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fccReconstruction.xml
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<?xml version="1.0" encoding="us-ascii"?>
<!--
-- Copyright (c) 2014-2024 Key4hep-Project.
--
-- This file is part of Key4hep.
-- See https://key4hep.github.io/key4hep-doc/ for further info.
--
-- Licensed under the Apache License, Version 2.0 (the "License");
-- you may not use this file except in compliance with the License.
-- You may obtain a copy of the License at
--
-- http://www.apache.org/licenses/LICENSE-2.0
--
-- Unless required by applicable law or agreed to in writing, software
-- distributed under the License is distributed on an "AS IS" BASIS,
-- WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
-- See the License for the specific language governing permissions and
-- limitations under the License.
-->
<marlin xmlns:xsi="http://www.w3.org/2001/XMLSchema-instance" xsi:noNamespaceSchemaLocation="http://ilcsoft.desy.de/marlin/marlin.xsd">
<constants>
<!-- CalorimeterIntegrationTimeWindow in ns: 10 or 400 -->
<constant name="CalorimeterIntegrationTimeWindow"> 10 </constant>
</constants>
<execute>
<!-- ========== setup ========== -->
<processor name="MyAIDAProcessor"/>
<processor name="EventNumber" />
<processor name="InitDD4hep"/>
<processor name="Config" />
<if condition="Config.OverlayFalse">
<processor name="OverlayFalse"/>
</if>
<if condition="Config.Overlay91GeV">
<processor name="Overlay91GeV"/>
</if>
<if condition="Config.Overlay365GeV">
<processor name="Overlay365GeV"/>
</if>
<!-- ========== digitisation ========== -->
<processor name="VXDBarrelDigitiser"/>
<processor name="VXDEndcapDigitiser"/>
<processor name="InnerPlanarDigiProcessor"/>
<processor name="InnerEndcapPlanarDigiProcessor"/>
<processor name="OuterPlanarDigiProcessor"/>
<processor name="OuterEndcapPlanarDigiProcessor"/>
<!-- ========== tracking ========== -->
<!-- At the moment the name of the final track collection for the MyTruthTrackFinder and MyExtrToTracker processors is the same, so that users can use this example to run easily both the cheater track pattern recognition (still the default for many tasks) or the real one (under final tests) -->
<if condition="Config.TrackingTruth">
<processor name="MyTruthTrackFinder"/>
</if>
<if condition="Config.TrackingConformal">
<processor name="MyConformalTracking"/>
<processor name="ClonesAndSplitTracksFinder"/>
</if>
<processor name="Refit" />
<!-- === calorimeter digitization and pandora reco === -->
<processor name="MyDDCaloDigi_${CalorimeterIntegrationTimeWindow}ns"/>
<processor name="MyDDSimpleMuonDigi"/>
<processor name="MyDDMarlinPandora_${CalorimeterIntegrationTimeWindow}ns"/>
<processor name="LumiCalReco"/>
<!-- ========== monitoring ========== -->
<processor name="MyClicEfficiencyCalculator"/>
<processor name="MyRecoMCTruthLinker"/>
<processor name="MyTrackChecker"/>
<Xprocessor name="MyHitResiduals"/> <!-- please uncomment the use of this processor only if needed -->
<!-- ========== PFO Selector ========== -->
<group name="PfoSelector" />
<!-- ========== vertexing and jet clustering========== -->
<if condition="Config.OverlayFalse">
<processor name="RenameCollection"/>
</if>
<if condition="Config.OverlayNotFalse">
<processor name="MyFastJetProcessor"/>
</if>
<processor name="VertexFinder"/>
<processor name="JetClusteringAndRefiner"/>
<if condition="Config.VertexUnconstrainedON">
<processor name="VertexFinderUnconstrained"/>
</if>
<!-- ========== output ========== -->
<processor name="Output_REC"/>
<processor name="Output_DST"/>
</execute>
<global>
<parameter name="LCIOInputFiles">
/run/simulation/with/ctest/to/create/a/file.slcio
</parameter>
<!-- Limit the number of processed records (run+evt): -->
<parameter name="MaxRecordNumber" value="-1" />
<parameter name="SkipNEvents" value="0" />
<parameter name="SupressCheck" value="false" />
<parameter name="Verbosity" options="DEBUG0-4,MESSAGE0-4,WARNING0-4,ERROR0-4,SILENT"> WARNING </parameter>
<parameter name="RandomSeed" value="1234567890" />
</global>
<processor name="InitDD4hep" type="InitializeDD4hep">
<!--InitializeDD4hep reads a compact xml file and initializes the DD4hep::LCDD object-->
<!--Name of the DD4hep compact xml file to load-->
<parameter name="EncodingStringParameter"> GlobalTrackerReadoutID </parameter>
<parameter name="DD4hepXMLFile" type="string">
/cvmfs/clicdp.cern.ch/iLCSoft/builds/nightly/x86_64-slc6-gcc62-opt/lcgeo/HEAD/FCCee/compact/FCCee_o1_v04/FCCee_o1_v04.xml
</parameter>
</processor>
<processor name="Config" type="CLICRecoConfig" >
<parameter name="Verbosity" options="DEBUG0-4,MESSAGE0-4,WARNING0-4,ERROR0-4,SILENT"> MESSAGE </parameter>
<!--Which option to use for overlay: False, 91GeV, 365GeV. Then use, e.g., Config.Overlay91GeV in the condition-->
<parameter name="Overlay" type="string">False </parameter>
<!--Possible values and conditions for option Overlay-->
<parameter name="OverlayChoices" type="StringVec"> False 91GeV 365GeV </parameter>
<!--Which option to use for tracking: Truth, ConformalPlusExtrapolator, Conformal.-->
<parameter name="Tracking" type="string">Conformal </parameter>
<!--Possible values and conditions for option Tracking-->
<parameter name="TrackingChoices" type="StringVec"> Truth Conformal </parameter>
<!--Which option to use for VertexUnconstrained: ON, OFF. Then use, e.g., Config.VertexUnconstrainedOFF in the condition-->
<parameter name="VertexUnconstrained" type="string">OFF </parameter>
<!--Possible values and conditions for option Tracking-->
<parameter name="VertexUnconstrainedChoices" type="StringVec">ON OFF </parameter>
</processor>
<group name="Overlay">
<parameter name="MCParticleCollectionName" type="string">MCParticle </parameter>
<!--The output MC Particle Collection Name for the physics event-->
<parameter name="MCPhysicsParticleCollectionName" type="string"> MCPhysicsParticles </parameter>
<!--Time difference between bunches in the bunch train in ns-->
<parameter name="Delta_t" type="float" value="20"/>
<!--Number of bunches in a bunch train-->
<parameter name="NBunchtrain" type="int" value="20"/>
<parameter name="Collection_IntegrationTimes" type="StringVec" >
VertexBarrelCollection 380
VertexEndcapCollection 380
InnerTrackerBarrelCollection 380
InnerTrackerEndcapCollection 380
OuterTrackerBarrelCollection 380
OuterTrackerEndcapCollection 380
ECalBarrelCollection 380
ECalEndcapCollection 380
ECalPlugCollection 380
HCalBarrelCollection 380
HCalEndcapCollection 380
HCalRingCollection 380
YokeBarrelCollection 380
YokeEndcapCollection 380
LumiCalCollection 380
BeamCalCollection 380
</parameter>
<!--Number of the Bunch crossing of the physics event-->
<parameter name="PhysicsBX" type="int" value="1"/>
<!--Draw random number of Events to overlay from Poisson distribution with mean value NumberBackground-->
<parameter name="Poisson_random_NOverlay" type="bool" value="false"/>
<!--Place the physics event at an random position in the train - overrides PhysicsBX-->
<parameter name="RandomBx" type="bool" value="false"/>
<!--[mm/ns] (float) - default 5.0e-2 (5cm/us)-->
<parameter name="TPCDriftvelocity" type="float" value="0.05"/>
<parameter name="BackgroundFileNames" type="StringVec">
pairs_Z_sim.slcio
</parameter>
<processor name="OverlayFalse" type="OverlayTimingGeneric">
<parameter name="BackgroundFileNames" type="StringVec"> </parameter>
<parameter name="NBunchtrain" type="int" value="0"/>
<parameter name="NumberBackground" type="float" value="0."/>
</processor>
<processor name="Overlay91GeV" type="OverlayTimingGeneric">
<parameter name="NumberBackground" type="float" value="1."/>
</processor>
<processor name="Overlay365GeV" type="OverlayTimingGeneric">
<!--Time difference between bunches in the bunch train in ns-->
<parameter name="Delta_t" type="float" value="3396"/>
<!--Number of bunches in a bunch train-->
<parameter name="NBunchtrain" type="int" value="3"/>
<!--Integration time per subdetector: at the moment 10us (from ALICE?) - 3369ns (Physics is at 1st BX) -->
<parameter name="NumberBackground" type="float" value="1."/>
</processor>
</group>
<processor name="VXDBarrelDigitiser" type="DDPlanarDigiProcessor">
<parameter name="SubDetectorName" type="string">Vertex </parameter>
<!--PlanarDigiProcessor creates TrackerHits from SimTrackerHits, smearing them according to the input parameters.-->
<!--whether hits are 1D strip hits-->
<parameter name="IsStrip" type="bool">false </parameter>
<!--resolution in direction of u-->
<parameter name="ResolutionU" type="float"> 0.003 0.003 0.003 0.003 0.003 0.003 </parameter>
<!--resolution in direction of v-->
<parameter name="ResolutionV" type="float"> 0.003 0.003 0.003 0.003 0.003 0.003 </parameter>
<!--Name of the Input SimTrackerHit collection-->
<parameter name="SimTrackHitCollectionName" type="string" lcioInType="SimTrackerHit">VertexBarrelCollection </parameter>
<!--Name of TrackerHit SimTrackHit relation collection-->
<parameter name="SimTrkHitRelCollection" type="string" lcioOutType="LCRelation">VXDTrackerHitRelations </parameter>
<!--Name of the TrackerHit output collection-->
<parameter name="TrackerHitCollectionName" type="string" lcioOutType="TrackerHitPlane">VXDTrackerHits </parameter>
<!--verbosity level of this processor ("DEBUG0-4,MESSAGE0-4,WARNING0-4,ERROR0-4,SILENT")-->
<parameter name="Verbosity" type="string">WARNING </parameter>
</processor>
<processor name="VXDEndcapDigitiser" type="DDPlanarDigiProcessor">
<parameter name="SubDetectorName" type="string">Vertex </parameter>
<!--PlanarDigiProcessor creates TrackerHits from SimTrackerHits, smearing them according to the input parameters.-->
<!--whether hits are 1D strip hits-->
<parameter name="IsStrip" type="bool">false </parameter>
<!--resolution in direction of u-->
<parameter name="ResolutionU" type="float"> 0.003 0.003 0.003 0.003 0.003 0.003 </parameter>
<!--resolution in direction of v-->
<parameter name="ResolutionV" type="float"> 0.003 0.003 0.003 0.003 0.003 0.003 </parameter>
<!--Name of the Input SimTrackerHit collection-->
<parameter name="SimTrackHitCollectionName" type="string" lcioInType="SimTrackerHit">VertexEndcapCollection </parameter>
<!--Name of TrackerHit SimTrackHit relation collection-->
<parameter name="SimTrkHitRelCollection" type="string" lcioOutType="LCRelation">VXDEndcapTrackerHitRelations </parameter>
<!--Name of the TrackerHit output collection-->
<parameter name="TrackerHitCollectionName" type="string" lcioOutType="TrackerHitPlane">VXDEndcapTrackerHits </parameter>
<!--verbosity level of this processor ("DEBUG0-4,MESSAGE0-4,WARNING0-4,ERROR0-4,SILENT")-->
<parameter name="Verbosity" type="string">WARNING </parameter>
</processor>
<processor name="InnerPlanarDigiProcessor" type="DDPlanarDigiProcessor">
<!--PlanarDigiProcessor creates TrackerHits from SimTrackerHits, smearing them according to the input parameters.-->
<parameter name="SubDetectorName" type="string"> InnerTrackers </parameter>
<!--whether hits are 1D strip hits-->
<parameter name="IsStrip" type="bool"> false </parameter>
<!--resolution in direction of u-->
<parameter name="ResolutionU" type="float">0.007 </parameter> <!-- when only one number is provided, the hits in all the layers wll be smeared with the same resolution => it works for both CLIC_o2_v04 with 2 layers and CLIC_o3_v5 with 3 layers -->
<!--resolution in direction of v-->
<parameter name="ResolutionV" type="float">0.09 </parameter> <!-- when only one number is provided, the hits in all the layers wll be smeared with the same resolution => it works for both CLIC_o2_v04 with 2 layers and CLIC_o3_v5 with 3 layers -->
<!--Name of the Input SimTrackerHit collection-->
<parameter name="SimTrackHitCollectionName" type="string" lcioInType="SimTrackerHit"> InnerTrackerBarrelCollection </parameter>
<!--Name of TrackerHit SimTrackHit relation collection-->
<parameter name="SimTrkHitRelCollection" type="string" lcioOutType="LCRelation">InnerTrackerBarrelHitsRelations </parameter>
<!--Name of the TrackerHit output collection-->
<parameter name="TrackerHitCollectionName" type="string" lcioOutType="TrackerHitPlane">ITrackerHits </parameter>
<!--verbosity level of this processor ("DEBUG0-4,MESSAGE0-4,WARNING0-4,ERROR0-4,SILENT")-->
<parameter name="Verbosity" type="string">WARNING </parameter>
</processor>
<processor name="InnerEndcapPlanarDigiProcessor" type="DDPlanarDigiProcessor">
<!--PlanarDigiProcessor creates TrackerHits from SimTrackerHits, smearing them according to the input parameters.-->
<parameter name="SubDetectorName" type="string"> InnerTrackers </parameter>
<!--whether hits are 1D strip hits-->
<parameter name="IsStrip" type="bool"> false </parameter>
<!--resolution in direction of u-->
<parameter name="ResolutionU" type="float"> 0.005 0.007 0.007 0.007 0.007 0.007 0.007</parameter>
<!--resolution in direction of v-->
<parameter name="ResolutionV" type="float"> 0.005 0.09 0.09 0.09 0.09 0.09 0.09</parameter>
<!--Name of the Input SimTrackerHit collection-->
<parameter name="SimTrackHitCollectionName" type="string" lcioInType="SimTrackerHit"> InnerTrackerEndcapCollection </parameter>
<!--Name of TrackerHit SimTrackHit relation collection-->
<parameter name="SimTrkHitRelCollection" type="string" lcioOutType="LCRelation">InnerTrackerEndcapHitsRelations </parameter>
<!--Name of the TrackerHit output collection-->
<parameter name="TrackerHitCollectionName" type="string" lcioOutType="TrackerHitPlane">ITrackerEndcapHits </parameter>
<!--verbosity level of this processor ("DEBUG0-4,MESSAGE0-4,WARNING0-4,ERROR0-4,SILENT")-->
<parameter name="Verbosity" type="string">WARNING </parameter>
</processor>
<processor name="OuterPlanarDigiProcessor" type="DDPlanarDigiProcessor">
<!--PlanarDigiProcessor creates TrackerHits from SimTrackerHits, smearing them according to the input parameters.-->
<parameter name="SubDetectorName" type="string"> OuterTrackers </parameter>
<!--whether hits are 1D strip hits-->
<parameter name="IsStrip" type="bool"> false </parameter>
<!--resolution in direction of u-->
<parameter name="ResolutionU" type="float"> 0.007 0.007 0.007</parameter>
<!--resolution in direction of v-->
<parameter name="ResolutionV" type="float"> 0.09 0.09 0.09 </parameter>
<!--Name of the Input SimTrackerHit collection-->
<parameter name="SimTrackHitCollectionName" type="string" lcioInType="SimTrackerHit">OuterTrackerBarrelCollection </parameter>
<!--Name of TrackerHit SimTrackHit relation collection-->
<parameter name="SimTrkHitRelCollection" type="string" lcioOutType="LCRelation">OuterTrackerBarrelHitsRelations </parameter>
<!--Name of the TrackerHit output collection-->
<parameter name="TrackerHitCollectionName" type="string" lcioOutType="TrackerHitPlane">OTrackerHits </parameter>
<!--verbosity level of this processor ("DEBUG0-4,MESSAGE0-4,WARNING0-4,ERROR0-4,SILENT")-->
<parameter name="Verbosity" type="string">WARNING </parameter>
</processor>
<processor name="OuterEndcapPlanarDigiProcessor" type="DDPlanarDigiProcessor">
<!--PlanarDigiProcessor creates TrackerHits from SimTrackerHits, smearing them according to the input parameters.-->
<parameter name="SubDetectorName" type="string"> OuterTrackers </parameter>
<!--whether hits are 1D strip hits-->
<parameter name="IsStrip" type="bool"> false </parameter>
<!--resolution in direction of u-->
<parameter name="ResolutionU" type="float"> 0.007 0.007 0.007 0.007 0.007 </parameter>
<!--resolution in direction of v-->
<parameter name="ResolutionV" type="float"> 0.09 0.09 0.09 0.09 0.09 </parameter>
<!--Name of the Input SimTrackerHit collection-->
<parameter name="SimTrackHitCollectionName" type="string" lcioInType="SimTrackerHit">OuterTrackerEndcapCollection </parameter>
<!--Name of TrackerHit SimTrackHit relation collection-->
<parameter name="SimTrkHitRelCollection" type="string" lcioOutType="LCRelation">OuterTrackerEndcapHitsRelations </parameter>
<!--Name of the TrackerHit output collection-->
<parameter name="TrackerHitCollectionName" type="string" lcioOutType="TrackerHitPlane">OTrackerEndcapHits </parameter>
<!--verbosity level of this processor ("DEBUG0-4,MESSAGE0-4,WARNING0-4,ERROR0-4,SILENT")-->
<parameter name="Verbosity" type="string">WARNING </parameter>
</processor>
<!-- == TruthTrackFinder parameters == -->
<processor name="MyTruthTrackFinder" type="TruthTrackFinder">
<parameter name="FitForward" type="bool">true</parameter>
<!--Define input tracker hits and relations. NB. Order must be respected -->
<parameter name="TrackerHitCollectionNames" type="StringVec" lcioInType="TrackerHitPlane">
VXDTrackerHits
ITrackerHits
OTrackerHits
VXDEndcapTrackerHits
ITrackerEndcapHits
OTrackerEndcapHits
</parameter>
<parameter name="SimTrackerHitRelCollectionNames" type="StringVec" lcioInType="LCRelation">
VXDTrackerHitRelations
InnerTrackerBarrelHitsRelations
OuterTrackerBarrelHitsRelations
VXDEndcapTrackerHitRelations
InnerTrackerEndcapHitsRelations
OuterTrackerEndcapHitsRelations
</parameter>
<!--Name of the MCParticle input collection-->
<parameter name="MCParticleCollectionName" type="string" lcioInType="MCParticle">MCParticle </parameter>
<!--Silicon track Collection Name-->
<parameter name="SiTrackCollectionName" type="string" lcioOutType="Track">SiTracks </parameter>
<!--Silicon track particle relation Collection Name-->
<parameter name="SiTrackRelationCollectionName" type="string" lcioOutType="LCRelation">SiTrackRelations </parameter>
<!--If true use the truth information to initialise the helical prefit, otherwise use prefit by fitting 3 hits-->
<parameter name="UseTruthInPrefit" type="bool">false </parameter>
<parameter name="Verbosity" type="string">WARNING </parameter>
</processor>
<!-- == Pattern recognition parameters == -->
<processor name="MyConformalTracking" type="ConformalTrackingV2">
<!--ConformalTracking constructs tracks using a combined conformal mapping and cellular automaton approach.-->
<!--Name of the TrackerHit input collections-->
<parameter name="TrackerHitCollectionNames" type="StringVec" lcioInType="TrackerHitPlane"> VXDTrackerHits VXDEndcapTrackerHits ITrackerHits OTrackerHits ITrackerEndcapHits OTrackerEndcapHits </parameter>
<!--Name of the MCParticle input collection-->
<parameter name="MCParticleCollectionName" type="string" lcioInType="MCParticle">MCParticle </parameter>
<!--Name of the TrackerHit relation collections-->
<parameter name="RelationsNames" type="StringVec" lcioInType="LCRelation"> VXDTrackerHitRelations VXDEndcapTrackerHitRelations InnerTrackerBarrelHitsRelations OuterTrackerBarrelHitsRelations InnerTrackerEndcapHitsRelations OuterTrackerEndcapHitsRelations </parameter>
<!--Silicon track Collection Name-->
<parameter name="SiTrackCollectionName" type="string" lcioOutType="Track">SiTracksCT </parameter>
<!--Debug hits Collection Name-->
<parameter name="DebugHits" type="string" lcioOutType="TrackerHitPlane"> DebugHits </parameter>
<!--Maximum number of track hits to try the inverted fit-->
<parameter name="MaxHitInvertedFit" type="int">0 </parameter>
<!--Final minimum number of track clusters-->
<parameter name="MinClustersOnTrackAfterFit" type="int">3 </parameter>
<!--enable debug plots -->
<parameter name="DebugPlots" type="bool"> false </parameter>
<!--Purity value used for checking if tracks are real or not-->
<parameter name="trackPurity" type="double">0.7 </parameter>
<!--Print out time profile - for some, verbosity must be enable-->
<parameter name="DebugTiming" type="bool">false </parameter>
<!--retry with tightened parameters, when too many tracks are being created-->
<parameter name="RetryTooManyTracks" type="bool">false </parameter>
<!--Number of tracks that is considered too many-->
<parameter name="TooManyTracks" type="int">100000 </parameter>
<!--sort results from kdtree search-->
<parameter name="SortTreeResults" type="bool">true </parameter>
<!--steps for the pattern recognition-->
<parameter name="Steps" type="StringVec">
[VXDBarrel]
@Collections : VXDTrackerHits
@Parameters : MaxCellAngle : 0.01; MaxCellAngleRZ : 0.01; Chi2Cut : 100; MinClustersOnTrack : 4; MaxDistance : 0.03; SlopeZRange: 10.0; HighPTCut: 10.0;
@Flags : HighPTFit, VertexToTracker
@Functions : CombineCollections, BuildNewTracks
[VXDEncap]
@Collections : VXDEndcapTrackerHits
@Parameters : MaxCellAngle : 0.01; MaxCellAngleRZ : 0.01; Chi2Cut : 100; MinClustersOnTrack : 4; MaxDistance : 0.03; SlopeZRange: 10.0; HighPTCut: 10.0;
@Flags : HighPTFit, VertexToTracker
@Functions : CombineCollections, ExtendTracks
[LowerCellAngle1]
@Collections : VXDTrackerHits, VXDEndcapTrackerHits
@Parameters : MaxCellAngle : 0.05; MaxCellAngleRZ : 0.05; Chi2Cut : 100; MinClustersOnTrack : 4; MaxDistance : 0.03; SlopeZRange: 10.0;HighPTCut: 10.0;
@Flags : HighPTFit, VertexToTracker, RadialSearch
@Functions : CombineCollections, BuildNewTracks
[LowerCellAngle2]
@Collections :
@Parameters : MaxCellAngle : 0.1; MaxCellAngleRZ : 0.1; Chi2Cut : 2000; MinClustersOnTrack : 4; MaxDistance : 0.03; SlopeZRange: 10.0; HighPTCut: 10.0;
@Flags : HighPTFit, VertexToTracker, RadialSearch
@Functions : BuildNewTracks, SortTracks
[Tracker]
@Collections : ITrackerHits, OTrackerHits, ITrackerEndcapHits, OTrackerEndcapHits
@Parameters : MaxCellAngle : 0.1; MaxCellAngleRZ : 0.1; Chi2Cut : 2000; MinClustersOnTrack : 4; MaxDistance : 0.03; SlopeZRange: 10.0; HighPTCut: 1.0;
@Flags : HighPTFit, VertexToTracker, RadialSearch
@Functions : CombineCollections, ExtendTracks
[Displaced]
@Collections : VXDTrackerHits, VXDEndcapTrackerHits, ITrackerHits, OTrackerHits, ITrackerEndcapHits, OTrackerEndcapHits
@Parameters : MaxCellAngle : 0.1; MaxCellAngleRZ : 0.1; Chi2Cut : 1000; MinClustersOnTrack : 5; MaxDistance : 0.015; SlopeZRange: 10.0; HighPTCut: 10.0;
@Flags : OnlyZSchi2cut, RadialSearch
@Functions : CombineCollections, BuildNewTracks
</parameter>
<!--Angular range for initial cell seeding-->
<parameter name="ThetaRange" type="double"> 0.05 </parameter>
<!--verbosity level of this processor ("DEBUG0-4,MESSAGE0-4,WARNING0-4,ERROR0-4,SILENT")-->
<!--parameter name="Verbosity" type="string">DEBUG </parameter-->
</processor>
<processor name="ClonesAndSplitTracksFinder" type="ClonesAndSplitTracksFinder">
<parameter name="InputTrackCollectionName" type="string"> SiTracksCT </parameter>
<parameter name="OutputTrackCollectionName" type="string"> SiTracks </parameter>
<parameter name="MultipleScatteringOn" type="bool"> true </parameter>
<parameter name="EnergyLossOn" type="bool"> true </parameter>
<parameter name="SmoothOn" type="bool"> false </parameter>
<parameter name="extrapolateForward" type="bool"> true </parameter>
<!--if true, the merging of split tracks is performed-->
<parameter name="mergeSplitTracks" type="bool">false </parameter>
<!--minimum track pt for merging (in GeV/c)-->
<parameter name="minTrackPt" type="double">1 </parameter>
<!--maximum significance separation in phi-->
<parameter name="maxSignificancePhi" type="double">3 </parameter>
<!--maximum significance separation in pt-->
<parameter name="maxSignificancePt" type="double">2 </parameter>
<!--maximum significance separation in tanLambda-->
<parameter name="maxSignificanceTheta" type="double">3 </parameter>
</processor>
<processor name="Refit" type="RefitFinal">
<!--Refit processor that calls finaliseLCIOTrack after taking the trackstate from the existing track. No re-sorting of hits is done-->
<!--Use Energy Loss in Fit-->
<parameter name="EnergyLossOn" type="bool"> true </parameter>
<!--Name of the input track to MCParticle relation collection-->
<parameter name="InputRelationCollectionName" type="string" lcioInType="LCRelation"> SiTrackRelations </parameter>
<!--Name of the input track collection-->
<parameter name="InputTrackCollectionName" type="string" lcioInType="Track"> SiTracks </parameter>
<!--maximum allowable chi2 increment when moving from one site to another-->
<parameter name="Max_Chi2_Incr" type="double"> 1.79769e+30 </parameter>
<!--Use MultipleScattering in Fit-->
<parameter name="MultipleScatteringOn" type="bool"> true </parameter>
<!--Refit Track to MCParticle relation collection Name-->
<parameter name="OutputRelationCollectionName" type="string" lcioOutType="LCRelation">
SiTracks_Refitted_Relation
</parameter>
<!--Name of the output track collection-->
<parameter name="OutputTrackCollectionName" type="string" lcioOutType="Track">
SiTracks_Refitted
</parameter>
<!--Identifier of the reference point to use for the fit initialisation, -1 means at 0 0 0-->
<parameter name="ReferencePoint" type="int"> -1 </parameter>
<!--Smooth All Mesurement Sites in Fit-->
<parameter name="SmoothOn" type="bool"> false </parameter>
<!--verbosity level of this processor ("DEBUG0-4,MESSAGE0-4,WARNING0-4,ERROR0-4,SILENT")-->
<!--parameter name="Verbosity" type="string"> DEBUG </parameter-->
<!--if true extrapolation in the forward direction (in-out), otherwise backward (out-in)-->
<parameter name="extrapolateForward" type="bool"> true </parameter>
<!--Final minimum number of track clusters-->
<parameter name="MinClustersOnTrackAfterFit" type="int">3 </parameter>
</processor>
<processor name="MyClicEfficiencyCalculator" type="ClicEfficiencyCalculator">
<!--ClicEfficiencyCalculator calculates the tracking efficiency and makes some performance plots-->
<!--Name of the efficiency tree-->
<parameter name="efficiencyTreeName" type="string">trktree </parameter>
<!--Name of the purity tree-->
<parameter name="purityTreeName" type="string">puritytree </parameter>
<!--Name of the efficiency tree-->
<parameter name="mcTreeName" type="string">mctree </parameter> <!-- probably to be killed soon -->
<!--Track collection name-->
<parameter name="TrackCollectionName" type="string" lcioInType="Track"> SiTracks_Refitted </parameter>
<!--Name of the TrackerHit input collections-->
<parameter name="TrackerHitCollectionNames" type="StringVec" lcioInType="TrackerHitPlane"> VXDTrackerHits VXDEndcapTrackerHits ITrackerHits OTrackerHits ITrackerEndcapHits OTrackerEndcapHits </parameter>
<!--Name of TrackerHit relation collections-->
<parameter name="TrackerHitRelCollectionNames" type="StringVec" lcioInType="LCRelation"> VXDTrackerHitRelations VXDEndcapTrackerHitRelations InnerTrackerBarrelHitsRelations OuterTrackerBarrelHitsRelations InnerTrackerEndcapHitsRelations OuterTrackerEndcapHitsRelations </parameter>
<!--Name of the MCParticle input collection-->
<parameter name="MCParticleCollectionName" type="string" lcioInType="MCParticle">MCParticle </parameter>
<!--Name of the MCPhysicsParticles input collection-->
<parameter name="MCPhysicsParticleCollectionName" type="string" lcioInType="MCParticle">MCPhysicsParticles </parameter>
<!--Name of the output collection of the not reconstructed charged MCParticle-->
<parameter name="MCParticleNotReco" type="string" lcioOutType="MCParticle">MCParticleNotReco </parameter>
<!--If true additional plots (n of hits per subdetector per mc particle, mc theta, mc pt, info if the particle is decayed in the tracker) will be added to the Ntuple mctree-->
<parameter name="morePlots" type="bool">false </parameter>
<!--Set of cuts to define 'reconstractable' particles for eff computation. The options are: NHits, NHitsVXD, ILDLike-->
<parameter name="reconstructableDefinition" type="string">ILDLike </parameter>
<!--Detector element ID for the vertex Barrel-->
<parameter name="vertexBarrelID" type="int">1 </parameter> <!-- obsolete -->
<!--verbosity level of this processor ("DEBUG0-4,MESSAGE0-4,WARNING0-4,ERROR0-4,SILENT")-->
<!--parameter name="Verbosity" type="string">DEBUG </parameter-->
</processor>
<processor name="MyTrackChecker" type="TrackChecker">
<!--TrackChecker plots pull distributions, track resolution parameters and reconstruction efficiencies-->
<!--Name of the MCParticle input collection-->
<parameter name="MCParticleCollectionName" type="string" lcioInType="MCParticle">MCParticle </parameter>
<!--Track collection name-->
<parameter name="TrackCollectionName" type="string" lcioInType="Track"> SiTracks_Refitted </parameter>
<!--Track relation collection name-->
<parameter name="TrackRelationCollectionName" type="string" lcioInType="LCRelation">SiTracksMCTruthLink </parameter>
<!--Name of the root tree-->
<parameter name="TreeName" type="string">checktree </parameter>
<!--Flag to fill only tree variables or also histogram version of pulls and residuals-->
<parameter name="UseOnlyTree" type="bool">true </parameter> <!-- probably obsolete- to be checked -->
<!--verbosity level of this processor ("DEBUG0-4,MESSAGE0-4,WARNING0-4,ERROR0-4,SILENT")-->
<!--parameter name="Verbosity" type="string">DEBUG </parameter-->
</processor>
<processor name="MyAIDAProcessor" type="AIDAProcessor">
<!--Processor that handles AIDA files. Creates on directory per processor. Processors only need to create and fill the histograms, clouds and tuples. Needs to be the first ActiveProcessor-->
<!-- compression of output file 0: false >0: true (default) -->
<parameter name="Compress" type="int" value="1"/>
<!-- filename without extension-->
<parameter name="FileName" type="string" value="histograms"/>
<!-- type of output file xml (default) or root ( only OpenScientist)-->
<parameter name="FileType" type="string" value="root "/>
</processor>
<processor name="EventNumber" type="Statusmonitor">
<parameter name="HowOften" type="int">1 </parameter>
<parameter name="Verbosity" type="string"> MESSAGE </parameter>
</processor>
<group name="MyDDCaloDigi">
<!--Performs simple digitization of sim calo hits...-->
<!--Hit times histograms-->
<parameter name="Histograms" type="int">0 </parameter>
<parameter name="RootFile" type="string">Digi_SiW.root</parameter>
<!--CaloHit Relation Collection-->
<parameter name="RelationOutputCollection" type="string" lcioOutType="LCRelation">RelationCaloHit </parameter>
<!--energy required to create e-h pair in silicon (in eV)-->
<parameter name="energyPerEHpair" type="float">3.6 </parameter>
<!--verbosity level of this processor ("DEBUG0-4,MESSAGE0-4,WARNING0-4,ERROR0-4,SILENT")-->
<!--parameter name="Verbosity" type="string">DEBUG </parameter-->
<!-- ECAL -->
<!--ECAL Collection Names-->
<parameter name="ECALCollections" type="StringVec" lcioInType="SimCalorimeterHit">ECalBarrelCollection ECalEndcapCollection ECalPlugCollection </parameter>
<!--ECAL Collection of real Hits-->
<parameter name="ECALOutputCollection0" type="string" lcioOutType="CalorimeterHit">ECALBarrel </parameter>
<!--ECAL Collection of real Hits-->
<parameter name="ECALOutputCollection1" type="string" lcioOutType="CalorimeterHit">ECALEndcap </parameter>
<!--ECAL Collection of real Hits-->
<parameter name="ECALOutputCollection2" type="string" lcioOutType="CalorimeterHit">ECALOther </parameter>
<!--Digital Ecal-->
<parameter name="IfDigitalEcal" type="int">0 </parameter>
<!--Index of ECal Layers-->
<parameter name="ECALLayers" type="IntVec">41 100 </parameter>
<!--default ECAL layer configuration (used if not found in gear file)-->
<parameter name="ECAL_default_layerConfig" type="string">000000000000000 </parameter>
<!--default number of virtual cells (used if not found in gear file)-->
<parameter name="StripEcal_default_nVirtualCells" type="int">9 </parameter>
<!--calibration to convert ECAL deposited energy to MIPs-->
<parameter name="CalibECALMIP" type="float">0.0001 </parameter>
<!--Threshold for ECAL Hits in GeV-->
<parameter name="ECALThreshold" type="float">5e-05 </parameter>
<!--Unit for ECAL Threshold. Can be "GeV", "MIP" or "px". MIP and px need properly set calibration constants-->
<parameter name="ECALThresholdUnit" type="string">GeV </parameter>
<!--Correct for ECAL gaps-->
<parameter name="ECALGapCorrection" type="int">1 </parameter>
<!--Factor applied to gap correction-->
<parameter name="ECALGapCorrectionFactor" type="float">1 </parameter>
<!--Factor applied to module gap correction-->
<parameter name="ECALModuleGapCorrectionFactor" type="float">0.0 </parameter>
<!--Ecal correction for theta dependency of calibration for MAPS-->
<parameter name="MapsEcalCorrection" type="int">0 </parameter>
<!--ECAL total number of MPPC/SiPM pixels for implementation of saturation effect-->
<parameter name="ECAL_PPD_N_Pixels" type="int">10000 </parameter>
<!--ECAL fractional uncertainty of effective total number of MPPC/SiPM pixels-->
<parameter name="ECAL_PPD_N_Pixels_uncertainty" type="float">0.05 </parameter>
<!--# Photo-electrons per MIP (scintillator): used to poisson smear #PEs if >0-->
<parameter name="ECAL_PPD_PE_per_MIP" type="float">7 </parameter>
<!--apply realistic digitisation to ECAL hits? (0=none, 1=silicon, 2=scintillator)-->
<parameter name="ECAL_apply_realistic_digi" type="int">0 </parameter>
<!--ECAL random dead cell fraction (as a fraction: 0->1) -->
<parameter name="ECAL_deadCellRate" type="float">0 </parameter>
<!--store dead ECAL cells in memory? (WARNING: can take a lot of memory if used...) -->
<parameter name="ECAL_deadCell_memorise" type="bool">false </parameter>
<!--typical electronics noise (ECAL, in MIP units)-->
<parameter name="ECAL_elec_noise_mips" type="float">0 </parameter>
<!--maximum of dynamic range for ECAL (in MIPs)-->
<parameter name="ECAL_maxDynamicRange_MIP" type="float">2500 </parameter>
<!--correlated ECAL random gaussian miscalibration (as a fraction: 1.0 = 100%) -->
<parameter name="ECAL_miscalibration_correl" type="float">0 </parameter>
<!--uncorrelated ECAL random gaussian miscalibration (as a fraction: 1.0 = 100%) -->
<parameter name="ECAL_miscalibration_uncorrel" type="float">0 </parameter>
<!--store oncorrelated ECAL miscalbrations in memory? (WARNING: can take a lot of memory if used...) -->
<parameter name="ECAL_miscalibration_uncorrel_memorise" type="bool">false </parameter>
<!--variation of mppc/sipm pixels capacitance in ECAL (as a fraction: 0.01=1%)-->
<parameter name="ECAL_pixel_spread" type="float">0.05 </parameter>
<!--length scale for absorbtion along scintillator strip (mm)-->
<parameter name="ECAL_strip_absorbtionLength" type="float">1e+06 </parameter>
<!--Use ECAL hit times-->
<parameter name="UseEcalTiming" type="int">1 </parameter>
<!--Correct ECAL hit times for propagation: radial distance/c-->
<parameter name="ECALCorrectTimesForPropagation" type="int">1 </parameter>
<!--ECAL Time Window minimum time in ns-->
<parameter name="ECALTimeWindowMin" type="float">-1 </parameter>
<!--Use simple time window cut on hit times? If false: use original hit-time clustering algorithm. If true: use time window defined by ECALBarrelTimeWindowMin and ECALBarrelTimeWindowMax-->
<parameter name="ECALSimpleTimingCut" type="bool">true </parameter>
<!--ECAL Minimum Delta Time in ns for resolving two hits--> <!-- used only if ECALSimpleTimingCut is false -->
<parameter name="ECALDeltaTimeHitResolution" type="float">10 </parameter>
<!--ECAL Time Resolution used to smear hit times-->
<parameter name="ECALTimeResolution" type="float">10 </parameter>
<!-- HCAL -->
<!--HCAL Collection Names-->
<parameter name="HCALCollections" type="StringVec" lcioInType="SimCalorimeterHit">HCalBarrelCollection HCalEndcapCollection HCalRingCollection </parameter>
<!--HCAL Collection of real Hits-->
<parameter name="HCALOutputCollection0" type="string" lcioOutType="CalorimeterHit">HCALBarrel </parameter>
<!--HCAL Collection of real Hits-->
<parameter name="HCALOutputCollection1" type="string" lcioOutType="CalorimeterHit">HCALEndcap </parameter>
<!--HCAL Collection of real Hits-->
<parameter name="HCALOutputCollection2" type="string" lcioOutType="CalorimeterHit">HCALOther </parameter>
<!--Digital Hcal-->
<parameter name="IfDigitalHcal" type="int">0 </parameter>
<!--Index of HCal Layers-->
<parameter name="HCALLayers" type="IntVec">100 </parameter>
<!--calibration to convert HCAL deposited energy to MIPs-->
<parameter name="CalibHCALMIP" type="float">0.0001 </parameter>
<!--Threshold for HCAL Hits in GeV-->
<parameter name="HCALThreshold" type="FloatVec">0.00025 </parameter>
<!--Unit for HCAL Threshold. Can be "GeV", "MIP" or "px". MIP and px need properly set calibration constants-->
<parameter name="HCALThresholdUnit" type="string">GeV </parameter>
<!--Energy correction for HCAL endcap-->
<parameter name="HCALEndcapCorrectionFactor" type="float">1.000 </parameter>
<!--Correct for ECAL gaps-->
<parameter name="HCALGapCorrection" type="int">1 </parameter>
<!--Factor applied to module gap correction-->
<parameter name="HCALModuleGapCorrectionFactor" type="float">0.5 </parameter>
<!--HCAL total number of MPPC/SiPM pixels for implementation of saturation effect-->
<parameter name="HCAL_PPD_N_Pixels" type="int">400 </parameter>
<!--HCAL fractional uncertainty of effective total number of MPPC/SiPM pixels-->
<parameter name="HCAL_PPD_N_Pixels_uncertainty" type="float">0.05 </parameter>
<!--# Photo-electrons per MIP (for AHCAL): used to poisson smear #PEs if >0-->
<parameter name="HCAL_PPD_PE_per_MIP" type="float">10 </parameter>
<!--apply realistic digitisation to HCAL hits? (0=none, 1=scintillator/SiPM)-->
<parameter name="HCAL_apply_realistic_digi" type="int">0 </parameter>
<!--HCAL random dead cell fraction (as a fraction: 0->1) -->
<parameter name="HCAL_deadCellRate" type="float">0 </parameter>
<!--store dead HCAL cells in memory? (WARNING: can take a lot of memory if used...) -->
<parameter name="HCAL_deadCell_memorise" type="bool">false </parameter>
<!--typical electronics noise (HCAL, in MIP units)-->
<parameter name="HCAL_elec_noise_mips" type="float">0 </parameter>
<!--maximum of dynamic range for HCAL (in MIPs)-->
<parameter name="HCAL_maxDynamicRange_MIP" type="float">200 </parameter>
<!--correlated HCAL random gaussian miscalibration (as a fraction: 1.0 = 100%) -->
<parameter name="HCAL_miscalibration_correl" type="float">0 </parameter>
<!--uncorrelated HCAL random gaussian miscalibration (as a fraction: 1.0 = 100%) -->
<parameter name="HCAL_miscalibration_uncorrel" type="float">0 </parameter>
<!--store oncorrelated HCAL miscalbrations in memory? (WARNING: can take a lot of memory if used...) -->
<parameter name="HCAL_miscalibration_uncorrel_memorise" type="bool">false </parameter>
<!--variation of mppc/sipm pixels capacitance in HCAL (as a fraction: 0.01=1%)-->
<parameter name="HCAL_pixel_spread" type="float">0 </parameter>
<!--Use HCAL hit times-->
<parameter name="UseHcalTiming" type="int">1 </parameter>
<!--Correct HCAL hit times for propagation: radial distance/c-->
<parameter name="HCALCorrectTimesForPropagation" type="int">1 </parameter>
<!--HCAL Time Window minimum time in ns-->
<parameter name="HCALTimeWindowMin" type="float">-1 </parameter>
<!--Use simple time window cut on hit times? If false: use original hit-time clustering algorithm. If true: use time window defined by HCALBarrelTimeWindowMin and HCALBarrelTimeWindowMax-->
<parameter name="HCALSimpleTimingCut" type="bool">true </parameter>
<!--HCAL Minimum Delta Time in ns for resolving two hits--> <!-- used only if HCALSimpleTimingCut is false -->
<parameter name="HCALDeltaTimeHitResolution" type="float">10 </parameter>
<!--HCAL Time Resolution used to smear hit times-->
<parameter name="HCALTimeResolution" type="float">10 </parameter>
<processor name="MyDDCaloDigi_10ns" type="DDCaloDigi">
<!--Calibration coefficients for ECAL-->
<parameter name="CalibrECAL" type="FloatVec">37.5227197175 37.5227197175</parameter>
<!--Energy correction for ECAL endcap-->
<parameter name="ECALEndcapCorrectionFactor" type="float">1.03245503522</parameter>
<!--ECAL BarrelTime Window maximum time in ns-->
<parameter name="ECALBarrelTimeWindowMax" type="float"> 10 </parameter>
<!--ECAL Endcap Time Window maximum time in ns-->
<parameter name="ECALEndcapTimeWindowMax" type="float"> 10 </parameter>
<!--Calibration coefficients for Barrel HCAL-->
<parameter name="CalibrHCALBarrel" type="FloatVec">45.9956826061</parameter>
<!--Calibration coefficients for EndCap HCAL-->
<parameter name="CalibrHCALEndcap" type="FloatVec">46.9252540291</parameter>
<!--Calibration coefficients for Other (Ring) HCAL-->
<parameter name="CalibrHCALOther" type="FloatVec">57.4588011802</parameter>
<!--HCAL Time Window maximum time in ns-->
<parameter name="HCALBarrelTimeWindowMax" type="float"> 10 </parameter>
<!--HCAL Time Window maximum time in ns-->
<parameter name="HCALEndcapTimeWindowMax" type="float"> 10 </parameter>
</processor>
<processor name="MyDDCaloDigi_400ns" type="DDCaloDigi">
<!--Calibration coefficients for ECAL-->
<parameter name="CalibrECAL" type="FloatVec">37.4591745147 37.4591745147</parameter>
<!--Energy correction for ECAL endcap-->
<parameter name="ECALEndcapCorrectionFactor" type="float">1.01463983425</parameter>
<!--ECAL BarrelTime Window maximum time in ns-->
<parameter name="ECALBarrelTimeWindowMax" type="float"> 400 </parameter>
<!--ECAL Endcap Time Window maximum time in ns-->
<parameter name="ECALEndcapTimeWindowMax" type="float"> 400 </parameter>
<!--Calibration coefficients for Barrel HCAL-->
<parameter name="CalibrHCALBarrel" type="FloatVec">42.544403752</parameter>
<!--Calibration coefficients for EndCap HCAL-->
<parameter name="CalibrHCALEndcap" type="FloatVec">42.9667604345</parameter>
<!--Calibration coefficients for Other (Ring) HCAL-->
<parameter name="CalibrHCALOther" type="FloatVec">51.3503963688</parameter>
<!--HCAL Time Window maximum time in ns-->
<parameter name="HCALBarrelTimeWindowMax" type="float"> 400 </parameter>
<!--HCAL Time Window maximum time in ns-->
<parameter name="HCALEndcapTimeWindowMax" type="float"> 400 </parameter>
</processor>
</group>
<group name="MyDDMarlinPandora">
<parameter name="FinalEnergyDensityBin" type="float">110.</parameter>
<parameter name="MaxClusterEnergyToApplySoftComp" type="float">200.</parameter>
<!-- Collection names -->
<parameter name="TrackCollections" type="StringVec"> SiTracks_Refitted </parameter>
<parameter name="ECalCaloHitCollections" type="StringVec">ECALBarrel ECALEndcap ECALOther</parameter>
<parameter name="HCalCaloHitCollections" type="StringVec">HCALBarrel HCALEndcap HCALOther</parameter>
<parameter name="LCalCaloHitCollections" type="StringVec"></parameter>
<parameter name="LHCalCaloHitCollections" type="StringVec"></parameter>
<parameter name="MuonCaloHitCollections" type="StringVec">MUON</parameter>
<parameter name="MCParticleCollections" type="StringVec">MCParticle</parameter>
<parameter name="RelCaloHitCollections" type="StringVec">RelationCaloHit RelationMuonHit</parameter>
<parameter name="RelTrackCollections" type="StringVec"> SiTracks_Refitted_Relation </parameter>
<parameter name="KinkVertexCollections" type="StringVec">KinkVertices</parameter>
<parameter name="ProngVertexCollections" type="StringVec">ProngVertices</parameter>
<parameter name="SplitVertexCollections" type="StringVec">SplitVertices</parameter>
<parameter name="V0VertexCollections" type="StringVec">V0Vertices</parameter>
<parameter name="ClusterCollectionName" type="String">PandoraClusters</parameter>
<parameter name="PFOCollectionName" type="String">PandoraPFOs</parameter>
<!--Whether to calculate track states manually, rather than copy stored fitter values-->
<parameter name="UseOldTrackStateCalculation" type="int">0 </parameter>
<parameter name="NEventsToSkip" type="int">0</parameter>
<parameter name="Verbosity" options="DEBUG0-4,MESSAGE0-4,WARNING0-4,ERROR0-4,SILENT"> WARNING</parameter>
<!--Energy Corrections in Marlin Pandora-->
<!--parameter name="InputEnergyCorrectionPoints" type="FloatVec">InputEnergyCorrectionPoints_XXXX</parameter-->
<!--parameter name="OutputEnergyCorrectionPoints" type="FloatVec">OutputEnergyCorrectionPoints_XXXX</parameter-->
<!--Decides whether to create gaps in the geometry (ILD-specific)-->
<parameter name="CreateGaps" type="bool">false </parameter>
<!--Track quality settings: need to be optimized! More in processor-->
<!--Cut on fractional of expected number of BarrelTracker hits-->
<parameter name="MinBarrelTrackerHitFractionOfExpected" type="int">0 </parameter>
<!--Cut on minimum number of FTD hits of BarrelTracker hit fraction to be applied-->
<parameter name="MinFtdHitsForBarrelTrackerHitFraction" type="int">0 </parameter>
<!--Track quality cut: the minimum number of ftd track hits for ftd only tracks-->
<parameter name="MinFtdTrackHits" type="int">0 </parameter>
<!--Min track momentum required to perform final quality checks on number of hits-->
<parameter name="MinMomentumForTrackHitChecks" type="float">0 </parameter>
<!--Cut on fractional of expected number of TPC hits-->
<parameter name="MinTpcHitFractionOfExpected" type="float">0 </parameter>
<!--Sanity check on separation between ip and track projected ecal position-->
<parameter name="MinTrackECalDistanceFromIp" type="float">0 </parameter>
<!--Track quality cut: the minimum number of track hits-->
<parameter name="MinTrackHits" type="int">0 </parameter>
<!-- MORE TRACKING CUTS -->
<!--Max distance from track to BarrelTracker r max to id whether track reaches ecal-->
<parameter name="ReachesECalBarrelTrackerOuterDistance" type="float">-100 </parameter>
<!--Max distance from track to BarrelTracker z max to id whether track reaches ecal-->
<parameter name="ReachesECalBarrelTrackerZMaxDistance" type="float">-50 </parameter>
<!--Max distance from track hit to ftd z position to identify ftd hits-->
<parameter name="ReachesECalFtdZMaxDistance" type="float">1 </parameter>
<!--Min FTD layer for track to be considered to have reached ecal-->
<parameter name="ReachesECalMinFtdLayer" type="int">0 </parameter>
<!--Minimum number of BarrelTracker hits to consider track as reaching ecal-->
<parameter name="ReachesECalNBarrelTrackerHits" type="int">0 </parameter>
<!--Minimum number of ftd hits to consider track as reaching ecal-->
<parameter name="ReachesECalNFtdHits" type="int">0 </parameter>
<!--Maximum energy for unmatched vertex track-->
<parameter name="UnmatchedVertexTrackMaxEnergy" type="float">5 </parameter>
<!--Whether can form pfos from tracks that don't start at vertex-->
<parameter name="UseNonVertexTracks" type="int">1 </parameter>
<!--Whether to calculate track states manually, rather than copy stored fitter values-->
<parameter name="UseOldTrackStateCalculation" type="int">0 </parameter>
<!--Whether can form pfos from unmatched tracks that don't start at vertex-->
<parameter name="UseUnmatchedNonVertexTracks" type="int">0 </parameter>
<!--Whether can form pfos from unmatched tracks that start at vertex-->
<parameter name="UseUnmatchedVertexTracks" type="int">1 </parameter>
<!--Track z0 cut used to determine whether track can be used to form pfo-->
<parameter name="Z0TrackCut" type="float">200 </parameter>
<!--z0 cut used to determine whether unmatched vertex track can form pfo-->
<parameter name="Z0UnmatchedVertexTrackCut" type="float">5 </parameter>
<!--Non vtx track z cut to determine whether track can be used to form pfo-->
<parameter name="ZCutForNonVertexTracks" type="float">250 </parameter>
<!--Track quality cut: the maximum number of track hits-->
<parameter name="MaxTrackHits" type="int">5000 </parameter>
<!--Cut on fractional track momentum error-->
<parameter name="MaxTrackSigmaPOverP" type="float">0.15 </parameter>
<!--Constant relating track curvature in b field to momentum-->
<parameter name="CurvatureToMomentumFactor" type="float">0.00015 </parameter>
<!--Track d0 cut used to determine whether track can be used to form pfo-->
<parameter name="D0TrackCut" type="float">200 </parameter>
<!--d0 cut used to determine whether unmatched vertex track can form pfo-->
<parameter name="D0UnmatchedVertexTrackCut" type="float">5 </parameter>
<!--The algorithm name for filling start vertex-->
<parameter name="StartVertexAlgorithmName" type="string">PandoraPFANew </parameter>
<!--Start Vertex Collection Name-->
<parameter name="StartVertexCollectionName" type="string" lcioOutType="Vertex"> PandoraStartVertices </parameter>
<!--Normal vector for the muon barrel sensitive layers in local coordinates-->
<parameter name="YokeBarrelNormalVector" type="FloatVec">0 0 1 </parameter>
<!--Normal vector for the HCal barrel sensitive layers in local coordinates-->
<parameter name="HCalBarrelNormalVector" type="FloatVec">0 0 1 </parameter>
<!--Normal vector for the ECal barrel sensitive layers in local coordinates-->
<parameter name="ECalBarrelNormalVector" type="FloatVec">0 0 1 </parameter>
<!--The bfield in the muon barrel, units Tesla-->
<parameter name="MuonBarrelBField" type="float">-1.0</parameter>
<!--The bfield in the muon endcap, units Tesla-->
<parameter name="MuonEndCapBField" type="float">0.01 </parameter>
<!--The constant term for EM shower-->
<parameter name="EMConstantTerm" type="float">0.01 </parameter>
<!--The stochastic term for EM shower-->
<parameter name="EMStochasticTerm" type="float">0.17 </parameter>
<!--The constant term for Hadronic shower-->
<parameter name="HadConstantTerm" type="float">0.03 </parameter>
<!--The stochastic term for Hadronic shower-->
<parameter name="HadStochasticTerm" type="float">0.6 </parameter>
<!--The input energy points for hadronic energy correction-->
<parameter name="InputEnergyCorrectionPoints" type="FloatVec"> </parameter>
<!--Maximum number of layers from candidate outer layer hit to rear of detector-->
<parameter name="LayersFromEdgeMaxRearDistance" type="float">250 </parameter>
<!--Number of layers from edge for hit to be flagged as an outer layer hit-->
<parameter name="NOuterSamplingLayers" type="int">3 </parameter>
<!--Distance of possible second track state in the ECal Endcap to the ECal barrel inner radius-->
<parameter name="TrackStateTolerance" type="float">0 </parameter>
<!--Track cut on distance from BarrelTracker inner r to id whether track can form pfo-->
<parameter name="MaxBarrelTrackerInnerRDistance" type="float">200 </parameter>
<!--The minimum correction to on ecal hit in Pandora energy correction-->
<parameter name="MinCleanCorrectedHitEnergy" type="float">0.1 </parameter>
<!--The minimum hit energy to apply ecal correction in Pandora energy correction-->
<parameter name="MinCleanHitEnergy" type="float">0.5 </parameter>
<!--The minimum hit energy fraction to apply ecal correction in Pandora energy correction-->
<parameter name="MinCleanHitEnergyFraction" type="float">0.01 </parameter>
<!--The energy for a digital muon calorimeter hit, units GeV-->
<parameter name="MuonHitEnergy" type="float">0.5 </parameter>
<!--Whether to form pandora track relationships using v0 and kink info-->
<parameter name="ShouldFormTrackRelationships" type="int">1 </parameter>
<!--The name of the DDTrackCreator implementation-->
<parameter name="TrackCreatorName" type="string">DDTrackCreatorCLIC </parameter>
<!--Name of the track fitting system to be used (KalTest, DDKalTest, aidaTT, ... )-->
<parameter name="TrackSystemName" type="string">DDKalTest </parameter>
<!--The output energy points for hadronic energy correction-->
<parameter name="OutputEnergyCorrectionPoints" type="FloatVec"> </parameter>
<!--To use scintillator layers ~ hybrid ECAL, this should be true-->
<parameter name="UseEcalScLayers" type="int">0 </parameter>
<!--Threshold for creating calo hits in the Sc-layers of ECAL, units mip-->
<parameter name="ECalScMipThreshold" type="float">0 </parameter>
<!--The calibration from deposited Sc-layer energy to EM energy-->
<parameter name="ECalScToEMGeVCalibration" type="float">1 </parameter>
<!--The calibration from deposited Sc-layer energy to the barrel hadronic energy-->
<parameter name="ECalScToHadGeVCalibrationBarrel" type="float">1 </parameter>
<!--The calibration from deposited Sc-layer energy on the endcaps to hadronic energy-->
<parameter name="ECalScToHadGeVCalibrationEndCap" type="float">1 </parameter>
<!--The calibration from deposited Sc-layer energy to mip-->
<parameter name="ECalScToMipCalibration" type="float">1 </parameter>
<!--Threshold for creating calo hits in the Si-layers of ECAL, units mip-->
<parameter name="ECalSiMipThreshold" type="float">0 </parameter>
<!--The calibration from deposited Si-layer energy to EM energy-->
<parameter name="ECalSiToEMGeVCalibration" type="float">1 </parameter>
<!--The calibration from deposited Si-layer energy on the barrel to hadronic energy-->
<parameter name="ECalSiToHadGeVCalibrationBarrel" type="float">1 </parameter>
<!--The calibration from deposited Si-layer energy on the enecaps to hadronic energy-->
<parameter name="ECalSiToHadGeVCalibrationEndCap" type="float">1 </parameter>
<!--The calibration from deposited Si-layer energy to mip-->
<parameter name="ECalSiToMipCalibration" type="float">1 </parameter>
<!--To use strip splitting algorithm, this should be true-->
<parameter name="StripSplittingOn" type="int">0 </parameter>
<processor name="MyDDMarlinPandora_10ns" type="DDPandoraPFANewProcessor">
<parameter name="PandoraSettingsXmlFile" type="String"> PandoraSettingsFCCee/PandoraSettingsDefault.xml </parameter>
<parameter name="SoftwareCompensationWeights" type="FloatVec">2.40821 -0.0515852 0.000711414 -0.0254891 -0.0121505 -1.63084e-05 0.062149 0.0690735 -0.223064</parameter>
<!-- Calibration constants -->
<parameter name="ECalToMipCalibration" type="float">175.439</parameter>
<parameter name="HCalToMipCalibration" type="float">45.6621</parameter>
<parameter name="ECalMipThreshold" type="float">0.5</parameter>
<parameter name="HCalMipThreshold" type="float">0.3</parameter>
<parameter name="ECalToEMGeVCalibration" type="float">1.01776966108</parameter>
<parameter name="HCalToEMGeVCalibration" type="float">1.01776966108</parameter>
<parameter name="ECalToHadGeVCalibrationBarrel" type="float">1.11490774181</parameter>
<parameter name="ECalToHadGeVCalibrationEndCap" type="float">1.11490774181</parameter>
<parameter name="HCalToHadGeVCalibration" type="float">1.00565042407</parameter>
<parameter name="MuonToMipCalibration" type="float">20703.9</parameter>
<parameter name="DigitalMuonHits" type="int">0</parameter>
<parameter name="MaxHCalHitHadronicEnergy" type="float">10000000.</parameter>
</processor>
<processor name="MyDDMarlinPandora_400ns" type="DDPandoraPFANewProcessor">
<parameter name="PandoraSettingsXmlFile" type="String"> PandoraSettingsFCCee/PandoraSettingsDefault_400nsCalTimeWindow.xml </parameter>
<parameter name="SoftwareCompensationWeights" type="FloatVec">2.43375 -0.0430951 0.000244914 -0.145478 -0.00044577 -8.37222e-05 0.237484 0.243491 -0.0713701</parameter>
<!-- Calibration constants -->
<parameter name="ECalToMipCalibration" type="float">175.439</parameter>
<parameter name="HCalToMipCalibration" type="float">49.7512</parameter>
<parameter name="ECalMipThreshold" type="float">0.5</parameter>
<parameter name="HCalMipThreshold" type="float">0.3</parameter>
<parameter name="ECalToEMGeVCalibration" type="float">1.02513816926</parameter>
<parameter name="HCalToEMGeVCalibration" type="float">1.02513816926</parameter>
<parameter name="ECalToHadGeVCalibrationBarrel" type="float">1.07276660331</parameter>
<parameter name="ECalToHadGeVCalibrationEndCap" type="float">1.07276660331</parameter>
<parameter name="HCalToHadGeVCalibration" type="float">1.01147686143</parameter>
<parameter name="MuonToMipCalibration" type="float">20703.9</parameter>
<parameter name="DigitalMuonHits" type="int">0</parameter>
<parameter name="MaxHCalHitHadronicEnergy" type="float">10000000.</parameter>
</processor>
</group>
<processor name="MyDDSimpleMuonDigi" type="DDSimpleMuonDigi">
<!--Performs simple digitization of sim calo hits...-->
<!--Calibration coefficients for MUON-->
<parameter name="CalibrMUON" type="FloatVec">70.1</parameter>
<!-- maximum hit energy for a MUON hit -->
<parameter name="MaxHitEnergyMUON" type="float">2.0</parameter>
<!--MUON Collection Names-->
<parameter name="MUONCollections" type="StringVec">
YokeBarrelCollection YokeEndcapCollection</parameter>
<!--MUON Collection of real Hits-->
<parameter name="MUONOutputCollection" type="string">MUON </parameter>
<!--Threshold for MUON Hits in GeV-->
<parameter name="MuonThreshold" type="float">1e-06 </parameter>
<!--MuonHit Relation Collection-->
<parameter name="RelationOutputCollection" type="string">RelationMuonHit </parameter>
</processor>
<processor name="MyStatusmonitor" type="Statusmonitor">
<parameter name="HowOften" type="int">100</parameter>
<parameter name="Verbosity" type="string">MESSAGE </parameter>
</processor>
<processor name="MyRecoMCTruthLinker" type="RecoMCTruthLinker">
<!--links RecontructedParticles to the MCParticle based on number of hits used-->
<!--energy cut for Brems that are kept-->
<parameter name="BremsstrahlungEnergyCut" type="float">1 </parameter>
<!--Name of the updated calo-hit MCTruthLink output collection - not created if empty()-->
<parameter name="CalohitMCTruthLinkName" type="string" lcioOutType="LCRelation"> CalohitMCTruthLink </parameter>
<!--Name of the Clusters input collection-->
<parameter name="ClusterCollection" type="string" lcioInType="Cluster">PandoraClusters </parameter>
<!--Name of the clusterMCTruthLink output collection - not created if empty()-->
<parameter name="ClusterMCTruthLinkName" type="string" lcioOutType="LCRelation"> ClusterMCTruthLink </parameter>
<!--true: All reco <-> true relations are given, with weight = 10000*calo
weight+track weight (weights in permill). false: Only highest contributor
linked,and only to tracks, not clusters if there are any tracks-->
<parameter name="FullRecoRelation" type="bool">false </parameter>
<!--Work-around Mokka bug in vertex-is-not-endpoint-of-parent flag (logic inverted)-->
<parameter name="InvertedNonDestructiveInteractionLogic" type="bool"> false </parameter>
<!--PDG codes of particles of which the daughters will be kept in the skimmmed MCParticle collection-->
<!-- FIXME:Check if we really want to keep those -->
<parameter name="KeepDaughtersPDG" type="IntVec">22 111 310 13 211 321 3120 </parameter>
<!--Name of the MCParticle input collection-->
<parameter name="MCParticleCollection" type="string" lcioInType="MCParticle"> MCPhysicsParticles </parameter>
<!--Name of the skimmed MCParticle output collection - not created if empty()-->
<parameter name="MCParticlesSkimmedName" type="string" lcioOutType="MCParticle"> MCParticlesSkimmed </parameter>