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orcarc
Name Type Default Class Description
Ecal:SelectiveReadoutGridSize int 1 EcalSelectiveReadoutTowerConfigurables Readout 3x3(0) or 5x5(1) tower blocks
Ecal:SelectiveReadoutThreshold:low float 2.5 EcalSelectiveReadoutTowerConfigurables Set lower SR threshold
Ecal:SelectiveReadoutThreshold:high float 5.0 EcalSelectiveReadoutTowerConfigurables Set upper SR threshold
Ecal:SelectiveReadoutSingles bool False EcalSelectiveReadoutTowerConfigurables Turn singles on / off
Ecal:SelectiveReadoutSingles:usethreshold bool False EcalSelectiveReadoutTowerConfigurables Use a ZS threshold(Singles)
Ecal:SelectiveReadoutSingles:Barrel:threshold float 0.0 EcalSelectiveReadoutTowerConfigurables Set barrel threshold
Ecal:SelectiveReadoutSingles:Endcap:threshold float 0.0 EcalSelectiveReadoutTowerConfigurables Set endcap threshold
Ecal:SelectiveReadoutTowers:usethreshold bool False EcalSelectiveReadoutTowerConfigurables Use a ZS threshold(Towers)
Ecal:SelectiveReadoutTowers:Barrel:threshold float 0.0 EcalSelectiveReadoutTowerConfigurables Set barrel threshold
Ecal:SelectiveReadoutTowers:Endcap:threshold float 0.0 EcalSelectiveReadoutTowerConfigurables Set endcap threshold
PSimHit:TofNormalizationFactor float 0.01 PSimHit Time of flight normalization
EgColl:Name string myColl EgammaCollections name of the user collection to be created/appended
>>>In case a collection of name CollName is defined then the following parameter is available - - - -
Collname string usernameDB/MyObjs/Collname classoclass the full qualified path of the collection
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MCKINE_PTCUT Float 1.0 MCKineAnalyzer Pt cut on Kine tracks (Chris)
MCKINE_BREMPTCUT float 0.1 MCKineAnalyzer Pt cut on Brem photons (Chris)
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HEPL1EM_PTCUT float 0.3 HepL1emTrigger Pt cut on Hep L1 particles (Chris)
HEPL1EM_ETIGNORE Float 2.0 HepL1emTrigger max et of ignored particles in HepL1 (Chris)
HEPL1EM_NCAND int 4 HepL1emTrigger no of stored HepL1 candidates (Chris)
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EGBCluster::MaxEntry int 500 EgammaClusterInit Max no. of entries for BC in ntuple
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EGBasicIsland:BarrelSeedThr float 0.5 EgammaBasicIsland seed thr of barrel island clustering (Et)
EGBasicIsland:EndcapSeedThr float 0.18 EgammaBasicIsland seed thr of endcap island clustering (Et)
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EGBLogPosBar:X0 float 0.89 EGBLogPosCorr depth parameter in pos corr for barrel
EGBLogPosBar:T0 Float 5.7 EGBLogPosCorr depth constant in pos corr for barrel
EGBLogPosBar:CutOff float 4.2 EGBLogPosCorr cutoff in pos corr for barrel
EGBLogPosEcn:X0 float 0.89 EGBLogPosCorr depth parameter in pos corr for ecn
EGBLogPosEcn:T0 float 5.7 EGBLogPosCorr depth constant in pos corr for ecn
EGBLogPosEcn:CutOff float 4.2 EGBLogPosCorr cutoff in pos corr for ecn
EGBLogPosEcp:X0 float 0.89 EGBLogPosCorr depth parameter in pos corr for ecp
EGBLogPosEcp:T0 float 2.0 EGBLogPosCorr depth constant in pos corr for ecp
EGBLogPosEcp:CutOff Float 4.2 EGBLogPosCorr cutoff in pos corr for ecp
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EGLCShape:logW bool FALSE (linear weighting if false) EgammaLogCShape use log weighting if true
EGLCShape:X0 float 0.89 EgammaLogCShape parameter of log weighting
EGLCShape:T0 float 6.2 EgammaLogCShape parameter of log weighting
EGLCShape:CutOff float 4.0 EgammaLogCShape parameter of log weighting
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BremRecovery:BarrelEtaRoad float 0.06 EgammaBremRecovery 2*etasize of Island SC road in barrel
BremRecovery:BarrelPhiRoad float 0.8 EgammaBremRecovery 2*phisize of Island SC road in barrel
BremRecovery:EndcapEtaRoad float 0.14 EgammaBremRecovery 2*etasize of SC road in endcap
BremRecovery:EndcapPhiRoad Float 0.4 EgammaBremRecovery 2*phisize of SC road in endcap
EGSCSeedGenerator:EtCut float 4.0 EGSCSeedGenerator seed threshold for SC (Et)
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EgammaIsolation:ConeSize float 0.25 IsoCalculator radius of isolation cone
EgammaIsolation:GuardSize float 0.08 IsoCalculator radius of isolation guard ring
EgammaIsolation:EtaSlice Float 0.05 IsoCalculator size of avoided eta slice in isolation
EgammaIsolation:Chi2Cut float 30 IsoCalculator --
EgammaIsolation:GetEtSum bool false (maxet if false) IsoCalculator get sumet if true
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EgPixelIsolation:ConeSize float 0.4 EgammaPixelReconstruction (eta,phi) cone size for Pixel-line counting isolation
EgPixelIsolation:ZSpan float 0.1 EgammaPixelReconstruction z region around PV for Pixel-line counting isolation
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PRESHSEEDED_NSTR int 15 EgammaPreshSeeded no of strips in presh seeded cluster
PRESHOWER_NCLUST int 4 EgammaEndcapAssociation no of preshower clusters matching a basic cluster
ENDCAP_SEED_THR float 0.0 EgammaEndcapAssociation seed thr for endcap association
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PRESH1_PLANE1 float 1./0.00009 EgammaEndcapCluster plane1 preshower constant (Teresa)
PRESH2_PLANE2 float 0.6/0.00009 EgammaEndcapCluster plane2 preshower constant (Teresa)
PRESH_CALIB float 0.028 EgammaEndcapCluster preshower calibrations constant (Teresa)
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L1Sele:SingleEMEtThr float 0.0 (no cut) EgammaL1Selection Single em L-1 threshold
L1Sele:DoubleEMEtThr1 float 0.0 (no cut) EgammaL1Selection Double em L-1 threshold (1st)
L1Sele:DoubleEMEtThr2 float 0.0 (no cut) EgammaL1Selection Double em L-1 threshold (2nd)
L1Sele:DoubleEMEtRelaxedThr1 float 0.0 (no cut) EgammaL1Selection L1 trigger threshold on leg1 of relaxed double em (no isolation)
L1Sele:DoubleEMEtRelaxedThr2 float 0.0 (no cut) EgammaL1Selection L1 trigger threshold on leg2 of relaxed double em (no isolation)
L1Sele:SingleIso bool true EgammaL1Selection L-1 Isolation on single em candidate
L1Sele:DoubleIso bool true EgammaL1Selection L-1 Isolation on double em candidate
L1L2Assoc:PhiSize Float 1.044 EgammaL1L2Associator 2*phi window for association of L-2 candidates to L-1
L1L2Assoc:EtaSizeB Float 0.522 EgammaL1L2Associator 2*eta window for association of L-2 candidates to L-1
L1L2Assoc:EtaSizeE Float 0.87 EgammaL1L2Associator 2*eta window for association of L-2 candidates to L-1
L1L2Assoc:InFiducial bool false EgammaL1L2Associator Only create L2 candidates in fiducial region if TRUE
L2Sele:sngEt1 Float L1Sele:SingleEMEtT EgammaL2Selection Et threshold for single em candidates at L-2
L2Sele:dblEt1 Float L1Sele:DoubleEMEtThr1 EgammaL2Selection Et threshold for double em candidate 1 at L-2
L2Sele:dblEt2 Float L1Sele:DoubleEMEtThr2 EgammaL2Selection Et threshold for double em candidate 2 at L-2
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EGBClusters:PositionCorrect bool true EgammaBasicReco perform basic clustering corrections
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EgammaEvent:forceNotify bool false EgammaEvent recostruction on demand only when false, reconstruction forced when true
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EGCG:HistoSwitch bool true EgammaControlGrabber switch on/off general ntuple
EgammaCWNname string egamma.hbook EgammaHbook4Histogrammer filename of the hbook output file (replaces EGAMMA_CWN_NAME environment variable (still usable))
EGBR:HistoSwitch bool true EgammaBasicReco switch on histograms
EGR:HistoSwitch bool true EgammaReco switch on SC ntuple block
EGMC:HistoSwitch bool true EgammaMC switch on ntuple entries for MC/HepL2
EGL1:HistoSwitch bool true L1Selector switch on L1 block in ntuple
EGL2:HistoSwitch bool true L2Selector switch on L2 block in ntuple
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EgEcAssoc:HistoPS bool true EgammaEndcapAssociation ECP ntuple block booking/filling
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Level1:EleEtCut float 2. Level1EtCut L-1 Et cut on electron candidates
Level1:TauJetEtCut float 2. Level1EtCut L-1 Et cut on tau candidates
Level1:CenJetEtCut float 2. Level1EtCut L-1 Et cut on Central jets
Level1:FwdJetEtCut float 2. Level1EtCut L-1 Et cut on Forward jets
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EGBHybridPosBar:X0 float 0.87 EGBHybridCorrection obsolete
EGBHybridPosBar:T0 float 5.1 EGBHybridCorrection obsolete
EGBHybridPosBar:CutOff float 4. EGBHybridCorrection obsolete
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EgammaBasicDynamic:Verbosity int Verbose::InfoLevel EgammaBasicDynamic This is an output filtering level, going from 1 to 8. With value 1, one will get all the ouput from EgammabasicDynamic. With value 8, one will get only the most important messages.
EgammaBasicDynamic:SeedThreshold float 33.33 EgammaBasicDynamic Minimal energy before a crystal can be the seed of a new cluster.
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EGMC:HepLevel1Switch bool true EgammaMC switch on HepL1
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ElectronFacilities:Hooks string off EFHooksHandler The value can be "off" or "on". If "on", the callbacks attached to the hooks handlers will be invoked. If "off", this mechanism is not active and there should be no performance penalty.
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ElectronFacilities:Setup:Strategy string basic EFSetup The value can be "basic" or "best". This specify which set of algorithms must be built by the automatic setup.
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ElectronFacilities:Verbosity int ep::threshold() All classes from package ElectronFacilities, except the SH ones This is an output filtering level, going from 1 to 8. With value 1, one will get all the ouput from the classes of the package. With value 8, one will get only the most important messages. If not set, the default threshold is the one of the subsystem (see ElectronPhoton:Verbosity).
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ElectronPhoton:Verbosity int Verbose::InfoLevel Potentially all classes from subsystem ElectronPhoton, except the ones that have their own threshold. This is an output filtering level, going from 1 to 8. With value 1, one will get all the ouput from the classes of the package. With value 8, one will get only the most important messages. Some other output filtering levels use this one as their default value.
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ShowerSim:Verbosity int ep::threshold() All classes from package ElectronFacilities that concern shower simulation, with a name starting with "SH". This is an output filtering level, going from 1 to 8. With value 1, one will get all the ouput from the classes of the package. With value 8, one will get only the most important messages. If not set, the default threshold is the one of the subsystem (see ElectronPhoton:Verbosity).
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EPHitMatch:ePhiMin1 float -0.3 EPHLTMatchSeedGenerator 1rst search lower phi limit for electron candidate
EPHitMatch:ePhiMax1 float 0.02 EPHLTMatchSeedGenerator 1rst search higher phi limit for electron candidate
EPHitMatch:pPhiMin1 float -0.02 EPHLTMatchSeedGenerator 1rst search lower phi limit for positron candidate
EPHitMatch:pPhiMax1 float 0.03 EPHLTMatchSeedGenerator 1rst search higher phi limit for positron candidate
EPHitMatch:PhiMin2 float -0.001 EPHLTMatchSeedGenerator 2ond search lower phi limit
EPHitMatch:PhiMax2 float 0.001 EPHLTMatchSeedGenerator 2ond search higher phi limit
EPHitMatch:ZMin1 float -15.0 EPHLTMatchSeedGenerator 1rst search lower z limit
EPHitMatch:ZMax1 float 15.0 EPHLTMatchSeedGenerator 1rst search higher z limit
EPHitMatch:ZMin2 float -0.05 EPHLTMatchSeedGenerator 2ond search lower z limit
EPHitMatch:ZMax2 float 0.05 EPHLTMatchSeedGenerator 2ond search higher z limit
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ElectronTrack:SeedGenerator bool true EPHLTTrackReconstructor -
ElectronTrack:TrajectoryBuilder bool true EPHLTTrackReconstructor -
ElectronTrack:Smoother bool true EPHLTTrackReconstructor -
ElectronTrack:UpdatorChi2Max float 5. EPHLTTrackReconstructor x2cut on trajectory update
ElectronTrack:SmootherChi2Max float 100. EPHLTTrackReconstructor x2cut on trajectory smoothing
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EPHitMatch:ePhiMin1 float -0.03 EPMatchSeedGenerator obsolete
EPHitMatch:ePhiMax1 float 0.02 EPMatchSeedGenerator obsolete
EPHitMatch:pPhiMin1 float -0.02 EPMatchSeedGenerator obsolete
EPHitMatch:pPhiMax1 float 0.03 EPMatchSeedGenerator obsolete
EPHitMatch:PhiMin2 float -0.001 EPMatchSeedGenerator obsolete
EPHitMatch:PhiMax2 float 0.001 EPMatchSeedGenerator obsolete
EPHitMatch:ZMin1 float -15.0 EPMatchSeedGenerator obsolete
EPHitMatch:ZMax1 float 15.0 EPMatchSeedGenerator obsolete
EPHitMatch:ZMin2 float -0.05 EPMatchSeedGenerator obsolete
EPHitMatch:ZMax2 float 0.05 EPMatchSeedGenerator obsolete
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ElectronFromPixels:Setup:Strategy string pixels EPSetup This specify which set of algorithms must be built by the automatic setup.
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RecApplication:InputUserCollection string collection EgammaStatistics -
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ElectronFacilities:Associator:EtThreshold float 2. EFKernel Minimum cluster transverse energy to build a new track-cluster association
ElectronFacilities:Associator:ConeSizeEta float 0.1/sqrt(2) EFKernel Maximum eta distance between the track extrapolation to the Ecal entry face and the cluster position (uncorrected) to build a new track-cluster association
ElectronFacilities:Associator:ConeSizePhi float 0.1/sqrt(2) EFKernel Maximum phi distance between the track extrapolation to the Ecal entry face and the cluster position (uncorrected) to build a new track-cluster association
ElectronFacilities:Associator:EpCut float 0.5 EFKernel Maximum E/p deviation from 1 between the track momentum extrapolated to the Ecal entry face and the cluster energy (uncorrected) to build a new track-cluster association
ElectronFacilities:Associator:HadVeto bool 1 EFKernel Switch to include or not hadronic veto to build a new track-cluster association
ElectronFacilities:Associator:HadEmCut float 0.1 EFKernel The maximum value of the hadronic over electromagnetic energy ratio to build a new track-cluster association. Only used if ElectronFacilities:Associator:HadVeto is 1 . The hadronic energy is the sum of the hadronic tower energies over the set of all towers that have a geometrical part behind an Ecal Xtal from the electromagnetic cluster.
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ElectronFacilities:Discriminator:Chi2ThetaCut float 0.1 EFKernel Maximum value of chi2 between track extrapolated to Ecal entry face theta position and cluster corrected theta position to build an electron from the track-cluster association
ElectronFacilities:Discriminator:Chi2PhiEpCut float 0.1 EFKernel Maximum deviation from 1 of the electromagnetic cluster corrected energy over the track momentum at Ecal entry face ratio to build an electron from the track-cluster association
ElectronFacilities:BremsFinder:MultiplicityCut int 1 EFKernel Minimum number of Ecal crystals in a cluster to be considered as a bremsstrahlung cluster candidate
ElectronFacilities:BremsFinder:ToleranceEta float 0.01745 EFKernel Maximum deviation in eta from the eta size of the road used in bremsstrahlung search
ElectronFacilities:BremsFinder:TolerancePhi float 0.01745 EFKernel Maximum deviation in phi from the phi size of the road used in bremsstrahlung clusters search
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ElectronFacilities:Chi2PhiEpQualifier:Errors bool false EFKernel Switch to include errors in the Chi2 calculation from the two variables phi and E/p when using the corresponding qualifier to build an electron from a track-cluster association.
ElectronFacilities:Chi2PhiEpQualifier:FullCorrelations bool false EFKernel Switch to include non diagonal terms in the Chi2 calculation from the two variables phi and E/p when using the corresponding qualifier to build an electron from a track-cluster association.
ElectronFacilities:Chi2PhiEpQualifier:PChi2 bool false EFKernel Switch to use Chi2 probability instead of Chi2 value in Chi2 calculation from the two variables phi and E/p when using the corresponding qualifier to build an electron from a track-cluster association.
ElectronFacilities:Chi2ThetaPhiEpQualifier:Errors bool false EFKernel Switch to include errors in the Chi2 calculation from the three variables theta, phi and E/p when using the corresponding qualifier to build an electron from a track-cluster association.
ElectronFacilities:Chi2ThetaPhiEpQualifier:FullCorrelations bool false EFKernel Switch to include non diagonal terms in the Chi2 calculation from the three variables theta, phi and E/p when using the corresponding qualifier to build an electron from a track-cluster association.
ElectronFacilities:Chi2ThetaPhiEpQualifier:PChi2 bool false EFKernel Switch to use Chi2 probability instead of Chi2 value in Chi2 calculation from the three variables theta, phi and E/p when using the corresponding qualifier to build an electron from a track-cluster association.
ElectronFacilities:Chi2ThetaQualifier:Errors bool false EFKernel Switch to include errors in the Chi2 calculation from the theta variable when using the corresponding qualifier to build an electron from a track-cluster association.
ElectronFacilities:Chi2ThetaQualifier:PChi2 bool false EFKernel Switch to use Chi2 probability instead of Chi2 value in Chi2 calculation from the theta variable when using the corresponding qualifier to build an electron from a track-cluster association
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ElectronFacilities:ClusterCovarianceMatrix:ScalingFactor float 1. EFKernel A scaling factor applied on cluster covariance matrix.
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ElectronFacilities:ElectronTrack:SeedClusterEtMin float 5. EFKernel The minimum transverse energy of an electromagnetic cluster to build an electron track seed. Only used with the SeededTrackReconstructor.
ElectronFacilities:ElectronTrack:SeedEstimatorChi2Max float 0.1 EFKernel The maximum chi2 between a pixel hit and the extrapolation of the helix built from the calorimetric cluster to retain the pixel hit as a compatible hit. Only used with the SeededTrackreconstructor.
ElectronFacilities:ElectronTrack:SeedUpdatorChi2Max float 1. EFKernel The maximum chi2 between the predicted position on pixel layer and the measured hit position to build an electron track seed. Only used with the SeededTrackReconstructor.
ElectronFacilities:ElectronTrack:SeedPtMin float 5. EFKernel The minimum transverse momentum of the track seed to retain it as an electron track seed. Only used with the SeededTrackReconstructor.
ElectronFacilities:ElectronTrack:SeedEtaMax float 2.5 EFKernel The maximum absolute eta value of the track seed to retain it as an electron track seed. Only used with the SeededTrackReconstructor.
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ElectronFacilities:ElectronTrack:SeedGenerator bool 1 EFKernel A switch to select or not seed generation. Only used with the SeededTrackReconstructor.
ElectronFacilities:ElectronTrack:TrajectoryBuilder bool 1 EFKernel A switch to select or not trajectory building. Only used with the SeededTrackReconstructor.
ElectronFacilities:ElectronTrack:Smoother bool 1 EFKernel A switch to select or not trajectory smoothing. Only used with the SeededTrackReconstructor.
ElectronFacilities:ElectronTrack:MediumProperties bool 0 EFKernel A switch to use dedicated electron track medium properties instead of standard ones.
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ElectronFacilities:ElectronTrack:UpdatorChi2Max float 100. EFKernel The maximum Chi2 value between the predicted state and the measured state in the trajectory building.
ElectronFacilities:ElectronTrack:SmootherChi2Max float 100. EFKernel The maximum Chi2 value between the predicted state and the measured state in the trajectory smoothing.
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ShowerSim:MagneticField bool 1 SHKernel Switch to include magnetic field correction in the shower model.
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ElectronFromPixels:Associator:EpCut float 0.5 EPKernel Maximum E/p deviation from 1 between the track momentum extrapolated to the Ecal entry face and the cluster energy (uncorrected) to build a new track-cluster association. Used in ElectronFromPixels associators.
ElectronFromPixels:Associator:HadVeto bool 1 EPKernel Switch to include or not hadronic veto to build a new track-cluster association. Used in ElectronFromPixels associators.
ElectronFromPixels:Associator:HadEmCut float 0.1 EPKernel The maximum value of the hadronic over electromagnetic energy ratio to build a new track-cluster association. Only used if ElectronFacilities:Associator:HadVeto is 1 . The hadronic energy is the sum of the hadronic tower energies over the set of all towers that have a geometrical part behind an Ecal Xtal from the electromagnetic cluster. Used in ElectronFromPixels associators.
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ElectronFromPixels:ElectronTrack:SeedClusterEtMin float 5. EPKernel The minimum transverse energy of an electromagnetic cluster to build an electron track seed. Only used with the SeededTrackReconstructor. Used by ElectronfromPixels track reconstructors.
ElectronFromPixels:ElectronTrack:SeedEstimatorChi2Max float 0.1 EPKernel The maximum chi2 between a pixel hit and the extrapolation of the helix built from the calorimetric cluster to retain the pixel hit as a compatible hit. Used by ElectronFromPixels track reconstructors.
ElectronFromPixels:ElectronTrack:SeedUpdatorChi2Max float 1. EPKernel The maximum chi2 between the predicted position on pixel layer and the measured hit position to build an electron track seed. Used by ElectronFromPixels track reconstructors.
ElectronFromPixels:ElectronTrack:SeedPtMin float 5. EPKernel The minimum transverse momentum of the track seed to retain it as an electron track seed. Used by ElectronFromPixels track reconstructor.
ElectronFromPixels:ElectronTrack:SeedEtaMax float 2.5 EPKernel The maximum absolute eta value of the track seed to retain it as an electron track seed. Used by ElectronFromPixels track reconstructors.
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ElectronFromPixels:ElectronTrack:SeedGenerator bool 1 EPKernel A switch to select or not seed generation. Used by ElectronFromPixels track reconstructors.
ElectronFromPixels:ElectronTrack:TrajectoryBuilder bool 1 EPKernel A switch to select or not trajectory building. Used by ElectronFromPixels track reconstructors.
ElectronFromPixels:ElectronTrack:Smoother bool 1 EPKernel A switch to select or not trajectory smoothing. Used by ElectronFromPixels track reconstructors.
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ElectronFromPixels:ElectronTrack:UpdatorChi2Max float 100. EPKernel The maximum Chi2 value between the predicted state and the measured state in the trajectory building. Used by ElectronFromPixels track reconstructors.
ElectronFromPixels:ElectronTrack:SmootherChi2Max float 100. EPKernel The maximum Chi2 value between the predicted state and the measured state in the trajectory smoothing. Used by ElectronFromPixels track reconstructors.
ExDumpRunEvent:ReadPileup bool 0 (false) ExDumpRunEventRecReader Control the printout of run/event numbers for pileup events.
JetMetAnalysis:MemoryDebug int 0 JetMetAnalysisSetup Debugging memory.
JetMetAnalysis:JetDebug int 0 JetMetAnalysisSetup Debugging JetMetJetFinders.
JetMetAnalysis:GeneratorDebug int 0 JetMetAnalysisSetup Debugging JetMetGeneratorInterface.
JetMetAnalysis:GeneratorPrint int 0 JetMetAnalysisSetup Prints detailed information about generator particles .
JetMetAnalysis:CaloDebug int 0 JetMetAnalysisSetup Debugging JetMetCalorimetry.
JetMetAnalysis:CaloDigiPrint int 0 JetMetAnalysisSetup Detailed information about calorimeter digis ( ECAL crystals, HCAL compartments, preshower compartments ) into the log file.
JetMetAnalysis:ReadCaloHits int 0 JetMetAnalysisSetup The job reads calorimeter hits, and does a simple analysis of them.
JetMetAnalysis:EcalBarrelDigiECut double 0.06 JetMetAnalysisSetup threshold ( GeV ) of ECAL barrel digis to be analyzed.
JetMetAnalysis:EcalEndCapDigiECut double 0.30 JetMetAnalysisSetup threshold ( GeV ) of ECAL endcap digis to be analyzed.
JetMetAnalysis:HcalDigiECut double 0.01 JetMetAnalysisSetup threshold ( GeV ) of HCAL digis to be analyzed.
JetMetAnalysis:PreshowerDigiECut double 0.01 JetMetAnalysisSetup threshold ( GeV ) of preshower digis to be analyzed.
JetMetAnalysis:MinimumDigiEta double -7. JetMetAnalysisSetup Minimum value of of ( calorimeter ) digis to be analyzed.
JetMetAnalysis:MaximumDigiEta double +7. JetMetAnalysisSetup Maximum value of of ( calorimeter ) digis to be analyzed.
JetMetAnalysis:EcalPlusHcalTowerEtAlert double 200. JetMetAnalysisSetup Prints an alert line if a tower is above this threshold.
JetMetAnalysis:L1CaloDebug int 0 JetMetAnalysisSetup Debugging JetMetL1CaloTrigger.

JetMetJetFinder:Debug

 int 0 JetMetJetFinderSetup Debugging level.
JetMetJetFinder:JetAlgorithmNumber int 1 JetMetJetFinderSetup The algorithm used to find jets ( 1 = iterative cone algorithm ).
JetMetJetFinder:JetAlgorithmInputType int 2 JetMetJetFinderSetup The input for reconstructed jets ( 2 = EcalPlusHcalTower : offline trigger towers ).
JetMetJetFinder:JetAlgorithmConeSizeA double 0.5 JetMetJetFinderSetup Cone size for the first set of jets.
JetMetJetFinder:JetAlgorithmSeedCutA double 2.0 JetMetJetFinderSetup Seed cut for the first jet cone size.
JetMetJetFinder:JetAEtCut double 10. JetMetJetFinderSetup Jet threshold for the first jet cone size.
JetMetJetFinder:JetAlgorithmConeSizeB double 0.7 JetMetJetFinderSetup Cone size for the second set of jets.
JetMetJetFinder:JetAlgorithmSeedCutB double 2.0 JetMetJetFinderSetup Seed cut for the second jet cone size.
JetMetJetFinder:JetBEtCut double 10. JetMetJetFinderSetup Jet threshold for the second jet cone size.
JetMetJetFinder:JetEMConeSize1 double 0.13 JetMetJetFinderSetup Jet internal cone size one to sum up ECAL to recognize -jets.
JetMetJetFinder:JetEMConeSize2 double 0.40 JetMetJetFinderSetup Jet internal cone size two to sum up ECAL to recognize -jets.
JetMetJetFinder:JetFakeConeSize1 double 0.25 JetMetJetFinderSetup Jet internal cone size to sum up to recognize fake jets.

JetMetParticle:Debug

 int 0 JetMetParticleSetup Debugging level.
JetMetParticle:EcalPlusHcalTowerEtCut double 0.5 JetMetParticleSetup threshold of towers for calculating missing and filling towers into the ntuple.
JetMetParticle:CaloTrigPrimEtCut double 0.1 JetMetParticleSetup threshold ( GeV ) of calorimeter trigger primitives to be analyzed.
JetMetParticle:RawVertexResolution double 0.05 JetMetParticleSetup Smallest distance (mm) between vertices, that are regarded separate.
JetMetParticle:RawEtThreshold double 0.5 JetMetParticleSetup threshold of generated particles.
JetFinderInput:FilteredTrack:ptcut float 0.7 JetFinderFilteredTrackInput min. pt of a track (see also SimpleRecTrackFilter.h)
JetFinderInput:FilteredTrack:etamincut float 0.0 JetFinderFilteredTrackInput min. abs(eta) of a track (see also SimpleRecTrackFilter.h)
JetFinderInput:FilteredTrack:etamaxcut float 2.6 JetFinderFilteredTrackInput max abs(eta) of a track (see also SimpleRecTrackFilter.h)
JetFinderInput:FilteredTrack:tipcut float 120.0 JetFinderFilteredTrackInput Tip of a track (see also SimpleRecTrackFilter.h)
JetFinderInput:FilteredTrack:lipcut float 170.0 JetFinderFilteredTrackInput abs(Lip) of a track (see also SimpleRecTrackFilter.h)
JetFinderInput:FilteredTrack:nhitcut int 8 JetFinderFilteredTrackInput number of hits for a track (see also SimpleRecTrackFilter.h)
Muon:Barrel:MinBunch int 0 MuBarG3Factory First bunch crossing to be added for pile-up, relatively to current Bx
Muon:Barrel:MaxBunch int 0 MuBarG3Factory Last bunch crossing to be added for pile-up, relatively to current Bx
Muon:Rpc:NoiseRate double 0 MRpcUBackground Set noise rate in RPC's in []
Muon:Rpc:JunkFactor double 0 MRpcUBackground Multiplicative factor to increase neutron background rate in RPC's.
Muon:Rpc:GATESDAT string MuonData/RpcData/gates121.dat MRpcSynchronizer  
Muon:Rpc:Efficiency double 0.95 MRpcDigitizer Sets RPC chambers efficiency.
Muon:Rpc:ClusterSizeParameter double 1.5 MRpcDigitizer Sets cluster size parameter.
Muon:Rpc:ChamberTimeResolution double 2.5 MRpcDigitizer Sets RPC chamber time resolution [ns].
Muon:Rpc:FrontendJitter double 1.0 MRpcDigitizer Sets RPC frontend jitter [ns].
Muon:Rpc:GateWidth double 20.0 MRpcDigitizer Sets RPC gate width [ns].
Muon:Rpc:SignalTimeOffset double 50.0 MRpcDigitizer Sets signal time offset (delay due cablec, etc.) [ns].
Muon:Rpc:ClusterSizeTimeParameter double 3.0 MRpcDigitizer Sets parameter for delay of strips in cluster [ns].
Muon:Rpc:SignalSpeed double 0.66 MRpcDigitizer Sets signal propagation speed.
Muon:Rpc:MinBunch int 0 MRpcDetFactory First pileupped event in BXs relative to current BX.
Muon:Rpc:MaxBunch int 0 MRpcDetFactory Last pileupped event in BXs relative to curent BX.
Muon:MuonTrackFinder:debug int 0 MuonDebug Debug flag for MuonTracker: 0-5 (1=max debug, 5=essential debug, 0=no debug)
Muon:MuonMCFilter:enable bool 0 MuonMCFilter Activate filter for events with no (MC) muon in the final state during the ooHitFormatting
Muon:MuonMCFilter:DataSet string Default MuonMCFilter Type of filter to be applied: PileUp pile-up dataset, no potential triggering muons, 1muPt1 1mu_pt1 sample: eta dependent pt-cut (hardcoded), Default Generic dataset with ptcut given by Muon:MuonMCFilter:PtCut and Muon:MuonMCFilter:EtaCut
Muon:MuonMCFilter:PtCut float -1. MuonMCFilter min muon pt for accepting event inside eta range if dataset is Default
Muon:MuonMCFilter:EtaCut float 5.5 MuonMCFilter max muon eta for accepting event above pt cut if dataset is Default
Muon:MuonMCFilter:debug bool 0 MuonMCFilter switch on/off debug
SeedOption int 4 TrackerSeedGeneratorFromMuon 0 = primitive seeds, 1 = seeds from consecutive hits, 2 = pixel seeds, 3 = combined (0+1), 4 = combined (1+2)
UseVertex bool 0 (false) TrackerSeedGeneratorFromMuon use vertex from pixel reconstruction as constraint for seed generation
MaxSeeds int 50 TrackerSeedGeneratorFromMuon maximum number of tracker seeds generated
MaxLayers int 3 TrackerSeedGeneratorFromMuon maximum number of tracker layers used to find seeds
ErrorRescaleFactor float 2.0 TrackerSeedGeneratorFromMuon resacling factor of covariance matrix of trajectory state at outer tracker surface (defines size of window wehre tracker seeds are searched for)
Direction int 0 TrackerSeedGeneratorFromMuon define direction of global muon reconstruction (0 = inside-out, 1 = outside-in)
useMuonHits bool 1 (true) GlobalMuonTrackFinder use hits from the muon chambers for the final track refit
ptCut float 1.0 GlobalMuonTrackFinde minimum transverse momentum of a muon track in order to be reconstructed
MuonReconstructionTree:Print bool 1 (true) MuonReconstructionTree switch on/off print output
MuonReconstructionTree:L1 bool 1 (true) MuonReconstructionTree switch on/off Level-1 Muon Trigger
MuonReconstructionTree:L2 bool 1 (true) MuonReconstructionTree switch on/off Level-2 Muon Reconstruction
MuonReconstructionTree:L3 bool 1 (true) MuonReconstructionTree switch on/off Level-3 Muon Reconstruction
MuonReconstructionTree:LocalMuonReconstructionAlgo string L2MuonReconstructor MuonReconstructionTree name of local muon reconstruction algorithm (L2MuonReconstructor or MuonReconstructor)
MuonReconstructionTree:GlobalMuonReconstructionAlgo string L3MuonReconstructor MuonReconstructionTree name of global muon reconstruction algorithm
MuonIsolation:CaloExtractor:threshold_H float 0.5F MuIsoCaloExtractor Et threshold for contributing hcal towers
MuonIsolation:CaloExtractor:threshold_E float 0.2F MuIsoCaloExtractor Et threshold for contributing ecal crystals
MuonIsolation:CaloExtractor:dR_Veto_HC float 0.1F MuIsoCaloExtractor size of HCAL veto cone
MuonIsolation:CaloExtractor:dR_Veto_EC float 0.07F MuIsoCaloExtractor size of ECAL veto cone
MuonIsolation:PixelExtractor:drIdent float 0.005F MuIsoPixelExtractor identity cone against ghosts
MuonIsolation:PixelExtractor:dZcut float 0.2 MuIsoPixelExtractor use only lines within +- dZcut around seed
MuonIsolation:PixelExtractor:dZcut float 0.2 MuIsoPixelExtractor use only lines within +- dZcut around seed
MuonIsolation:TrackerExtractor:maxHits int 5 MuIsoTrackerExtractor number of hit stop condition
MuonIsolation:TrackerExtractor:dRcut float 0.5 MuIsoTrackerExtractor deltaR cut between seed and track
MuonIsolation:TrackerExtractor:dZcut float 0.4 MuIsoTrackerExtractor dz cut around seed
MuonIsolation:TrackerExtractor:ptMin float 0.4 MuIsoTrackerExtractor minimal pt
MuonIsolation:CaloIsolator:mergerEcalHCal float 1.5 MuIsoCaloIsolator weighting factor for merging Ecal and HCal
MuonIsolation:CaloIsolator:nominalEfficiency float 0.97 MuIsoCaloIsolator designed efficiency
MuonIsolation:CaloIsolator:Thresholds string MuIsoCaloThresholds.dat   data file for calo isolation
MuonIsolation:CaloIsolator:mergerEcalHCal float 1.5 MuIsoCaloIsolator weighting factor for merging Ecal and HCal
MuonIsolation:CaloIsolator:nominalEfficiency float 0.97 MuIsoCaloIsolator designed efficiency
MuonIsolation:CaloIsolator:Thresholds string MuIsoCaloThresholds.dat   data file for calo isolation
MuonIsolation:PixelIsolator:nominalEfficiency float 0.97 MuIsoPixelIsolator designed efficiency
MuonIsolation:PixelIsolator:Thresholds string MuIsoPixelThresholds.dat   data file for Pixel isolation
MuonIsolation:PixelIsolator:drMatch float 0.015   matching cone between line and seed
MuonIsolation:TrackerIsolator:nominalEfficiency float 0.97 MuIsoTrackerIsolator designed efficiency
MuonIsolation:TrackerIsolator:Thresholds string MuIsoTrackerThresholds.dat   data file for Tracker isolation
MuonIsolation:TrackerIsolator:drMatch float 0.005   matching cone between line and seed
MuonIsolation:CaloExtractor:threshold_H float 0.5F MuIsoCaloExtractor Et threshold for contributing hcal towers
MuonIsolation:CaloExtractor:threshold_E float 0.2F MuIsoCaloExtractor Et threshold for contributing ecal crystals
MuonIsolation:CaloExtractor:dR_Veto_HC float 0.1F MuIsoCaloExtractor size of HCAL veto cone
MuonIsolation:CaloExtractor:dR_Veto_EC float 0.07F MuIsoCaloExtractor size of ECAL veto cone
MuonIsolation:PixelExtractor:drIdent float 0.005F MuIsoPixelExtractor identity cone against ghosts
MuonIsolation:PixelExtractor:dZcut float 0.2 MuIsoPixelExtractor use only lines within +- dZcut around seed
MuonIsolation:TrackerExtractor:maxHits int 5 MuIsoTrackerExtractor number of hit stop condition
MuonIsolation:TrackerExtractor:dRcut float 0.5 MuIsoTrackerExtractor deltaR cut between seed and track
MuonIsolation:TrackerExtractor:dZcut float 0.4 MuIsoTrackerExtractor dz cut around seed
MuonIsolation:TrackerExtractor:ptMin float 0.4 MuIsoTrackerExtractor minimal pt
MuonIsolation:CaloIsolator:mergerEcalHCal float 1.5 MuIsoCaloIsolator weighting factor for merging Ecal and HCal
MuonIsolation:CaloIsolator:nominalEfficiency float 0.97 MuIsoCaloIsolator designed efficiency
MuonIsolation:CaloIsolator:Thresholds string MuIsoCaloThresholds.dat   data file for calo isolation
MuonIsolation:PixelIsolator:nominalEfficiency float 0.97 MuIsoPixelIsolator designed efficiency
MuonIsolation:PixelIsolator:Thresholds string MuIsoPixelThresholds.dat   data file for Pixel isolation
MuonIsolation:PixelIsolator:drMatch float 0.015   matching cone between line and seed
MuonIsolation:TrackerIsolator:nominalEfficiency float 0.97 MuIsoTrackerIsolator designed efficiency
MuonIsolation:TrackerIsolator:Thresholds string MuIsoTrackerThresholds.dat   data file for Tracker isolation
MuonIsolation:TrackerIsolator:drMatch float 0.005   matching cone between line and seed
         
         
ApvAnalysisFactory:FactoryName string ReferenceApvAnalysisFactory ApvAnalysisFactoryDispenser Specify which ApvAnalysisFactory to use. GeneralApvAnalysisFactory is the most general one, allowing one to use any existing algorithm.

ApvKillerFactory:KillerName

 string HipApvKillerPerDetType ApvKillerFactory Selects which concrete instance of the abstract class ApvKiller must be used
HipApvKiller:ProbabilityPerTrackPer300um float 0.0003 HipApvKiller Define the probability that a 300 MeV pion interacting perpendicularly in 300 um of silicon generates a HIP
HipApvKiller:ProbabilityOfDeadApv float 0.002 HipApvKiller Defines the probability that a APV is in state of recovery due to a HIP. It is basically the cross section times the number of bunch crossings it remains dead
StripDigi:zeroSuppressedAdcBits int 8 StripDigi The number of useful bits in the ADC readout. Please not that it was 12 in ORCA 6.
SiStripDigitizer:HIPInefficiency bool false StripReadout Whether to simulate HIP inefficiencies in the APVs
SiStripDigitizerFromApvAnalysis:fixCalibration bool false SiStripZSDigitizerFromApvAnalysis Skip calibration, instead setting pedestal to .orcarc specified value and noise to default value for sensor type.
SiStripFedDigitizer:Pedestal float 100 SiStripZSDigitizerFromApvAnalysis Default value of pedestal if fixCalibration is true.
SiPixelDet:TanLorentzAnglePerTesla float 0.133 SiPixelDet Tangent of Lorentz angle per Tesla in deg., default 28deg at 4T.
PixelDigitizer:ElectronPerAdc float 135. SiPixelDet Pixel adc calibration
PixelDigitizer:NoiseInElectrons float 500. SiPixelDet Pixel Noise in electrons
PixelDigitizer:ThresholdInNoiseUnits float 5. SiPixelDet Pixel Readout Threshold in Noise Units
TkSiPixelClusterizer:ClusterizerName string SimplePixelClusterizer PixelClusterizerFactory Tracker Silicon Pixel Clusterize Name
TkSiPixelDigitizer:DigitizerName string SiPixelDigitizer PixelDigitizerFactory Tracker Silicon Pixel Digitizer Name
TopologyBuilder:PixelROCRows int 53 PixelDetMerger, PixelTopologyBuilder Pixels rows belonging to the same ROC
TopologyBuilder:PixelROCColss int 52 PixelDetMerger, PixelTopologyBuilder Pixels columnss belonging to the same ROC
SiStripDigitizer:EquivalentNoiseCharge300um float 2160. SiStripDet Silicon Noise in electrons
SiStripDigitizer:ElectronsPerAdcCount float 313. SiStripDet Silicon Adc calibration (Conversion factor); was 145 in ORCA 6
SiStripDet:HoleMobilityAtLowField float 470.5 SiStripDet Hole Mobility in silicon at low field
SiStripDet:HoleSaturationVelocity float 8.37e6 SiStripDet Hole Saturation Velocity in silicon
SiStripDet:HoleBeta float 1.213 SiStripDet Hole Mobility in silicon at low field (beta factor)
SiStripDet:HoleRHAllParameter float 0.7 SiStripDet Hole Mobility in silicon at low field (rh factor)
SiStripDet:Temperature float 297. SiStripDet Temperature in Kelvin
SiStripDet:AppliedVoltage float 150. SiStripDet Silicon Applied Voltage in Volt
SiStripClusterizer:EdgeAlgo bool true SiStripDet Tracker Silicon Pixel Clusterize Name
TkSiStripDigitizer:DigitizerName string SiStripDigitizer SiStripDet Tracker Silicon Strip Digitizer Name. (Use SiStripFedDigitizer to give a realistic, but slow, simulation of the FED zero suppression. Use SiStripZSDigitizerFromApvAnalysis when reading raw data, to digitize raw digis into zero-suppressed ones. Use SiStripGeneralDigitizerFromApvAnalysis to digitize SimHits into zero-suppressed digis.)
SiStripDaqFormatter:oneReadoutOnly bool false StripDaqCmsRawFromZSFormatter If true, only data for the first Readout in each ROU is generated, to reduce the dataset size during debugging. You must use the same card to read the dataset in.
SiStripFedDigitizer:Pedestal float 100 StripDaqCmsRawFromZSFormatter Pedestal in raw data.
LayerMediumProperties: layerName: radLen float -1 LayerMediumPropertyReader/ -Setter Material for layer layerName (see TkLayerName:shortName) in units of . radLen retains default value from TkCmsimInterface.
LayerMediumProperties: layerName: detTypeName: radLen float -1 LayerMediumPropertyReader/ -Setter As above, but exclusively for DetType detTypeName (see TkDetTypeName:shortName). Both parameter types can be mixed in which case the definition for the layer applies only to those detectors not explicitely specified.
LayerMediumProperties: layerName: xi float -1 LayerMediumPropertyReader/ -Setter Material for layer layerName for use in energy loss calculation (see EnergyLossUpdator). xi retains default value from TkCmsimInterface.
LayerMediumProperties: layerName: detTypeName: xi float -1 LayerMediumPropertyReader/ -Setter As above, but exclusively for DetType detTypeName.
TkHitLoader:TkDumpHitsFromDets" string HitPositionsFromDets.dat TkDumpHitFromDets.cc Dumps SimHits from the DetUnits to a file. Used to check Big-small pixel shifting

TkHitLoader:LoadHits

 string All TkCARFSimHitLoader Decides which hits to load; valid entries are All, NoSignal, NoPU.
TrackerHits:ElectronicSigmaInNanoSeconds float 12.06 TkMasterSimHitLoader Integration time of the Tracker electronics. Do not change it!
TopologyBuilder:ADCFromConfigurables bool true TopologyBuilder Reconfiguring Topologies with ORCA.
TIDStereoDcenterRing1 float -2.7665 FixTIDTopology Value for Dcenter for first type of TID Stereo Detectors. Used in the patch after the bug discovery.
TIDStereoDcenterRing2 float -3.671 FixTIDTopology Value for Dcenter for second type of TID Stereo Detectors. Used in the patch after the bug discovery.
HipApvKiller:ProbabilityPerTrackPer300um float 0.001 HipApvKillerPerDetType HIP probability in 300 um of silicon for a 300 MeV pion..
HipApvKiller:HighLumi bool false HipApvKillerPerDetType Whether to apply the multiplicative factor for High lumi (5).
HipApvKiller:DeadTimeInBunches float 10. HipApvKillerPerDetType The multiplicative factor due to the number of bunch crossing in which a APV remains dead.
HipApvKiller:MultiplicativeFactorForProtons float 10. HipApvKillerPerDetType The multiplicative factor to be applied for protons.
Tracker:DumpDetPositionFile string DetPositionORCA.dat TkDumpPositions Files to which Dump Detector positions in space.
TkNumberingSchemeFactory:DumpPositions bool false TkNumberingSchemeFactory Whether to dump detector positions to file.
TkLayout:UseDDDSimHitNumberingSchemaWithCmsim bool false TkNumberingSchemeFactory Whether to use the DDD numbering schema with Cmsim geometry building.
TkNumberingSchemeFactory:DumpPositionsAndAxes bool false TkNumberingSchemeFactory Whether to dump detector positions and axes directions to file.
TkNumberingSchemeFactory:DumpPositionsAndAxesFile string DetPositionAxesORCA.dat TkDumpPositionsAndAxes File name for TkNumberingSchemeFactory:DumpPositionsAndAxes.
Tracker:CheckStablenessOfNS bool false TkDDDSimHitNumberingSchemaFromCmsimGeometry Checks that the 3d sorting is stable. Takes time!
PixelDigitizer:ElectronPerAdc float 135 SiPixelDigitizer The conversion factor for adc.
PixelDigitizer:AdcFullScale int 255 SiPixelDigitizer The maximum count for ADC. It means 8 bits.
PixelDigitizer:TofCut float 12.5 SiPixelDigitizer The cut on the electronic window. It is NOT gaussian, but fixed.
PixelDigitizer:AddNoise bool true SiPixelDigitizer Whether to add noise to pixels.
PixelDigitizer:AddNoisyPixels bool true SiPixelDigitizer Add noisy pixels.
PixelDigitizer:FluctuateCharge bool true SiPixelDigitizer Allow the charge fluctuations in the division.
PixelDigitizer:AddPixelInefficiency int 0 SiPixelDigitizer Include pixel inefficiencies. Default is NO. Other values: 0 = no, 1 = low lumi, 10 = high lumi.

SiStripDigitizer:DepletionVoltage

 double 140 SiHitDigitizer The standard depletion voltage for silicon microstrips.
SiStripDet:AppliedVoltage double 150 SiHitDigitizer The applied voltage to silicon microstrips.
SiStripDigitizer:ChargeMobility double 480 SiHitDigitizer Charge Mobility.
SiStripDet:Temperature float 297 SiHitDigitizer The temperature of the silicon.
SiStripDigitizer:ChargeDistributionRMS double SiHitDigitizer The RMS of the charge distribution.
SiStripDigitizer:noDiffusion bool false SiHitDigitizer Switch off diffusion of drifting charge in the silicon.
SiStripDigitizer:GevPerElectron double SiHitDigitizer GeV needed to create a pair.
SiStripDigitizer:APVpeakmode bool false SiLinearChargeDivider, SiStripDigitizer Use APV peak mode instead of deconvolution mode. (Degrades time resolution.)
SiStripDigitizer:noNoise bool false SiStripDigitizer Switch off noise, but leave zero-suppression and cluster thresholds unchanged.
SiStripDigitizer:LandauFluctuations bool true SiLinearChargeDivider Enable inter-strip landau fluctuations within a cluster.
SiStripDigitizer:chargeDivisionsPerStrip int 10 SiLinearChargeDivider Number of segments per strip into which charge is divided during simulation. If large, the precision of simulation improves.
SiStripDigitizer:IsolatedStripCut float 4.5 SiTrivialZeroSuppress The cut on isolated strips. It is in number of sigmas.
SiTrivialDigitalConverter:rawDataAdcBits int 10 SiTrivialDigitalConverter Number of ADC bits for zero suppressed data.This is NOT the output number of bits, but the internal one
SiStripFedDigitizer:UseRecPedCM bool 1 SiStripFedDigitizer If zero, FED will cheat by taking common-mode value from Monte Carlo truth, instead of trying to reconstruct it.
SiStripFedDigitizer:cmFromMedian bool 1 SiStripFedDigitizer Estimate common-mode offset from median instead of mean pulse height.
SiStripFedDigitizer:NumIter bool 1 SiStripFedDigitizer Number of iterations to get common-mode.
SiStripFedDigitizer:Pedestal float 100. SiStripFedDigitizer Generated pedestal in ADC counts.
SiStripFedDigitizer:rmsCM float 5. SiStripFedDigitizer rms of generated common-mode noise in ADC counts.
SiStripFedDigitizer:cmSigRejThresh float 2. SiStripFedDigitizer Strip threshold for flagging signal strips during common-mode estimate, in units of rms noise.
SiStripFedDigitizer:algorithm int 4 SiStripFedDigitizer Choose FED clustering algorithm (1-4).
SiStripFedDigitizer:lowThresh float 2. SiStripFedDigitizer Low threshold of FED clustering algorithm, in units of rms noise.
SiStripFedDigitizer:highThresh float 5. SiStripFedDigitizer High threshold of FED clustering algorithm, in units of rms noise.
SiStripDigitizer:ElectronsPerAdcCount float 313 SiStripDigitizer New gain for strip digitizer. Was 145 in ORCA 6.

DistanceMeasureFactory:distanceName

 string KullbackLeiblerDistance DistanceMeasureFactory choice distance measure between two TSOS (currently KullbackLeiblerDistance or MahalanobisDistance)
LargestWeightsStateMerger:mergeSmallestComponents bool false LargestWeightsStateMerger if false, remove smallest components, otherwise combine them into one
MultiTrajectoryStateAssembler:sortStates bool false "MultiTrajectoryStateAssembler If true, components will be sorted by decreasing weight
MultiTrajectoryStateAssembler:minFractionOfValidStates float 0.01 "MultiTrajectoryStateAssembler Minimal weight fraction of valid components required for a valid assembled state
MultiTrajectoryStateAssembler:minFractionalWeight float 1.e-6 "MultiTrajectoryStateAssembler Minimal weight fraction of a component required for inclusion in the assembled state
GsfBetheHeitlerUpdator:correctionFlag int 2 GsfBetheHeitlerUpdator 0/1/2: no correction/corrected mean/corrected mean & variance
GsfBetheHeitlerUpdator:fileName string BetheHeitler_cdfmom_nC6_O5.par GsfBetheHeitlerUpdator name of file with parametrisation of electron energy loss
MaterialEffects:gsfUpdatorName string GsfCombinedMaterialEffectsUpdator GsfMaterialEffectsFactory Material effects updator to be used for GSF
GsfTrajectorySmoother:materialBeforeUpdate bool true GsfTrajectorySmoother true/false: material effects are included before/after update with RecHit
MaterialEffects:updatorName string CombinedMaterialEffectsUpdator MaterialEffectsFactory Material effects updator to be used for KF
MergerFactory:mergerName string CloseComponentsMerger MergerFactory merging algorithm for GSF
MergerFactory:maxComponents int 12 MergerFactory Maximum number of components during fit
TrackReconstructorFromSimTrack:matchRecHits bool true TrackReconstructorFromSimTrack Specifies whether matched or unmatched hits should be used for the reconstruction.
TrackReconstructorFromSimTrack:oneHitPerLayer bool true TrackReconstructorFromSimTrack Specifies whether, on each layer, one hit (the first that could be associated) should be used for the reconstruction, or all found (associated to the SimTrack) hits.

SmearingPixelClusterizer:useCache

 bool 1 SmearingPixelClusterizer If false each access will give a new (random) RecHit.
SmearingStripClusterizer:useCache bool 1 SmearingStripClusterizer If false each access will give a new (random) RecHit.

TkSimEvent:loadPU

 bool true TkCarfSimEvent generate TkSimTracks and -Vertices for pileup
TkCarfSimEvent:DiscardDeltaRays bool true TkCarfSimEvent discard hits from delta rays from TkSimTracks
TkCarfSimEvent:assembleElectrons bool false TkCarfSimEvent join electron segments into a composite track
StableSimTracksFromDecay:pidToFind int 25 StableSimTracksFromDecay Set the first parent particle, of which decay the stable particle TkSimTracks will be selected. For the mother partocle, use the code of the Monte Carlo Particle numbering scheme of the PDG (25 is the first neutral Higgs) For example, in the decay H0 -> Z0 z0 -> 4 mu, the four muon TkSimTracks will be selected.
L1RpcTrigger:Debug int 0 L1Rpc Setting debug level. Range is from 0 to 7.
L1RpcTrigger:Decluster int 1 L1Rpc Control of the declusterisation procedure. If set to 1 N-2 declusterisation argorithm is used.
L1RpcTrigger:MRT1DAT string /TriggerData/L1RpcTrigger/mrt1.dat L1Rpc Path to file containing valid patterns for PACT.
L1RpcTrigger:MRT3DAT string /TriggerData/L1RpcTrigger/mrt3.dat L1Rpc Path to file containing link tables for PACT.
CSCTrigger:twentyDegreeSubSectors bool 0 (false) L1MuCSCSetup This is defaulted to 0 which means each sector in ME1 is split up into 30 degree subsectors (each subsector contains 12 CSCs, each subsector is linked to a Muon Port Card). If set to 0, then each sector in ME1 is split up into 20 degree subsectors (each subsector contains 8 CSCs)
CSCTrigger:DtEtaStop int 5 L1MuCSCSetup Used to define the eta region where a track stub is isolated only in the endcap
CSCTrigger:DtEtaCut int 5 L1MuCSCSetup Used to define the eta region where a track stub is important for both the endcap and the barrel
CSCTrigger:CscEtaStart int 5 L1MuCSCSetup Used to define the boundary between the barrel and endcap
CSCTrigger:CscEtaStartCorr float 0.0 L1MuCSCSetup Used to fine-tune the boundary between the barrel and endcap
CSCTrackFinder:shareMB1 bool 1 (true) L1MuCSCTrackFinderSetup Control whether track segments from MB1 are used in the DT/CSC overlap
CSCTrackFinder:shareMB2 bool 0 (false) L1MuCSCTrackFinderSetup Control whether track segments from MB2 are used in the DT/CSC overlap
CSCTrackFinder:ghostBustME1 bool 1 (true) L1MuCSCTrackFinderSetup Control whether the ghost-busting feature is enabled for ME1
CSCTrackFinder:firstStationConfig int 0xF L1MuCSCTrackFinderSetup Control whether no track segments from ME1 are allowed (0), ME1/1a only allowed (1), ME1/1b only allowed (2), ME1/2 only allowed (4), ME1/3 only allowed (8) or any other binary combination
CSCTrackFinder:fourthStationConfig int 0x3 L1MuCSCTrackFinderSetup Control whether no track segments from ME4 are allowed (0), ME4/1 only allowed (1), ME4/2 only allowed (2), or both allowed (3)
CSCTrackFinder:lowQualityFlag int 1 L1MuCSCTrackFinderSetup Determine whether low quality (Q=1) muons are allowed, and where: 0 = none, 1 = DT/CSC overlap, 2 = ME1/1a, 3 = both
CSCTrackFinder:verilog bool 0 (false) L1MuCSCTrackFinderSetup Control whether C++ translation of Verilog description is run
CSCTrackFinder:ORedME1A bool 0 (false) L1MuCSCTrackFinderSetup Creates ghost segments in ME1/1a when strips are ganged. Verilog option must be selected
L1DTTrigger:dttrigdbg string no_debugging L1MuDTConfig Debugging level
L1DTTrigger:tmax string 15 L1MuDTConfig Max drift time in 25 ns steps
L1DTTrigger:timindkeqsupp string Theta_only L1MuDTConfig Time ind. K-eq. supp.
L1DTTrigger:sllts string Theta_and_phi L1MuDTConfig LTS, adjacent LTRIG supp. in SL
L1DTTrigger:sidelts string Both L1MuDTConfig LTS, suppression at side
L1DTTrigger:nbxltsphi string 8 L1MuDTConfig LTS, n. of BX supp. at high side, phi SL
L1DTTrigger:nbxltstheta string 8 L1MuDTConfig LTS, n. of BX supp. at high side, theta SL
L1DTTrigger:adjbtilts string Enabled L1MuDTConfig LTS on BTI adjacent to a BTI with HTRIG
L1DTTrigger:setuptime string 0 L1MuDTConfig BTI setup time
L1DTTrigger:langbticorr string -0.25 L1MuDTConfig Large angle BTIcorrection
L1DTTrigger:kcutphi string 32 L1MuDTConfig Maximum K-parameter accepted in phi view
L1DTTrigger:kcuttheta string 32 L1MuDTConfig Maximum K-parameter accepted in theta view
L1DTTrigger:accpatta string 2 L1MuDTConfig Acceptance pattern A
L1DTTrigger:accpattb string 1 L1MuDTConfig Acceptance pattern B
L1DTTrigger:kacctheta string 2 L1MuDTConfig BTI angular acceptance in theta view
L1DTTrigger:bendinganglecut string Not_enabled L1MuDTConfig Bending angle cut in MB3 and MB4
L1DTTrigger:sortkascend1 string Ascending L1MuDTConfig Sorting order for K, first tracks
L1DTTrigger:sortkascend2 string Ascending L1MuDTConfig Sorting order for K, second tracks
L1DTTrigger:prefhtrig1 string Enabled L1MuDTConfig Preference to HTRIG, first tracks
L1DTTrigger:prefhtrig2 string Enabled L1MuDTConfig Preference to HTRIG, second tracks
L1DTTrigger:singlehflag1 string Always_accepted L1MuDTConfig Single HTRIG, first tracks
L1DTTrigger:singlehflag2 string Always_accepted L1MuDTConfig Single HTRIG, second tracks
L1DTTrigger:singlelflag1 string Only_with_theta_coincidence L1MuDTConfig Single LTRIG, first tracks
L1DTTrigger:singlelflag2 string Only_with_theta_coincidence L1MuDTConfig Single LTRIG, second tracks
L1DTTrigger:prefinner1 string Inner L1MuDTConfig Single trigger preference to SL, first tracks
L1DTTrigger:prefinner2 string Inner L1MuDTConfig Single trigger preference to SL, second tracks
L1DTTrigger:tcktoll1 string 2 L1MuDTConfig K tollerance for correlation, first tracks
L1DTTrigger:tcktoll2 string 2 L1MuDTConfig K tollerance for correlation, second tracks
L1DTTrigger:tcbxlts string Not_enabled L1MuDTConfig Single LTRIG suppression in 4 BX low side
L1DTTrigger:tcreuse1 string Enabled L1MuDTConfig Recycling of candidates in inner SL
L1DTTrigger:tcreuse2 string Enabled L1MuDTConfig Recycling of candidates in outer SL
L1DTTrigger:nmaxoutcand string 2 L1MuDTConfig Number of tracks passed to TS
L1DTTrigger:tssmasking1 string Corr/NotC,H/L,In/Out L1MuDTConfig Priority in TSS for first track selection
L1DTTrigger:tssmasking2 string Corr/NotC,H/L,In/Out L1MuDTConfig Priority in TSS for second track selection
L1DTTrigger:tsshtrigena1 string Enabled L1MuDTConfig Pref. to HTRIG in TSS for first track selection
L1DTTrigger:tsshtrigena2 string Not_enabled L1MuDTConfig Pref. to HTRIG in TSS for second track selection
L1DTTrigger:tsshtrigenac string Not_enabled L1MuDTConfig Pref. to HTRIG in TSS for carry
L1DTTrigger:tssinoutena1 string Enabled L1MuDTConfig Pref. to Inner in TSS for first track selection
L1DTTrigger:tssinoutena2 string Not_enabled L1MuDTConfig Pref. to Inner in TSS for second track selection
L1DTTrigger:tssinoutenac string Not_enabled L1MuDTConfig Pref. to Inner in TSS for carry
L1DTTrigger:tsscorrena1 string Enabled L1MuDTConfig Pref. to Corr. in TSS for first track selection
L1DTTrigger:tsscorrena2 string Not_enabled L1MuDTConfig Pref. to Corr. in TSS for second track selection
L1DTTrigger:tsscorrenac string Not_enabled L1MuDTConfig Pref. to Corr. in TSS for carry
L1DTTrigger:tsmmasking1 string Corr/NotC,H/L,In/Out L1MuDTConfig Priority in TSM for first track selection
L1DTTrigger:tsmmasking2 string Corr/NotC,H/L,In/Out L1MuDTConfig Priority in TSM for second track selection
L1DTTrigger:tsmhtrigena1 string Enabled L1MuDTConfig Pref. to HTRIG in TSM for first track selection
L1DTTrigger:tsmhtrigena2 string Not_enabled L1MuDTConfig Pref. to HTRIG in TSM for second track selection
L1DTTrigger:tsmhtrigenac string Not_enabled L1MuDTConfig Pref. to HTRIG in TSM for carry
L1DTTrigger:tsminoutena1 string Enabled L1MuDTConfig Pref. to Inner in TSM for first track selection
L1DTTrigger:tsminoutena2 string Not_enabled L1MuDTConfig Pref. to Inner in TSM for second track selection
L1DTTrigger:tsminoutenac string Not_enabled L1MuDTConfig Pref. to Inner in TSM for carry
L1DTTrigger:tsmcorrena1 string Enabled L1MuDTConfig Pref. to Corr. in TSM for first track selection
L1DTTrigger:tsmcorrena2 string Not_enabled L1MuDTConfig Pref. to Corr. in TSM for second track selection
L1DTTrigger:tsmcorrenac string Not_enabled L1MuDTConfig Pref. to Corr. in TSM for carry
L1DTTrigger:tssghost1flag string If_Outer_adj_to_1st_tr L1MuDTConfig Carry suppression in TSS (Ghost1)
L1DTTrigger:tssghost2flag string If_Outer_same_TRACO_of_uncorr_1st_tr L1MuDTConfig 2nd track suppression in TSS
L1DTTrigger:tsmghost1flag string If_Outer_adj_to_1st_tr L1MuDTConfig Carry suppression in TSM (Ghost1)
L1DTTrigger:tsmghost2flag string If_Outer_same_TRACO_of_uncorr_1st_tr L1MuDTConfig 2nd track suppression in TSM (Ghost2)
L1DTTrigger:tssghost1corr string Accepted_if_correlated L1MuDTConfig correlated carry suppression in TSS (Ghost1)
L1DTTrigger:tssghost2corr string Accepted_if_correlated L1MuDTConfig correlated carry suppression in TSS (Ghost2)
L1DTTrigger:tsmghost1corr string Accepted_if_correlated L1MuDTConfig correlated carry suppression in TSM (Ghost1)
L1DTTrigger:tsmghost2corr string Accepted_if_correlated L1MuDTConfig correlated carry suppression in TSM (Ghost2)
L1DTTrigger:tsmgetcarryflag string get_best_2ndprevBX_1st L1MuDTConfig second track handling in case of pile-up in TSM
L1DTTrackFinder:BX_min int -9 L1MuDTTFConfig First bunch crossing for which to run the barrel track finder (relative to signal BX)
L1DTTrackFinder:BX_max int 7 L1MuDTTFConfig Last bunch crossing for which to run the barrel track finder (relative to signal BX)
L1DTTrackFinder:Overlap bool 1 (true) L1MuDTTFConfig Switch to turn on/off the barrel-endcap overlap region
L1DTTrackFinder:Extrapolation_Filter int 1 L1MuDTTFConfig Select extrapolation quality filter (0,1,2,3,4,5)
L1DTTrackFinder:Extrapolation_21 bool 0 (false) L1MuDTTFConfig Use extrapolation 21 to cross-check 12
L1DTTrackFinder:EtaTrackFinder bool 1 (true) L1MuDTTFConfig Switch to turn on/off eta track finder
L1DTTrackFinder:OutOfTime_Filter bool 1 (true) L1MuDTTFConfig Switch to turn out-of time track segment filter
L1DTTrackFinder:OutOfTime_Filter_Window int 1 L1MuDTTFConfig Set out-of time track segment filter window (phi)
L1DTTrackFinder:Extrapolation_nbits_Phi int 8 L1MuDTTFConfig Set precision (number of bits) in phi to be used for extrapolation
L1DTTrackFinder:Extrapolation_nbits_PhiB int 8 L1MuDTTFConfig Set precision (number of bits) in phiB to be used for extrapolation
L1DTTrackFinder:PT_Assignment_nbits_Phi int 12 L1MuDTTFConfig Set precision (number of bits) in phi to be used for pt-assignment
L1DTTrackFinder:PT_Assignment_nbits_PhiB int 10 L1MuDTTFConfig Set precision (number of bits) in phiB to be used for pt-assignment
L1DTTrackFinder:PHI_Assignment_nbits_Phi int 12 L1MuDTTFConfig Set precision (number of bits) in phi to be used for phi-assignment
L1DTTrackFinder:PHI_Assignment_nbits_PhiB int 10 L1MuDTTFConfig Set precision (number of bits) in phiB to be used for phi-assignment
L1GlobalMuonTrigger:Debug int 0 L1MuGMTConfig Set debug level for GMT (0=off, 5=max)
L1GlobalMuonTrigger:BX_min int -4 L1MuGMTConfig First bunch crossing for which to run GMT (relative to signal BX)
L1GlobalMuonTrigger:BX_max int 4 L1MuGMTConfig Last bunch crossing for which to run GMT (relative to signal BX)
L1GlobalMuonTrigger:EtaWeight_barrel float 0.028 L1MuGMTConfig Weight for eta coordinate in Barrel Matcher Unit
L1GlobalMuonTrigger:PhiWeight_barrel float 1.0 L1MuGMTConfig Weight for phi coordinate in Barrel Matcher Unit
L1GlobalMuonTrigger:EtaPhiThreshold_barrel float 0.062 L1MuGMTConfig Window size in Barrel Matcher Unit
L1GlobalMuonTrigger:EtaWeight_endcap float 0.13 L1MuGMTConfig Weight for eta coordinate in Endcap Matcher Unit
L1GlobalMuonTrigger:PhiWeight_endcap float 1.0 L1MuGMTConfig Weight for phi coordinate in Endcap Matcher Unit
L1GlobalMuonTrigger:EtaPhiThreshold_endcap float 0.062 L1MuGMTConfig Window size in Endacp Matcher Unit
L1GlobalMuonTrigger:EtaWeight_COU float 0.316 L1MuGMTConfig Weight for eta coordinate in DT/CSC Cancel Out Matcher Unit
L1GlobalMuonTrigger:PhiWeight_COU float 1.0 L1MuGMTConfig Weight for phi coordinate in DT/CSC Cancel Out Matcher Unit
L1GlobalMuonTrigger:EtaPhiThreshold_COU float 0.127 L1MuGMTConfig Window size in DT/CSC Cancel Out Matcher Unit
L1GlobalMuonTrigger:COUConfig int 2 L1MuGMTConfig Option for Cancel Out Unit
L1GlobalMuonTrigger:DoOvlRpcAnd bool 0 (false) L1MuGMTConfig Option for Cancel Out Unit
L1GlobalMuonTrigger:CaloTrigger bool 1 (true) L1MuGMTConfig Flag to switch off inputs from Calo Trigger for faster simulation
L1GlobalMuonTrigger:IsolationCellSizeEta int 2 L1MuGMTConfig Cell-size in eta-direction for calorimetric isolation assignment (in units of regions)
L1GlobalMuonTrigger:IsolationCellSizePhi int 2 L1MuGMTConfig Cell-size in phi-direction for calorimetric isolation assignment (in units of regions)
L1CaloTrigger:lowForwardJetEtCut unsigned int 20 L1CGlblTrigger Jet ET cut [low] for forward and backward HF jet counting (presently unused).
L1CaloTrigger:highForwardJetEtCut unsigned int 30 L1CGlblTrigger Jet ET cut [high] for forward and backward HF jet counting (presently unused).
L1CaloTrigger:lowCentralJetEtCut unsigned int 10 L1CGlblTrigger Jet ET cut for central jet counting (presently unused).
L1CaloTrigger:mediumCentralJetEtCut unsigned int 20 L1CGlblTrigger Jet ET cut for central jet counting (presently unused).
L1CaloTrigger:highCentralJetEtCut unsigned int 30 L1CGlblTrigger Jet ET cut for central jet counting (presently unused).
L1CaloTrigger:veryHighCentralJetEtCut unsigned int 40 L1CGlblTrigger Jet ET cut for central jet counting (presently unused).
L1CaloTrigger:goodJetEtCut unsigned int 10 L1CGlblTrigger A new good jets list is made if the jet energy is above this cutoff. The good jets are added to make HT - this trigger is under evaluation.
L1CaloTrigger:noTauVetoLevel float 50 L1CRegion If the ET in a 4x4 trigger tower region is above this value the tau veto is not set, to avoid loss of efficiency for high ET tau jets.
L1CaloTrigger:muonIsolationThreshold unsigned int 3 L1CRegion The value of ET in a 4x4 trigger tower region that is allowed for muon isolation. The larger this value is the less strict the muon isolation is.
L1CaloTrigger:nEActiveCut unsigned int 2 L1CRegion Used in the old tau algorithm - no longer relevant for the new tau pattern algorithm.
L1CaloTrigger:nHActiveCut unsigned int 2 L1CRegion Used in the old tau algorithm - no longer relevant for the new tau pattern algorithm.
L1CaloTrigger:ecalTowerETNoiseLevel unsigned int 2 L1CRgnlTrgData Ecal noise cut for all e/g isolation algorithms
L1CaloTrigger:hcalTowerETNoiseLevel unsigned int 2 L1CRgnlTrgData Hcal noise cut for all e/g isolation algorithms
L1CaloTrigger:emTriggerLSB float 0.5 L1CRgnlTrgData The EM trigger least significant bit and scale
L1CaloTrigger:jetTriggerLSB float 1.0 L1CRgnlTrgData The jet trigger least significant bit and scale
L1CaloTrigger:HOverECut float 0.05 L1CRgnlTrgData H/E cut for EM algorithm
L1CaloTrigger:emTriggerETActiveLevel float 2.0 L1CRgnlTrgData EM trigger tower activity level for tau algorithm
L1CaloTrigger:hdTriggerETActiveLevel float 4.0 L1CRgnlTrgData HB/HE trigger tower activity level for tau algorithm
L1CaloTrigger:useCombinedPattern bool 1 (true) L1CRgnlTrgData If enabled used OR of the EM and HD patterns for tau algorithm
L1CaloTrigger:ecalInputLSB float 0.5 L1CRgnlTrgData Trigger tower ET LSB for EB/EE
L1CaloTrigger:hcalInputLSB float 0.5 L1CRgnlTrgData Trigger tower ET LSB for HB/HE/HF
L1CaloTrigger:hfCutOff unsigned int 3 L1CRgnlTrgHFCrate HF towers below this are set to zero
L1CaloTrigger:etaCut float 3.0 L1CClusterCrate The eta cut that separates the central and forward jets
L1CaloTrigger:clusterSeedEt unsigned int 5 L1CClusterCrate The minimum ET in the central region of a jet
L1CaloTrigger:noTauBitThreshold unsigned int 10000 L1CClusterCrate Tau bit is ignored if the energy is above this value. By default this feature is NOT used.
L1CNTuple:getPU unsigned int 0 L1CaloTriggerNTuple read pile-up info for L1Calotrigger Ntuple
L1CNTuple:printHEPEVT unsigned int 0 L1CaloTriggerNTuple print flag for L1Calotrigger Ntuple
L1GlobalTrigger:TriggerMenu string (lumi2x1033, lumi1034) lumi2x1033 L1GlobalTriggerConfig choose trigger menu
L1GlobalTrigger:Algorithm string "" L1GlobalTriggerConfig Add one algorithm to the default ones (see WEB documentation)
L1GlobalTrigger:InputMask unsigned int 3 L1GlobalTriggerConfig 3 = enable all inputs; 2 = disable Global Calorimeter Input only; 1 = disable Global Muon Input only; 0 = disable Both
L1GlobalTrigger:Mask unsigned long 0 L1GlobalTriggerConfig Disable some Global Trigger algorithms (128 bit coding, "1" at bit nr. N disable algorithm nr. N)
CLHEPSeed int 0 VertexFastSimEventLoop The seeding of the VertexFastSim event generation. 0 means no seeding.
TuningTools:EventsPerRound int 100 ConfigurableVertexRecoTuningEventAnalyser How many events per round do we want ( excluding final round )
uningTools:Bins int 10 ConfigurableVertexRecoTuningEventAnalyser How many bins are the scanning ranges divided into
TuningTools:Verbose int 1 ConfigurableVertexRecoTuningEventAnalyser Verbosity of the fine tuner. A bitfield. 1: general messages. 4: per event messages
TuningTools:Depth int 3 ConfigurableVertexRecoTuningEventAnalyser How often do zoom into subranges in
TuningTools:EventsFinalRound int 0   How many events do we loop over in the final round. 0 means the last ``pre-round'' counts as the final round.
FineTuner1D:ZoomLimit float 0.20 FineTuner1D When do we shift, when do we zoom? Given in percent of the entire range
FineTuner:Histo bool true FineTuner1D Draw a small ascii histogram for each event?
VertexAssociationToolsFactory:VertexAssociator string ByTracks VertexAssociationToolsFactory In standard vertex finding tests, defines the type of vertex association. ByTracks: by number of tracks in common between sim and rec vertex; ByDistance: to the closest sim (respectively rec) vertex.
VertexAssociatorByTracks:purityCut float 0.50001 VertexAssociationToolsFactory Cut on the fraction of tracks shared by sim and rec vertex, below which no association is made.
CLHEPSeed int 0 VertexFastSimEventLoop The seeding of the VertexFastSim event generation. 0 means no seeding.
VertexFastSimEventLoop:PrintDot bool true VertexFastSimEventLoop Print a dot for each event?
VertexFastSimEventLoop:Logo bool true VertexFastSimEventLoop Print the VertexFastSim logo on startup?
SimTrackFirstParentFilter:particle string BHadron SimTrackFirstParentFilter Set the first parent particle which originated in cascade decay the filtered TkSimTrack (possible values: "BHadron", "CHadron", "BMeson", "CMeson").
VertexFindingScore:Power:EffP float 2. VertexFindingScore Exponent of the primary vertex finding efficiency factor when computing the overall vertex finding score
VertexFindingScore:Power:EffS float 2. VertexFindingScore Exponent of the secondary vertex finding efficiency factor when computing the overall vertex finding score
SequentialVertexFitter:maximumDistance float 0.1 SequentialVertexFitter Convergence criterion of the vertex fit (the maximum distance between the vertex computed in the previous and the current iterations to consider the fit to have converged)
SequentialVertexFitter:maximumNumberOfIterations int 10 SequentialVertexFitter The maximum number of iterations to perform in the vertex fit


Stephan Wynhoff
2004-11-25

Generated at Thu Nov 25 17:12:51 2004 for ORCA by doxygen1.2.6 written by Dimitri van Heesch, © 1997-2001