter name="MappingProcessorName" type="string" value="HcalMappingProcessor"/>
    <!--Name of the SiPMTemperatureProcessor instance that provides the AHCAL temperature container.-->
    <parameter name="SiPMTemperatureProcessorName" type="string" value="HcalSiPMTemperatureProcessor"/>
    
    <!--Collection with quality flags-->
    <parameter name="CellQualityCollection" type="string" lcioInType="LCGenericObject"> AhcCellQuality </parameter>
    <!--Name of the default pixel scale factors collection-->
    <!--parameter name="DefaultPixelScaleFactorsCollection" type="string" lcioInType="LCGenericObject">  DefaultPixelScaleFactors </parameter-->
    <!--Name of the gain constants collection-->
    <parameter name="GainConstantCollection" type="string" lcioInType="LCGenericObject">     AhcGainConstants </parameter>
    <!--Name of the gain slopes collection-->
    <parameter name="GainSlopeCollection" type="string" lcioInType="LCGenericObject">        AhcGainSlopes </parameter>
    <!--Name of the interCalibration collection-->
    <parameter name="InterCalibrationCollection" type="string" lcioInType="LCGenericObject"> AhcInterConstants </parameter>
    <!--Name of the MIP constants collection-->
    <parameter name="MIPConstantCollection" type="string" lcioInType="LCGenericObject">      AhcMipConstants </parameter>
    <!--Name of the MIP slopes collection-->
    <parameter name="MIPSlopeCollection" type="string" lcioInType="LCGenericObject">         AhcMipSlopes </parameter>
    <!--Name of the pedestal collection-->
    <!--parameter name="PedestalCollection" type="string" lcioInType="LCGenericObject">      AhcPedestal </parameter-->
    <!--Name of the pixel scale factors collection-->
    <parameter name="PixelScaleFactorsCollection" type="string" lcioInType="LCGenericObject">AhcResponseScaling </parameter>
    <!--Name of the saturation collection-->
    <parameter name="SaturationCollection" type="string" lcioInType="LCGenericObject">       AhcResponseCurve </parameter>
    <!--Default (global) value for the pixel scale factor-->
    <parameter name="GlobalPixelScaleFactor"      type="float" value="0.8"/>
    <!--Type of saturation correction applied, 0 - interpolation (default), 1 - curve-->
    <parameter name="SaturationProcedureType"     type="int" value="1"/>

    <!--Name of the DetectorTransformation collection-->
    <parameter name="DetectorTransformation" type="string" lcioInType="LCGenericObject"> AhcDetectorTransformation </parameter>
    <!--Name of the ModuleConnection collection-->
    <parameter name="ModuleConnection"       type="string" lcioInType="LCGenericObject"> AhcModuleConnection </parameter>
    <!--Name of the ModuleDescription collection-->
    <parameter name="ModuleDescription"      type="string" lcioInType="LCGenericObject"> AhcModuleDescription </parameter>
    <!--Name of the ModuleLocation collection-->
    <parameter name="ModuleLocation"         type="string" lcioInType="LCGenericObject"> AhcModuleLocationReference </parameter>


     <processor name="HcalSiPMCalibrationsProcessor" type="SiPMCalibrationsProcessor">
      <!--Processor that provides a MappedContainer of SiPMCalibrations objects-->
    </processor>

    <processor name="HcalCellNeighboursProcessor" type="CellNeighboursProcessor">
      <!--Processor that provides a MappedContainer of CellNeighbours objects-->
    </processor>

    <processor name="HcalCellDescriptionProcessor" type="CellDescriptionProcessor">
      <!--Processor that provides a MappedContainer of CALICE CellDescription objects from conditions data-->
    </processor>

    <processor name="HcalMappingProcessor" type="MappingProcessor">
      <!--Processor that provides a CALICE Mapping object from conditions data-->
      <!--Type name of the mapper instance. Currently valid identifiers are: AHC-->
      <parameter name="MapperType" type="string" value="AHC"/>
    </processor>

    <parameter name="CellDescriptionProcessorName"  type="string"> HcalCellDescriptionProcessor  </parameter>
    <parameter name="CellNeighboursProcessorName"   type="string"> HcalCellNeighboursProcessor   </parameter>
    <parameter name="SiPMCalibrationsProcessorName" type="string"> HcalSiPMCalibrationsProcessor </parameter>
    
    <processor name="HcalGangingProcessor" type="AhcGangingProcessor">
      <!--AHCal ganging-->
      <!--name of CellDescriptionProcessor which takes care of the cell description generation-->
      <!--Name of the input collection-->
      <parameter name="InputCollectionName" type="string">hcalSD </parameter>
      <!--Name of the output collection-->
      <parameter name="OutputCollectionName" type="string">AhcCalorimeter_Hits_ganged </parameter>
    </processor>

    <processor name="HcalDigitisationProcessor" type="AhcDigitisationProcessor">
      <!--AHCAL digitisation-->
      <!--Name of the input collection-->
      <parameter name="InputCollectionName" type="string">AhcCalorimeter_Hits_ganged </parameter>
      <!--Name of the output collection-->
      <parameter name="OutputCollectionName" type="string">hcalAfterDigitisation </parameter>
      <!--Name of the input noise collection-->
      <parameter name="NoiseCollectionName" type="string">AhcNoise1 </parameter>
      <!--Correct light yield for cells with default gain value in calibration.-->
      <parameter name="correctDefaultGainTofixedLightYield" type="bool">true </parameter>
      <!--Fixed light yield for cells with default gain value in calibration.-->
      <parameter name="fixedLightYieldForCorrection" type="float">15 </parameter>

    </processor>
    
    
    
    <processor name="HcalSiPMTemperatureProcessor" type="SiPMTemperatureProcessor">
      <!--Provides the temperature of the SiPMs-->
      <!--Name of the conditions collection for the AHC Slow r/o data.-->
      <parameter name="AHC_SRO_ModData" type="string" value="AhcSroModData_fixed"/>
      <!--Temperature model: if 'simple', use AhcSimpleTempProvider, else AhcTempProvider-->
      <!--parameter name="TempProviderModel" type="string" value="simple"/-->
      <!--Sanity range of the temperature provider-->
      <parameter name="TempProviderSanityRange" type="FloatVec"> 0 45 </parameter>
      <!--Name of collection of temperature sensors-->
      <parameter name="TemperatureSensorCalibrationCollectionName" type="string" value="AhcTempSensorCalib"/>
    </processor>
    
    <processor name="HcalSiPMCalibrateProcessor" type="SiPMCalibrateProcessor">
      <!--Does calibration of AHCAL hits-->
      <!--Name of the input collection-->
      <parameter name="InputCollectionName" type="string">hcalAfterDigitisation </parameter>
      <!--apply (1) or ignore (0) the pedestal subtraction-->
      <parameter name="PedestalSubtraction" type="bool">false </parameter>
      
      <!--Name of the SiPMCalibrationsProcessor that provides the calibrations of the AHCAL tiles.-->
      <parameter name="SiPMCalibrationsProcessorName" type="string">HcalSiPMCalibrationsProcessor </parameter>
      <!--Name of the output collection-->
      <parameter name="OutputAhcHitCollectionName" type="string">AhcCalorimeter_Hits </parameter>
      <!--Correct light yield for cells with default gain value in calibration.-->
      <parameter name="correctDefaultGainTofixedLightYield" type="bool">true </parameter>
      <!--Fixed light yield for cells with default gain value in calibration.-->
      <parameter name="fixedLightYieldForCorrection" type="float">15 </parameter>

    </processor>
    
    
   
  </group>

  
  
  <!-- ========================================================================================= -->
  <!--                                                                                           -->
  <!--          TCMT                                                                             -->
  <!--                                                                                           -->
  <!-- ========================================================================================= -->
  
  <processor name="TcmtMCMapping" type="CalHitMapProcessor">
    <!-- A singleton providing fast data access to cal hits via maps:
    no need to fill those maps yourself.-->
  </processor>
  
  <processor name="TcmtMCDigitization" type="DigiSimProcessor">
    <!-- Digitization processor (see http://nicadd.niu.edu/digisim/configdigi.html for details.)-->
    <!--Debug mode-->
    <parameter name="Debug" type="int" value="0"/>
    <!--Name of the input SimCalorimeterHit collection-->
    <parameter name="InputCollection" type="string" value="catcherSD"/>
    <!--Names of the modifiers to be run-->
    <parameter name="ModifierNames" type="StringVec">
    TCganging TCEnergyMultiplier TCxtalk TCsmear TCCalib </parameter>
    <!--Name of the output raw hits collection-->
    <parameter name="OutputCollection" type="string" value="TcmtRawCollection"/>
    <!--Name of the collection with raw to sim links-->
    <parameter name="Raw2SimLinksCollection" type="string" value="TCraw2simLinks"/>
    
    <parameter name="TCCalib"> GainDiscrimination 1.36 0 0 0 </parameter>
    <parameter name="TCEnergyMultiplier"> GainDiscrimination 1000000 0 0 0 </parameter>
    <parameter name="TCganging" value="TcmtGangingModifier"/>
    <parameter name="TCsmear"> GainDiscrimination 1 0.316 0 0 </parameter>
    <parameter name="TCxtalk"> TcmtCrosstalk 0.12 </parameter>
  </processor>
  
  
  <processor name="TcmtMCCalibration" type="CalorimeterHitsProcessor">
    <!-- RawCalHit -> CalHit conversion processor (see http://nicadd.niu.edu/digisim/ for details.)-->
    <!--Energy conversion factor-->
    <parameter name="EnergyFactor" type="double" value="1.0e-3"/>
    <!--Name of input collection to be converted-->
    <parameter name="InputCollection" type="string" value="TcmtRawCollection"/>
    <!--Name of output LCIO collection-->
    <parameter name="OutputCollection" type="string" value="TcmDigiCalorimeterHits"/>
    <!--Name of either a file or an input LCIO collection used as reference for hit positions-->
    <parameter name="PositionReference" type="string" value="none"/>
    <!--Time conversion factor-->
    <parameter name="TimeFactor" type="double" value="1.0e-6"/>
  </processor>
  
  
  <processor name="TcmtMCOverlay" type="TcmtOverlayProcessor">
    <!--Merge processor for the TCMT-->
    <!--Name of the conditions data collection which contains the detector transformation-->
    <parameter name="DetectorTransformationCollectionName" type="string" value="TcmtDetectorTransformation"/>
    <!--energy threshold in MIP for zero suppresion-->
    <parameter name="EnergyThreshold" type="float" value="0.4"/>
    <!--Name of the input collection-->
    <parameter name="InputCollectionName" type="string" value="TcmDigiCalorimeterHits"/>
    <!--MPV of raw energy deposited by a minimum ionizing particle-->
    <parameter name="MipPerGeV" type="float" value="1"/>
    <!--Name of the conditions data collection which describes the connection
   between modules and the DAQ front-ends-->
    <parameter name="ModuleConnectionCollectionName" type="string" value="TcmtModuleConnection"/>
    <!--Name of the conditions data collection which contains the description 
   of the module location (folder /CaliceEcal/module_description)-->
    <parameter name="ModuleDescriptionCollectionName" type="string" value="TcmtModuleDescription"/>
    <!--Name of the conditions data collection which contains the description 
   of the module location (folder /CaliceEcal/module_location)-->
    <parameter name="ModuleLocationCollectionName" type="string" value="TcmtModuleLocation"/>
    <!--Name of the noise collection-->
    <parameter name="NoiseCollectionName" type="string" value="_TcmtNoiseHits"/>
    <!--Type of the noise collection-->
    <parameter name="NoiseCollectionType" type="int" value="0"/>
    <!--Name of the output collection-->
    <parameter name="OutputCollectionName" type="string" value="TcmtCalorimeter_Hits"/>
    <!--Name of the conditions data collection which describes the position 
   and rotation of the reference coordinate system (folder e.g. /Calice/ECAL/Transformation)-->
    <parameter name="ReferenceTransformationCollectionName" type="string" value="ReferenceTransformation"/>
  </processor>
  
  
  <processor name="LCIOOutput" type="LCIOOutputProcessor">
    <!--Writes the current event to the specified LCIO outputfile. Needs to be the last ActiveProcessor.-->
    <!--drops the named collections from the event-->
    <parameter name="DropCollectionNames" type="StringVec"> 
      EMCCalorimeterHitsLevel0 EcalProtoRaw2sim TBTrackAlnConstants TBTrackFitConstants TBTrackSimConstants TBTrackTdcHits TcmtRawCollection AhcNoise1 _TcmtNoiseHits sciSD1 sciSD2 sciSD3 hcalAfterCalibration hcalAfterDigitisation AhcCalorimeter_Hits_ganged hcalAfterMappingMC TCraw2simLinks TcmDigiCalorimeterHits dchSDxy0
    </parameter>
    <!--parameter name="DropCollectionTypes" type="StringVec"> SimTrackerHit SimCalorimeterHit </parameter-->
    <!-- write complete objects in subset collections to the file (i.e. ignore subset flag)-->
    <!--parameter name="FullSubsetCollections" type="StringVec" value="MCParticlesSkimmed"/-->
    <!--force keep of the named collections - overrules DropCollectionTypes (and DropCollectionNames)-->
    <!--parameter name="KeepCollectionNames" type="StringVec" value="MyPreciousSimTrackerHits"/-->
    <!-- name of output file -->
    <parameter name="LCIOOutputFile" type="string" value="out.slcio"/>
    <!--write mode for output file:  WRITE_APPEND or WRITE_NEW-->
    <parameter name="LCIOWriteMode" type="string" value="None"/>
    <!--will split output file if size in kB exceeds given value - doesn't work with APPEND and NEW-->
    <parameter name="SplitFileSizekB" type="int" value="1992294"/>
  </processor>
  
  
  <processor name="EventSelector" type="eventSelector">
    <!--This processor selects events with special triggers. 
   pedestal=P, cosmic=Co, calibration=Ca, beam=B, cherenkov=Ch, veto=V, 
   vetoUpLeft=Vul, vetoUpRight=Vur, vetoDownLeft=Vdl, vetoDownRight=Vdr,
   multiplicityBit = multiBit, t3x3a=t3a, t3x3b=t3b, t10x10a=t10a, 
   t10x10b=t10b, t100x100a=t100a, t100x100b=t100b, spill=S, generic=G, 
   oscillator=O, external=X, EMC-TrackBit=TrackEmc-->
    <!--Name of the event parameter name which contains the current ECAL track bit .-->
    <parameter name="EmcTrackBitName" type="string" value="EmcTrackBit"/>
    <!--Name of the event parameter name which contains the current multiplicity bit .-->
    <parameter name="MultiBitName" type="string" value="MultiBit"/>
    <!--Name of the event parameter name which contains the trigger configuration bits.-->
    <parameter name="TriggerConfigurationName" type="string" value="Conf_Trigger"/>
    <!--Name of the event parameter name which contains the current trigger main word .-->
    <parameter name="TriggerEventName" type="string" value="Event_Trigger"/>
    <!--trigger flags which are required-->
    <parameter name="withTrigger" type="StringVec" value="B"/>
    <!--trigger flags which are forbidden-->
    <!--parameter name="withoutTrigger" type="StringVec"> </parameter-->
  </processor>
  
</marlin>

Grid file locations

Marlin file list

Fully digitized and reconstructed files

-- MathiasGoetzeExternal - 2015-12-04