Added sieic4 which is the first version that will dd4hep compatible

	modified:   sieic3/sieic3_compact.xml
	new file:   sieic4/CalorimeterCalibration.properties
	new file:   sieic4/Cheating.properties
	new file:   sieic4/ClusterParameters.properties
	new file:   sieic4/IDEfficiency.properties
	new file:   sieic4/LongitudinalHMatrix.hmx
	new file:   sieic4/SamplingFractions/BeamCal.properties
	new file:   sieic4/SamplingFractions/EcalBarrel.properties
	new file:   sieic4/SamplingFractions/EcalEndcap.properties
	new file:   sieic4/SamplingFractions/HcalBarrel.properties
	new file:   sieic4/SamplingFractions/HcalEndcap.properties
	new file:   sieic4/SamplingFractions/LumiCal.properties
	new file:   sieic4/SamplingFractions/MuonBarrel.properties
	new file:   sieic4/SamplingFractions/MuonEndcap.properties
	new file:   sieic4/SimpleTrack.properties
	new file:   sieic4/TrackParameters.properties
	new file:   sieic4/TrackParameters/FullBarrelResolutionBc.ini
	new file:   sieic4/TrackParameters/FullBarrelResolutionNbc.ini
	new file:   sieic4/TrackParameters/FullBarrelResolutionWMF_Nbc.ini
	new file:   sieic4/compact.xml
	new file:   sieic4/config/PandoraSettings_sieic3.xml
	new file:   sieic4/config/defaultILCCrossingAngle.mac
	new file:   sieic4/config/sid_dbd_prePandora_noOverlay.xml
	new file:   sieic4/config/sieic3_trackingStrategies.xml
	new file:   sieic4/detector.properties
	new file:   sieic4/digisim/digisim.steer
	new file:   sieic4/hadronCalibration/nhQcal-v2r3p10.properties
	new file:   sieic4/index.html
	new file:   sieic4/photonCalibration/photonQcal-v2r3p10.properties
	new file:   sieic4/sieic4.gdml
	new file:   sieic4/sieic4.gdml.gz
	new file:   sieic4/sieic4.heprep
	new file:   sieic4/sieic4.html
	new file:   sieic4/sieic4.lcdd
	new file:   sieic4/sieic4.pandora
	new file:   sieic4/sieic4.zip
	new file:   sieic4/sieic4_compact.xml
	new file:   sieic4/structuralPFA/likelihood.bin

SiD/slic/sieic4/CalorimeterCalibration.properties

+# sieic3 
+# chekanov 
+
+ECalLayering = 0, 1, 21
+
+# does the first EM sensitive layer sample a shower? (0=no, 1=yes)
+IsFirstEmLayerSampling = 0.
+
+# determined from single muons
+# values are RAW energy
+ECalMip_MPV = 9.6E-5
+ECalMip_sig = 1.2E-5
+
+# Cut at values less than MPV-3*sigma
+ECalMip_Cut = 6.0E-5  
+
+HCalLayering = 0
+
+# determined from single muons
+# values are RAW energy
+HCalMip_MPV = 8.5E-4
+HCalMip_sig = 8.1E-5
+
+# Cut at values less than MPV-3*sigma
+HCalMip_Cut = 0.
+
+MuonLayering = 0
+
+# determined from single muons
+# values are RAW energy
+MuonMip_MPV = 8.5E-4
+MuonMip_sig = 8.1E-5
+
+# Cut at values less than MPV-3*sigma
+MuonMip_Cut = 0.
+
+
+# cut at times greater than this
+timeCut = 100.
+
+
+# sampling fractions..
+
+EMBarrel_SF = 1., 0.016630201989661284, 0.008438654785598399, 11.774056520950236, 1.
+
+EMEndcap_SF = 1., 0.01703143594635315, 0.008534297976391606, 11.013876980836622, 1.
+
+HadBarrel_SF = 1., 0.015399773245797601, 0.010224340062586393, 8.726619747396487, 1.
+
+HadEndcap_SF = 1., 0.01317263513986897, 0.008264912208331917, 9.155042746003543, 1.
+
+
+PhotonFitParameters = gamma_em1b_0, gamma_em1b_1, gamma_em1e_0, gamma_em1e_1, gamma_em2b_0, gamma_em2b_1, gamma_em2e_0, gamma_em2e_1, gamma_hadb_0, gamma_hadb_1, gamma_hade_0, gamma_hade_1
+
+gamma_em1b_0 = 0.0190497
+gamma_em1b_1 = 0.00120177
+gamma_em1e_0 = 0.0189073
+gamma_em1e_1 = -0.00201487
+gamma_em2b_0 = 0.00778524
+gamma_em2b_1 = -0.00110072
+gamma_em2e_0 = 0.00753019
+gamma_em2e_1 = 0.000822489
+gamma_hadb_0 = 0.0414947
+gamma_hadb_1 = 0.00347415
+gamma_hade_0 = 0.0705389
+gamma_hade_1 = -0.0419223
+
+NeutralHadronFitParameters = neutralHadron_em1b_0, neutralHadron_em1b_1, neutralHadron_em1e_0, neutralHadron_em1e_1, neutralHadron_em2b_0, neutralHadron_em2b_1, neutralHadron_em2e_0, neutralHadron_em2e_1, neutralHadron_hadb_0, neutralHadron_hadb_1, neutralHadron_hade_0, neutralHadron_hade_1
+
+neutralHadron_em1b_0 = 0.0173349
+neutralHadron_em1b_1 = 0.00153095
+neutralHadron_em1e_0 = 0.0269877
+neutralHadron_em1e_1 = -0.0126375
+neutralHadron_em2b_0 = 0.00894534
+neutralHadron_em2b_1 = -0.000188045
+neutralHadron_em2e_0 = 0.0163708
+neutralHadron_em2e_1 = -0.00854284
+neutralHadron_hadb_0 = 0.038105
+neutralHadron_hadb_1 = 0.000840245
+neutralHadron_hade_0 = 0.0691185
+neutralHadron_hade_1 = -0.0391286
+
+
+# These are the simulation output list of SimCalorimeterHits
+BaseHitCollectionNames = EcalBarrelHits, EcalEndcapHits, LumiCalHits, HcalBarrelHits, HcalEndcapHits
+
+EMCalorimeterCollections = EcalBarrelHits, EcalEndcapHits, LumiCalHits
+HadCalorimeterCollections = HcalBarrelHits, HcalEndcapHits
+HadCalorimeterMaxLayer = 29
+
+# This collection has had the time and mip cuts applied
+ProcessedHitsCollectionName = ProcessedCalHits
+
+

SiD/slic/sieic4/Cheating.properties

+FullTruth false
+Truth false
+ECalParameterization false
+ReconPhotons true
+HCalParameterization false
+ReconNeutralHadrons true
+Decays true
+DecayProducts true
+DecayNeutrals true
+DecayDistance   100.
+NuclearInteractions false
+NuclearInteractionProducts false
+NuclearInteractionNeutrals false
+Radiation false
+ECalResolution  0.18
+ECalSampling    0.012
+HCalResolution  0.60
+HCalSampling    0.
+HCalDigital    11.7
+pTrackMin   0.100
+EClusterMin 0.100
+ECalEnergyMin 0.100
+HCalEnergyMin 0.250
+HitEnergyMin 0.
+NDigitalMin 4
+PerfectEnergyFlow false
+Distance2XCluster  50.
+Distance4XCluster 100.

SiD/slic/sieic4/ClusterParameters.properties

+# Small (S2) Calorimeter Detector parameters				M.Ronan  11.20.00
+
+
+JETParameterization: false
+JETResolution: 0.306
+JETHadDegradeFraction: 1.0
+JETEMEnergyFraction: 0.278
+JETHadEnergyFraction: 0.1
+
+EMOnset: 0.1
+
+EMSharpness: 999999.
+
+PolarEMInner: 0.999
+
+PolarEMOuter: 0.999
+
+
+EMResolution: 0.19
+
+EMConstantTerm: 0.00
+
+EMPositionError: 0.1
+
+EMAlignmentError: 0
+
+
+
+HADOnset: 0.2
+
+HADSharpness: 99999.
+
+PolarHADInner: 0.999
+
+PolarHADOuter: 0.999
+
+
+HADResolution: 0.00
+
+HADConstantTerm: 0.10
+
+HADPositionError: 1.0
+
+HADAlignmentError: 0
+

SiD/slic/sieic4/IDEfficiency.properties

+Electron: 1.0
+Muon: 1.0
+Proton: 0.0
+Kaon: 0.0
+Neutron: 0.0
+wt_charged_track_calorimeter_energy: 1.00

SiD/slic/sieic4/SamplingFractions/BeamCal.properties

+samplingFraction: .0240
\ No newline at end of file

SiD/slic/sieic4/SamplingFractions/EcalBarrel.properties

+samplingFraction: .017219
+samplingFraction[21-30]: .0088797

SiD/slic/sieic4/SamplingFractions/EcalEndcap.properties

+samplingFraction: .017267
+samplingFraction[21-30]: .010211
\ No newline at end of file

SiD/slic/sieic4/SamplingFractions/HcalBarrel.properties

+digital: true
+samplingFraction: 9.1831
\ No newline at end of file

SiD/slic/sieic4/SamplingFractions/HcalEndcap.properties

+digital: true
+samplingFraction: 7.7146
\ No newline at end of file

SiD/slic/sieic4/SamplingFractions/LumiCal.properties

+samplingFraction: .0240
\ No newline at end of file

SiD/slic/sieic4/SamplingFractions/MuonBarrel.properties

+digital: true
+samplingFraction: 2.1553
\ No newline at end of file

SiD/slic/sieic4/SamplingFractions/MuonEndcap.properties

+digital: true
+samplingFraction: 0.95742
\ No newline at end of file

SiD/slic/sieic4/SimpleTrack.properties

+ConstantTerm: 0.000021
+ThetaTerm: 0.001
+TanLambdaErrorScale: 1.000
+PhiErrorScale: 1.000
+D0ErrorScale: 1.000
+Z0ErrorScale: 1.000
\ No newline at end of file

SiD/slic/sieic4/TrackParameters.properties

+# Detector parameters needed for full smear package  01.14.99
+# Changed for no/with beamspot constraint, ww, 08/13/00
+
+PtMin: 0.200
+PolarInner: 0.90
+PolarOuter: 0.99
+
+# no beamspot constraint
+BarrelTableFile-nbc: FullBarrelResolutionNbc
+EndcapTableFile-nbc: FullBarrelResolutionNbc
+
+# with beamspot constraint
+BarrelTableFile-bc: FullBarrelResolutionBc
+EndcapTableFile-bc: FullBarrelResolutionBc
\ No newline at end of file

SiD/slic/sieic4/config/defaultILCCrossingAngle.mac

+/run/initialize
+/generator/setLorentzTransformationAngle 7 mrad
+/run/beamOn 1 

SiD/slic/sieic4/config/sid_dbd_prePandora_noOverlay.xml

+<lcsim xmlns:lcsim="http://www.lcsim.org/schemas/lcsim/1.0"
+	xmlns:xs="http://www.w3.org/2001/XMLSchema-instance"
+	xs:noNamespaceSchemaLocation="http://www.lcsim.org/schemas/lcsim/1.0/lcsim.xsd">
+	
+	<inputFiles>
+		<file>${inputFile}</file>
+	</inputFiles>
+	
+	<control>
+		<numberOfEvents>-1</numberOfEvents>
+		<verbose>false</verbose>
+		<printDriverStatistics>true</printDriverStatistics>
+		<printDriversDetailed>true</printDriversDetailed>
+	</control>
+	
+	<execute>
+		<driver name="EventMarkerDriver" />
+		<driver name="VertexBarrelSetup" />
+		<driver name="VertexEndcapSetup" />
+		<driver name="TrackerBarrelSetup" />
+		<driver name="TrackerEndcapSetup" />
+		<driver name="TrackerForwardSetup" />
+		<driver name="TrackerDigi" />
+		<driver name="VertexDigi" />
+		<driver name="HelicalTrackHitDriver" />
+		<driver name="TrackHitRemover" />
+		<driver name="SeedTracker" />
+		<driver name="TrackStateDriver" />
+		<driver name="TrackSubdetectorHitNumbers" />
+		<driver name="Writer" />
+	</execute>
+	
+	<drivers>
+		<!-- Feedback on loop progress -->
+		<driver name="EventMarkerDriver"
+		        type="org.lcsim.job.EventMarkerDriver">
+			<eventInterval>1</eventInterval>
+		</driver>
+		
+		<!-- Define tracker barrel sensor segmentation -->
+		<driver name="TrackerBarrelSetup"
+			    type="org.lcsim.recon.tracking.digitization.sisim.config.SiTrackerBarrelSensorSetup">
+			<subdetectorName>SiTrackerBarrel</subdetectorName>
+			<readoutElectrodesPitch>0.050</readoutElectrodesPitch>
+			<senseElectrodesPitch>0.025</senseElectrodesPitch>
+			<transferEfficiencies>0.986 0.419</transferEfficiencies>
+		</driver>
+		
+		<!-- Define tracker endcap sensor segmentation -->
+		<driver name="TrackerEndcapSetup"
+			    type="org.lcsim.recon.tracking.digitization.sisim.config.SiTrackerEndcap2SensorSetup">
+			<subdetectorName>SiTrackerEndcap</subdetectorName>
+			<readoutPitch>0.050</readoutPitch>
+			<sensePitch>0.025</sensePitch>
+			<transferEfficiencies>0.986 0.419</transferEfficiencies>
+		</driver>
+		
+		<!-- Define vertex barrel sensor segmentation -->
+		<driver name="VertexBarrelSetup"
+			    type="org.lcsim.recon.tracking.digitization.sisim.config.SiVertexBarrelSensorSetup">
+			<subdetectorName>SiVertexBarrel</subdetectorName>
+			<readoutPitchX>0.02</readoutPitchX>
+			<readoutPitchY>0.02</readoutPitchY>
+			<sensePitchX>0.02</sensePitchX>
+			<sensePitchY>0.02</sensePitchY>
+			<transferEfficiency>1.0</transferEfficiency>
+		</driver>
+		
+		<!-- Define vertex endcap sensor segmentation -->
+		<driver name="VertexEndcapSetup"
+			    type="org.lcsim.recon.tracking.digitization.sisim.config.SiVertexEndcapSensorSetup">
+			<subdetectorName>SiVertexEndcap</subdetectorName>
+			<readoutPitchX>0.02</readoutPitchX>
+			<readoutPitchY>0.02</readoutPitchY>
+			<sensePitchX>0.02</sensePitchX>
+			<sensePitchY>0.02</sensePitchY>
+			<transferEfficiency>1.0</transferEfficiency>
+		</driver>
+		
+		<!-- Define forward tracker sensor segmentation -->
+		<driver name="TrackerForwardSetup"
+			    type="org.lcsim.recon.tracking.digitization.sisim.config.SiVertexEndcapSensorSetup">
+			<subdetectorName>SiTrackerForward</subdetectorName>
+			<readoutPitchX>0.02</readoutPitchX>
+			<readoutPitchY>0.02</readoutPitchY>
+			<sensePitchX>0.02</sensePitchX>
+			<sensePitchY>0.02</sensePitchY>
+			<transferEfficiency>1.0</transferEfficiency>
+		</driver>
+		
+		<!-- Tracker hit digitization and clustering in strip detectors -->
+		<driver name="TrackerDigi"
+			    type="org.lcsim.recon.tracking.digitization.sisim.config.StripDigiSetupDriver">
+			<subdetectorNames>SiTrackerBarrel SiTrackerEndcap</subdetectorNames>
+			<rawHitsCollectionName>TKR_RawTrackerHits</rawHitsCollectionName>
+			<trackerHitsCollectionName>TKR_TrackerHits</trackerHitsCollectionName>
+			<maxClusterSize>10</maxClusterSize>
+			<noiseIntercept>0.</noiseIntercept>
+			<noiseSlope>0.</noiseSlope>
+			<noiseThreshold>6000.</noiseThreshold>
+			<readoutNeighborThreshold>6000.</readoutNeighborThreshold>
+			<seedThreshold>6000.</seedThreshold>
+			<neighborThreshold>6000.</neighborThreshold>
+			<centralStripAveragingThreshold>4</centralStripAveragingThreshold>
+			<oneClusterErr>0.288675135</oneClusterErr>
+			<twoClusterErr>0.2</twoClusterErr>
+			<threeClusterErr>0.333333333</threeClusterErr>
+			<fourClusterErr>0.5</fourClusterErr>
+			<fiveClusterErr>1.0</fiveClusterErr>
+		</driver>
+		
+		<!-- Tracker hit digitization and clustering in pixel detectors -->
+		<driver name="VertexDigi"
+			    type="org.lcsim.recon.tracking.digitization.sisim.config.PixelDigiSetupDriver">
+			<subdetectorNames>SiVertexBarrel SiVertexEndcap SiTrackerForward</subdetectorNames>
+			<rawHitsCollectionName>VXD_RawTrackerHits</rawHitsCollectionName>
+			<trackerHitsCollectionName>VXD_TrackerHits</trackerHitsCollectionName>
+			<maxClusterSize>10</maxClusterSize>
+			<noiseIntercept>0.</noiseIntercept>
+			<noiseSlope>0.</noiseSlope>
+			<noiseThreshold>100.</noiseThreshold>
+			<readoutNeighborThreshold>100.</readoutNeighborThreshold>
+			<seedThreshold>100.</seedThreshold>
+			<neighborThreshold>100.</neighborThreshold>
+			<oneClusterErr>0.288675135</oneClusterErr>
+			<twoClusterErr>0.2</twoClusterErr>
+			<threeClusterErr>0.333333333</threeClusterErr>
+			<fourClusterErr>0.5</fourClusterErr>
+			<fiveClusterErr>1.0</fiveClusterErr>
+		</driver>
+		
+		<!-- Driver to create helical track hits from clusters -->
+		<driver name="HelicalTrackHitDriver"
+		        type="org.lcsim.fit.helicaltrack.HelicalTrackHitDriver">
+			<digiCollectionNames>VXD_TrackerHits TKR_TrackerHits</digiCollectionNames>
+			<outputCollectionName>HelicalTrackHits</outputCollectionName>
+		</driver>
+		
+	    <!-- Remove additional hits in overlapping tracking modules -->
+		<driver name="TrackHitRemover"
+			    type="org.lcsim.recon.cheater.RemoveMultipleHelicalTrackHitsCheater">
+		</driver>
+		
+		<!-- Track reconstruction-->
+		<driver name="SeedTracker"
+			    type="org.lcsim.recon.tracking.seedtracker.steeringwrappers.SeedTrackerWrapper">
+			<strategyFile>${trackingStrategies}</strategyFile>
+		</driver>
+		
+		<!-- Calculate track states required for Pandora -->
+		<driver name="TrackStateDriver"
+			    type="org.lcsim.recon.tracking.seedtracker.SeedTrackerTrackStateDriver">
+	    </driver>
+	    
+	    <!-- Calculate the number of track hits in each subdetector required for LCFI -->
+	    <driver name="TrackSubdetectorHitNumbers"
+	            type="org.lcsim.recon.util.TrackSubdetectorHitNumbersDriver">
+	    </driver>
+	    
+		<!-- Write output slcio file -->
+		<driver name="Writer"
+		        type="org.lcsim.util.loop.LCIODriver">
+			<outputFilePath>${outputFile}</outputFilePath>
+			<ignoreCollection>MCParticleEndPointEnergy</ignoreCollection>
+		</driver>
+	</drivers>
+</lcsim>

SiD/slic/sieic4/detector.properties

+name: sieic3

SiD/slic/sieic4/digisim/digisim.steer

+############################################
+#
+#  Example DigiSim steering file for Marlin
+#
+############################################
+
+.begin Global  ---------------------------------------
+
+# specify one ore more input files (in one ore more lines)
+
+LCIOInputFiles inputfile
+#LCIOInputFiles ../simjob.slcio ../simjob.slcio
+
+# the active processors that are called in the given order
+ActiveProcessors CalHitMapProcessor
+ActiveProcessors EcalBarrelDigitizer
+ActiveProcessors EcalEndcapDigitizer
+ActiveProcessors HcalBarrelDigitizer
+ActiveProcessors HcalEndcapDigitizer
+ActiveProcessors MuonBarrelDigitizer
+ActiveProcessors MuonEndcapDigitizer
+ActiveProcessors OutputProcessor
+
+# limit the number of processed records (run+evt):
+MaxRecordNumber 501
+.end Global  -----------------------------------------------
+###########################################################
+
+#define the processor parameters after '.begin ProcessorName' :
+
+# the default output processor
+.begin OutputProcessor
+
+# mandatory processor type (the name of the class)
+ProcessorType LCIOOutputProcessor
+
+# the outputfile
+LCIOOutputFile marlin.slcio
+
+# lcio write mode, new overwrites existing files
+# append appends to existing files
+# if nothing specified create new file only if it doesn't exist
+LCIOWriteMode WRITE_NEW
+#LCIOWriteMode WRITE_APPEND
+
+.end -------------------------------------------------
+############################################################
+# Utility processor.  It fills hit maps for use by other processors,
+#  so they don't need to fill the same maps themselves
+
+.begin CalHitMapProcessor
+
+ProcessorType CalHitMapProcessor
+
+.end -------------------------------------------------
+############################################################
+# Cal digitizer processor.  Instantiates one or more calorimeter hit
+#  "modifiers", which together represent the full digitization process.
+
+.begin EcalBarrelDigitizer
+
+ProcessorType DigiSimProcessor
+
+InputCollection        EcalBarrelHits
+OutputCollection       EcalBarrelRawHits
+Raw2SimLinksCollection EcalBarrelRaw2sim
+
+ModifierNames   EMBEnergyCut EMBTimeCut EMBEneDigi EMBTimeDigi
+
+# modifierName     Type                 Parameters (floats)
+
+# MIP is 92 keV, MIP/4 cut at 23e-6 GeV
+EMBEnergyCut       GainDiscrimination           1       0    23e-6    0
+EMBTimeCut         TimeDiscrimination         100       0
+
+# Digitization: multiply by large numbers to minimize round-off errors
+EMBEneDigi         SmearedGain          100000000       0
+EMBTimeDigi        SmearedTiming          1000000       0
+
+.end -------------------------------------------------
+############################################################
+# Cal digitizer processor.  Instantiates one or more calorimeter hit
+#  "modifiers", which together represent the full digitization process.
+
+.begin EcalEndcapDigitizer
+
+ProcessorType DigiSimProcessor
+
+InputCollection  EcalEndcapHits
+OutputCollection EcalEndcapRawHits
+Raw2SimLinksCollection EcalEndcapRaw2sim
+
+ModifierNames    EMECEnergyCut EMECTimeCut EMECEneDigi EMECTimeDigi
+
+# modifierName     Type                 Parameters (floats)
+# MIP is 92 keV, MIP/4 cut at 23e-6 GeV
+EMECEnergyCut      GainDiscrimination           1       0     23e-6      0
+EMECTimeCut        TimeDiscrimination         100       0
+
+# Digitization: multiply by large numbers to minimize round-off errors
+EMECEneDigi        SmearedGain          100000000       0
+EMECTimeDigi       SmearedTiming          1000000       0
+
+.end -------------------------------------------------
+############################################################
+# Cal digitizer processor.  Instantiates one or more calorimeter hit
+#  "modifiers", which together represent the full digitization process.
+
+.begin HcalBarrelDigitizer
+
+ProcessorType DigiSimProcessor
+
+InputCollection        HcalBarrelHits
+OutputCollection       HcalBarrelRawHits
+Raw2SimLinksCollection HcalBarrelRaw2sim
+
+ModifierNames     HBTimeCut HBEneDigi HBTimeDigi
+
+# modifierName     Type                 Parameters (floats)
+HBTimeCut         TimeDiscrimination         100       0
+HBEneDigi         SmearedGain          100000000       0
+HBTimeDigi        SmearedTiming          1000000       0
+
+.end -------------------------------------------------
+############################################################
+# Cal digitizer processor.  Instantiates one or more calorimeter hit
+#  "modifiers", which together represent the full digitization process.
+
+.begin HcalEndcapDigitizer
+
+ProcessorType DigiSimProcessor
+
+InputCollection        HcalEndcapHits
+OutputCollection       HcalEndcapRawHits
+Raw2SimLinksCollection HcalEndcapRaw2sim
+
+ModifierNames    HECTimeCut HECEneDigi HECTimeDigi
+
+# modifierName     Type                 Parameters (floats)
+HECTimeCut         TimeDiscrimination         100       0
+
+# Digitization: multiply by large numbers to minimize round-off errors
+HECEneDigi         SmearedGain          100000000       0
+HECTimeDigi        SmearedTiming          1000000       0
+
+.end -------------------------------------------------
+############################################################
+# Cal digitizer processor.  Instantiates one or more calorimeter hit
+#  "modifiers", which together represent the full digitization process.
+
+.begin MuonBarrelDigitizer
+
+ProcessorType DigiSimProcessor
+
+InputCollection        MuonBarrelHits
+OutputCollection       MuonBarrelRawHits
+Raw2SimLinksCollection MuonBarrelRaw2sim
+
+ModifierNames     MBTimeCut MBEneDigi MBTimeDigi
+
+# modifierName     Type                 Parameters (floats)
+MBTimeCut         TimeDiscrimination         100       0
+MBEneDigi         SmearedGain          100000000       0
+MBTimeDigi        SmearedTiming          1000000       0
+
+.end -------------------------------------------------
+############################################################
+# Cal digitizer processor.  Instantiates one or more calorimeter hit
+#  "modifiers", which together represent the full digitization process.
+
+.begin MuonEndcapDigitizer
+
+ProcessorType DigiSimProcessor
+
+InputCollection        MuonEndcapHits
+OutputCollection       MuonEndcapRawHits
+Raw2SimLinksCollection MuonEndcapRaw2sim
+
+ModifierNames    MECTimeCut MECEneDigi MECTimeDigi
+
+# modifierName     Type                 Parameters (floats)
+MECTimeCut         TimeDiscrimination         100       0
+
+# Digitization: multiply by large numbers to minimize round-off errors
+MECEneDigi         SmearedGain          100000000       0
+MECTimeDigi        SmearedTiming          1000000       0
+
+.end -------------------------------------------------

SiD/slic/sieic4/hadronCalibration/nhQcal-v2r3p10.properties

+nFrontLayersEcal: 21
+alpha: -0.23
+SFs: 0.016125,0.0086107,0.016298,0.0090256,9.4799,8.4109
+Emeas: 1.91723,5.13903,7.89601,10.71840,13.89804,17.69401,21.87392,26.66786,31.32927,36.66657,42.86785,50.70186,61.11964,77.40462,108.94184
+Ecorr: 2.49794,5.31602,7.98097,10.69372,13.54879,17.42972,21.09142,25.31841,29.39235,34.42888,41.49327,49.21999,60.58790,77.49719,109.38634

SiD/slic/sieic4/photonCalibration/photonQcal-v2r3p10.properties

+nFrontLayersEcal: 21
+alpha: 0.036
+SFs: 0.017110,0.0079520,0.017382,0.0084870
+Emeas: 1.,2.
+Ecorr: 1.,2.