Marlin Processor Overview

This page lists all Marlin processors available in the Key4hep software stack, collected from the active environment. Use the search box to filter by processor name, package, or library. Click a package header to collapse or expand it; click a processor name to reveal its parameters.

Note

The table below is automatically generated from the Key4hep nightlies. It is likely to still contain some issues (e.g. in the reporting of parameter types or in the description). In case you spot something, please open an issue on key4hep/key4hep-doc (a Blank issue is enough).

Marlin to Gaudi migration

There is an ongoing effort to port existing Marlin processors to Gaudi. Please have a look at this github issue for more information about the process.

What’s on this page?

This table has been automatically collected from a Key4hep environment. Use the search box to filter by algorithm name, package, or library. Click a package header to collapse or expand it; click an algorithm name to reveal its properties. The tags denote the library name where the algorithm is found in the environment.

Processors

Total: 212 processors across 20 packages.

Showing 212 of 212 processors in 20 packages

CEDViewer 7 processors ▼

CEDViewer libCEDViewer.so.1.21.0 ►

CEDViewer: event display of LCIO objects - based on CED by A.Zhelezov.

Parameter	Type	Default	Description
ColorByEnergy	bool	false	color recunstructed particle by energy
ColorByEnergyAutoColor	bool	false	Automatically adjust event by event the blue to min energy and red to max energy of event
ColorByEnergyBrightness	double	0.8	Brigtness value that will be used to determine the pallete
ColorByEnergyMax	double	35	Maximal value for energy which will be represented as red
ColorByEnergyMin	double	0	Minimal value for energy which will be represented as blue
ColorByEnergySaturation	double	0.8	Hue value that will be used to determine the pallete
ColorScheme	int	10	color scheme to be used for drawing - see startup log MESSAGEs for options
DrawCollection	StringVec	CalorimeterHits 0 3	collection to be displayed ( ColName, marker type[0-2], size)
DrawDetectorID	int	0	draw detector from GEAR file with given ID (see MarlinCED::newEvent() ) : 0 ILD, 1 CLIC, -1 none
DrawHelixForPFOs	int	0	draw a helix for PFO objects (usefull for Si tracker): 0: disabled, 1: enabled
DrawHelixForTrack	int	0	draw a helix for Track objects: -1: none, 0: default, 1: atIP, 2: atFirstHit, 3: atLastHit, 4: atCalorimeter
DrawInLayer	StringVec	TPCTracks 0 3 4	collection to be displayed ( ColName, marker type[0-2], size, layer)
HelixMaxR	float	2000	Max R (mm) Extent for drawing Helix if UseTPCForLimitsOfHelix false
HelixMaxZ	float	2500	Max Z (mm) Extent for drawing Helix if UseTPCForLimitsOfHelix false
MCParticleEnergyCut	float	0.001	minimum energy of MCParticles to be drawn
ScaleLineThickness	double	1	Scale the line thickness of drawn helixes
ScaleMarkerSize	double	1	Scale the size of the markes
UseColorForHelixTracks	int	0	draw helices in the color of the track/PFO: 0: disabled (lightgrey), 1: enabled
UseTPCForLimitsOfHelix	bool	true	Use the gear parameters to define the max extent of drawing a helix
UsingParticleGun	bool	false	If set true generator status is ignored for MCParticles to be drawn
WaitForKeyboard	int	1	Wait for Keyboard before proceed

DDCEDViewer libCEDViewer.so.1.21.0 ►

DDCEDViewer: event display of LCIO objects - based on CED by A.Zhelezov.

Parameter	Type	Default	Description
ColorByEnergy	bool	false	color recunstructed particle by energy
ColorByEnergyAutoColor	bool	false	Automatically adjust event by event the blue to min energy and red to max energy of event
ColorByEnergyBrightness	double	0.8	Brigtness value that will be used to determine the pallete
ColorByEnergyMax	double	35	Maximal value for energy which will be represented as red
ColorByEnergyMin	double	0	Minimal value for energy which will be represented as blue
ColorByEnergySaturation	double	0.8	Hue value that will be used to determine the pallete
ColorScheme	int	10	color scheme to be used for drawing - see startup log MESSAGEs for options
DetailledDrawing	StringVec	NameToBeDrawnDetailly	List of detector names that are printed in more detail.
DrawCollection	StringVec	CalorimeterHits 0 3	collection to be displayed ( ColName, marker type[0-2], size)
DrawDetector	bool	false	Call the drawDetector function else call draw function
DrawEllipsoidForPFOClusters	int	0	draw an ellipsoid for the Clusters of PFO objects: 0: disabled, 1: enabled
DrawHelixForPFOs	int	0	draw a helix for PFO objects (usefull for Si tracker): 0: disabled, 1: enabled
DrawHelixForTrack	int	0	draw a helix for Track objects: -1: none, 0: default, 1: atIP, 2: atFirstHit, 3: atLastHit, 4: atCalorimeter
DrawInLayer	StringVec	TPCTracks 0 3 4	collection to be displayed ( ColName, marker type[0-2], size, layer)
DrawMCParticlesCreatedInSimulation	bool	false	If set true MCParticles created in the simulation are also drawn. You will have to increase the MCParticleEnergyCut to reduce chaos.
DrawSurfaces	bool	false	Draw the geometry as a set of individual surfaces (if available) instead of simplified structures.
ECalBarrelName	string	ECalBarrel	Set the ECal barrel detector name, as defined in the geometry XML file (default: ECalBarrel)
ECalEndcapName	string	ECalEndcap	Set the ECal endcap detector name, as defined in the geometry XML file (default: ECalEndcap)
HCalBarrelName	string	HCalBarrel	Set the HCal barrel detector name, as defined in the geometry XML file (default: HCalBarrel)
HCalEndcapName	string	HCalEndcap	Set the HCal endcap detector name, as defined in the geometry XML file (default: HCalEndcap)
HelixMaxR	float	2000	Max R (mm) Extent for drawing Helix if UseTPCForLimitsOfHelix false
HelixMaxZ	float	2500	Max Z (mm) Extent for drawing Helix if UseTPCForLimitsOfHelix false
MCParticleEnergyCut	float	0.001	minimum energy of MCParticles to be drawn
ScaleLineThickness	double	1	Scale the line thickness of drawn helixes
ScaleMarkerSize	double	1	Scale the size of the markes
UseColorForHelixTracks	int	0	draw helices in the color of the track/PFO: 0: disabled (lightgrey), 1: enabled
UseTrackerExtentForLimitsOfHelix	bool	true	Use the gear parameters to define the max extent of drawing a helix
UsingParticleGun	bool	false	If set true generator status is ignored for MCParticles to be drawn
WaitForKeyboard	int	1	Wait for Keyboard before proceed

DSTViewer libCEDViewer.so.1.21.0 ►

CED based event display for DST files

Parameter	Type	Default	Description
DrawDetectorID	int	0	draw detector from GEAR file with given ID (see MarlinCED::newEvent() ) : 0 ILD, -1 none
JetCollections	StringVec		Jet Collections Names'
LayerReco	int	9	Layer for Reco Particles
MagneticField	float	3.5	Magnetic Field
ParticleCollection	string	RecoParticles	Particle Collection Name
WaitForKeyboard	int	1	Wait for Keyboard before proceed

DrawCLIC libCEDViewer.so.1.21.0 ►

DrawCLIC draws the CLIC detector in CED

Parameter	Type	Default	Description
DrawDetector	bool	false	Call the drawDetector function else call draw function

GenericViewer libCEDViewer.so.1.21.0 ►

Drawing Utility

Parameter	Type	Default	Description
CaloHitCollections	StringVec	ECAL HCAL	Calo Hit Collection Names
ClusterCollection	string	ClustersAR	Cluster Collection Name
DetectorModel	int	0	Detector Model
LayerCaloHit	int	-1	Layer for Calo Hits
LayerClusters	int	-1	Layer for Reco Clusters
LayerReco	int	9	Layer for Reco Particles
LayerSimCaloHit	int	-1	Layer for Sim Calo Hits
LayerSimTrackerHit	int	-1	Layer for Sim Tracker Hits
LayerTrackerHit	int	-1	Layer for Tracker Hits
LayerTracks	int	-1	Layer for Tracks
LayerTrueClusters	int	-1	Layer for True Clusters
LayerTrueTracks	int	-1	Layer for True Tracks
MagneticField	float	4	Magnetic Field
ParticleCollection	string	RecoParticles	Particle Collection Name
SimCaloHitCollections	StringVec	ecal02_EcalBarrel ecal02_EcalEndcap hcalFeRPC1_HcalBarrelEnd hcalFeRPC1_HcalBarrelReg hcalFeRPC1_HcalEndCaps	Sim Calo Hit Collection Names
SimTrackerHitCollections	StringVec	tpc03_TPC	Sim Tracker Hit Collection Names
TrackCollection	string	TPC_Tracks	Track Collection Name
TrackerHitCollections	StringVec	TPCTrackerHits	Tracker Hit Collection Names
TrueClusterCollection	string	TrueClusters	True Cluster Collection Name
TrueTrackCollection	string	TrueTracks	True Track Collection Name
WaitForKeyboard	int	1	Wait for Keyboard before proceed

HEP_RecordProcessor libCEDViewer.so.1.21.0 ►

HEP record balance and drawing

No parameters available.

VertexViewer libCEDViewer.so.1.21.0 ►

Vertex Drawing Utility

Parameter	Type	Default	Description
CutOnD0	float	1e+20	Cut On D0
CutOnZ0	float	1e+20	Cut On Z0
DetectorModel	int	0	Detector Model
LayerSimTrackerHits	int	-1	Layer for SimTrackerHits
LayerTrackerHits	int	-1	Layer for TrackerHits
LayerTracks	int	-1	Layer for Tracks
LayerTrueTracks	int	-1	Layer for True Tracks
SimTrakerHitCollection	StringVec	VXDCollection	SimTrakerHit Collection Name
TrackCollection	string	SiTracks	Track Collection Name
TrackMCPRelCollection	string	SiTracksMCP	Track MCP Rel Collection Name
TrackerHitCollection	StringVec	VTXTrackerHits FTDTrackerHits SITTrackerHits TPCTrackerHits	TrackerHit Collection Name
TrueTrackCollection	string	TrueTracks	True Track Collection Name
TrueTrackMCPRelCollection	string	TrueTracksMCP	True Track MCP Relation Collection Name

CLICPerformance 8 processors ▼

CLICRecoConfig libClicPerformance.so.2.5.1 ►

CLICRecoConfig allows one to configure the processors to run via command line

Parameter	Type	Default	Description
BeamCal	string	3TeV	Which option to use for BeamCal: 3TeV, 380GeV. Then use, e.g., Config.BeamCal3TeV in the condition
BeamCalChoices	StringVec	3TeV 380GeV	Possible values and conditions for option BeamCal
Overlay	string	False	Which option to use for Overlay: False, 91GeV, 350GeV, 365GeV, 380GeV, 420GeV, 500GeV, 1.4TeV, 3TeV. Then use, e.g., Config.OverlayFalse in the condition
OverlayChoices	StringVec	False 91GeV 350GeV 365GeV 380GeV 420GeV 500GeV 1.4TeV 3TeV	Possible values and conditions for option Overlay
Tracking	string	Conformal	Which option to use for Tracking: Truth, Conformal. Then use, e.g., Config.TrackingConformal in the condition
TrackingChoices	StringVec	Truth Conformal	Possible values and conditions for option Tracking
VertexUnconstrained	string	OFF	Which option to use for VertexUnconstrained: ON, OFF. Then use, e.g., Config.VertexUnconstrainedOFF in the condition
VertexUnconstrainedChoices	StringVec	ON OFF	Possible values and conditions for option VertexUnconstrained

ClicEfficiencyCalculator libClicPerformance.so.2.5.1 ►

ClicEfficiencyCalculator calculates the tracking efficiency and makes some performance plots

Parameter	Type	Default	Description
EfficientMCParticleCollectionName	string	EfficientMCParticles	MC Particle Collection Name for particles reconstructed
InefficientMCParticleCollectionName	string	InefficientMCParticles	MC Particle Collection Name for particles not reconstructed
MCParticleCollectionName	string	MCParticle	Name of the MCParticle input collection
MCPhysicsParticleCollectionName	string	MCPhysicsParticle	Name of the MCPhysicsParticle input collection
TrackCollectionName	string	CATracks	Track collection name
TrackerHitCollectionNames	StringVec	VXDTrackerHits VXDEndcapTrackerHits ITrackerHits OTrackerHits ITrackerEndcapHits OTrackerEndcapHits	Name of the TrackerHit input collections
TrackerHitRelCollectionNames	StringVec	VXDTrackerHitRelations VXDEndcapTrackerHitRelations InnerTrackerBarrelHitsRelations OuterTrackerBarrelHitsRelations InnerTrackerEndcapHitsRelations OuterTrackerEndcapHitsRelations	Name of TrackerHit relation collections
debugPlots	bool	true	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
efficiencyTreeName	string	trackTree	Name of the efficiency tree
mcTreeName	string	mctree	Name of the mc tree
perfTreeName	string	perfTree	Name of the track performance tree
purityTreeName	string	purityTree	Name of the purity tree
reconstructableDefinition	string	NHits	Set of cuts to define 'reconstructable' particles for eff computation. The options are: NHits, NHitsVXD, ILDLike, AnyGenStatus, AnyGenStatusLowPt, SingleMu
simpleOutput	bool	true	A simplified tree can be output with the MC particle properties, including whether or not it was reconstructed

ClicTrackingValidate libClicPerformance.so.2.5.1 ►

ClicTrackingValidate makes use of MC information at particle and hit level and compares the reconstructed hits and tracks to validate the tracking

Parameter	Type	Default	Description
MCParticleCollectionName	string	MCParticle	Name of the MCParticle input collection
SiTrackCollectionName	string	SiTracks	Name of the silicon track collection
SimTrackerHitCollectionNames	StringVec	VertexBarrelCollection VertexEndcapCollection InnerTrackerBarrelCollection InnerTrackerEndcapCollection OuterTrackerBarrelCollection OuterTrackerEndcapCollection	Name of the SimTrackerHit input collections
SimTrackerHitRelCollectionNames	StringVec	VXDTrackerHitRelations VXDEndcapTrackerHitRelations InnerTrackerBarrelHitsRelations OuterTrackerBarrelHitsRelations InnerTrackerEndcapHitsRelations OuterTrackerEndcapHitsRelations	Name of the TrackerHit - SimTrackerHit relation collections
TrackerHitCollectionNames	StringVec	VXDTrackerHits VXDEndcapTrackerHits ITrackerHits OTrackerHits ITrackerEndcapHits OTrackerEndcapHits	Name of the TrackerHit input collections
trackingTreeName	string	trackingTree	Name of the tracking validation tree

HitResiduals libClicPerformance.so.2.5.1 ►

HitResiduals plots te residual between the track fit and the hit in the local coordinate system u,v,w.

Parameter	Type	Default	Description
EnergyLossOn	bool	true	Use Energy Loss in Fit
MaxChi2Increment	double	1000	Maximum increment allowed for the chi2
MultipleScatteringOn	bool	true	Use MultipleScattering in Fit
SmoothOn	bool	false	Smooth All Mesurement Sites in Fit
TrackCollectionName	string	RefittedTracks	Name of the input track collection
outFileName	string	residuals.root	Name of the output root file
treeName	string	tree	Name of the tree

JetAnalyzer libClicPerformance.so.2.5.1 ►

JetAnalyzer calculates properties of calorimeter showers

Parameter	Type	Default	Description
GenJetCollection	string	GenJet_VLC	Name of the GenJet collection
MCParticleCollectionName	string	MCPhysicsParticles	Name of the MCParticle input collection
OutputRootFileName	string	JetAnalyzer.root	ROOT File name to collect plots
RECOParticleCollectionName	string	PandoraPFOs	Name of the RECOParticle input collection
RecoJetCollection	string	RecoJet_VLC	Name of the RecoJet collection
doDiBosonChecks	bool	false	MC truth diboson checks for on-shell bosons
fillMEInfo	bool	false	save matrix element information

ShowerStudy libClicPerformance.so.2.5.1 ►

ShowerStudy calculates properties of calorimeter showers

Parameter	Type	Default	Description
CalorimeterHitCollection	string	ECALBarrel	CalorimeterHit collection name
ECalLayerThreshold	int	100	Layer number where thickness changes
LeakageCalorimeterHitCollection	string	HCALBarrel	CalorimeterHit collection name for leakage energy
MCParticleCollectionName	string	MCParticle	Name of the MCParticle input collection
OutputRootFileName	string	showerStudy.root	ROOT File name to collect plots

TrackChecker libClicPerformance.so.2.5.1 ►

TrackChecker plots pull distributions, track resolution parameters and reconstruction efficiencies

Parameter	Type	Default	Description
MCParticleCollectionName	string	MCParticle	Name of the MCParticle input collection
TrackCollectionName	string	RefittedTracks	Track collection name
TrackRelationCollectionName	string	RefittedTracksMCTruthLink	Track relation collection name
TreeName	string	perftree	Name of the root tree
UseOnlyTree	bool	true	Flag to fill only tree variables or also histogram version of pulls and residuals

TrueMCintoRecoForJets libClicPerformance.so.2.5.1 ►

TrueMCintoRecoForJets calculates properties of calorimeter showers

Parameter	Type	Default	Description
MCParticleInputCollectionName	string	MCPhysicsParticles	Name of the MCParticle input collection
RECOParticleCollectionName	string	MCParticlePandoraPFOs	Name of the RECOParticle output collection
RecoParticleInputCollectionName	string	TightSelectedPandoraPFOs	Name of the RecoParticle input collection
RecoParticleNoLeptonCollectionName	string	PandoraPFOsNoLeptons	Name of the RecoParticleNoLepton output collection
cosAngle_pfo_lepton	float	0.995	matching angle between PFOs and MC leptons from vector bosons
ignoreNeutrinosInMCJets	bool	true	remove neutrinos prior to MC Jet Clustering
vetoBosonLeptons	bool	false	leptons from boson veto flag for MC truth
vetoBosonLeptonsOnReco	bool	false	leptons from boson veto flag for Reco

Clupatra 4 processors ▼

ClupatraProcessor libClupatra.so.1.4.0 ►

ClupatraProcessor : nearest neighbour clustering seeded pattern recognition

Parameter	Type	Default	Description
CaloFaceBarrelID	int	20	system ID of the subdetector at the calorimeter face in the barrel - default: lcio::ILDDetID::ECAL=20
CaloFaceEndcapID	int	29	system ID of the subdetector at the calorimeter face in the endcap - default: lcio::ILDDetID::ECAL=29
Chi2Cut	float	100	the maximum chi2-distance for which a hit is considered for merging
CosAlphaCut	float	1	Cut for max.angle between hits in consecutive layers for seed finding - NB value should be smaller than 1 - default is 0.9999999 !!!
CreateDebugCollections	bool	false	optionally create some debug collection with intermediate track segments and used and unused hits
DistanceCut	float	40	Cut for distance between hits in mm for the seed finding
DuplicatePadRowFraction	float	0.1	allowed fraction of hits in same pad row per track
EnergyLossOn	bool	true	Use Energy Loss in Fit
MaxDeltaChi2	float	35	the maximum delta Chi2 after filtering for which a hit is added to a track segement
MaxStepWithoutHit	int	3	the maximum number of layers without finding a hit before hit search search is stopped
MinLayerFractionWithMultiplicity	float	0.5	minimum fraction of layers that have a given multiplicity, when forcing a cluster into sub clusters
MinLayerNumberWithMultiplicity	int	3	minimum number of layers that have a given multiplicity, when forcing a cluster into sub clusters
MinimumClusterSize	int	6	minimum number of hits per cluster
MultipleScatteringOn	bool	true	Use MultipleScattering in Fit
NLoopForSeeding	int	4	number of seed finding loops - every loop increases the distance cut by DistanceCut/NLoopForSeeding
NumberOfZBins	int	150	number of bins in z over total length of TPC - hits from different z bins are nver merged
OutputCollection	string	ClupatraTracks	Name of the output collection with final TPC tracks
PadRowRange	int	12	number of pad rows used in initial seed clustering
SITDetectorName	string	SIT	name of the SIT-like inner Si-tracking barrel detector
SITHitCollection	string	SITTrackerHits	name of the SIT hit collections - used to extend TPC tracks if (pickUpSiHits==true)
SegmentCollectionName	string	ClupatraTrackSegments	Name of the output collection that has the individual track segments
SmoothOn	bool	false	Smooth All Mesurement Sites in Fit
TPCHitCollection	string	AllTPCTrackerHits	Name of the tpc hit input collections
TrackEndsOuterCentralDist	float	25	maximum radial distance [mm] from outer field cage of last hit, such that the track is considered to end at the end
TrackEndsOuterForwardDist	float	40	maximum distance in z [mm] from endplate of last hit, such that the track is considered to end at the end
TrackIsCurlerOmega	float	0.001	minimum curvature omega of a track segment for being considered a curler
TrackStartsInnerDist	float	25	maximum radial distance [mm] from inner field cage of first hit, such that the track is considered to start at the beginning
TrackSystemName	string	DDKalTest	Name of the track fitting system to be used ( DDKalTest, aidaTT, ... )
VXDDetectorName	string	VXD	name of the VXD-like inner Si-tracking barrel detector
VXDHitCollection	string	VTXTrackerHits	name of the VXD hit collections - used to extend TPC tracks if (pickUpSiHits==true)
pickUpSiHits	bool	false	try to pick up hits from Si-trackers

DebugDigiProcessor libClupatra.so.1.4.0 ►

DebugDigiProcessor: analysis plots for Tracks

Parameter	Type	Default	Description
SubDetectorIDs	IntVec	4	The IDs of the subdetectors corresponding to the hit collections in TrackerHitCollectionNames
TrackCollection	string	TrackCollection	Name of the input collections with Tracks
TrackerHitCollections	StringVec	TPCTrackerHits	The tracker hit collection names - needs to run parallel to SubDetectorIDs

TrackCheckMCTruth libClupatra.so.1.4.0 ►

TrackCheckMCTruth: analysis plots for Tracks

Parameter	Type	Default	Description
HitFractionMerged	float	0.05	maximal fractions of hits that are allowed to be missing for a merged track
HitFractionSplit	float	0.05	maximal fractions of hits that are allowed to be missing for a split track
MCPTrackRelation	string	MCPTrkRelation	Name of the input collections with LCRelation MCParticles to tracks
MCParticlesCollection	string	MCParticlesSkimmed	Name of the input collections with MCParticles
MergedTrackCollection	string	ClupatraMergedTracks	Name of the output collections with merged Tracks
PtRange	FloatVec	0 1000	Min and max value of pt range [GeV]
SimTrackerHitCollection	StringVec	TPCCollection	Name of the input collections with SimTrackerHits
SplitTrackCollection	string	ClupatraSplitTracks	Name of the output collections with split Tracks
TrackCollection	string	ClupatraTracks	Name of the input collections with Tracks
TrackMCPRelation	string	TrackRelation	Name of the input collections with LCRelation Tracks to MCParticles

TrackEfficiency libClupatra.so.1.4.0 ►

TrackEfficiency: analysis plots for Tracks

Parameter	Type	Default	Description
CosThetaCut	double	0.99	Maximum costheta of examined MCParticles sample
DistFromIP	double	100	Maximum distance from IP of examined MCParticles sample (in mm)
MCParticlesCollection	string	MCParticlesSkimmed	Name of the input collections with MCParticles
MCTruthTrackRelation	string	MCTruthTrackRelation	Name of the input collections with LCRelation MCParticles to Tracks
PCut	double	1	Minimum momentum of examined MCParticles sample (in GeV)
PTCut	double	0.1	Minimum transverse momentum of examined MCParticles sample (in GeV)
PhysSampleOn	bool	false	Enable when we run diagnostics to a simulated physics sample
PtRange	FloatVec	0 1000	Min and max value of pt range [GeV]
RequiredPurity	double	0.75	ratio of hits belonging to the dominant MC particle to total number of track hits
RequiredSiHits	int	4	minimum required hits on Si detectors in order to consider the track found
SimTrackerHitCollection	string	TPCCollection	Name of the input collections with SimTrackerHits
TrackCollection	string	TrackCollection	Name of the input collections with Tracks
TrackMCTruthRelation	string	TrackMCTruthRelation	Name of the input collections with LCRelation Tracks to MCParticles

ConformalTracking 2 processors ▼

ConformalTracking libConformalTracking.so.1.12.1 ►

ConformalTracking constructs tracks using a combined conformal mapping and cellular automaton approach.

Parameter	Type	Default	Description
DebugHits	string	DebugHits	DebugHits
DebugPlots	bool	false	Plots for debugging the tracking
DebugTiming	bool	false	Print out time profile
EnableTightCutsVertexCombined	bool	true	Enabled tight cuts as first step of reconstruction in vertex b+e [TMP!!]
HighPTCut	double	10	pT threshold (in GeV) for enabling extendHighPT in extendTracks
MCParticleCollectionName	string	MCParticle	Name of the MCParticle input collection
MainTrackerHitCollectionNames	StringVec	ITrackerHits OTrackerHits ITrackerEndcapHits OTrackerEndcapHits	Name of the TrackerHit input collections from the Main Tracker
MaxCellAngle	double	0.035	Cut on angle between two cells for cell to be valid
MaxCellAngleRZ	double	0.035	Cut on angle between two cells in RZ for cell to be valid
MaxChi2	double	300	Maximum chi2/ndof for linear conformal tracks
MaxDistance	double	0.015	Maximum length of a cell (max. distance between two hits)
MaxHitInvertedFit	int	0	Maximum number of track hits to try the inverted fit
MinClustersOnTrack	int	6	Minimum number of clusters to create a track in pattern recognition
MinClustersOnTrackAfterFit	int	4	Final minimum number of track clusters
RelationsNames	StringVec	VXDTrackerHitRelations VXDEndcapTrackerHitRelations InnerTrackerBarrelHitsRelations OuterTrackerBarrelHitsRelations InnerTrackerEndcapHitsRelations OuterTrackerEndcapHitsRelations	Name of the TrackerHit relation collections
RetryTooManyTracks	bool	true	retry with tightened parameters, when too many tracks are being created
SiTrackCollectionName	string	CATracks	Silicon track Collection Name
SortTreeResults	bool	true	sort results from kdtree search
ThetaRange	double	0.1	Angular range for initial cell seeding
TooManyTracks	int	500000	Number of tracks that is considered too many
TrackerHitCollectionNames	StringVec	VXDTrackerHits VXDEndcapTrackerHits ITrackerHits OTrackerHits ITrackerEndcapHits OTrackerEndcapHits	Name of the TrackerHit input collections
VertexBarrelHitCollectionNames	StringVec	VXDTrackerHits	Name of the TrackerHit input collections from the Vertex Barrel
VertexEndcapHitCollectionNames	StringVec	VXDEndcapTrackerHits	Name of the TrackerHit input collections from the Vertex Endcap
trackPurity	double	0.75	Purity value used for checking if tracks are real or not

ConformalTrackingV2 libConformalTracking.so.1.12.1 ►

ConformalTrackingV2 constructs tracks using a combined conformal mapping and cellular automaton approach.

Parameter	Type	Default	Description
DebugHits	string	DebugHits	DebugHits
DebugPlots	bool	false	Plots for debugging the tracking
DebugTiming	bool	false	Print out time profile
MCParticleCollectionName	string	MCParticle	Name of the MCParticle input collection
MaxHitInvertedFit	int	0	Maximum number of track hits to try the inverted fit
MinClustersOnTrackAfterFit	int	4	Final minimum number of track clusters
RelationsNames	StringVec	VXDTrackerHitRelations VXDEndcapTrackerHitRelations InnerTrackerBarrelHitsRelations OuterTrackerBarrelHitsRelations InnerTrackerEndcapHitsRelations OuterTrackerEndcapHitsRelations	Name of the TrackerHit relation collections
RetryTooManyTracks	bool	true	retry with tightened parameters, when too many tracks are being created
SiTrackCollectionName	string	CATracks	Silicon track Collection Name
SortTreeResults	bool	true	sort results from kdtree search
Steps	StringVec	[VXDBarrel] @Collections : VXDTrackerHits @Parameters : MaxCellAngle : 0.005; MaxCellAngleRZ : 0.005; Chi2Cut : 100; MinClustersOnTrack : 4; MaxDistance : 0.02; HighPTCut : 10.0; @Flags : HighPTFit, VertexToTracker @Functions : CombineCollections, BuildNewTracks [VXDEncap] @Collections : VXDEndcapTrackerHits @Parameters : MaxCellAngle : 0.005; MaxCellAngleRZ : 0.005; Chi2Cut : 100; MinClustersOnTrack : 4; MaxDistance : 0.02; HighPTCut : 10.0; @Flags : HighPTFit, VertexToTracker @Functions : CombineCollections, ExtendTracks [LowerCellAngle1] @Collections : VXDTrackerHits, VXDEndcapTrackerHits @Parameters : MaxCellAngle : 0.025; MaxCellAngleRZ : 0.025; Chi2Cut : 100; MinClustersOnTrack : 4; MaxDistance : 0.02; HighPTCut : 10.0; @Flags : HighPTFit, VertexToTracker, RadialSearch @Functions : CombineCollections, BuildNewTracks [LowerCellAngle2] @Collections : @Parameters : MaxCellAngle : 0.05; MaxCellAngleRZ : 0.05; Chi2Cut : 2000; MinClustersOnTrack : 4; MaxDistance : 0.02; HighPTCut : 10.0; @Flags : HighPTFit, VertexToTracker, RadialSearch @Functions : BuildNewTracks, SortTracks [Tracker] @Collections : ITrackerHits, OTrackerHits, ITrackerEndcapHits, OTrackerEndcapHits @Parameters : MaxCellAngle : 0.05; MaxCellAngleRZ : 0.05; Chi2Cut : 2000; MinClustersOnTrack : 4; MaxDistance : 0.02; HighPTCut : 1.0; @Flags : HighPTFit, VertexToTracker, RadialSearch @Functions : CombineCollections, ExtendTracks [Displaced] @Collections : VXDTrackerHits, VXDEndcapTrackerHits, ITrackerHits, OTrackerHits, ITrackerEndcapHits, OTrackerEndcapHits @Parameters : MaxCellAngle : 0.05; MaxCellAngleRZ : 0.05; Chi2Cut : 1000; MinClustersOnTrack : 5; MaxDistance : 0.015; HighPTCut : 10.0; @Flags : OnlyZSchi2cut, RadialSearch @Functions : CombineCollections, BuildNewTracks	Steps
ThetaRange	double	0.1	Angular range for initial cell seeding
TooManyTracks	int	500000	Number of tracks that is considered too many
TrackerHitCollectionNames	StringVec	VXDTrackerHits VXDEndcapTrackerHits ITrackerHits OTrackerHits ITrackerEndcapHits OTrackerEndcapHits	Name of the TrackerHit input collections
trackPurity	double	0.75	Purity value used for checking if tracks are real or not

DDMarlinPandora 3 processors ▼

DDCaloDigi libDDMarlinPandora.so.0.14.0 ►

Performs simple digitization of sim calo hits...

Parameter	Type	Default	Description
CalibECALMIP	float	0.0001	calibration to convert ECAL deposited energy to MIPs
CalibHCALMIP	float	0.0001	calibration to convert HCAL deposited energy to MIPs
CalibrECAL	FloatVec	40.91 81.81	Calibration coefficients for ECAL
CalibrHCALBarrel	FloatVec	0	Calibration coefficients for Barrel HCAL
CalibrHCALEndcap	FloatVec	0	Calibration coefficients for EndCap HCAL
CalibrHCALOther	FloatVec	0	Calibration coefficients for Other (Ring) HCAL
ECALBarrelTimeWindowMax	float	100	ECAL BarrelTime Window maximum time in ns
ECALCollections	StringVec	EcalBarrelCollection EcalEndcapCollection EcalRingCollection	ECAL Collection Names
ECALCorrectTimesForPropagation	int	0	Correct ECAL hit times for propagation: radial distance/c
ECALDeltaTimeHitResolution	float	10	ECAL Minimum Delta Time in ns for resolving two hits
ECALEndcapCorrectionFactor	float	1.025	Energy correction for ECAL endcap
ECALEndcapTimeWindowMax	float	100	ECAL Endcap Time Window maximum time in ns
ECALGapCorrection	int	1	Correct for ECAL gaps
ECALGapCorrectionFactor	float	1	Factor applied to gap correction
ECALLayers	IntVec	20 100	Index of ECal Layers
ECALModuleGapCorrectionFactor	float	0.5	Factor applied to module gap correction
ECALOutputCollection0	string	ECALBarrel	ECAL Collection of real Hits
ECALOutputCollection1	string	ECALEndcap	ECAL Collection of real Hits
ECALOutputCollection2	string	ECALOther	ECAL Collection of real Hits
ECALSimpleTimingCut	bool	true	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
ECALThreshold	float	5e-05	Threshold for ECAL Hits in GeV
ECALThresholdUnit	string	GeV	Unit for ECAL Threshold. Can be "GeV", "MIP" or "px". MIP and px need properly set calibration constants
ECALTimeResolution	float	10	ECAL Time Resolution used to smear hit times
ECALTimeWindowMin	float	-10	ECAL Time Window minimum time in ns
ECAL_PPD_N_Pixels	int	10000	ECAL total number of MPPC/SiPM pixels for implementation of saturation effect
ECAL_PPD_N_Pixels_uncertainty	float	0.05	ECAL fractional uncertainty of effective total number of MPPC/SiPM pixels
ECAL_PPD_PE_per_MIP	float	7	# Photo-electrons per MIP (scintillator): used to poisson smear #PEs if >0
ECAL_apply_realistic_digi	int	0	apply realistic digitisation to ECAL hits? (0=none, 1=silicon, 2=scintillator)
ECAL_deadCellRate	float	0	ECAL random dead cell fraction (as a fraction: 0->1)
ECAL_deadCell_memorise	bool	false	store dead ECAL cells in memory? (WARNING: can take a lot of memory if used...)
ECAL_default_layerConfig	string	000000000000000	default ECAL layer configuration (used if not found in gear file)
ECAL_elec_noise_mips	float	0	typical electronics noise (ECAL, in MIP units)
ECAL_maxDynamicRange_MIP	float	2500	maximum of dynamic range for ECAL (in MIPs)
ECAL_miscalibration_correl	float	0	correlated ECAL random gaussian miscalibration (as a fraction: 1.0 = 100%)
ECAL_miscalibration_uncorrel	float	0	uncorrelated ECAL random gaussian miscalibration (as a fraction: 1.0 = 100%)
ECAL_miscalibration_uncorrel_memorise	bool	false	store oncorrelated ECAL miscalbrations in memory? (WARNING: can take a lot of memory if used...)
ECAL_pixel_spread	float	0.05	variation of mppc/sipm pixels capacitance in ECAL (as a fraction: 0.01=1%)
ECAL_strip_absorbtionLength	float	1e+06	length scale for absorbtion along scintillator strip (mm)
HCALBarrelTimeWindowMax	float	100	HCAL Time Window maximum time in ns
HCALCollections	StringVec	HcalBarrelRegCollection HcalEndcapRingsCollection HcalEndcapsCollection	HCAL Collection Names
HCALCorrectTimesForPropagation	int	0	Correct HCAL hit times for propagation: radial distance/c
HCALDeltaTimeHitResolution	float	10	HCAL Minimum Delta Time in ns for resolving two hits
HCALEndcapCorrectionFactor	float	1.025	Energy correction for HCAL endcap
HCALEndcapTimeWindowMax	float	100	HCAL Time Window maximum time in ns
HCALGapCorrection	int	1	Correct for ECAL gaps
HCALLayers	IntVec	100	Index of HCal Layers
HCALModuleGapCorrectionFactor	float	0.5	Factor applied to module gap correction
HCALOutputCollection0	string	HCALBarrel	HCAL Collection of real Hits
HCALOutputCollection1	string	HCALEndcap	HCAL Collection of real Hits
HCALOutputCollection2	string	HCALOther	HCAL Collection of real Hits
HCALSimpleTimingCut	bool	true	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
HCALThreshold	FloatVec	4e-05	Threshold for HCAL Hits in GeV
HCALThresholdUnit	string	GeV	Unit for HCAL Threshold. Can be "GeV", "MIP" or "px". MIP and px need properly set calibration constants
HCALTimeResolution	float	10	HCAL Time Resolution used to smear hit times
HCALTimeWindowMin	float	-10	HCAL Time Window minimum time in ns
HCAL_PPD_N_Pixels	int	400	HCAL total number of MPPC/SiPM pixels for implementation of saturation effect
HCAL_PPD_N_Pixels_uncertainty	float	0.05	HCAL fractional uncertainty of effective total number of MPPC/SiPM pixels
HCAL_PPD_PE_per_MIP	float	10	# Photo-electrons per MIP (for AHCAL): used to poisson smear #PEs if >0
HCAL_apply_realistic_digi	int	0	apply realistic digitisation to HCAL hits? (0=none, 1=scintillator/SiPM)
HCAL_deadCellRate	float	0	HCAL random dead cell fraction (as a fraction: 0->1)
HCAL_deadCell_memorise	bool	false	store dead HCAL cells in memory? (WARNING: can take a lot of memory if used...)
HCAL_elec_noise_mips	float	0	typical electronics noise (HCAL, in MIP units)
HCAL_maxDynamicRange_MIP	float	200	maximum of dynamic range for HCAL (in MIPs)
HCAL_miscalibration_correl	float	0	correlated HCAL random gaussian miscalibration (as a fraction: 1.0 = 100%)
HCAL_miscalibration_uncorrel	float	0	uncorrelated HCAL random gaussian miscalibration (as a fraction: 1.0 = 100%)
HCAL_miscalibration_uncorrel_memorise	bool	false	store oncorrelated HCAL miscalbrations in memory? (WARNING: can take a lot of memory if used...)
HCAL_pixel_spread	float	0	variation of mppc/sipm pixels capacitance in HCAL (as a fraction: 0.01=1%)
Histograms	int	0	Hit times histograms
IfDigitalEcal	int	0	Digital Ecal
IfDigitalHcal	int	0	Digital Hcal
MapsEcalCorrection	int	0	Ecal correction for theta dependency of calibration for MAPS
RelationOutputCollection	string	RelationCaloHit	CaloHit Relation Collection
StripEcal_default_nVirtualCells	int	9	default number of virtual cells (used if not found in gear file)
UseEcalTiming	int	0	Use ECAL hit times
UseHcalTiming	int	1	Use HCAL hit times
energyPerEHpair	float	3.6	energy required to create e-h pair in silicon (in eV)

DDPandoraPFANewProcessor libDDMarlinPandora.so.0.14.0 ►

Pandora reconstructs clusters and particle flow objects

Parameter	Type	Default	Description
ClusterCollectionName	string	PandoraPFANewClusters	Cluster Collection Name
CreateGaps	bool	true	Decides whether to create gaps in the geometry (ILD-specific)
CurvatureToMomentumFactor	float	0.00015	Constant relating track curvature in b field to momentum
D0TrackCut	float	50	Track d0 cut used to determine whether track can be used to form pfo
D0UnmatchedVertexTrackCut	float	5	d0 cut used to determine whether unmatched vertex track can form pfo
DetectorName	string		The name of the detector
DigitalMuonHits	int	1	Treat muon hits as digital
ECALInputEnergyCorrectionPoints	FloatVec		The input energy points for electromagnetic energy correction
ECALOutputEnergyCorrectionPoints	FloatVec		The output energy points for electromagnetic energy correction
ECalBarrelNormalVector	FloatVec	0 0 1	Normal vector for the ECal barrel sensitive layers in local coordinates
ECalCaloHitCollections	StringVec		Name of the ECAL calo hit collections
ECalMipThreshold	float	0	Threshold for creating calo hits in the ECal, units mip
ECalScMipThreshold	float	0	Threshold for creating calo hits in the Sc-layers of ECAL, units mip
ECalScToEMGeVCalibration	float	1	The calibration from deposited Sc-layer energy to EM energy
ECalScToHadGeVCalibrationBarrel	float	1	The calibration from deposited Sc-layer energy to the barrel hadronic energy
ECalScToHadGeVCalibrationEndCap	float	1	The calibration from deposited Sc-layer energy on the endcaps to hadronic energy
ECalScToMipCalibration	float	1	The calibration from deposited Sc-layer energy to mip
ECalSiMipThreshold	float	0	Threshold for creating calo hits in the Si-layers of ECAL, units mip
ECalSiToEMGeVCalibration	float	1	The calibration from deposited Si-layer energy to EM energy
ECalSiToHadGeVCalibrationBarrel	float	1	The calibration from deposited Si-layer energy on the barrel to hadronic energy
ECalSiToHadGeVCalibrationEndCap	float	1	The calibration from deposited Si-layer energy on the enecaps to hadronic energy
ECalSiToMipCalibration	float	1	The calibration from deposited Si-layer energy to mip
ECalToEMGeVCalibration	float	1	The calibration from deposited ECal energy to EM energy
ECalToHadGeVCalibrationBarrel	float	1	The calibration from deposited ECal energy to hadronic energy
ECalToHadGeVCalibrationEndCap	float	1	The calibration from deposited ECal energy to hadronic energy
ECalToMipCalibration	float	1	The calibration from deposited ECal energy to mip
EMConstantTerm	float	0.01	The constant term for EM shower
EMStochasticTerm	float	0.17	The stochastic term for EM shower
FinalEnergyDensityBin	float	30	The software compensation final energy density bins for Pandora energy correction
HCalBarrelNormalVector	FloatVec	0 0 1	Normal vector for the HCal barrel sensitive layers in local coordinates
HCalCaloHitCollections	StringVec		Name of the HCAL calo hit collections
HCalMipThreshold	float	0	Threshold for creating calo hits in the HCal, units mip
HCalToEMGeVCalibration	float	1	The calibration from deposited HCal energy to EM energy
HCalToHadGeVCalibration	float	1	The calibration from deposited HCal energy to hadronic energy
HCalToMipCalibration	float	1	The calibration from deposited HCal energy to mip
HadConstantTerm	float	0.03	The constant term for Hadronic shower
HadStochasticTerm	float	0.6	The stochastic term for Hadronic shower
InputEnergyCorrectionPoints	FloatVec		The input energy points for hadronic energy correction
KinkVertexCollections	StringVec		Name of external kink Vertex collections
LCalCaloHitCollections	StringVec		Name of the LCAL calo hit collections
LHCalCaloHitCollections	StringVec		Name of the LHCAL calo hit collections
LayersFromEdgeMaxRearDistance	float	250	Maximum number of layers from candidate outer layer hit to rear of detector
MCParticleCollections	StringVec		Name of mc particle collections
MaxBarrelTrackerInnerRDistance	float	50	Track cut on distance from BarrelTracker inner r to id whether track can form pfo
MaxClusterEnergyToApplySoftComp	float	100	The maximum hadronic energy to apply software compensation in Pandora energy correction
MaxHCalHitHadronicEnergy	float	10000	The maximum hadronic energy allowed for a single hcal hit
MaxTrackHits	int	5000	Track quality cut: the maximum number of track hits
MaxTrackSigmaPOverP	float	0.15	Cut on fractional track momentum error
MinBarrelTrackerHitFractionOfExpected	float	0.2	Cut on fractional of expected number of BarrelTracker hits
MinCleanCorrectedHitEnergy	float	0.1	The minimum correction to on ecal hit in Pandora energy correction
MinCleanHitEnergy	float	0.5	The minimum hit energy to apply ecal correction in Pandora energy correction
MinCleanHitEnergyFraction	float	0.01	The minimum hit energy fraction to apply ecal correction in Pandora energy correction
MinFtdHitsForBarrelTrackerHitFraction	int	2	Cut on minimum number of FTD hits of BarrelTracker hit fraction to be applied
MinFtdTrackHits	int	0	Track quality cut: the minimum number of ftd track hits for ftd only tracks
MinMomentumForTrackHitChecks	float	1	Min track momentum required to perform final quality checks on number of hits
MinTrackECalDistanceFromIp	float	100	Sanity check on separation between ip and track projected ecal position
MinTrackHits	int	5	Track quality cut: the minimum number of track hits
MuonBarrelBField	float	-1.5	The bfield in the muon barrel, units Tesla
MuonCaloHitCollections	StringVec		Name of the muon calo hit collections
MuonEndCapBField	float	0.01	The bfield in the muon endcap, units Tesla
MuonHitEnergy	float	0.5	The energy for a digital muon calorimeter hit, units GeV
MuonToMipCalibration	float	1	The calibration from deposited Muon energy to mip
NOuterSamplingLayers	int	3	Number of layers from edge for hit to be flagged as an outer layer hit
OutputEnergyCorrectionPoints	FloatVec		The output energy points for hadronic energy correction
PFOCollectionName	string	PandoraPFANewPFOs	PFO Collection Name
PandoraSettingsXmlFile	string		The pandora settings xml file
ProngVertexCollections	StringVec		Name of external prong Vertex collections
ReachesECalBarrelTrackerOuterDistance	float	-100	Max distance from track to BarrelTracker r max to id whether track reaches ecal
ReachesECalBarrelTrackerZMaxDistance	float	-50	Max distance from track to BarrelTracker z max to id whether track reaches ecal
ReachesECalFtdZMaxDistance	float	1	Max distance from track hit to ftd z position to identify ftd hits
ReachesECalMinFtdLayer	int	9	Min FTD layer for track to be considered to have reached ecal
ReachesECalNBarrelTrackerHits	int	11	Minimum number of BarrelTracker hits to consider track as reaching ecal
ReachesECalNFtdHits	int	4	Minimum number of ftd hits to consider track as reaching ecal
RelCaloHitCollections	StringVec		SimCaloHit to CaloHit Relations Collection Name
RelTrackCollections	StringVec		Track to MCParticle Relations Collection Name
ShouldFormTrackRelationships	int	1	Whether to form pandora track relationships using v0 and kink info
SoftwareCompensationEnergyDensityBins	FloatVec	0 2 5 7.5 9.5 13 16 20 23.5 28	The 10 software compensation density bins for Pandora energy correction
SoftwareCompensationWeights	FloatVec	2.49632 -0.0697302 0.000946986 -0.112311 0.0028182 -9.62602e-05 0.168614 0.224318 -0.0872853	The 9 software compensation weights for Pandora energy correction
SplitVertexCollections	StringVec		Name of external split Vertex collections
StartVertexAlgorithmName	string	PandoraPFANew	The algorithm name for filling start vertex
StartVertexCollectionName	string	PandoraPFANewStartVertices	Start Vertex Collection Name
StripSplittingOn	int	0	To use strip splitting algorithm, this should be true
TrackCollections	StringVec		Names of the Track collections used for clustering
TrackCreatorName	string	DDTrackCreatorCLIC	The name of the DDTrackCreator implementation
TrackStateTolerance	float	0	Distance of possible second track state in the ECal Endcap to the ECal barrel inner radius
TrackSystemName	string	DDKalTest	Name of the track fitting system to be used (KalTest, DDKalTest, aidaTT, ... )
UnmatchedVertexTrackMaxEnergy	float	5	Maximum energy for unmatched vertex track
UseAPRIL	bool	false	Whether to use APRIL instead of Pandora for the reconstruction
UseAPRIL_Calo	bool	false	Whether to use APRIL instead of Pandora for the reconstruction
UseDD4hepField	bool	false	Whether to use the BField map from DD4hep
UseEcalScLayers	int	0	To use scintillator layers ~ hybrid ECAL, this should be true
UseNonVertexTracks	int	1	Whether can form pfos from tracks that don't start at vertex
UseUnmatchedNonVertexTracks	int	0	Whether can form pfos from unmatched tracks that don't start at vertex
UseUnmatchedVertexTracks	int	1	Whether can form pfos from unmatched tracks that start at vertex
V0VertexCollections	StringVec		Name of external V0 Vertex collections
YokeBarrelNormalVector	FloatVec	0 0 1	Normal vector for the muon barrel sensitive layers in local coordinates
Z0TrackCut	float	50	Track z0 cut used to determine whether track can be used to form pfo
Z0UnmatchedVertexTrackCut	float	5	z0 cut used to determine whether unmatched vertex track can form pfo
ZCutForNonVertexTracks	float	250	Non vtx track z cut to determine whether track can be used to form pfo

DDSimpleMuonDigi libDDMarlinPandora.so.0.14.0 ►

Performs simple digitization of sim muon hits...

Parameter	Type	Default	Description
CalibrMUON	float	120000	Calibration coefficients for MUON
CellIDLayerString	string	layer	name of the part of the cellID that holds the layer
DetectorNameBarrel	string	YokeBarrel	Name of the barrel subdetector
DetectorNameEndcap	string	YokeEndcap	Name of the endcap subdetector
KeepBarrelLayersVec	IntVec		Vector of Barrel layers to be kept. Layers start at 1!
KeepEndcapLayersVec	IntVec		Vector of Endcap layers to be kept. Layers start at 1!
MUONCollections	StringVec	yoke03_MuonBarrel yoke03_MuonEndCap yoke03_MuonPlug	Muon Collection Names
MUONOutputCollection	string	MUON	Muon Collection of real Hits
MaxHitEnergyMUON	float	2	maximum hit energy for a MUON hit
MuonThreshold	float	0.025	Threshold for Muon Hits in GeV
MuonTimeThreshold	float	0.025	Energy threshold for timing information for Muon Hits in GeV
RelationOutputCollection	string	RelationMuonHit	CaloHit Relation Collection

ForwardTracking 8 processors ▼

FTDBackgroundProcessor libForwardTracking.so.1.14.2 ►

FTDBackgroundProcessor creates salt and pepper background hits on the FTD

Parameter	Type	Default	Description
BackgroundHitDensity	FloatVec	0.013 0.008 0.002 0.002 0.001 0.001 0.001	Density of background hits in hits / cm^2 / BX
BackgroundHitDensitySigma	FloatVec	0.005 0.003 0.001 0.001 0.001 0.001 0.001	Standard deviation of density of background hits in hits / cm^2 / BX
DensityRegulator	float	1	Regulates all densities. So this can be used to dim or amplify all the background. 1 means no change at all
FTDPixelTrackerHitCollectionName	string	FTDPixelTrackerHits	Name of the FTD Pixel TrackerHit collection
FTDStripTrackerHitCollectionName	string	FTDStripTrackerHits	Name of the FTD Strip TrackerHit collection
IntegratedBX	IntVec	100 100 1 1 1 1 1	Number of bunchcrossings that are integrated
ResolutionU	float	0.004	resolution in direction of u
ResolutionV	float	0.004	resolution in direction of v

ForwardTracking libForwardTracking.so.1.14.2 ►

ForwardTracking reconstructs tracks through the FTD

Parameter	Type	Default	Description
BestSubsetFinder	string	SubsetHopfieldNN	The method used to find the best non overlapping subset of tracks. Available are: SubsetHopfieldNN, SubsetSimple and None
Chi2ProbCut	double	0.005	Tracks with a chi2 probability below this will get sorted out
Crit2_DeltaPhi_MV_max	FloatVec		The maximum of Crit2_DeltaPhi_MV
Crit2_DeltaPhi_MV_min	FloatVec		The minimum of Crit2_DeltaPhi_MV
Crit2_DeltaPhi_max	FloatVec		The maximum of Crit2_DeltaPhi
Crit2_DeltaPhi_min	FloatVec		The minimum of Crit2_DeltaPhi
Crit2_DeltaRho_max	FloatVec		The maximum of Crit2_DeltaRho
Crit2_DeltaRho_min	FloatVec		The minimum of Crit2_DeltaRho
Crit2_DeltaTheta_MV_max	FloatVec		The maximum of Crit2_DeltaTheta_MV
Crit2_DeltaTheta_MV_min	FloatVec		The minimum of Crit2_DeltaTheta_MV
Crit2_Distance_MV_max	FloatVec		The maximum of Crit2_Distance_MV
Crit2_Distance_MV_min	FloatVec		The minimum of Crit2_Distance_MV
Crit2_HelixWithIP_max	FloatVec		The maximum of Crit2_HelixWithIP
Crit2_HelixWithIP_min	FloatVec		The minimum of Crit2_HelixWithIP
Crit2_RZRatio_max	FloatVec		The maximum of Crit2_RZRatio
Crit2_RZRatio_min	FloatVec		The minimum of Crit2_RZRatio
Crit2_StraightTrackRatio_max	FloatVec		The maximum of Crit2_StraightTrackRatio
Crit2_StraightTrackRatio_min	FloatVec		The minimum of Crit2_StraightTrackRatio
Crit3_2DAngleTimesR_max	FloatVec		The maximum of Crit3_2DAngleTimesR
Crit3_2DAngleTimesR_min	FloatVec		The minimum of Crit3_2DAngleTimesR
Crit3_2DAngle_max	FloatVec		The maximum of Crit3_2DAngle
Crit3_2DAngle_min	FloatVec		The minimum of Crit3_2DAngle
Crit3_3DAngleTimesR_max	FloatVec		The maximum of Crit3_3DAngleTimesR
Crit3_3DAngleTimesR_min	FloatVec		The minimum of Crit3_3DAngleTimesR
Crit3_3DAngle_max	FloatVec		The maximum of Crit3_3DAngle
Crit3_3DAngle_min	FloatVec		The minimum of Crit3_3DAngle
Crit3_ChangeRZRatio_max	FloatVec		The maximum of Crit3_ChangeRZRatio
Crit3_ChangeRZRatio_min	FloatVec		The minimum of Crit3_ChangeRZRatio
Crit3_IPCircleDistTimesR_max	FloatVec		The maximum of Crit3_IPCircleDistTimesR
Crit3_IPCircleDistTimesR_min	FloatVec		The minimum of Crit3_IPCircleDistTimesR
Crit3_IPCircleDist_max	FloatVec		The maximum of Crit3_IPCircleDist
Crit3_IPCircleDist_min	FloatVec		The minimum of Crit3_IPCircleDist
Crit3_NoZigZag_MV_max	FloatVec		The maximum of Crit3_NoZigZag_MV
Crit3_NoZigZag_MV_min	FloatVec		The minimum of Crit3_NoZigZag_MV
Crit3_PT_MV_max	FloatVec		The maximum of Crit3_PT_MV
Crit3_PT_MV_min	FloatVec		The minimum of Crit3_PT_MV
Crit3_PT_max	FloatVec		The maximum of Crit3_PT
Crit3_PT_min	FloatVec		The minimum of Crit3_PT
Crit4_2DAngleChange_max	FloatVec		The maximum of Crit4_2DAngleChange
Crit4_2DAngleChange_min	FloatVec		The minimum of Crit4_2DAngleChange
Crit4_3DAngleChangeNormed_max	FloatVec		The maximum of Crit4_3DAngleChangeNormed
Crit4_3DAngleChangeNormed_min	FloatVec		The minimum of Crit4_3DAngleChangeNormed
Crit4_3DAngleChange_max	FloatVec		The maximum of Crit4_3DAngleChange
Crit4_3DAngleChange_min	FloatVec		The minimum of Crit4_3DAngleChange
Crit4_DistOfCircleCenters_max	FloatVec		The maximum of Crit4_DistOfCircleCenters
Crit4_DistOfCircleCenters_min	FloatVec		The minimum of Crit4_DistOfCircleCenters
Crit4_DistToExtrapolation_max	FloatVec		The maximum of Crit4_DistToExtrapolation
Crit4_DistToExtrapolation_min	FloatVec		The minimum of Crit4_DistToExtrapolation
Crit4_NoZigZag_max	FloatVec		The maximum of Crit4_NoZigZag
Crit4_NoZigZag_min	FloatVec		The minimum of Crit4_NoZigZag
Crit4_PhiZRatioChange_max	FloatVec		The maximum of Crit4_PhiZRatioChange
Crit4_PhiZRatioChange_min	FloatVec		The minimum of Crit4_PhiZRatioChange
Crit4_RChange_max	FloatVec		The maximum of Crit4_RChange
Crit4_RChange_min	FloatVec		The minimum of Crit4_RChange
Criteria	StringVec	Crit2_DeltaPhi Crit2_DeltaPhi_MV Crit2_DeltaRho Crit2_DeltaTheta_MV Crit2_Distance_MV Crit2_HelixWithIP Crit2_RZRatio Crit2_StraightTrackRatio Crit3_2DAngle Crit3_2DAngleTimesR Crit3_3DAngle Crit3_3DAngleTimesR Crit3_ChangeRZRatio Crit3_IPCircleDist Crit3_IPCircleDistTimesR Crit3_NoZigZag_MV Crit3_PT Crit3_PT_MV Crit4_2DAngleChange Crit4_3DAngleChange Crit4_3DAngleChangeNormed Crit4_DistOfCircleCenters Crit4_DistToExtrapolation Crit4_NoZigZag Crit4_PhiZRatioChange Crit4_RChange	A vector of the criteria that are going to be used. For every criterion a min and max needs to be set!!!
EnergyLossOn	bool	true	Use Energy Loss in Fit
FTDHitCollections	StringVec	FTDTrackerHits FTDSpacePoints	FTD Hit Collections
ForwardTrackCollection	string	ForwardTracks	Name of the Forward Tracking output collection
GetTrackStateAtCaloFace	bool	true	Set to false if no track state at the calorimeter is needed
HNN_Activation_Threshold	double	0.5	The activation threshold for the Hopfield Neural Network
HNN_Omega	double	0.75	Omega for the Hopfield Neural Network; the higher omega the higher the influence of the quality indicator
HNN_TInf	double	0.1	The temperature limit of the Hopfield Neural Network
HelixFitMax	double	500	The maximum chi2/Ndf that is allowed as result of a helix fit
HitsPerTrackMin	int	4	The minimum number of hits to create a track
MaxConnectionsAutomaton	int	100000	If the automaton has more connections than this it will be redone with the next set of cut off parameters
MaxHitsPerSector	int	1000	Maximal number of hits allowed on a sector. More will cause drop of hits in sector
MultipleScatteringOn	bool	true	Use MultipleScattering in Fit
OverlappingHitsDistMax	double	3.5	The maximum distance of hits from overlapping petals belonging to one track
SmoothOn	bool	false	Smooth All Measurement Sites in Fit
TakeBestVersionOfTrack	bool	true	Whether when adding hits to a track only the track with highest quality should be further processed
TrackSystemName	string	DDKalTest	Name of the track fitting system to be used ( DDKalTest, aidaTT, ... )

OverlapChecker libForwardTracking.so.1.14.2 ►

OverlapChecker: Checks if tracks are overlapping

Parameter	Type	Default	Description
TrackCollectionName	string	ForwardTracks	The collection of the tracks to check

SiliconEndcapTracking libForwardTracking.so.1.14.2 ►

SiliconEndcapTracking reconstructs tracks through the FTD

Parameter	Type	Default	Description
BestSubsetFinder	string	SubsetHopfieldNN	The method used to find the best non overlapping subset of tracks. Available are: SubsetHopfieldNN, SubsetSimple and None
Chi2ProbCut	double	0.005	Tracks with a chi2 probability below this will get sorted out
Crit2_DeltaPhi_MV_max	FloatVec		The maximum of Crit2_DeltaPhi_MV
Crit2_DeltaPhi_MV_min	FloatVec		The minimum of Crit2_DeltaPhi_MV
Crit2_DeltaPhi_max	FloatVec		The maximum of Crit2_DeltaPhi
Crit2_DeltaPhi_min	FloatVec		The minimum of Crit2_DeltaPhi
Crit2_DeltaRho_max	FloatVec		The maximum of Crit2_DeltaRho
Crit2_DeltaRho_min	FloatVec		The minimum of Crit2_DeltaRho
Crit2_DeltaTheta_MV_max	FloatVec		The maximum of Crit2_DeltaTheta_MV
Crit2_DeltaTheta_MV_min	FloatVec		The minimum of Crit2_DeltaTheta_MV
Crit2_Distance_MV_max	FloatVec		The maximum of Crit2_Distance_MV
Crit2_Distance_MV_min	FloatVec		The minimum of Crit2_Distance_MV
Crit2_HelixWithIP_max	FloatVec		The maximum of Crit2_HelixWithIP
Crit2_HelixWithIP_min	FloatVec		The minimum of Crit2_HelixWithIP
Crit2_RZRatio_max	FloatVec		The maximum of Crit2_RZRatio
Crit2_RZRatio_min	FloatVec		The minimum of Crit2_RZRatio
Crit2_StraightTrackRatio_max	FloatVec		The maximum of Crit2_StraightTrackRatio
Crit2_StraightTrackRatio_min	FloatVec		The minimum of Crit2_StraightTrackRatio
Crit3_2DAngleTimesR_max	FloatVec		The maximum of Crit3_2DAngleTimesR
Crit3_2DAngleTimesR_min	FloatVec		The minimum of Crit3_2DAngleTimesR
Crit3_2DAngle_max	FloatVec		The maximum of Crit3_2DAngle
Crit3_2DAngle_min	FloatVec		The minimum of Crit3_2DAngle
Crit3_3DAngleTimesR_max	FloatVec		The maximum of Crit3_3DAngleTimesR
Crit3_3DAngleTimesR_min	FloatVec		The minimum of Crit3_3DAngleTimesR
Crit3_3DAngle_max	FloatVec		The maximum of Crit3_3DAngle
Crit3_3DAngle_min	FloatVec		The minimum of Crit3_3DAngle
Crit3_ChangeRZRatio_max	FloatVec		The maximum of Crit3_ChangeRZRatio
Crit3_ChangeRZRatio_min	FloatVec		The minimum of Crit3_ChangeRZRatio
Crit3_IPCircleDistTimesR_max	FloatVec		The maximum of Crit3_IPCircleDistTimesR
Crit3_IPCircleDistTimesR_min	FloatVec		The minimum of Crit3_IPCircleDistTimesR
Crit3_IPCircleDist_max	FloatVec		The maximum of Crit3_IPCircleDist
Crit3_IPCircleDist_min	FloatVec		The minimum of Crit3_IPCircleDist
Crit3_NoZigZag_MV_max	FloatVec		The maximum of Crit3_NoZigZag_MV
Crit3_NoZigZag_MV_min	FloatVec		The minimum of Crit3_NoZigZag_MV
Crit3_PT_MV_max	FloatVec		The maximum of Crit3_PT_MV
Crit3_PT_MV_min	FloatVec		The minimum of Crit3_PT_MV
Crit3_PT_max	FloatVec		The maximum of Crit3_PT
Crit3_PT_min	FloatVec		The minimum of Crit3_PT
Crit4_2DAngleChange_max	FloatVec		The maximum of Crit4_2DAngleChange
Crit4_2DAngleChange_min	FloatVec		The minimum of Crit4_2DAngleChange
Crit4_3DAngleChangeNormed_max	FloatVec		The maximum of Crit4_3DAngleChangeNormed
Crit4_3DAngleChangeNormed_min	FloatVec		The minimum of Crit4_3DAngleChangeNormed
Crit4_3DAngleChange_max	FloatVec		The maximum of Crit4_3DAngleChange
Crit4_3DAngleChange_min	FloatVec		The minimum of Crit4_3DAngleChange
Crit4_DistOfCircleCenters_max	FloatVec		The maximum of Crit4_DistOfCircleCenters
Crit4_DistOfCircleCenters_min	FloatVec		The minimum of Crit4_DistOfCircleCenters
Crit4_DistToExtrapolation_max	FloatVec		The maximum of Crit4_DistToExtrapolation
Crit4_DistToExtrapolation_min	FloatVec		The minimum of Crit4_DistToExtrapolation
Crit4_NoZigZag_max	FloatVec		The maximum of Crit4_NoZigZag
Crit4_NoZigZag_min	FloatVec		The minimum of Crit4_NoZigZag
Crit4_PhiZRatioChange_max	FloatVec		The maximum of Crit4_PhiZRatioChange
Crit4_PhiZRatioChange_min	FloatVec		The minimum of Crit4_PhiZRatioChange
Crit4_RChange_max	FloatVec		The maximum of Crit4_RChange
Crit4_RChange_min	FloatVec		The minimum of Crit4_RChange
Criteria	StringVec	Crit2_DeltaPhi Crit2_DeltaPhi_MV Crit2_DeltaRho Crit2_DeltaTheta_MV Crit2_Distance_MV Crit2_HelixWithIP Crit2_RZRatio Crit2_StraightTrackRatio Crit3_2DAngle Crit3_2DAngleTimesR Crit3_3DAngle Crit3_3DAngleTimesR Crit3_ChangeRZRatio Crit3_IPCircleDist Crit3_IPCircleDistTimesR Crit3_NoZigZag_MV Crit3_PT Crit3_PT_MV Crit4_2DAngleChange Crit4_3DAngleChange Crit4_3DAngleChangeNormed Crit4_DistOfCircleCenters Crit4_DistToExtrapolation Crit4_NoZigZag Crit4_PhiZRatioChange Crit4_RChange	A vector of the criteria that are going to be used. For every criterion a min and max needs to be set!!!
EnergyLossOn	bool	true	Use Energy Loss in Fit
FTDHitCollections	StringVec	FTDTrackerHits FTDSpacePoints	FTD Hit Collections
ForwardTrackCollection	string	ForwardTracks	Name of the Forward Tracking output collection
GetTrackStateAtCaloFace	bool	true	Set to false if no track state at the calorimeter is needed
HNN_Activation_Threshold	double	0.5	The activation threshold for the Hopfield Neural Network
HNN_Omega	double	0.75	Omega for the Hopfield Neural Network; the higher omega the higher the influence of the quality indicator
HNN_TInf	double	0.1	The temperature limit of the Hopfield Neural Network
HelixFitMax	double	500	The maximum chi2/Ndf that is allowed as result of a helix fit
HitsPerTrackMin	int	4	The minimum number of hits to create a track
MaxConnectionsAutomaton	int	920	If the automaton has more connections than this it will be redone with the next set of cut off parameters
MaxHitsPerSector	int	1000	Maximal number of hits allowed on a sector. More will cause drop of hits in sector
MultipleScatteringOn	bool	true	Use MultipleScattering in Fit
NDivisionsInPhi	int	80	Number of divisions in Phi
NDivisionsInTheta	int	180	Number of divisions in Theta
OverlappingHitsDistMax	double	4	The maximum distance of hits from overlapping petals belonging to one track
SmoothOn	bool	false	Smooth All Measurement Sites in Fit
TakeBestVersionOfTrack	bool	true	Whether when adding hits to a track only the track with highest quality should be further processed
TrackSystemName	string	DDKalTest	Name of the track fitting system to be used ( DDKalTest, aidaTT, ... )

StepAnalyser libForwardTracking.so.1.14.2 ►

StepAnalyser: Stores information about the path of a particle

Parameter	Type	Default	Description
MCTrueTrackRelCollectionName	string	TrueTracksMCP	Name of the TrueTrack MC Relation collection
RootFileName	string	StepAnalysis.root	Name of the root file for saving the results

TrackPickProcessor libForwardTracking.so.1.14.2 ►

TrackPickProcessor makes a collection of only one / a few true tracks

Parameter	Type	Default	Description
MCTrueTrackRelCollectionName	string	TrueTracksMCP	Name of the TrueTrack MC Relation collection
TrackPickCollection	string	PickedTrackHits	Name of picked track hits output collection

TrackingFeedbackProcessor libForwardTracking.so.1.14.2 ►

TrackingFeedbackProcessor gives feedback about the Track Search

Parameter	Type	Default	Description
CutChi2Prob	double	0.005	Tracks with a chi2 probability below this value won't be considered
CutDistToIPMax	double	10000	The maximum distance from the origin of the MCP to the IP (0,0,0)
CutFitFails	bool	false	Whether to cut all tracks that fail at fitting
CutNumberOfHitsMin	int	4	The minimum number of hits a track must have
CutNumberOfHitsMin_HitsCountOncePerLayer	bool	false	Whether the hits used for the cut CutNumberOfHitsMin only count once for each layer, i.e double hits on a layer count as one
CutPtMin	double	0.1	The minimum transversal momentum pt above which tracks are of interest in GeV
CutThetaMax	double	91	The maximum theta of the track in deg
CutThetaMin	double	0	The minimum theta of the track in deg
DrawMCPTracks	bool	false	Draw the helices of the MCP (values at IP) in CED
EnergyLossOn	bool	true	Use Energy Loss in Fit
MCTrueTrackRelCollectionName	string	TrueTracksMCP	Name of the TrueTrack MC Relation collection
MultipleScatteringOn	bool	true	Use MultipleScattering in Fit
RateOfAssignedHitsMin	float	0.5	More than this rate of hits of the reco track must belong to the true track to be assigned
RateOfFoundHitsMin	float	0.5	More than this rate of hits of the real track must be in a reco track to be assigned
RootFileAppend	bool	false	Whether the root output file should be appended to an existing one
RootFileName	string	Feedback.root	Name for the root file where the tracks are saved
SaveAllEventsSummary	bool	false	If true the results of all events are summed up and saved in the file specified under SummaryFileName
SmoothOn	bool	false	Smooth All Measurement Sites in Fit
SummaryFileName	string	TrackingFeedbackSum.csv	All events are summed up and saved in this file, if SaveAllEventsSummary == true
TableFileName	string	TrackingFeedback.csv	Name of the table file for saving the results
TrackCollection	string	ForwardTracks	Name of Track collection to check

TrueTrackCritAnalyser libForwardTracking.so.1.14.2 ►

TrueTrackCritAnalyser: Analysis of criteria for the Cellular Automaton

Parameter	Type	Default	Description
CutChi2Prob	double	0.005	Tracks with a chi2 probability below this value won't be considered
CutDistToIPMax	double	100	The maximum distance from the origin of the MCP to the IP (0,0,0)
CutNumberOfHitsMin	int	4	The minimum number of hits a track must have
CutPtMin	double	0.1	The minimum transversal momentum pt above which tracks are of interest in GeV
EnergyLossOn	bool	true	Use Energy Loss in Fit
MCTrueTrackRelCollectionName	string	TruthTracksMCP	Name of the TrueTrack MC Relation collection
MultipleScatteringOn	bool	true	Use MultipleScattering in Fit
OverlappingHitsDistMax	double	4	The maximum distance of hits from overlapping petals belonging to one track
RootFileName	string	TrueTracksCritAnalysis.root	Name of the root file for saving the results
SmoothOn	bool	false	Smooth All Measurement Sites in Fit
WriteNewRootFile	bool	true	What to do with older root file: true = rename it, false = leave it and append new one

Garlic 2 processors ▼

ECALPreClustering libGarlic.so.3.1.0 ►

Preclusters ECAL hits to define ROIs for Garlic

Parameter	Type	Default	Description
Debug	int	0	Debugging level 0-3
DistanceCut	float	40	Maximum distance of two hits grouped to the same PreCluster
EcalHitCollections	StringVec	ECALEndcap ECALBarrel ECALOther	names of ECAL hit collections
EcalPreClusterCollection	string	ECAL_PreClusters	Collecion name of the ECAL preClusrters
MinimumHits	int	5	Minimum number of hits to accept a PreCluster

GarlicProcessor libGarlic.so.3.1.0 ►

Clustering and photon recognition

Parameter	Type	Default	Description
ClusterCollName	string	GARLICPhotonClusters	Name of garlic cluster collection
ClusterMaxDist	float	2	Maximum distance from core to added hits (in Moliere Radii)
ClusterParLinksCollName	string	GARLICClusterParameterLinks	Name of cluster to parameter relations
ClusterParametersCollName	string	GARLICClusterParameters	Name of garlic cluster parameters collection
CoreCollName	string	GARLICCores	Name of garlic core collection
CoreMaxDistance	float	1.5	max transverse distance for adding hits to core (in terms of cell size)
CoreMaxHoleSection1	int	3	max hole in core building for section 1
CoreMaxHoleSection2	int	2	max hole in core building for section 2
CoreNlayersSection1	int	16	first calo section definition for core building
DebugMode	int	0	Talk a lot? (0-3)
EcalEnergyMipConversion	float	140	factor to convert between ECAL hit energy and MIP scale, for first layer
EcalPreClusterCollection	string	ECAL_PreClusters	Name of PreCluster collection
ElectronClusterCollName	string	GARLICElectronClusters	Name of electron cluster collection
ElectronTransTubeNSteps	int	3	number of iterations for electron tube making
ElectronTransTubeStepSize	float	0.75	fraction of moliere radius with which to increment electron hit tube at each iteration
ForwardTrackAngle	float	0.15	Tracks with polar angle below this have less stringent cuts for electron finding (rad)
GarlicConversionsPFOColName	string	GARLICConversionPFOs	collection of identified conversions
GarlicDebugCollections	bool	false	write out debug info collections to lcio file?
GarlicElectronsPFOColName	string	GARLICElectronPFOs	collection of identified electrons
GarlicPhotonsPFOColName	string	GARLICPhotonPFOs	collection of photon PFOs
MCParticleCollection	string	MCParticle	Name of the MCParticle input collection
MaxMergeDistEnDep	float	1.5	maximum distance between clusters to consider merging: max(MaxMergeDistLowEn, MaxMergeDistLowEn + MaxMergeDistEnDep*log10(clusEn))
MaxMergeDistLowEn	float	2	maximum distance between clusters to consider merging: max(MaxMergeDistLowEn, MaxMergeDistLowEn + MaxMergeDistEnDep*log10(clusEn))
MergeAbsoluteLargestDist	float	500	don't consider merging two clusters if distance between cluster centres > MergeAbsoluteLargestDist
MergeEnergyDistFactor	float	120	don't consider merging two clusters if E_min/E_max > MergeEnergyDistFactor/(cl-cl dist **2) [cl-cl dist = transverse dist between clusters in mm]
MergePi0MassLimit	float	0.1	to veto merging 2 clusters, ask for their invariant mass to be consistent with a value > MergePi0MassLimit @ 2 sigma, and that E_max/E_min < MergePi0MaxEnergyImbalance
MergePi0MaxEnergyImbalance	float	50	to veto merging 2 clusters, ask for their invariant mass to be consistent with a value > MergePi0MassLimit @ 2 sigma, and that E_max/E_min < MergePi0MaxEnergyImbalance
MergeRatioCut	float	0.25	don't consider merging two clusters if E_min/E_max > MergeRatioCut
MoliereRadius	float	20	assumed Moliere radius of ECAL (mm)
PhotonCutFile	string		file containing the photon selection cuts
RemovedHitsCollection	string	GARLICRemovedHits	collection name of removed hits (near tracks)
SeedClusterLinksCollName	string	GARLICSeedClusterLinks	Name of seed to cluster relations
SeedCollName	string	GARLICSeeds	Name of garlic seed collection
SeedCoreLinksCollName	string	GARLICSeedCoreLinks	Name of seed to core relations
SeedMaxDistance	float	1.5	radius of seed cylinder (in terms of cell size)
SeedMinEnergy	float	5	reject seeds below this energy (in MIPs)
SeedMinHitEnergy	float	2.5	consider only hits above this threshold (in MIPs) in the seeding
SeedMinHits	int	2	Minimum number of hits to accept a seed.
SeedNLayers	int	12	Number of ECAL pseudo layers used for projecting to obtain a seed, typically equivalent to 5 X0.
TPCTrackCollection	string	ClupatraTracks	TPC track collection name
TouchingCellDistance	float	2.4	definition of distance between cells to be considered touching (multiplier of cell size)
TrackCheat	bool	false	take MC info for tracks?
TrackCollection	string	MarlinTrkTracks	track collection name
TrackExtrapolationCollName	string	GARLICTrackExtrapolations	Name of track extrapolation collection
TrackRemoveNearbyHits	bool	true	Should remove Hits near extrapolated tracks to reject pions?
TrackVetoWindow	float	10	window around track in which to remove hits (mm)
clusterCheckHistoFile	string		name of file in which to save clustering histograms
constantTerm	float	0.01	assumed constant term of energy resolution
simHitCaloHitRelations	string	RelationCaloHit	name of sim->calo hit relation collection
stochasticTerm	float	0.17	assumed stochastic term of energy resolution

ILDPerformance 10 processors ▼

DDDiagnostics libILDPerformance.so.1.12.1 ►

DDDiagnostics generates information for tracking performance monitor.

Parameter	Type	Default	Description
CosThetaCut	double	0.9	Maximum costheta of examined MCParticles sample
DistFromIP	double	10	Maximum distance from IP of examined MCParticles sample (in mm)
FillBigTTree	bool	false	Fill the more detail information into TTree for DEBUG.
MCParticleCollection	string	MCParticle	Name of the MCParticle input collection
MCTracksTruthLinkCollectionName	string	MCTracksTruthLink	true - reco relation collection
PCut	double	0	Minimum momentum of examined MCParticles sample (in GeV)
PTCut	double	0	Minimum transverse momentum of examined MCParticles sample (in GeV)
PhysSampleOn	bool	false	Enable when we run diagnostics to a simulated physics sample
ReqInnVXDHit	bool	false	Requirement that the innermost VXD hit should be found
RequiredPurity	double	0.74	ratio of hits belonging to the dominant MC particle to total number of track hits
RequiredSiHits	int	4	minimum required hits on Si detectors in order to consider the track found
SITTrackerHitRelations	string	SITTrackerHitRelations	SIT tracker hits to sim hits
SiTrkEffOn	bool	false	Enables cuts to define the examined track sample
SimTrackerHitCollections	StringVec	VXDCollection FTDCollection SITCollection TPCCollection	Names of the SimTrackerHits input collection
SpcPntsCollection	string	SITTrackerHits	Name of the SIT SpacePoints collection
StudiedTracks	string	MarlinTrkTracks	Name of the FullLDC track collection
TracksMCTruthLinkCollectionName	string	TracksMCTruthLink	reco - true relation collection
TrkEffOn	bool	false	Enables cuts to define the examined track sample
VXDTrackerHitRelations	string	VXDTrackerHitRelations	VXD tracker hits to sim hits
VXDTrackerHits	string	VXDTrackerHits	Name of the VXDTrackerHit collection

PIDTree libILDPerformance.so.1.12.1 ►

PIDTree create a ROOT TTree with PID parameters

Parameter	Type	Default	Description
BCALCLusters	string	BCALCLusters	Name of the BCAL clusters input collection
BCALParticles	string	BCALParticles	Name of the BCALParticles input collection
MCParticleCollection	string	MCParticle	Name of the MCParticle input collection
MCTruth2RecoLinkCollectionName	string	MCTruthRecoLink	true - reco relation collection
MCTruth2TrackLinkCollectionName	string	MCTruthMarlinTrkTracksLink	true - track relation collection
PFOs	string	PandoraPFOs	particle flow objects
Reco2MCTruthLinkCollectionName	string	RecoMCTruthLink	reco - true relation collection
StudiedTracks	string	MarlinTrkTracks	Name of the FullLDC track collection

Pi0Tree libILDPerformance.so.1.12.1 ►

Pi0Tree does whatever it does ...

Parameter	Type	Default	Description
GammaGammaParticleCollection	string	GammaGammaParticles	Name of the gamma-gamma candidate input collection
MCParticleCollection	string	MCParticle	Name of the MCParticle input collection
MCTruth2RecoLinkCollectionName	string	MCTruthRecoLink	true - reco relation collection
Reco2MCTruthLinkCollectionName	string	RecoMCTruthLink	reco - true relation collection

Residuals libILDPerformance.so.1.12.1 ►

Residuals studies

Parameter	Type	Default	Description
MarlinTrkTrack	string	MarlinTrkTracks	Input track collection
SortWrtRadius	bool	true	Sort the hits wrt to their radius
TrackSystemName	string	DDKalTest	Name of the track fitting system to be used (DDKalTest, aidaTT, ... )

Skim libILDPerformance.so.1.12.1 ►

skim the MCParticle collection to MC charged particle with 40<theta<140 (vertex barrel)

Parameter	Type	Default	Description
MCParticleCollectionName	string	MCParticle	Name of the MCParticle input collection
MCParticleSkimmedCollectionName	string	MCParticleSkimmed	Name of the skimmed MCParticle output collection
ThetaMax	double	140	Maximum polar angle (in deg) to accept MC in skim
ThetaMin	double	40	Minimum polar angle (in deg) to accept MC in skim

TrackerHitCounter libILDPerformance.so.1.12.1 ►

TrackerHitCounter counts SimTrackerHits in tracker detector elements and reports the number of hits per unit area.

Parameter	Type	Default	Description
TrkHitCollections	StringVec	VXDCollection SITCollection FTDCollection TPCCollection SETCollection	Tracker hit collections that will be analysed

WWZZProcessor libILDPerformance.so.1.12.1 ►

WWZZProcessor: Search for e+e- -> vvWW/vvZZ -> vvqqqq at the ILD detector

Parameter	Type	Default	Description
CrossSection	float	0	Cross section of sample stdhep file
InputAllPFOsCollection	string	PandoraPFOs	Name of the PFOs collection
InputFastJetsCollection	string	FastJets	Name of the jet collection
InputIsolepsCollection	string	Isoleps	Name of the isolated lepton collection
MCParticleCollection	string	MCParticle	Name of the MC particle collection
RootFileName	string	/nfs/dust/ilc/group/ild/beyerjac/VBS/nunu_hadrons/output/root_files/output.root	Name of Root file (default: output.root)

dEdxAnalyser libILDPerformance.so.1.12.1 ►

description not set by author

Parameter	Type	Default	Description
LikelihoodPIDMethod	string	dEdxPID	Name of PID algorithm in LikelihoodPIDProcessor to be used in PFO vs. truth comparison matrix; default: 'dEdxPID'.
MCParticleCollection	string	MCParticle	MC Particles
PFOCollection	string	PandoraPFOs	Pandora PFOs
TrackCollection	string	MarlinTrkTracks	Name of input collection of reconstructed Tracks
TrackMCTruthLink	string	MarlinTrkTracksMCTruthLink	LCRelation from the reconstructed tracks to the MC particles
cutD0	double	0	Tracks with a d0 larger than the given value will be ignored. Set to 0 to accept all particles.
cutLamMax	double	0	Tracks with an angle lambda (relative to the cathode) larger than the given value will be ignored. Set to 0 to accept all particles.
cutLamMin	double	0	Tracks with an angle lambda (relative to the cathode) smaller than the given value will be ignored. Set to 0 to accept all particles.
cutMomMax	double	0	Tracks with a momentum larger than the given value will be ignored. Set to 0 to accept all particles.
cutMomMin	double	0	Tracks with a momentum smaller than the given value will be ignored. Set to 0 to accept all particles.
cutTrackPurity	bool	false	Set true if particles should be ignored, where the MCParticle is connected to more than one track.
cutTrackPurityMom	bool	false	Set true if particles should be ignored, where the MCParticle is connected to more than one track, but the track with the highest momentum is still used.
cutZ0	double	0	Tracks with a z0 larger than the given value will be ignored. Set to 0 to accept all particles.
cutdEdx	bool	false	Set true if particles with a very off dE/dx value should be ignored.
fiducialLamMax	double	10	Fiducial maximum absolut lambda / deg; default: 10.
fiducialLamMin	double	1	Fiducial minimum absolut lambda / deg; default: 1.
fiducialMomMax	double	10	Fiducial maximum absolut momentum / GeV; default: 10.
fiducialMomMin	double	3	Fiducial minimum absolut momentum / GeV; default: 3.
fiducialNHitsMin	int	200	Fiducial minimum number of hits; default: 200.
fileFormat	string	.png	Specify the format of the automatically plotted images (if chosen). Selection depends on root TPad::Print() capabilities, typically: [.ps, .eps, .pdf, .svg, .tex, .gif, .xpm, .png, .jpg, .tiff, .cxx, .xml, .json, .root]. Default: .png.
maxBinX	double	2	log_10(momentum/GeV) of the upper end of the momentum axis in histograms. Default: 2 (= 100 GeV).
maxBinY	double	1e-06	Upper end of the dE/dx axis in GeV/mm in histograms. Default: 1e-6 GeV/mm.
minBinX	double	-1	log_10(momentum/GeV) of the lower end of the momentum axis in histograms. Default: -1 (= 0.1 GeV).
minBinY	double	0	Lower end of the dE/dx axis in GeV/mm in histograms. Default: 0 GeV/mm.
nBinsX	int	100	Number of bins of the momentum axis in histograms. Default: 100.
nBinsY	int	300	Number of bins of the dE/dx axis in histograms. Default: 300.
plotFolder	string	.	Specify the folder in which the automatically plotted images should be stored (if chosen). Needs to exist. Default: '.' [current working directory].
plotStuff	bool	false	Set true to automatically plot various histograms as .png in the current working directory. Default: false.
useLCTPCStyle	bool	false	Set true if you would like to use the LCTPCStyle.C from MarlinTPC/analysis/rootscripts as style for the plots. Default: false.
useOneTrack	bool	false	Set true if from every event only the first object in the selected collection (track or PFO) should be used.
usePFOTracks	bool	false	Set true if tracks from (charged) PFOs should be used as data basis instead of all tracks from the TrackCollection.
usePFOTruthLink	bool	false	Set true if the LCRelation from PFO to MCTruth instead of Track to MCTruth should be used to determine MC PDG.

validateAutoProcessor libILDPerformance.so.1.12.1 ►

validateAutoProcessor makes histograms of basic simhit properties to quickly check simulation results

Parameter	Type	Default	Description
inputParamFilenames	StringVec	BLAH.txt	names of input parameter files
outputFilename	string	validate.root	name of output file

validateDST_SinglePhotonProcessor libILDPerformance.so.1.12.1 ►

validateDST_SinglePhotonProcessor makes histograms of basic properties for photons

Parameter	Type	Default	Description
outputFilename	string	validatePhoton.root	name of output file

LCTuple 3 processors ▼

CreateRecoRelations libLCTuple.so.1.14.0 ►

CreateRecoRelations creates transient collections with realtions from ReconstructedParticles to Tracks and Clusters

Parameter	Type	Default	Description
Reco2ClusterRelationName	string	Reco2ClustersRelation	Name of output collection for relation ReconstructedParticles to Clusters
Reco2RecoRelationName	string	Reco2RecoRelation	Name of output collection for relation ReconstructedParticles to ReconstructedParticles
Reco2TracksRelationName	string	Reco2TracksRelation	Name of output collection for relation ReconstructedParticles to Tracks
RecoCollection	string	PandoraPFOs	Names of ReconstructedParticles input collections

LCTuple libLCTuple.so.1.14.0 ►

LCTuple creates a ROOT TTRee with a column wise ntuple from LCIO collections ....

Parameter	Type	Default	Description
CalorimeterHitCollection	string		Name of the CalorimeterHit collection
ClusterCollection	string		Name of the Cluster collection
IsoLepCollection	string		Name of the IsoLep collection
JetCollection	string		Name of the Jet collection
JetCollectionExtraParameters	bool	false	Switch to write out extra parameters calculated using information from Jet Finder
JetCollectionTaggingParameters	bool	false	Switch to write out jet parameters coming from LCFIPlus tagging processor
LCRelationCollections	StringVec		Names of LCRelation collections - need parallel prefix names in RelPrefixes
LCRelationPrefixes	StringVec		Names of prefixes for variables from LCRelation collections - needs to be parallel to LCRelationCollections (one prefix per collection)
LCRelationwithPFOCollections	string		Names of LCRelation collections of PFO
MCParticleCollection	string		Name of the MCParticle collection
MCParticleRemoveOverlayCollection	string		Name of the MCParticle collection where the overlay is removed
PFOwithRelationCollection	string		Name of the PFO collection with Relation
PIDBranchDefinition	StringVec	Algorithm:TOFEstimators50ps tof50 TOFFirstHit TOFClosestHits TOFClosestHitsError TOFFlightLength TOFLastTrkHit TOFLastTrkHitFlightLength fh ch che len th thl	Definition of PID branches added to the ReconstructedParticle branches - for every algorithm: Algorithm:Name branchPrefix Parameter0 branch0 Parameter1 branch1 Parameter2 branch2 ...
RecoParticleCollection	string		Name of the ReconstructedParticle collection
SimCalorimeterHitCollection	string		Name of the SimCalorimeterHit collection
SimTrackerHitCollection	string		Name of the SimTrackerHit collection
TrackCollection	string		Name of the Track collection
TrackerHitCollection	string		Name of the TrackerHit collection
VertexCollection	string		Name of the Vertex collection
WriteCalorimeterHitCollectionParameters	bool	false	Switch to write out collection parameters
WriteClusterCollectionParameters	bool	false	Switch to write out collection parameters
WriteIsoLepCollectionParameters	bool	false	Switch to write out collection parameters
WriteJetCollectionParameters	bool	false	Switch to write out collection parameters
WriteMCParticleCollectionParameters	bool	false	Switch to write out collection parameters
WriteRecoParticleCollectionParameters	bool	false	Switch to write out collection parameters
WriteSimCalorimeterHitCollectionParameters	bool	false	Switch to write out collection parameters
WriteSimTrackerHitCollectionParameters	bool	false	Switch to write out collection parameters
WriteTrackCollectionParameters	bool	false	Switch to write out collection parameters
WriteTrackerHitCollectionParameters	bool	false	Switch to write out collection parameters
WriteVertexCollectionParameters	bool	false	Switch to write out collection parameters

MergeCollections libLCTuple.so.1.14.0 ►

MergeCollections creates a transient subset collection that merges all input collections

Parameter	Type	Default	Description
CollectionParameterIndex	int	0	Index of input collection that is used to copy the collection parameters from
InputCollectionIDs	IntVec		IDs for input collections - if given id will be added to all objects in merged collections as ext<CollID)
InputCollections	StringVec		Names of all input collections
OutputCollection	string	MergedCollection	Name of output collection

MarlinDD4hep 1 processor ▼

InitializeDD4hep libMarlinDD4hep.so.0.6.2 ►

InitializeDD4hep reads a compact xml file and initializes the dd4hep::Detector object

Parameter	Type	Default	Description
DD4hepXMLFile	string	dd4hep_compact.xml	Name of the DD4hep compact xml file to load
EncodingStringParameter	string		Alternate name for EncodingStringParameterName
EncodingStringParameterName	string		If given, the Compact File parameter of that name will be used as argument to LCTrackerCellID::set_encoding_string()

MarlinFastJet 3 processors ▼

FastJetClustering libMarlinFastJet.so.0.5.3 ►

FastJet Clustering ...

Parameter	Type	Default	Description
Algorithm	string	antikt_algorithm	FastJet algorithm
Debug	int	0	debug printout
EjetMin	double	10	Ejet
FillTree	int	0	tuple
InputCollection	string	Unset	Collection of reconstructed particles
NJets	int	25	max nb of jets
OutputCollection	string	Unset	Name of collection with the found jets
R	double	0.7	R Parameter

FastJetProcessor libMarlinFastJet.so.0.5.3 ►

Using the FastJet library to identify jets

Parameter	Type	Default	Description
algorithm	StringVec	kt_algorithm 0.7	Selects the algorithm and its parameters. E.g. 'kt_algorithm 0.7' or 'ee_kt_algorithm'. For a full list of supported algorithms, see the logfile after execution.
clusteringMode	StringVec	Inclusive 0.0	One of 'Inclusive <minPt>', 'InclusiveIterativeNJets <nrJets> <minE>', 'ExclusiveNJets <nrJets>', 'ExclusiveYCut <yCut>'. Note: not all modes are available for all algorithms.
jetOut	string	JetOut	The identified jets
recParticleIn	string	MCParticle	a list of all reconstructed particles we are searching for jets in.
recParticleOut	string		a list of all reconstructed particles used to make jets. If no value specified collection is not created
recombinationScheme	string	E_scheme	The recombination scheme used when merging 2 particles. Usually there is no need to use anything else than 4-Vector addition: E_scheme
storeParticlesInJets	bool	false	Store the list of particles that were clustered into jets in the recParticleOut collection

FastJetTopTagger libMarlinFastJet.so.0.5.3 ►

Using the FastJet tool JHTagger to identify top jets

Parameter	Type	Default	Description
algorithm	StringVec	kt_algorithm 0.7	Selects the algorithm and its parameters. E.g. 'kt_algorithm 0.7' or 'ee_kt_algorithm'. For a full list of supported algorithms, see the logfile after execution.
axesMode	string	VLC_Axes	Option for NSubjettiness calculation. See fastjet NSubjettiness module for all options.
clusteringMode	StringVec	Inclusive 0.0	One of 'Inclusive <minPt>', 'InclusiveIterativeNJets <nrJets> <minE>', 'ExclusiveNJets <nrJets>', 'ExclusiveYCut <yCut>'. Note: not all modes are available for all algorithms.
cos_theta_W_max	double	1	The maximal allowed value of the W helicity angle
deltaP	double	0.05	Subjets must carry at least this fraction of the original jet's p_t
deltaR	double	0.05	Subjets must be separated by at least this Manhattan distance
doSubstructure	bool	false	Bool to decide whether (true) or not (false) to calculate substructure variables on each jet. Default is false.
energyCorrelator	string	E_theta	Options for contrib::EnergyCorrelator: pt_R (transverse momenta and boost-invariant angles), E_theta (energy and angle as dot product of vectors), E_inv (energy and angle as (2p_i*p_j/E_i E_j) (default: E_theta).
jetOut	string	JetOut	The identified jets
measureMode	string	UnnormalizedMeasure	Option for NSubjettiness calculation. See fastjet NSubjettiness module for all options. Normalised measure recommended only for advanced users.
recParticleIn	string	SelectedPandoraPFANewPFOs	a list of all reconstructed particles we are searching for jets in.
recParticleOut	string		a list of all reconstructed particles used to make jets. If no value specified collection is not created
recombinationScheme	string	E_scheme	The recombination scheme used when merging 2 particles. Usually there is no need to use anything else than 4-Vector addition: E_scheme
storeParticlesInJets	bool	false	Store the list of particles that were clustered into jets in the recParticleOut collection
substuctureOut	string	TopTaggerSubstructureOut	The name of the substructure variables collection output
topTaggerOut	string	TopTaggerOut	The top tagger output for each jet

MarlinKinfitProcessors 11 processors ▼

DijetTester libMarlinKinfitProcessors.so.0.5.1 ►

DijetTester does a 4C fit on 2 jet events (Px, Py, Pz, E)

Parameter	Type	Default	Description
ECM	float	500	Center-of-Mass Energy in GeV
fitter	int	0	0 = OPALFitter, 1 = NewFitter, 2 = NewtonFitter
ievttrace	int	0	number of individual event to be traced
leptonasjet	bool	false	set true if lepton should be parametrised at JetFitObject
leptonic	bool	false	set true if di-lepton events should be used
ntoy	int	200	number of toy events
traceall	bool	false	set true if every event should be traced

MCParticleFilter libMarlinKinfitProcessors.so.0.5.1 ►

MCParticleFilter does whatever it does ...

Parameter	Type	Default	Description
MCParticleCollection	string	MCParticle	Name of the MCParticle input collection
MaxDistanceSquared	double	1	Maximum Distance Squared (mm^2)
MaxGenStatus	int	1	Maximum Generator Status Value
MinDistanceSquared	double	-1	Minimum Distance Squared (mm^2)
MinGenStatus	int	1	Minimum Generator Status Value
OutputParticleCollectionName	string	MCDecayParticles	Output Particle Collection Name
Printing	int	1	Print certain messages

MassConstraintFitter libMarlinKinfitProcessors.so.0.5.1 ►

description not set by author

Parameter	Type	Default	Description
AllowedMassDeviation	double	999	cut on measured mass and true parent mass difference
FitAnalysis	int	1	0 = No TTree , 1 = make TTree, generates a TTree of fit and measured particle parameters along with pull distributions
FitProbabilityCut	double	0.001	Minimum fit probability
GeneratorAnalysis	int	1	0 = No TTree , 1 = make TTree, includes generator level information in the TTree if available
InputParticleCollectionName	string	PandoraPFOs	Input Particle Collection Name
InputTrackCollectionName	string	MarlinTrkTracks	Input Track Collection Name
MCParticleCollection	string	MCDecayParticles	Name of the MCParticle input collection
OutputParticleCollectionName	string	MassConstraintCandidates	Output Particle Collection Name
OutputTrackCollectionName	string	MassConstraintCandidates	Output Particle Collection Name
PhotonAngularError	double	0.001	Photon Angular Error (rad)
PhotonAngularErrorModel	int	1	Photon Angular Error Model (0 - stochastic) (1 - constant)
Printing	int	5	Print certain messages
RootFile	string	MassConstraintFitAnalysis.root	Name of the output root file
SecondaryMasses	FloatVec		vector of the masses that are not the parent mass
SecondaryNCharged	FloatVec		vector of nCharged for each secondary constraint
SecondaryNNeutral	FloatVec		vector of nNeutral for each secondary constraint
daughterChargedMass	FloatVec	0.13957	Mass [GeV] of daughter decay particles with charge != 0
daughterChargedPdgs	IntVec	211	PDG codes of daughter decay particles with charge != 0
daughterNeutralMass	FloatVec	0	Mass [GeV] of daugher decay particles with charge == 0
daughterNeutralPdgs	IntVec	22	PDG codes of daughter decay particles with charge == 0
fitter	int	0	0 = OPALFitter, 1 = NewFitter, 2 = NewtonFitter
nCharged	int	2	Number of daughter decay particles with charge !=0
nChargedParams	int	3	Number of parameters used in charged particle parameterization (in FitObjects)
nDaughters	int	3	Number of daughter decay particles
nMassConstraints	int	1	the number of mass constraints being applied
nNeutral	int	1	Number of daughter decay particles with charge ==0
nNeutralParams	int	3	Number of parameters used in neutral particle paramterization (in FitObjects)
parentCharge	double	0	Parent particle charge
parentMass	double	0.547862	Parent particle mass [GeV]
parentPdg	int	221	PDG code of parent particle

PhotonResponseAdjuster libMarlinKinfitProcessors.so.0.5.1 ►

Adjusts Photons from filtered pandora pfos collection

Parameter	Type	Default	Description
AllowedAngularDeviation	double	3.14	allowed theta deviation of MC and REC photon in standard deviations
AllowedEnergyDeviation	double	999	allowed energy deviation of MC and REC photon in standard deviations
AngularSmearingModel	int	0	Energy dependence choice: 0 - stochastic, 1 - energy independent
EnergyScaleFactor	double	1	Energy Scale Factor
InputParticleCollectionName	string	PandoraPFOs	Input Particle Collection Name
MCParticleCollection	string	MCParticle	Name of the MCParticle input collection
OutputParticleCollectionName	string	AdjustedPhotons	Output Particle Collection Name
Printing	int	5	Print certain messages
SmearAngles	int	0	option 0 or 1 to smear the angles using smearing model and MC photon direction
dPhi	double	0.001	normally distributed phi std dev (in units of radians) for drawing random variates in new direction
dTheta	double	0.001	normally distributed theta std dev (in units of radians) for drawing random variates in new direction

SimpleVertexProcessor libMarlinKinfitProcessors.so.0.5.1 ►

SimpleVertexProcessor fits 2 charged tracks to a single vertex

Parameter	Type	Default	Description
ievttrace	int	0	number of individual event to be traced
traceall	bool	false	set true if every event should be traced

TTBarExample libMarlinKinfitProcessors.so.0.5.1 ►

TTBarExample does a 6C fit on 6jet ttbar events (Px, Py, Pz, E, M12 = M34 = M_W (for all permutations assuming the b-jets are tagged))

Parameter	Type	Default	Description
BJetCollectionName	string	DurhamBJets	Name of the B Jet collection
ECM	float	500	Center-of-Mass Energy
LightJetCollectionName	string	DurhamLightJets	Name of the Light Jet collection

TopTester libMarlinKinfitProcessors.so.0.5.1 ►

TopTester does a 7C fit on 6 jet events (Px, Py, Pz, E, M34 = M56 = 80.4 GeV, M134 = M256)

Parameter	Type	Default	Description
ECM	float	500	Center-of-Mass Energy in GeV
fitter	int	0	0 = OPALFitter, 1 = NewFitter, 2 = NewtonFitter
ievttrace	int	0	number of individual event to be traced
leptonasjet	bool	false	set true if lepton should be parametrised at JetFitObject
ntoy	int	200	number of toy events
semileptonic	bool	false	set true if semi-leptonic ttbar events should be used
softmasses	bool	false	set true if mass constraints should be soft
traceall	bool	false	set true if every event should be traced

TrackResponseAdjuster libMarlinKinfitProcessors.so.0.5.1 ►

Smears Charged Particles from filtered Monte Carlo Particle collection

Parameter	Type	Default	Description
D0ErrorScaleFactor	double	1	D0 Error Scale Factor
InputTrackCollectionName	string	MarlinTrkTracks	Input Track Collection Name
OmegaErrorScaleFactor	double	1	Omega Error Scale Factor
OutputTrackCollectionName	string	AdjustedTracks	Output Track Collection Name
PhiErrorScaleFactor	double	1	Phi Error Scale Factor
Printing	int	5	Print certain messages
TanLambdaErrorScaleFactor	double	1	TanLambda Error Scale Factor
Z0ErrorScaleFactor	double	1	Z0 Error Scale Factor

WW5CFit libMarlinKinfitProcessors.so.0.5.1 ►

WW5CFit does a 5C fit on 4 jet events (Px, Py, Pz, E, M12 = M34 (for all three permutations))

Parameter	Type	Default	Description
ECM	float	500	Center-of-Mass Energy in GeV
FitISR	int	1	0: Fit hypothesis without ISR 1: Fit hypothesis including ISR
ISRPzMax	float	225	Maximum possible energy for a single ISR photon
JetCollectionName	string	Durham4Jets	Name of the Jet collection
fitter	int	0	0 = OPALFitter, 1 = NewFitter, 2 = NewtonFitter
ievttrace	int	0	number of individual event to be traced
traceall	bool	false	set true if every event should be traced

ZH5CFit libMarlinKinfitProcessors.so.0.5.1 ►

ZH5CFit does a 5C fit on 4 jet events (Px, Py, Pz, E, M12 = MZ (for all six permutations))

Parameter	Type	Default	Description
ECM	float	500	Center-of-Mass Energy in GeV
FitISR	int	1	0: Fit hypothesis without ISR 1: Fit hypothesis including ISR
FitOutputColection	string	FitReco	Output Fit Colection
ISRPzMax	float	225	Maximum possible energy for a single ISR photon
JetCollectionName	string	Durham2Jets	Name of the Jet collection
MCParticleCollection	string	MCParticle	Name of the MCParticle collection
NeutrinoCorrection	string	NuCorrect	Collection of Corrected/Estimated neutrino energies from SemiLeptonic decays
NuEnergyCorrection	int	1	0: Fit hypothesis without ISR 1: Fit hypothesis including ISR
SemiLeptonicDecays	string		Semi-Leptonic Decays Collection
SigmaEnergyScaleFactor	float	1	Scale Factor t be applied to jet energy uncertainty
errene	double	1.2	assumed energy resolution for jets as x/sqrt(E) - if 0, then parametrisation is used
errphi	double	0.1	assumed phi resolution for jet axis
errtheta	double	0.1	assumed theta resolution for jet axis
fitter	int	0	0 = OPALFitter, 1 = NewFitter, 2 = NewtonFitter
ievttrace	int	0	number of individual event to be traced
outputFilename	string		name of output file
traceall	bool	false	set true if every event should be traced
useErrorFlow	int	1	If true, use covariance matrix for energy uncertainty. Otherwise 1.2/sqrt(E)

ZHllqq5CFit libMarlinKinfitProcessors.so.0.5.1 ►

ZHllqq5CFit does a 5C fit on ZH->mumubb events

Parameter	Type	Default	Description
ECM	float	500	Center-of-Mass Energy in GeV
FitISR	int	1	0: Fit hypothesis without ISR 1: Fit hypothesis including ISR
FitPostRecoColection	string	FitReco	Output Fit Colection
ISRPzMax	float	225	Maximum possible energy for a single ISR photon
InputIsoLeptonsCollection	string	ISOLeptons	Name of collection with the selected isolated lepton
JetCollectionName	string	Durham2Jets	Name of the Jet collection
PullsEPostFitRecoColection	string	PullEnergy	Output Pull E Colection
PullsPhiPostFitRecoColection	string	PullPhi	Output Pull Phi Colection
PullsThetaPostFitRecoColection	string	PullTheta	Output Pull Theta Colection
SigmaEnergyScaleFactor	float	1	Scale Factor t be applied to jet energy uncertainty
errene	double	1.2	assumed energy resolution for jets as x/sqrt(E) - if 0, then parametrisation is used
errphi	double	0.1	assumed phi resolution for jet axis
errtheta	double	0.1	assumed theta resolution for jet axis
fitter	int	0	0 = OPALFitter, 1 = NewFitter, 2 = NewtonFitter
ievttrace	int	0	number of individual event to be traced
traceall	bool	false	set true if every event should be traced

MarlinReco 90 processors ▼

AbsCalibr libMarlinReco.so.1.38.0 ►

Calorimeter Abslute Energy Calibration

Parameter	Type	Default	Description
Coeff	FloatVec	33.0235 93.5682 21.1963	Calorimeter coeffs
Cuts	FloatVec	8.5e-05 8.5e-05 0.0004375	Calorimeter cuts
NLayer	IntVec	30 10 40	Number of layers in zone

Add4MomCovMatrixCharged libMarlinReco.so.1.38.0 ►

Set the convariance matrix in (P,E) for all charged pfos in PandoraPFOs Collection

Parameter	Type	Default	Description
InputPandoraPFOsCollection	string	PandoraPFOs	Name of the PandoraPFOs collection

AddClusterProperties libMarlinReco.so.1.38.0 ►

AddClusterProperties does whatever it does ...

Parameter	Type	Default	Description
ClusterCollection	string	PandoraClusters	Name of the Clusters input collection
PFOCollectionName	string	PandoraPFOs	Name of the input PFO collection

AnalyseSidEdxProcessor libMarlinReco.so.1.38.0 ►

AnalyseSidEdxProcessor reads Si tracker dEdx data from the .slcio file and stores them in a root file for analysis.

Parameter	Type	Default	Description
LinkCollectionName	string	TrackMCTruthLink	Name of the LCRelation collection
RootFilename	string	SiTracker_dEdx.root	Name of output root file
TrackCollectionName	string	SiTracks	Name of the input Track collection
TrkHitCollections	StringVec	ITrackerHits ITrackerEndcapHits OTrackerHits OTrackerEndcapHits VXDTrackerHits VXDEndcapTrackerHits	Tracker hit collections that will be analysed

AngularCorrection_dEdxProcessor libMarlinReco.so.1.38.0 ►

description not set by author

Parameter	Type	Default	Description
AngularCorrectionParameters	FloatVec	0.970205 0.0007506 4.41781e-08 5.8222e-08	parameter for new angular correction dedx= uncorrected_dedx / f, with f= pol3(lambda)
LDCTrackCollection	string	MarlinTrkTracks	LDC track collection name

BohdanAna libMarlinReco.so.1.38.0 ►

Main analysis of the track length and time-of-flight and momentum methods for time-of-flight pID

Parameter	Type	Default	Description
dst_mode	bool	false	Write only DST level output
eventDisplay	bool	false	eventDisplay
produce_csv_output	bool	false	Produce csv output file for Konrad or not
produce_refit_output	bool	true	Store info about refitted tracks and vertices

BruteForceEcalGapFiller libMarlinReco.so.1.38.0 ►

makes a collection of ECAL gap hits

Parameter	Type	Default	Description
CellIDLayerString	string	layer	name of the part of the cellID that holds the layer
CellIDModuleString	string	module	name of the part of the cellID that holds the module
CellIDStaveString	string	stave	name of the part of the cellID that holds the stave
applyInterModuleCorrection	bool	true	apply correction for gaps between modules?
expectedInterModuleDistance	float	7	size of gap across module boundaries (from edge to edge of cells, in mm ; accuracy < cell size)
inputHitCollection	string		input simcalhit Collection Name
interModuleCorrectionFactor	float	0.35	factor applied to calculated energy of inter-module gap hits
interModuleNonlinearFactor	float	1	nonlin factor f: E_corr = interModuleCorrectionFactor*(1/f)*log(1 + f*E_calc)
intraModuleCorrectionFactor	float	1	factor applied to calculated energy of intra-module gap hits
intraModuleNonlinearFactor	float	1	nonlin factor f: E_corr = intraModuleCorrectionFactor*(1/f)*log(1 + f*E_calc)
outputHitCollection	string		output calorimeterhit Collection Name

CCDDigitizer libMarlinReco.so.1.38.0 ►

CCDDigitizer should create VTX TrackerHits from SimTrackerHits

Parameter	Type	Default	Description
BField	double	4	BField in Tesla
BackgroundHitsPerLayer	FloatVec	34400 23900 9600 5500 3100	Background Hits per Layer
BiasVolt	double	10	BiasVoltage in V
CollectionName	string	vxd01_VXD	Name of the SimTrackerHit collection
CutOnDeltaRays	double	0.03	Cut on delta-ray energy (MeV)
Debug	int	0	Debug option
ElectricField	double	10000	Electric Field in V/cm
ElectronicEffects	int	1	Apply Electronic Effects
ElectronicNoise	double	100	electronic noise in electrons
ElectronsPerKeV	double	270.3	Electrons per keV
EnergyLoss	double	280	Energy Loss keV/mm
GenerateBackground	int	0	Generate Background
OutputCollectionName	string	VTXTrackerHits	Name of the output TrackerHit collection
PixelSizeX	double	0.02	Pixel Size X
PixelSizeY	double	0.02	Pixel Size Y
PoissonSmearing	int	1	Apply Poisson smearing of electrons collected on pixels
RelationColName	string	VTXRelation	Name of the output VTX trackerhit relation collection
Saturation	double	10000	maximum number of electrons, which can be stroed in a pixel
SegmentLength	double	0.003	Segment Length
Temperatur	double	250	Temperatur in Kelvin
Threshold	double	200	Cell Threshold in electrons
depletedDepth	double	0.01	Thickness of depleted zone
diffusioncoefficient	double	34	diffcoeff in depleted zone in cm^2*S^-1
framesize	int	2	size of cluster in reconstruction
mu	double	1400	electrons mobility in depleted zoneat low elcectric fields, in cm^2*V^-1*S^-1
reconstructmethod	int	1	reconstruction method
undepletedDepth	double	0.01	Thickness of undepleted zone

CLICDstChecker libMarlinReco.so.1.38.0 ►

Prints out information in DST in a useful format

Parameter	Type	Default	Description
Debug	int	0	Activate debugging?
InputPfoCollection	string	PandoraPFANewPFOs	Input PFO Collection
McParticleCollection	string	MCParticlesSkimmed	Input MC particle collection
Monitoring	int	1	Monitoring
PfoToMcRelationCollection	string	RecoMCTruthLink	Input PFO to MC particle relation Collection
ShowBackground	int	1	Show background pfo information

CLICPfoSelector libMarlinReco.so.1.38.0 ►

Selects Pfos from full PFO list using timing cuts

Parameter	Type	Default	Description
ChargedPfoLooseTimingCut	float	3	ChargedPfoLooseTimingCut
ChargedPfoNegativeLooseTimingCut	float	-1	ChargedPfoNegativeLooseTimingCut
ChargedPfoNegativeTightTimingCut	float	-0.5	ChargedPfoNegativeTightTimingCut
ChargedPfoPtCut	float	0	ChargedPfoPtCut
ChargedPfoPtCutForLooseTiming	float	4	ChargedPfoPtCutForLooseTiming
ChargedPfoTightTimingCut	float	1.5	ChargedPfoTightTimingCut
CheckKaonCorrection	int	0	CheckKaonCorrection
CheckProtonCorrection	int	0	CheckProtonCorrection
ClusterLessPfoTrackTimeCut	float	10	ClusterLessPfoTrackTimeCut
CorrectHitTimesForTimeOfFlight	int	0	CorrectHitTimesForTimeOfFlight
DisplayRejectedPfos	int	0	DisplayRejectedPfos
DisplaySelectedPfos	int	0	DisplaySelectedPfos
FarForwardCosTheta	float	0.975	FarForwardCosTheta
ForwardCosThetaForHighEnergyNeutralHadrons	float	0.95	ForwardCosThetaForHighEnergyNeutralHadrons
ForwardHighEnergyNeutralHadronsEnergy	float	10	ForwardHighEnergyNeutralHadronsEnergy
HCalBarrelLooseTimingCut	float	20	HCalBarrelLooseTimingCut
HCalBarrelTightTimingCut	float	10	HCalBarrelTightTimingCut
HCalEndCapTimingFactor	float	1	HCalEndCapTimingFactor
InputPfoCollection	string	PandoraPFANewPFOs	Input PFO Collection
KeepKShorts	int	1	KeepKShorts
MaxMomentumForClusterLessPfos	float	2	MaxMomentumForClusterLessPfos
MinECalHitsForTiming	int	5	MinECalHitsForTiming
MinHCalEndCapHitsForTiming	int	5	MinHCalEndCapHitsForTiming
MinMomentumForClusterLessPfos	float	0.5	MinMomentumForClusterLessPfos
MinPtForClusterLessPfos	float	0.5	MinPtForClusterLessPfos
MinimumEnergyForNeutronTiming	float	1	MinimumEnergyForNeutronTiming
Monitoring	int	0	Monitoring
MonitoringPfoEnergyToDisplay	float	1	MonitoringPfoEnergyToDisplay
NeutralFarForwardLooseTimingCut	float	2	NeutralFarForwardLooseTimingCut
NeutralFarForwardTightTimingCut	float	1	NeutralFarForwardTightTimingCut
NeutralHadronBarrelPtCutForLooseTiming	float	3.5	NeutralHadronBarrelPtCutForLooseTiming
NeutralHadronLooseTimingCut	float	2.5	NeutralHadronLooseTimingCut
NeutralHadronPtCut	float	0	NeutralHadronPtCut
NeutralHadronPtCutForLooseTiming	float	8	NeutralHadronPtCutForLooseTiming
NeutralHadronTightTimingCut	float	1.5	NeutralHadronTightTimingCut
PhotonFarForwardLooseTimingCut	float	2	PhotonFarForwardLooseTimingCut
PhotonFarForwardTightTimingCut	float	1	PhotonFarForwardTightTimingCut
PhotonLooseTimingCut	float	2	PhotonLooseTimingCut
PhotonPtCut	float	0	PhotonPtCut
PhotonPtCutForLooseTiming	float	4	PhotonPtCutForLooseTiming
PhotonTightTimingCut	float	1	PhotonTightTimingCut
PtCutForTightTiming	float	0.75	PtCutForTightTiming
SelectedPfoCollection	string	SelectedPandoraPFANewPFOs	Selected pfo collection name
UseClusterLessPfos	int	1	UseClusterLessPfos
UseNeutronTiming	int	0	UseNeutronTiming

CLICPfoSelectorAnalysis libMarlinReco.so.1.38.0 ►

CLICPfoSelectorAnalysis produces a tree and scatter plots using PFO variables defined in the CLICPfoSelector.

Parameter	Type	Default	Description
AnalyzeAll	bool	true	Boolean factor to decide if perform the analysis on all PFOs
AnalyzeChargedPfos	bool	true	Boolean factor to decide if perform the analysis on charged PFOs
AnalyzeNeutralHadrons	bool	true	Boolean factor to decide if perform the analysis on neutral hadrons
AnalyzeOverlay	bool	true	Boolean factor to decide if perform the analysis on only on PFOs belonging to the overlay
AnalyzePhotons	bool	true	Boolean factor to decide if perform the analysis on photons
AnalyzeSignal	bool	true	Boolean factor to decide if perform the analysis only on PFOs belonging to the signal
ClusterMCTruthLink	string	ClusterMCTruthLink	Name of the ClusterMCTruthLink input collection
CosThetaCut	float	0.975	Cut on the PFO cosTheta to define central/forward region
ForwardCosThetaForHighEnergyNeutralHadrons	float	0.95	ForwardCosThetaForHighEnergyNeutralHadrons
ForwardHighEnergyNeutralHadronsEnergy	float	10	ForwardHighEnergyNeutralHadronsEnergy
MCPhysicsParticleCollectionName	string	MCPhysicsParticles	Name of the MCPhysicsParticle input collection
MaxEnergy	float	500	Maximum energy (needed for the energy histos)
MinECalHitsForHadrons	int	5	Min number of Ecal hits to use clusterTime info from Ecal (for neutral and charged hadrons only)
MinEnergy	float	0	Minimum energy (needed for the energy histos)
MinHcalEndcapHitsForHadrons	int	5	Min number of Hcal Endcap hits to use clusterTime info from Hcal Endcap (for neutral and charged hadrons only)
PFOCollectionName	string	PandoraPFOs	Name of the PFO collection
RecoMCTruthLink	string	RecoMCTruthLink	Name of the RecoMCTruthLink input collection
SiTracksMCTruthLink	string	SiTracksMCTruthLink	Name of the SiTracksMCTruthLink input collection
TreeName	string	PfoTree	Name of output tree

CheatedMCOverlayRemoval libMarlinReco.so.1.38.0 ►

CheatedMCOverlayRemoval identifies MC particles that are overlay and removes the corresponding PFOs from the collection

Parameter	Type	Default	Description
MCParticleCollection	string	MCParticlesSkimmed	Name of the MCParticle collection
MCTruthRecoLink	string	MCTruthRecoLink	Name of the MCTruthRecoLink input collection
OutputOverlayCollection	string	PFOsFromOverlay	Name of output PFO collection of the Overlay particles
OutputPfoCollection	string	PFOsWithoutOverlay	Name of output PFO collection with Overlay particles removed
RecoMCTruthLink	string	RecoMCTruthLink	Name of the RecoMCTruthLink input collection
RecoParticleCollection	string	PandoraPFOs	Name of the ReconstructedParticles input collection

ClusterCheater5_3 libMarlinReco.so.1.38.0 ►

Creates true clusters...

Parameter	Type	Default	Description
CaloCollections	StringVec	ECAL HCAL	Calorimeter Collection Names
CutBackscatter	int	1	Not to connect hist from backscatter
MCParticleCollection	string	MCParticle	Calorimeter Collection Names
MinHitsInCluster	int	0	Minimal number of hits in cluster
RelCollection	string	RelationCaloHit	SimCaloHit to CaloHit Relations Collection Name
TrueClusterCollection	string	TrueClusters	Collection of True Clusters
TrueClusterToMCPCollection	string	TrueClusterToMCP	Relation Collection Cluster to MCP

ComprehensivePIDProcessor libMarlinReco.so.1.38.0 ►

ComprehensivePIDProcessor: Determines and evaluates PID

Parameter	Type	Default	Description
PFOCollection	string	PandoraPFOs	PFO input collection
RecoMCTruthLink	string	RecoMCTruthLink	LCRelation from the reconstructed PFOs to the MC particles
TTreeFileName	string	TTreeFile.root	Name of the root file in which the TTree with all observables is stored; in case of extraction it is an optional output with no output if left empty, otherwise it is a necessary input; default: TTreeFile.root
backgroundPDGs	IntVec		List of PDG numbers that are considered background; default: {}.
cutD0	float	0	PFOs whose first track have a d0 larger than the given value will be ignored; set to 0 to accept all particles; default: 0.
cutLamMax	float	0	PFOs whose first track have an angle lambda (relative to the cathode) larger than the given value will be ignored; set to 0 to accept all particles; default: 0.
cutLamMin	float	0	PFOs whose first track have an angle lambda (relative to the cathode) smaller than the given value will be ignored; set to 0 to accept all particles; default: 0.
cutNTracksMax	int	-1	PFOs with more (>) tracks the given value are ignored; set to -1 to accept all PFOs; default: -1.
cutNTracksMin	int	-1	PFOs with fewer (<) tracks than the given value are ignored; set to -1 to accept all PFOs; default: -1.
cutZ0	float	0	PFOs whose first track have a z0 larger than the given value will be ignored; set to 0 to accept all particles; default: 0.
fileFormat	string	.png	File format of the automatic confusion matrix plots of inference; default: .png
inputAlgoSpecs	StringVec		List of input algorithms; for each specify type:name or only type (then name=type); default: {}
modeExtract	bool	true	Set true to extract the specified observables from the PFOs; if false you need to set the TTreeFileName instead; default: true.
modeInfer	bool	false	Set true to infer the trained MVA with the specified observables to the PFOs; if true you need to provide the reference and weight files; default: false.
modeTrain	bool	false	Set true to internally train an MVA with the specified observables from the PFOs; default: false.
momLog	bool	true	For momentum bins: should the momentum bins be logarihtmic; default: true.
momMax	float	100	For momentum bins: maximum momentum cut / GeV; default: 100.
momMin	float	1	For momentum bins: minimum momentum cut / GeV; default: 1.
momNBins	int	12	For momentum bins: number of momentum bins; default: 12.
plotFolder	string	CPID_Plots	Folder in which the automatic confusion matrix plots of inference will be put, is created if not already existing; if empty, no plots are created; default: CPID_Plots [current working directory]
reffile	StringVec	Ref.txt	Reference file(s), if only one file but several training models are specified the reference files are auto-numbered; default: {Ref.txt}.
signalPDGs	IntVec	11 13 211 321 2212	List of PDG numbers that are considered signal; default: {11,13,211,321,2212}.
trainModelSpecs	StringVec		List of training models; for each specify type:name or only type (then name=type); default: {}
trainingObservables	StringVec		List of observables that should be used for traning; if empty, all observables from the specified algorithms + momabs + lambda are used; default: {}

ComputeShowerShapesProcessor libMarlinReco.so.1.38.0 ►

Cluster Shower Profile extraction using Fitting

Parameter	Type	Default	Description
ClusterCollectionName	string	PandoraClusters	Cluster collection name
MoliereRadius_Ecal	float	9	Moliere radius of Absorbers
MoliereRadius_Hcal	float	17.19	Moliere radius of Absorbers
PFOCollection	string	PandoraPFOs	PFO collection name
RadiationLength_Ecal	float	3.5	RadiationLength of Absorbers
RadiationLength_Hcal	float	17.57	RadiationLength of Absorbers

Compute_dEdxProcessor libMarlinReco.so.1.38.0 ►

description not set by author

Parameter	Type	Default	Description
AngularCorrectionParameters	FloatVec	0.635762 -0.0573237	parameters for angular correction
EnergyLossErrorTPC	float	0.054	Fractional error of dEdx in the TPC
LDCTrackCollection	string	MarlinTrkTracks	LDC track collection name
LowerTruncationFraction	float	0.08	Lower truncation fraction, default: 0.08 (8%)
NumberofHitsCorrectionParameters	float	1.468	parameters for number of hits correction
StrategyCompHist	bool	false	If set, an AIDA root file will be generated with Bethe-Bloch histograms (dE/dx over momentum) for each dx strategy (default: false).
StrategyCompHistFiles	string	dEdx_Histo_Strategy	File names of the generated dx strategy comparison histograms (if chosen). The respective strategy number and '.png' is added.
StrategyCompHistWeight	bool	false	If set, the Bethe-Bloch histograms will have a sqrt(nHits) weighting (default: false).
UpperTruncationFraction	float	0.3	Upper truncation fraction, default: 0.3 (30%)
Write_dEdx	bool	true	If set, the calculated dEdx value will be attached to its corresponding track (default: true).
dEdxErrorScalingExponents	FloatVec	-0.34 -0.45	scaling exponents of the dE/dx error for path length and number of hits, respectively
dxStrategy	int	1	ID of the track length calculation: 1 - hit-to-hit distance; 2 - hit-to-hit path length of projected hits; 3 - path over hit row
isSmearing	bool	false	Flag for dEdx Smearing
smearingFactor	float	0.035	Smearing factor for dEdx smearing

Compute_dEdxProcessor2021 libMarlinReco.so.1.38.0 ►

description not set by author

Parameter	Type	Default	Description
AngularCorrectionParameters	FloatVec	0.948185 0.000520502 3.33231e-05 -1.51052e-07	parameter for new angular correction dedx= uncorrected_dedx / f, with f= pol3(lambda)
EnergyLossErrorTPC	float	0.054	Fractional error of dEdx in the TPC
LDCTrackCollection	string	MarlinTrkTracks	LDC track collection name
LowerTruncationFraction	float	0.08	Lower truncation fraction, default: 0.08 (8%)
StrategyCompHist	bool	false	If set, an AIDA root file will be generated with Bethe-Bloch histograms (dE/dx over momentum) for each dx strategy (default: false).
StrategyCompHistFiles	string	dEdx_Histo_Strategy	File names of the generated dx strategy comparison histograms (if chosen). The respective strategy number and '.png' is added.
StrategyCompHistWeight	bool	false	If set, the Bethe-Bloch histograms will have a sqrt(nHits) weighting (default: false).
UpperTruncationFraction	float	0.3	Upper truncation fraction, default: 0.3 (30%)
Write_dEdx	bool	true	If set, the calculated dEdx value will be attached to its corresponding track (default: true).
dEdxErrorScalingExponents	FloatVec	-0.34 -0.45	scaling exponents of the dE/dx error for path length and number of hits, respectively
doAngularCorr_dEdx	bool	false	If set, the calculated dEdx value is corrected as function of a pol3(lambda)
dxStrategy	int	1	ID of the track length calculation: 1 - hit-to-hit distance; 2 - hit-to-hit path length of projected hits; 3 - path over hit row
isSmearing	bool	false	Flag for dEdx Smearing
smearingFactor	float	0.035	Smearing factor for dEdx smearing

CreatePDFProcessor libMarlinReco.so.1.38.0 ►

description not set by author

Parameter	Type	Default	Description
MCTruthLinkCollection	string	RecoMCTruthLink	Input collection of Reconstrcuted Particle
OutputPDFFilename	string	pdf_standard_v01.root	Input collection of Reconstrcuted Particle
RecoParticleCollection	string	PandoraPFOs	Input collection of Reconstrcuted Particle
dEdxErrorFactor	float	7.55	dEdx Error factor
dEdxNormalization	float	1.35e-07	dEdx Normalization
dEdxParameter_electron	FloatVec	-0.00240638 0.710337 0.287718 -1.71591 0	dEdx Parameters for electron
dEdxParameter_kaon	FloatVec	0.0796117 4133.35 1.13577e+06 0.180555 -0.000315083	dEdx Parameters for Kaon
dEdxParameter_muon	FloatVec	0.0811408 0.992207 758509 -0.170167 0.00046367	dEdx Parameters for muon
dEdxParameter_pion	FloatVec	0.0810756 -1.45051e+06 -30984.3 0.284056 0.000338131	dEdx Parameters for pion
dEdxParameter_proton	FloatVec	0.0778772 44930 91377.8 0.150088 -0.000664184	dEdx Parameters for proton

CreatePDFs libMarlinReco.so.1.38.0 ►

Creates from a gauge sample pdf files for a likelihood based particle identification

Parameter	Type	Default	Description
ChargedPDFfilename	string	pdf.txt	Name of output file for charged particles
ChargedRunStart	IntVec		Run numbers where a new charged category sample starts
MCParticleCollection	string	MCParticle	Name of the MC Particle collection
MCTracksRelCollection	string	LDCTracksMCP	Name of MC to Tracks Relation collection
NeutralPDFfilename	string	npdf.txt	Name of output file for neutral particles
NeutralRunStart	IntVec		Run numbers where a new neutral category sample starts
PIDCollection	IntVec		PIDs of the particles, that should be here
PIDnumbers	IntVec		number of pids per category
RecoParticleCollection	string	RecoParticles	Name of a reconstructed Particle collection containing PFOs like Wolf, PandoraPFA, ...
RelCollection	string	RelationCaloHit	Name of relation collection

CreateRefitPFO libMarlinReco.so.1.38.0 ►

Create a copy of PandoraPFO collection, where for each Kaon/Proton particle the tracks are substituted from MarlinTrkTracksKaon and MarlinTrkTracksProton colelctions respectively. This simulates scenario as all pi/k/p tracks are fitted with their true mass assuming perfect PID.

No parameters available.

DDStripSplitter libMarlinReco.so.1.38.0 ►

DDStripSplitter applies SSA to a strip-based calorimeter ...

Parameter	Type	Default	Description
CellIDLayerString	string	layer	name of the part of the cellID that holds the layer
CellIDModuleString	string	module	name of the part of the cellID that holds the module
CellIDStaveString	string	stave	name of the part of the cellID that holds the stave
ECALcollection_evenLayers	string	ECalBarrelScEvenCollectionRec	Name of the ECAL collection in even layers
ECALcollection_oddLayers	string	ECalBarrelScOddCollectionRec	Name of the ECAL collection in odd layers
LCRelations_evenLayers	string	ECalBarrelScHitsEvenRecRelations	name of the relation collection for even layer hits
LCRelations_oddLayers	string	ECalBarrelScHitsOddRecRelations	name of the relation collection for odd layer hits
MCParticleCollection	string	MCParticle	name of MCParticle collection (used for some plots)
evenStripEndsCollName	string	stripEndsEven	name of (optional) output collection containing ends of strips in even layers
isBarrelHits	bool	true	are hits in these collections in the barrel (true) or endcap (false) ?
oddStripEndsCollName	string	stripEndsOdd	name of (optional) output collection containing ends of strips in odd layers
saveIntersectionCollection	bool	false	save collection with strip interactions?
splitEcalCollection	string	ECalBarrelSplitCollection	name of output collection containing split hits
splitEcalRelCol	string	ECalBarrelSplitRelations	name of relation collection for split hits
stripIntersecCollName	string	stripIntersections	name of (optional) output collection containing strip intersections
unsplitEcalCollection	string	ECalBarrelUnSplitCollection	name of output collection containing unsplit hits
virtualCellsDefault	int	1	number of virtual cells per strip (used if info not found in gear file)

DistilledPFOCreator libMarlinReco.so.1.38.0 ►

description not set by author

Parameter	Type	Default	Description
InputParticleCollectionName1	string	PandoraPFOs	Input Particle Collection Name1
InputParticleCollectionName2	string	GammaGammaParticles	Input Particle Collection Name2
OutputParticleCollectionName	string	DistilledPFOs	Output Particle Collection Name
Printing	int	1	Print certain messages

EMShowerFinder libMarlinReco.so.1.38.0 ►

a photon finder processor based on the KIT and KITutil 'classes and fuctions'

Parameter	Type	Default	Description
Cleaning	string	YES	To do the cleaning on hits or not
Coscut	double	0.95	Cosine of the angle for merging
DebugLevel	int	0	limits the amount of information written to std out (0 - none, 9 - maximal information)
Distcut	double	35	Square of distance cut for merging
DrawOnCED	int	0	draw objects on CED
Levels	FloatVec	0.1 1.5 2.5 4 6 9 16 26 41 65	Levels for central loop in MIP
MinHit0	int	4	Minimal Number of hits for ground level cluster
MinHitSplit	int	2	Minimal Number of hits for i-th level cluster
NumberOfLevels	int	10	Number of levels for central loop
Rcut	double	0.4	Fluctuation suprresion cut
TopologicalCut	int	5	At which number of neighbors to put the threshold, condition is < so you need to put N+1
colNameECAL	string	ECAL	ECAL Collection Name
collectionNameOfEMShowerCandidates	string	EMShowerCandidates	Name of the collection of EM shower candidates
energyDeviationCut	double	0.25	cut on energy deviation of em shower candidates from estimated energy ( abs( (Ecluster - Eestimated)/Eestimated ) < cut )
probabilityDensityCut	double	0.001	cut on the probability density to assign hits to shower cores

ErrorFlow libMarlinReco.so.1.38.0 ►

ErrorFlow processor computes total error of a jet based on the information from each sub-detector

Parameter	Type	Default	Description
ConfusionScaleFactor	double	1	Scale factor for confusion resolution term
CovMatFactorNeutralHadrons	double	1	A correction factor to be multiplied to angular uncertainties of Neutral Hadrons
CovMatFactorPhotons	double	1	A correction factor to be multiplied to angular uncertainties of photons
ECALConstant	double	0.02	Constant term coefficient in ECAL resolution
ECALStochastic	double	0.16	Stochastic term coefficient in ECAL resolution
EnableConfusionTerm	bool	true	Enable/disable confusion term to be added to covariance matrix
EnableSemiLepCorrection	bool	false	Enable/disable semi-leptonic correction resolution to be added to covariance matrix
HCALConstant	double	0.01	Constant term coefficient in HCAL resolution
HCALStochastic	double	0.5	Stochastic term coefficient in HCAL resolution
InputMCTruthLinkCollection	string	RecoMCTruthLink	Input collection of MC Truth Links
InputPFOCollection	string	InputJets	Input collection of jets
OutputPFOCollection	string	OutputJets	Out collection of jets with calculated covariance matrix
PropagateConfusion2Mom	bool	true	Enable/disable Propagating uncertainty due to confusion to the Momentum components
SemiLepSigmaCorrectionFactor	double	0.57	A correction factor to be multiplied by total lepton energy to get semi-leptonic uncertainty
SotreInTree	bool	false	Enable/disable storing computed qunatities in a ROOT tree
useFullCovMatforNeutrals	bool	true	whether use full CovMat for neutral PFOs or use only energy uncertainty

EvaluateTauFinder libMarlinReco.so.1.38.0 ►

EvaluateTauFinder checks performance of TauFinder and writes output to root file.

Parameter	Type	Default	Description
FileName_Signal	string	Signal.root	Name of the Signal output file
MCCollectionName	string	MCParticlesSkimmed	Name of the MCParticle collection
RECOMCTRUTHCollectionName	string	RecoMCTruthLink	Name of the MC Truth PFA collection
TauLinkCollectionName	string	TauRecLink_PFO	Name of the link between tau and pfos
TauRecCollection	string	TauRec_PFO	Collection of Tau Candidates

FPCCDClustering libMarlinReco.so.1.38.0 ►

FPCCDClustering icteats TrackerHits from FPCCDPixelHits

Parameter	Type	Default	Description
ClusterRejection_1stCut_RPhiWidth	IntVec	10 10 6 6 6 6	Clusters with RPhiWidth >= this value are discarded. minus value makes cut on the layer inactive
ClusterRejection_1stCut_ZWidth	IntVec	15 15 8 8 8 8	Clusters with ZWidth >= this value are discarded. minus value makes cut on the layer inactive
ClusterRejection_1stCut_isActive	bool	false	If true, 1stCut is active. false makes this inactive. minus value makes cut on the layer inactive
ClusterRejection_1stCut_nPix	IntVec	20 20 15 15 15 15	Clusters with nPix >= this value are discarded. minus value makes cut on the layer inactive
ClusterRejection_Kamai2ndCut_Save_minimum_Cluster_Z_Width_parameter	IntVec	4 4 2 2 2 2	You can choose int[0,~7]. If a cluster with ZWidth <= this value, this is not discarded.
ClusterRejection_Kamai2ndCut_b_parameter	FloatVec	2 2 1 1 1 1	You can choose float[0,10]. less than 2 discards most of bad clusters, although some clusters are sacrified. minus value makes cut on the layer inactive
ClusterRejection_Kamai2ndCut_isActive	bool	false	true: active, false: inactive
ClusterRejection_Mori2ndCut_areaZ_parameter	FloatVec	90 90 280 280 600 600	You can choose float[0,~900]. 0 discards most of bad clusters, although some clusters are sacrified. minus value makes cut on the layer inactive
ClusterRejection_Mori2ndCut_isActive	bool	false	true: active, false: inactive
Debug	int	0	Debugging option
Each_FPCCD_pixelSize(mm)	FloatVec	0.005 0.005 0.01 0.01 0.01 0.01	Each ladder's Pixel size of FPCCD (unit:mm) (default:0.005)
ElectronsPerKeV	double	276	Electrons per keV
EnergyDigitizatoin	int	1	switch for digitization of energy deposit
FPCCD_PixelSize	float	0.005	Pixel size of FPCCD (unit:mm) (default: 0.005)
MakeRelationOftrkhitsAndsimthits	bool	true	If false, Clustering doesn't make LCRelation.
NumberOfBitsForEnergyDeposit	int	7	Number of Bits used for energy depsit
NumberOfElectronForStep	int	25	Number of electron for 1 step
PixelHeight	float	0.015	Pixel Height(mm)
PointResolutionRPhi	float	0.00144	R-Phi Resolution in VTX
PointResolutionZ	float	0.00144	Z Resolution in VTX
RandomNoise	int	0	Random noise option
RemovePixelHitsCollection	bool	false	Remove VTX Pixel Hits collection after processing
SimTrackerHitRelCollection	string	VXDTrackerHitRelations	Name of TrackerHit SimTrackerHit relation collection
Threshold	double	200	Cell Threshold in electrons
VTXCollectionName	string	VXDCollection	Name of the VTX SimTrackerHit collection
VTXHitCollection	string	VXDTrackerHits	Name of the vxd TrackerHit output collection
VTXPixelHitCollection	string	VTXPixelHits	Name of the VTX PixelHit collection
noiseElectronSigma	double	50	gaussian sigma of number of electron of noise
outputRootFileName	string	./positionReso.root	output root file name & path (default: ./positionReso.root)
positionReso_ReadingFile	string	MarlinReco/v01-05/TrackDigi/FPCCDDigi/src/FPCCDClustering_ResoMap_MS_EL_ON_ver0.dat	On: reading file for allocation of position reso.
positionReso_ReadingFile_ON	bool	true	true: reading file for allocation of position reso. false: rough allocation of position reso.
treeName	string	t	tree name which belongs to the above output root file name & path(default: tree)

FPCCDDigitizer libMarlinReco.so.1.38.0 ►

FPCCDDigitizer should create FPCCD's VTXPixelHits from SimTrackerHits

Parameter	Type	Default	Description
CutOption_mode	bool	false	true make the Cut option active.
CutOption_phi_From	double	0	phi From
CutOption_phi_To	double	0	phi To
CutOption_theta_From	double	0	from
CutOption_theta_To	double	0	To
Debug	int	0	Debugging option
Each_FPCCD_pixelSize(mm)	FloatVec	0.005 0.005 0.005 0.005 0.005 0.005	Each ladder's Pixel size of FPCCD (unit:mm) (default:0.005)
EnergyLoss_almostOFF	bool	false	false : normal mode, true : for computing Spatial Resolution.
FPCCD_pixelSize(mm)	float	0.005	Pixel size of FPCCD (unit:mm) (default: 0.005)
HelixTMomentumCriteria(MeV)	float	100	Transverse momentum criteria for helix approximation (MeV)
HitQuality	bool	true	If OccupancyStydyMode == 0, this becomes active. Then, true: digitize evt as signal. false: digitize as bkg. Then TrackerHit output from FPCCDClustering has a quality identifying signal hit or bkg hit. If you use FPCCDOverlayBX, I recommend to differentiate inputfile by this option.
Ladder_Number_encoded_in_cellID	bool	true	Mokka has encoded the ladder number in the cellID
OccupancyStudyMode	int	0	OccupancyStudyMode==1: We discreminate direct and backscatter. 0:NormalMode for tracking. Make sure HitQuality Option for discreminating signal and BG
PixelHeight(mm)	float	0.015	Pixel Height(mm).
VTXCollectionName	string	VXDCollection	Name of the VTX SimTrackerHit collection
VTXPixelHitCollection	string	VTXPixelHits	Name of the VXD PixelHit output collection
isSignalEvent_isBGEvent_forLinkerInClustering	int	1	1:SignalEvent 0:BGEvent for FPCCDOverlayBX process and linker in FPCCDClustering.
modifySimTrackerHit	bool	true	Modify SimTrackerHit into layer
sigmaConstant	double	32000	ration of sigma of Landau distribution and path length

Fox libMarlinReco.so.1.38.0 ►

Fox calculates Fox-Wolfram moments

Parameter	Type	Default	Description
CalculateFoxWolframMoments	IntVec		Numbers of the moments that are to be calculate 0-th is calculate by default
NameOfReconstructedParticlesCollection	string	RecoParticles	Name of the ReconstructedParticle collection

G2CD libMarlinReco.so.1.38.0 ►

Gaseous Calorimeter Digitizer: take 1mm Simulated Hits as input

Parameter	Type	Default	Description
CalibrECAL	FloatVec	40.91 81.81	Calibration coefficients for ECAL
ChanceOfKink	float	0	Chance of one boundary hit to create a multiple hit with boosted charge
ChargeSpatialDistribution	FloatVec	0.1 0.2 0.4 0.2 0.1	Spactial Distribution of MIP charge X*Y;
DigiCellSize	int	10	Size of Digitized Cell (in mm)
DigiECALCollection	StringVec	ECALBarrel ECALEndcap ECALOther	Name of Digitized ECAL Hit Collections
DigiHCALCollection	StringVec	HCALBarrel HCALEndcap HCALOther	Name of Digitized HCAL Hit Collections
ECALCollections	StringVec	EcalBarrelSiliconCollection EcalEndcapSiliconCollection EcalEndcapRingCollection	Input ECAL Hits Collection Names
ECALThreshold	float	5e-05	Threshold for ECAL Hits in GeV
HCALCollections	StringVec	HcalBarrelRegCollection HcalEndcapsCollection HcalEndcapRingsCollection	HCAL Collection Names
KinkHitChargeBoost	float	1	Scale factor of Charge on boosted multiple hits
NumThinEcalLayer	int	20	Num of thiner Ecal layers
PolyaParaA	float	0.7	Polya: x^A*exp(-b*x) + c
PolyaParaB	float	0.045	Polya: x^a*exp(-B*x) + c
PolyaParaC	float	0.03	Polya: x^a*exp(-b*x) + C
PositionShiftID	IntVec	0 0 0	Global Position Shift For Overlay
UsingDefaultDetector	int	0	Flag Parameter Setting (0 ~ self definition, 1 ~ MircoMegas, 2 ~ GRPC_PS, 3 ~ GRPC_SPS)

GammaGammaCandidateFinder libMarlinReco.so.1.38.0 ►

description not set by author

Parameter	Type	Default	Description
FitProbabilityCut	double	0.001	Minimum fit probability
GammaGammaResonanceMass	float	0.135	Nominal Mass of Particle Decaying to Gamma Gamma (GeV)
GammaGammaResonanceName	string	Pi0	Particle decaying to Gamma Gamma
GammaMomentumCut	float	0.5	Minimum Momentum Cut for Photon (GeV)
InputParticleCollectionName	string	PandoraPFOs	Input Particle Collection Name
MaxDeltaMgg	float	0.04	Maximum difference between candidate mass and GammaGama Resonance mass (GeV)
OutputParticleCollectionName	string	GammaGammaCandidates	Output Particle Collection Name
Printing	int	1	Print certain messages
fitter	int	0	0 = OPALFitter, 1 = NewFitter, 2 = NewtonFitter

GammaGammaCandidateTruthFilter libMarlinReco.so.1.38.0 ►

GammaGammaCandidateTruthFilter does whatever it does ...

Parameter	Type	Default	Description
GammaGammaCandidateCollection	string	GammaGammaCandidates	Name of the gamma-gamma candidate input collection
GammaGammaResonanceName	string	Pi0	Particle decaying to Gamma Gamma
MCParticleCollection	string	MCParticle	Name of the MCParticle input collection
MCTruth2RecoLinkCollectionName	string	MCTruthRecoLink	true - reco relation collection
OutputParticleCollectionName	string	TrueGammaGammaMesons	Output Particle Collection Name
Printing	int	1	Print certain messages
Reco2MCTruthLinkCollectionName	string	RecoMCTruthLink	reco - true relation collection

GammaGammaSolutionFinder libMarlinReco.so.1.38.0 ►

description not set by author

Parameter	Type	Default	Description
GammaGammaCandidateCollections	StringVec	GammaGammaCandidatePi0s GammaGammaCandidateEtas GammaGammaCandidateEtaPrimes	Gamma-Gamma Candidate Collection Names
LessThanMaximalCut	int	0	Maximum Number of Fewer GammaGammaParticles
MaxCombinationsCut	double	1e+08	Maximum Number of Explorable Combinations
OutputParticleCollectionName	string	GammaGammaSolutions	Output Particle Collection Name
Printing	int	1	Print certain messages
SolutionFindingAlgorithm	int	2	Solution Finding Algorithm

ILDCaloDigi libMarlinReco.so.1.38.0 ►

Performs simple digitization of sim calo hits...

Parameter	Type	Default	Description
CalibECALMIP	float	0.0001	calibration to convert ECAL deposited energy to MIPs
CalibHCALMIP	float	0.0001	calibration to convert HCAL deposited energy to MIPs
CalibrECAL	FloatVec	40.91 81.81	Calibration coefficients for ECAL
CalibrHCALBarrel	FloatVec	0	Calibration coefficients for Barrel HCAL
CalibrHCALEndcap	FloatVec	0	Calibration coefficients for EndCap HCAL
CalibrHCALOther	FloatVec	0	Calibration coefficients for Other (Ring) HCAL
CellIDIndexIString	string	I	name of the part of the cellID that holds the index I
CellIDIndexJString	string	J	name of the part of the cellID that holds the index J
CellIDLayerString	string	K-1	name of the part of the cellID that holds the layer
CellIDModuleString	string	M	name of the part of the cellID that holds the module
CellIDStaveString	string	S-1	name of the part of the cellID that holds the stave
ECALBarrelTimeWindowMax	float	100	ECAL BarrelTime Window maximum time in ns
ECALCollections	StringVec	EcalBarrelCollection EcalEndcapCollection EcalRingCollection	ECAL Collection Names
ECALCorrectTimesForPropagation	int	0	Correct ECAL hit times for propagation: radial distance/c
ECALDeltaTimeHitResolution	float	10	ECAL Minimum Delta Time in ns for resolving two hits
ECALEndcapCorrectionFactor	float	1.025	Energy correction for ECAL endcap
ECALEndcapTimeWindowMax	float	100	ECAL Endcap Time Window maximum time in ns
ECALGapCorrection	int	1	Correct for ECAL gaps
ECALGapCorrectionFactor	float	1	Factor applied to gap correction
ECALLayers	IntVec	20 100	Index of ECal Layers
ECALModuleGapCorrectionFactor	float	0.5	Factor applied to module gap correction
ECALOutputCollection0	string	ECALBarrel	ECAL Collection of real Hits
ECALOutputCollection1	string	ECALEndcap	ECAL Collection of real Hits
ECALOutputCollection2	string	ECALOther	ECAL Collection of real Hits
ECALSimpleTimingCut	bool	true	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
ECALThreshold	float	5e-05	Threshold for ECAL Hits in GeV
ECALThresholdUnit	string	GeV	Unit for ECAL Threshold. Can be "GeV", "MIP" or "px". MIP and px need properly set calibration constants
ECALTimeResolution	float	10	ECAL Time Resolution used to smear hit times
ECALTimeWindowMin	float	-10	ECAL Time Window minimum time in ns
ECAL_PPD_N_Pixels	int	10000	ECAL total number of MPPC/SiPM pixels for implementation of saturation effect
ECAL_PPD_N_Pixels_uncertainty	float	0.05	ECAL fractional uncertainty of effective total number of MPPC/SiPM pixels
ECAL_PPD_PE_per_MIP	float	7	# Photo-electrons per MIP (scintillator): used to poisson smear #PEs if >0
ECAL_apply_realistic_digi	int	0	apply realistic digitisation to ECAL hits? (0=none, 1=silicon, 2=scintillator)
ECAL_deadCellRate	float	0	ECAL random dead cell fraction (as a fraction: 0->1)
ECAL_deadCell_memorise	bool	false	store dead ECAL cells in memory? (WARNING: can take a lot of memory if used...)
ECAL_default_layerConfig	string	000000000000000	default ECAL layer configuration (used if not found in gear file)
ECAL_elec_noise_mips	float	0	typical electronics noise (ECAL, in MIP units)
ECAL_maxDynamicRange_MIP	float	2500	maximum of dynamic range for ECAL (in MIPs)
ECAL_miscalibration_correl	float	0	correlated ECAL random gaussian miscalibration (as a fraction: 1.0 = 100%)
ECAL_miscalibration_uncorrel	float	0	uncorrelated ECAL random gaussian miscalibration (as a fraction: 1.0 = 100%)
ECAL_miscalibration_uncorrel_memorise	bool	false	store oncorrelated ECAL miscalbrations in memory? (WARNING: can take a lot of memory if used...)
ECAL_pixel_spread	float	0.05	variation of mppc/sipm pixels capacitance in ECAL (as a fraction: 0.01=1%)
ECAL_strip_absorbtionLength	float	1e+06	length scale for absorbtion along scintillator strip (mm)
HCALBarrelTimeWindowMax	float	100	HCAL Time Window maximum time in ns
HCALCollections	StringVec	HcalBarrelRegCollection HcalEndcapRingsCollection HcalEndcapsCollection	HCAL Collection Names
HCALCorrectTimesForPropagation	int	0	Correct HCAL hit times for propagation: radial distance/c
HCALDeltaTimeHitResolution	float	10	HCAL Minimum Delta Time in ns for resolving two hits
HCALEndcapCorrectionFactor	float	1.025	Energy correction for HCAL endcap
HCALEndcapTimeWindowMax	float	100	HCAL Time Window maximum time in ns
HCALGapCorrection	int	1	Correct for ECAL gaps
HCALLayers	IntVec	100	Index of HCal Layers
HCALModuleGapCorrectionFactor	float	0.5	Factor applied to module gap correction
HCALOutputCollection0	string	HCALBarrel	HCAL Collection of real Hits
HCALOutputCollection1	string	HCALEndcap	HCAL Collection of real Hits
HCALOutputCollection2	string	HCALOther	HCAL Collection of real Hits
HCALSimpleTimingCut	bool	true	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
HCALThreshold	FloatVec	4e-05	Threshold for HCAL Hits in GeV
HCALThresholdUnit	string	GeV	Unit for HCAL Threshold. Can be "GeV", "MIP" or "px". MIP and px need properly set calibration constants
HCALTimeResolution	float	10	HCAL Time Resolution used to smear hit times
HCALTimeWindowMin	float	-10	HCAL Time Window minimum time in ns
HCAL_PPD_N_Pixels	int	400	HCAL total number of MPPC/SiPM pixels for implementation of saturation effect
HCAL_PPD_N_Pixels_uncertainty	float	0.05	HCAL fractional uncertainty of effective total number of MPPC/SiPM pixels
HCAL_PPD_PE_per_MIP	float	10	# Photo-electrons per MIP (for AHCAL): used to poisson smear #PEs if >0
HCAL_apply_realistic_digi	int	0	apply realistic digitisation to HCAL hits? (0=none, 1=scintillator/SiPM)
HCAL_deadCellRate	float	0	HCAL random dead cell fraction (as a fraction: 0->1)
HCAL_deadCell_memorise	bool	false	store dead HCAL cells in memory? (WARNING: can take a lot of memory if used...)
HCAL_elec_noise_mips	float	0	typical electronics noise (HCAL, in MIP units)
HCAL_maxDynamicRange_MIP	float	200	maximum of dynamic range for HCAL (in MIPs)
HCAL_miscalibration_correl	float	0	correlated HCAL random gaussian miscalibration (as a fraction: 1.0 = 100%)
HCAL_miscalibration_uncorrel	float	0	uncorrelated HCAL random gaussian miscalibration (as a fraction: 1.0 = 100%)
HCAL_miscalibration_uncorrel_memorise	bool	false	store oncorrelated HCAL miscalbrations in memory? (WARNING: can take a lot of memory if used...)
HCAL_pixel_spread	float	0	variation of mppc/sipm pixels capacitance in HCAL (as a fraction: 0.01=1%)
Histograms	int	0	Hit times histograms
IfDigitalEcal	int	0	Digital Ecal
IfDigitalHcal	int	0	Digital Hcal
MapsEcalCorrection	int	0	Ecal correction for theta dependency of calibration for MAPS
RelationOutputCollection	string	RelationCaloHit	CaloHit Relation Collection
StripEcal_default_nVirtualCells	int	9	default number of virtual cells (used if not found in gear file)
UseEcalTiming	int	0	Use ECAL hit times
UseHcalTiming	int	1	Use HCAL hit times
energyPerEHpair	float	3.6	energy required to create e-h pair in silicon (in eV)

IsoLepTrainingProcessor libMarlinReco.so.1.38.0 ►

IsoLepTrainingProcessor does whatever it does ...

Parameter	Type	Default	Description
InputMCParticlesCollection	string	MCParticlesSkimmed	Name of the MCParticle collection
InputMCTruthLinkCollection	string	RecoMCTruthLink	Name of the MCTruthLink collection
InputPandoraPFOsCollection	string	PandoraPFOs	Name of the PandoraPFOs collection
InputPrimaryVertexCollection	string	PrimaryVertex	Name of the Primary Vertex collection
IsForSignal	bool	true	Is for signal?
IsLepTune	bool	true	Is lepton tune?
IsoLepType	int	13	Isolated Lepton Type
MCDebugging	bool	false	set true if you want to check generator information

IsolatedLeptonFinderProcessor libMarlinReco.so.1.38.0 ►

Isolated Lepton Finder Processor

Parameter	Type	Default	Description
CosConeAngle	float	0.98	Cosine of the half-angle of the cone used in isolation criteria
DressPhotonConeAngle	float	1	Half-angle (in degrees) of the cone used for lepton dressing with photons
ElectronMaxEcalToHcalFraction	float	1	Electron ID: Maximum Ecal deposit divided by sum of Ecal and Hcal deposits
ElectronMaxEnergyDepositByMomentum	float	1.4	Electron ID: Maximum energy deposit divided by momentum
ElectronMinEcalToHcalFraction	float	0.9	Electron ID: Minimum Ecal deposit divided by sum of Ecal and Hcal deposits
ElectronMinEnergyDepositByMomentum	float	0.7	Electron ID: Minimum energy deposit divided by momentum
ImpactParameterMax3D	float	0.01	Maximum impact parameter in 3D
ImpactParameterMax3DSignificance	float	1e+20	Maximum impact parameter significance in 3D
ImpactParameterMaxD0	float	1e+20	Maximum d0 impact parameter
ImpactParameterMaxD0Significance	float	1e+20	Maximum d0 impact parameter significance
ImpactParameterMaxZ0	float	1e+20	Maximum z0 impact parameter
ImpactParameterMaxZ0Significance	float	1e+20	Maximum z0 impact parameter significance
ImpactParameterMin3D	float	0	Minimum impact parameter in 3D
ImpactParameterMin3DSignificance	float	0	Minimum impact parameter significance in 3D
ImpactParameterMinD0	float	0	Minimum d0 impact parameter
ImpactParameterMinD0Significance	float	0	Minimum d0 impact parameter significance
ImpactParameterMinZ0	float	0	Minimum z0 impact parameter
ImpactParameterMinZ0Significance	float	0	Minimum z0 impact parameter significance
InputCollection	string	PandoraPFOs	Input collection of ReconstructedParticles
IsolationMaximumConeEnergy	float	1e+20	Maximum cone energy for isolation requirement
IsolationMaximumTrackEnergy	float	1e+20	Maximum track energy for isolation requirement
IsolationMinimumConeEnergy	float	0	Minimum cone energy for isolation requirement
IsolationMinimumTrackEnergy	float	15	Minimum track energy for isolation requirement
IsolationPolynomialCutA	float	0	Polynomial cut (A) on track energy and cone energy: Econe^2 < A*Etrk^2+B*Etrk+C
IsolationPolynomialCutB	float	20	Polynomial cut (B) on track energy and cone energy: Econe^2 < A*Etrk^2+B*Etrk+C
IsolationPolynomialCutC	float	-300	Polynomial cut (C) on track energy and cone energy: Econe^2 < A*Etrk^2+B*Etrk+C
JetCollection	string	JetsForIsolation	Input collection of jets for isolation
JetIsolationVetoMaximumXt	float	0.25	Maximum Xt in jet-based isolation
JetIsolationVetoMaximumZ	float	0.6	Maximum Z in jet-based isolation
JetIsolationVetoMinimumXt	float	0	Minimum Xt in jet-based isolation
JetIsolationVetoMinimumZ	float	0	Mininum Z in jet-based isolation
MergeCloseElectrons	bool	false	Merge close-by electrons into higher energy lepton
MergeLeptonConeAngle	float	2	Half-angle (in degrees) of the cone used for lepton merging
MuonMaxEcalToHcalFraction	float	0.4	Muon ID: Maximum Ecal deposit divided by sum of Ecal and Hcal deposits
MuonMaxEnergyDepositByMomentum	float	0.3	Muon ID: Maximum energy deposit divided by momentum
MuonMinEcalToHcalFraction	float	0	Muon ID: Minimum Ecal deposit divided by sum of Ecal and Hcal deposits
MuonMinEnergyDepositByMomentum	float	0	Muon ID: Minimum energy deposit divided by momentum
OutputCollectionIsolatedLeptons	string	Isolep	Output collection of isolated leptons
OutputCollectionWithoutIsolatedLepton	string	PandoraPFOsWithoutIsoLep	Copy of input collection but without the isolated leptons
UseDressedLeptons	bool	false	Dress leptons with close-by particles
UseImpactParameter	bool	true	Use impact parameter cuts for consistency with primary/secondary track
UseImpactParameterSignificance	bool	false	Use impact parameter significance cuts for consistency with primary/secondary track
UseJetIsolation	bool	false	Use jet-based isolation
UsePID	bool	true	Use primitive particle ID based on calorimeter energy deposits
UsePandoraIDs	bool	false	Use Pandora particle IDs for algorithm
UsePolynomialIsolation	bool	true	Use polynomial cuts on track and cone energy
UseRectangularIsolation	bool	true	Use rectangular cuts on track and cone energy

IsolatedLeptonTaggingProcessor libMarlinReco.so.1.38.0 ►

IsolatedLeptonTaggingProcessor does whatever it does ...

Parameter	Type	Default	Description
CosConeLarge	float	0.95	cosine of the larger cone
CosConeSmall	float	0.98	cosine of the smaller cone
CutOnTheISOElectronMVA	float	0.5	Cut on the mva output of isolated electron selection
CutOnTheISOMuonMVA	float	0.7	Cut on the mva output of isolated muon selection
DirOfISOElectronWeights	string	isolated_electron_weights	Directory of Weights for the Isolated Electron MVA Classification
DirOfISOMuonWeights	string	isolated_muon_weights	Directory of Weights for the Isolated Muon MVA Classification
InputPandoraPFOsCollection	string	PandoraPFOs	Name of the PandoraPFOs collection
InputPrimaryVertexCollection	string	PrimaryVertex	Name of the Primary Vertex collection
IsSelectingOneIsoLep	bool	true	flag to select one most like isolated lepton
MaxD0SigForElectron	float	50	Maximum d0 significance for electron
MaxD0SigForMuon	float	5	Maximum D0 significance for muon
MaxEOverPForElectron	float	1.3	Maximum ratio of energy in calorimeters over momentum for electron
MaxEOverPForMuon	float	0.3	Maximum ratio of energy in calorimeters over momentum for muon
MaxZ0SigForElectron	float	5	Maximum Z0 significance for electron
MaxZ0SigForMuon	float	5	Maximum Z0 significance for muon
MinEOverPForElectron	float	0.5	minimum ratio of energy in calorimeters over momentum for electron
MinEecalOverTotEForElectron	float	0.9	minimum ratio of energy in ecal over energy in ecal+hcal
MinEyokeForMuon	float	1.2	Minimum energy in yoke for electron
MinPForElectron	float	5	Minimum momentum for electron
MinPForMuon	float	5	Minimum momentum for muon
OutputIsoLeptonsCollection	string	ISOLeptons	Name of collection with the selected isolated lepton
OutputPFOsWithoutIsoLepCollection	string	PandoraPFOsWithoutIsoLep	Name of the new PFOs collection without isolated lepton
UseIP	bool	true	use impact parameters
UseYokeForMuonID	bool	true	use yoke for muon ID

IsolatedPhotonTaggingProcessor libMarlinReco.so.1.38.0 ►

IsolatedPhotonTaggingProcessor does whatever it does ...

Parameter	Type	Default	Description
CosConeLarge	float	0.95	cosine of the larger cone
CosConeSmall	float	0.98	cosine of the smaller cone
CutOnTheISOPhotonMVA	float	0.5	Cut on the mva output of isolated photon selection
DirOfISOPhotonWeights	string	isolated_photon_weights	Directory of Weights for the Isolated Photon MVA Classification
InputPandoraPFOsCollection	string	PandoraPFOs	Name of the PandoraPFOs collection
IsSelectingOneIsoPhoton	bool	false	flag to select one most like isolated photon
MinEForPhoton	float	5	Minimum energy for photon
OutputIsoPhotonsCollection	string	ISOPhotons	Name of collection with the selected isolated photon
OutputPFOsWithoutIsoPhotonCollection	string	PandoraPFOsWithoutIsoPhoton	Name of the new PFOs collection without isolated photon
RatioChargedConeEnergy	float	0.1	Cut on the ratio of Charged Cone Energy over Photon Energy
RatioNeutralConeEnergy	float	0.2	Cut on the ratio of Neutral Cone Energy over Photon Energy

JetPFOsProcessor libMarlinReco.so.1.38.0 ►

JetPFOsProcessor does whatever it does ...

Parameter	Type	Default	Description
InputJetCollection	string	JetsFromKt	Name of the input jet collection
OutputPFOsCollection	string	PFOsFromKtJet	Name of the output PFOs collection

KIT libMarlinReco.so.1.38.0 ►

KIT does whatever it does ...

Parameter	Type	Default	Description
Cleaning	string	YES	To do the cleaning on hits or not
Core_Collection	string	CORE	Name of the Cluster Collection for Cores
Coscut	double	0.95	Cosine of the angle for merging
Distcut	double	35	Square of distance cut for merging
ECAL_Collection	string	ECAL	Name of the CalorimeterHit Collection for ECAL
Levels	FloatVec	0.1 1.5 2.5 4 6 9 16 26 41 65	Levels for central loop in MIP
MinHit0	int	4	Minimal Number of hits for ground level cluster
MinHitSplit	int	2	Minimal Number of hits for i-th level cluster
NumberOfLevels	int	10	Number of levels for central loop
Rcut	double	0.4	Fluctuation suprresion cut
TopologicalCut	int	5	At which number of neighbors to put the threshold, condition is < so you need to put N+1

KinkFinder libMarlinReco.so.1.38.0 ►

Kink Finder Processor : finds kinks, prongs and splits

Parameter	Type	Default	Description
CutOnRadius	float	100	Cuts on Kink radius
DebugPrinting	int	0	Debug level
HyperonDecayMassCut	float	0.15	Cuts on kink mass for hyperon decay
HyperonTimeCut	float	6	Cuts on lifetime for hyperon decay
KaonDecayMassCut	float	0.075	Cuts on kink mass for kaon decay
KinkProjectionCutSIT	float	10	Cuts on kink distance of closest approach in SIT
KinkProjectionCutTPC	float	20	Cuts on kink distance of closest approach in TPC
KinkRecoParticleCollection	string	KinkRecoParticles	Name of output collection of kink reconstructed particles
KinkVertexCollection	string	KinkVertices	Name of output collection of kink vertices
LooseProjectionCutSIT	float	10	Cuts on kink distance of closest approach in SIT
MaxDeltaTpcLayers	int	10	Cuts on Kink DeltaRxy for tracks in TPC
MinELambda	float	2	Minimum Lambda Energy
MinimumTrackHits	int	5	cuts on number of track hits
PionDecayMassCut	float	0.03	Cuts on kink mass for pion decay
ProngRecoParticleCollection	string	ProngRecoParticles	Name of output collection of prong reconstructed particles
ProngVertexCollection	string	ProngVertices	Name of output collection of prong vertices
SigmaDecayMassCut	float	0.15	Cuts on kink mass for sigma decay
SigmaTimeCut	float	6	Cuts on lifetime for sigma decay
SplitRecoParticleCollection	string	SplitRecoParticles	Name of output collection of split reconstructed particles
SplitTrackMaxDeltaP	float	0.2	Maximum difference in deltaP for split tracks
SplitTrackMaxFracDeltaP	float	0.02	Maximum fractional difference in deltaP for split tracks
SplitVertexCollection	string	SplitVertices	Name of output collection of split vertices
TightKinkProjectionCutTPC	float	5	Tight Cut on kink distance of closest approach in TPC
TrackCollection	string	LDCTracks	Name of input collection of reconstructed particles
VeryTightKinkProjectionCutTPC	float	1	Very Tight Cut on kink distance of closest approach in TPC

LDCCaloDigi libMarlinReco.so.1.38.0 ►

Performs simple digitization of sim calo hits...

Parameter	Type	Default	Description
CalibrECAL	FloatVec	40.91 81.81	Calibration coefficients for ECAL
CalibrHCAL	FloatVec	34.8	Calibration coefficients for HCAL
ECALCollections	StringVec	EcalBarrelCollection EcalEndcapCollection EcalRingCollection	ECAL Collection Names
ECALGapCorrection	int	1	Correct for ECAL gaps
ECALGapCorrectionFactor	float	1	Factor applied to gap correction
ECALLayers	IntVec	20 100	Index of ECal Layers
ECALModuleGapCorrectionFactor	float	0.5	Factor applied to module gap correction
ECALOutputCollection	string	ECAL	ECAL Collection of real Hits
ECALThreshold	float	5e-05	Threshold for ECAL Hits in GeV
ECAlEndcapCorrectionFactor	float	1.025	Energy correction for endcap
HCALCollections	StringVec	HcalBarrelRegCollection HcalEndcapRingsCollection HcalEndcapsCollection	HCAL Collection Names
HCALLayers	IntVec	100	Index of HCal Layers
HCALOutputCollection	string	HCAL	HCAL Collection of real Hits
HCALThreshold	float	0.00025	Threshold for HCAL Hits in GeV
IfDigitalEcal	int	0	Digital Ecal
IfDigitalHcal	int	0	Digital Hcal
RelationOutputCollection	string	RelationCaloHit	CaloHit Relation Collection

LeptonIDProcessor libMarlinReco.so.1.38.0 ►

The LeptonIDProcessor is used to identify electrons and muons using TMVA classifiers. It also produces the TTrees needed to train them

Parameter	Type	Default	Description
BuildTree	bool	true	Decides if the Processor builds a TTree that can be used for MVA training
EvalMVA	bool	false	Decides if the Processor does the MVA evaluation (requires weight files)
InputPFOsName	string	DistilledPFOs	Name of the PFO collection the training or evaluation should be done on
MCTruthRecoCweightCut	float	0.5	Cut used on MCTruthRecoCluster weight
MCTruthRecoLinkName	string	MCTruthRecoLink	Name of the MCTruthRecoLink collection
MCTruthRecoTweightCut	float	0.5	Cut used on MCTruthRecoTrack weight
PandoraClustersName	string	PandoraClusters	Name of the PandoraClusters collection
PandoraPFOsName	string	PandoraPFOs	Name of the collection holding the PID info usually PandoraPFOs
RecoMCTruthCweightCut	float	0.8	Cut used on RecoMCTruthCluster weight
RecoMCTruthLinkName	string	RecoMCTruthLink	Name of the RecoMCTruthLink collection
RecoMCTruthTweightCut	float	0.5	Cut used on RecoMCTruthTrack weight
UsedVariables	StringVec	e_over_p ecal_share seenEcalDep seenYokeDep shape0 shape1 shape8 shape17 shape19 shape20 shape21 shape22 shape23 cluEllipsoid_r1 cluEllipsoid_r2 cluEllipsoid_r3 cluEllipsoid_r_ave cluEllipsoid_density cluEllipsoid_eccentricity_T cluEllipsoid_eccentricity_L dEdxDist_e	List of variables used during training
dEdxname	string	dEdxPIDv2	Name used to read the dEdx distance from the PandoraPFO collection parameters.
mvaname	string	BDTG	Name given to the MVA method during training, e.g. BDTG.
pidname	string	LeptonID	Name used to store the PID results in the ReconstructedParticle collection.
weightfile	string	weights/PID_multi_jet_dEdx_800t_cm50r80_BDTG.weights.xml	path to the BDTG weightfile

LikelihoodPIDProcessor libMarlinReco.so.1.38.0 ►

description not set by author

Parameter	Type	Default	Description
CostMatrix	FloatVec	0 1 1 1 1 1 0 9 1 1 1 1 0 1 1 1 1 30 0 1 1 1 1 10 0	cost matrix for risk based bayesian classifier
EnergyBoundaries	FloatVec		Boundaries for energy
FilePDFName	string	pdf_ParticleID_ok.root	rootfile of PDF
FileWeightFormupiSeparationName	StringVec	TMVAClassification_BDTG_02GeVP_clusterinfo.weights.xml TMVAClassification_BDTG_03GeVP_clusterinfo.weights.xml TMVAClassification_BDTG_04GeVP_clusterinfo.weights.xml TMVAClassification_BDTG_05GeVP_clusterinfo.weights.xml TMVAClassification_BDTG_06GeVP_clusterinfo.weights.xml TMVAClassification_BDTG_07GeVP_clusterinfo.weights.xml TMVAClassification_BDTG_08GeVP_clusterinfo.weights.xml TMVAClassification_BDTG_09GeVP_clusterinfo.weights.xml TMVAClassification_BDTG_10GeVP_clusterinfo.weights.xml TMVAClassification_BDTG_11GeVP_clusterinfo.weights.xml TMVAClassification_BDTG_12GeVP_clusterinfo.weights.xml TMVAClassification_BDTG_13GeVP_clusterinfo.weights.xml TMVAClassification_BDTG_14GeVP_clusterinfo.weights.xml TMVAClassification_BDTG_15GeVP_clusterinfo.weights.xml TMVAClassification_BDTG_16GeVP_clusterinfo.weights.xml TMVAClassification_BDTG_17GeVP_clusterinfo.weights.xml TMVAClassification_BDTG_18GeVP_clusterinfo.weights.xml TMVAClassification_BDTG_19GeVP_clusterinfo.weights.xml TMVAClassification_BDTG_20GeVP_clusterinfo.weights.xml	weight file for low momentum mu pi separation
PIDMethodsToRun	StringVec	BasicVariablePID LowMomMuID ShowerShapesPID dEdxPID LikelihoodPID	methods to be run, default: BasicVariablePID LowMomMuID ShowerShapesPID dEdxPID LikelihoodPID
PIDMethodsToRun_version	string		version of the methods (for rerunning purposes)
RecoParticleCollection	string	PandoraPFOs	Input collection of Reconstrcuted Particle
UseBayesian	int	2	PID is based on Bayesian or Likelihood
UseLowMomentumMuPiSeparation	bool	true	MVA mu/pi separation should be used or not
dEdxErrorFactor	float	7.55	dEdx Error factor
dEdxNormalization	float	1.35e-07	dEdx Normalization
dEdxParameter_electron	FloatVec	-0.00240638 0.710337 0.287718 -1.71591 0	dEdx Parameters for electron
dEdxParameter_kaon	FloatVec	0.0796117 4133.35 1.13577e+06 0.180555 -0.000315083	dEdx Parameters for Kaon
dEdxParameter_muon	FloatVec	0.0811408 0.992207 758509 -0.170167 0.00046367	dEdx Parameters for muon
dEdxParameter_pion	FloatVec	0.0810756 -1.45051e+06 -30984.3 0.284056 0.000338131	dEdx Parameters for pion
dEdxParameter_proton	FloatVec	0.0778772 44930 91377.8 0.150088 -0.000664184	dEdx Parameters for proton

MCTruthJetEnergy libMarlinReco.so.1.38.0 ►

MCTruthJetEnergy calculates the MC truth jet energy of the MCParticles associated to the reconstructed particles in the jet

Parameter	Type	Default	Description
JetCollectionNames	StringVec	FTSelected_2Jets FTSelected_3Jets FTSelected_4Jets FTSelected_5Jets FTSelected_6Jets	Names of the Jet collections
MCTruthRelationName	string	RecoMCTruthLink	Name of the ReconstructedParticle-MCParticle relation collection

MokkaCaloDigi libMarlinReco.so.1.38.0 ►

Mokka digitizer...

Parameter	Type	Default	Description
CalibrECAL	FloatVec	31.3 83	Calibration coefficients for ECAL
CalibrHCAL	FloatVec	27.3	Calibration coefficients for HCAL
ECALCollections	StringVec	SEcal01_EcalEndcap SEcal01_EcalBarrel	ECAL Collection Names
ECALLayers	IntVec	30 100	Index of ECal Layers
ECALThreshold	float	0.0001	Threshold for ECAL Hits in GeV
HCALCollections	StringVec	SHcal01_HcalBarrelEnd SHcal01_HcalBarrelReg SHcal01_HcalEndCaps	HCAL Collection Names
HCALLayers	IntVec	100	Index of HCal Layers
HCALThreshold	float	0.0004	Threshold for HCAL Hits in GeV
IfDigitalEcal	int	0	Digital Ecal
IfDigitalHcal	int	0	Digital Hcal
NewECALCollName	string	ECAL	name for the new collection of ECAL hits
NewHCALCollName	string	HCAL	name for the new collection of HCAL hits
RelationCollName	string	RelationCaloHit	name for collection of relations between CalorimeterHits and SimCalorimeterHits

MomentumCov libMarlinReco.so.1.38.0 ►

MomentumCov calculate the covariance matrix in the momenta space.

Parameter	Type	Default	Description
InputPandoraPFOsCollection	string	PandoraPFOs	Name of the PandoraPFOs collection
OutputNewPFOsCollection	string	Newpfos	Name of the new PFOs collection with covariance matrix

NNClusterProcessor libMarlinReco.so.1.38.0 ►

NNClusterProcessor : simple nearest neighbour clustering

Parameter	Type	Default	Description
DistanceCut	float	40	Cut for distance between hits in mm
EnergyCut	float	0	Cut for hit energy in GeV
HitCollections	StringVec	ecal	Name of the input collections
OutputCollection	string	NNClusters	Name of the output collections

NewLDCCaloDigi libMarlinReco.so.1.38.0 ►

Performs simple digitization of sim calo hits...

Parameter	Type	Default	Description
CalibrECAL	FloatVec	40.91 81.81	Calibration coefficients for ECAL
CalibrHCAL	FloatVec	34.8	Calibration coefficients for HCAL
CellIDLayerString	string	K-1	name of the part of the cellID that holds the layer
CellIDModuleString	string	M	name of the part of the cellID that holds the module
CellIDStaveString	string	S-1	name of the part of the cellID that holds the stave
ECALCollections	StringVec	EcalBarrelCollection EcalEndcapCollection EcalRingCollection	ECAL Collection Names
ECALEndcapCorrectionFactor	float	1.025	Energy correction for ECAL endcap
ECALGapCorrection	int	1	Correct for ECAL gaps
ECALGapCorrectionFactor	float	1	Factor applied to gap correction
ECALLayers	IntVec	20 100	Index of ECal Layers
ECALModuleGapCorrectionFactor	float	0.5	Factor applied to module gap correction
ECALOutputCollection0	string	ECALBarrel	ECAL Collection of real Hits
ECALOutputCollection1	string	ECALEndcap	ECAL Collection of real Hits
ECALOutputCollection2	string	ECALOther	ECAL Collection of real Hits
ECALThreshold	float	5e-05	Threshold for ECAL Hits in GeV
HCALCollections	StringVec	HcalBarrelRegCollection HcalEndcapRingsCollection HcalEndcapsCollection	HCAL Collection Names
HCALEndcapCorrectionFactor	float	1.025	Energy correction for HCAL endcap
HCALLayers	IntVec	100	Index of HCal Layers
HCALOutputCollection0	string	HCALBarrel	HCAL Collection of real Hits
HCALOutputCollection1	string	HCALEndcap	HCAL Collection of real Hits
HCALOutputCollection2	string	HCALOther	HCAL Collection of real Hits
HCALThreshold	FloatVec	4e-05	Threshold for HCAL Hits in GeV
IfDigitalEcal	int	0	Digital Ecal
IfDigitalHcal	int	0	Digital Hcal
RelationOutputCollection	string	RelationCaloHit	CaloHit Relation Collection

PFOID libMarlinReco.so.1.38.0 ►

Performs particle identification

Parameter	Type	Default	Description
Debug	int	0	Debugging?
EnergyBoundaries	FloatVec	0 10 1e+07	Boundary for energy binning
FilePDFName	StringVec	pdf_charged_lt10.txt pdf_charged_ge10.txt	Name of files containing pdfs for charged particles (order of files must be consistent with parameter EnergyBoundaries!!)
RecoParticleCollection	string	RecoParticles	Name of the PFO collection
neutralFilePDFName	StringVec	pdf_neutral_lt10.txt pdf_neutral_ge10.txt	Name of files containing pdfs for neutral particles (order of files must be consistent with parameter EnergyBoundaries!!)

PrepareRECParticles libMarlinReco.so.1.38.0 ►

PrepareRECParticles converts input to ReconstructedParticles and puts them into a new collection making sure all the information which is needed to run the TauFinder is provided.

Parameter	Type	Default	Description
MCCollectionName	string	MCParticlesSkimmed	Name of the MCParticle collection
MCRECLinkCollectionName	string	MCRecLink	Name of the MC Truth ReconstructedParticle collection
RecCollection	string	MCParticles_tau	Collection of Rec Particles for TauFinder
RecCollection_Tracks	string	Tracks_tau	Collection of Rec Particles for TauFinder
TrackCollectionName	string	LDCTracks	Name of the Track collection
TrackRECLinkCollectionName	string	TracksRecLink	Name of the Track Truth ReconstructedParticle collection
outputColMC	string	MCParticles_tau	Name of the output Collection of refilled information
outputColTracks	string	Tracks_tau	Name of the output Collection of refilled information

QuarkJetPairing libMarlinReco.so.1.38.0 ►

Parameter	Type	Default	Description
InputJetCollection	string	NewJets	Input collection of jets
InputMCPCollection	string	MCParticlesSkimmed	Input collection of MCParticles

RealisticCaloDigiScinPpd libMarlinReco.so.1.38.0 ►

Performs digitization of sim calo hits...

Parameter	Type	Default	Description
CellIDLayerString	string	K-1	name of the part of the cellID that holds the layer
calibration_mip	float	0.0001	average G4 deposited energy by MIP for calibration
deadCell_fraction	float	0	random dead cell fraction (as a fraction: 0->1)
deadCell_memorise	bool	false	store dead cells in memory? (i.e. use same dead cells in each event. WARNING: can take a lot of memory if used...)
elec_noise_mip	float	0	typical electronics noise (in MIP units)
elec_range_mip	float	2500	maximum of dynamic range of electronics (in MIPs)
fastShaper	float	0	Fast shaper value. Unit in ns
inputHitCollections	StringVec	SimCalorimeterHits	input simcalhit Collection Names
integrationMethod	string	Standard	Energy integration and time calculation method. Options: Standard, ROC
miscalibration_correl	float	0	correlated random gaussian miscalibration (as a fraction: 1.0 = 100%)
miscalibration_uncorrel	float	0	uncorrelated random gaussian miscalibration (as a fraction: 1.0 = 100%)
miscalibration_uncorrel_memorise	bool	false	store oncorrelated miscalbrations in memory? (i.e. use same miscalibrations in each event. WARNING: can take a lot of memory if used...)
outputHitCollections	StringVec		output calorimeterhit Collection Names
outputRelationCollections	StringVec		output hit relatiob Collection Names
ppd_mipPe	float	10	# Photo-electrons per MIP (scintillator): used to poisson smear #PEs if >0
ppd_npix	int	10000	total number of MPPC/SiPM pixels for implementation of saturation effect
ppd_npix_uncert	float	0.05	fractional uncertainty of effective total number of MPPC/SiPM pixels
ppd_pix_spread	float	0.05	variation of PPD pixel signal (as a fraction: 0.01=1%)
slowShaper	float	0	Slow shaper value. Unit in ns
threshold	float	0.5	Threshold for Hit
thresholdUnit	string	MIP	Unit for threshold. Can be "GeV", "MIP" or "px". MIP and px need properly set calibration constants
timingCorrectForPropagation	int	0	Correct hit times for propagation: radial distance/c
timingCut	int	0	Use hit times
timingResolution	float	0	Time resolution to apply (gaussian smearing). Unit in ns
timingWindowMax	float	100	Time Window maximum time in ns
timingWindowMin	float	-10	Time Window minimum time in ns

RealisticCaloDigiSilicon libMarlinReco.so.1.38.0 ►

Digitization of silicon simcalo hits

Parameter	Type	Default	Description
CellIDLayerString	string	K-1	name of the part of the cellID that holds the layer
calibration_mip	float	0.0001	average G4 deposited energy by MIP for calibration
deadCell_fraction	float	0	random dead cell fraction (as a fraction: 0->1)
deadCell_memorise	bool	false	store dead cells in memory? (i.e. use same dead cells in each event. WARNING: can take a lot of memory if used...)
elec_noise_mip	float	0	typical electronics noise (in MIP units)
elec_range_mip	float	2500	maximum of dynamic range of electronics (in MIPs)
fastShaper	float	0	Fast shaper value. Unit in ns
inputHitCollections	StringVec	SimCalorimeterHits	input simcalhit Collection Names
integrationMethod	string	Standard	Energy integration and time calculation method. Options: Standard, ROC
miscalibration_correl	float	0	correlated random gaussian miscalibration (as a fraction: 1.0 = 100%)
miscalibration_uncorrel	float	0	uncorrelated random gaussian miscalibration (as a fraction: 1.0 = 100%)
miscalibration_uncorrel_memorise	bool	false	store oncorrelated miscalbrations in memory? (i.e. use same miscalibrations in each event. WARNING: can take a lot of memory if used...)
outputHitCollections	StringVec		output calorimeterhit Collection Names
outputRelationCollections	StringVec		output hit relatiob Collection Names
silicon_pairEnergy	float	3.6	energy required to create e-h pair in silicon (in eV)
slowShaper	float	0	Slow shaper value. Unit in ns
threshold	float	0.5	Threshold for Hit
thresholdUnit	string	MIP	Unit for threshold. Can be "GeV", "MIP" or "px". MIP and px need properly set calibration constants
timingCorrectForPropagation	int	0	Correct hit times for propagation: radial distance/c
timingCut	int	0	Use hit times
timingResolution	float	0	Time resolution to apply (gaussian smearing). Unit in ns
timingWindowMax	float	100	Time Window maximum time in ns
timingWindowMin	float	-10	Time Window minimum time in ns

RealisticCaloRecoScinPpd libMarlinReco.so.1.38.0 ►

Performs fist reconstruction of scintillator calo hits

Parameter	Type	Default	Description
CellIDLayerString	string	K-1	name of the part of the cellID that holds the layer
calibration_factorsMipGev	FloatVec		Calibration coefficients (MIP->shower GeV) of layers groups
calibration_layergroups	IntVec		grouping of calo layers
inputHitCollections	StringVec		input hit collection names
inputRelationCollections	StringVec		input relation collection names (digi<->sim), one per inputHitCollection
outputHitCollections	StringVec		output hit collection names
outputRelationCollections	StringVec		output hit collection names
ppd_mipPe	float	10	# Photo-electrons per MIP (scintillator): used to poisson smear #PEs if >0
ppd_npix	int	10000	total number of MPPC/SiPM pixels for implementation of saturation effect

RealisticCaloRecoSilicon libMarlinReco.so.1.38.0 ►

Performs fist reconstruction of silicon ECAL hits

Parameter	Type	Default	Description
CellIDLayerString	string	K-1	name of the part of the cellID that holds the layer
calibration_factorsMipGev	FloatVec		Calibration coefficients (MIP->shower GeV) of layers groups
calibration_layergroups	IntVec		grouping of calo layers
inputHitCollections	StringVec		input hit collection names
inputRelationCollections	StringVec		input relation collection names (digi<->sim), one per inputHitCollection
outputHitCollections	StringVec		output hit collection names
outputRelationCollections	StringVec		output hit collection names

RecoMCTruthLinker libMarlinReco.so.1.38.0 ►

links RecontructedParticles to the MCParticle based on number of hits used

Parameter	Type	Default	Description
BremsstrahlungEnergyCut	float	1	energy cut for Brems that are kept
CalohitMCTruthLinkName	string		Name of the updated calo-hit MCTruthLink output collection - not created if empty()
ClusterCollection	string	PandoraClusters	Name of the Clusters input collection
ClusterMCTruthLinkName	string		Name of the clusterMCTruthLink output collection - not created if empty()
FullRecoRelation	bool	false	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
InvertedNonDestructiveInteractionLogic	bool	false	Work-around Mokka bug in vertex-is-not-endpoint-of-parent flag (logic inverted)
KeepDaughtersPDG	IntVec	22 111 310	PDG codes of particles of which the daughters will be kept in the skimmmed MCParticle collection
MCParticleCollection	string	MCParticle	Name of the MCParticle input collection
MCParticlesSkimmedName	string		Name of the skimmed MCParticle output collection - not created if empty()
MCTruthClusterLinkName	string		Name of the MCTruthClusterLink output collection
MCTruthRecoLinkName	string		Name of the MCTruthRecoLink output collection
MCTruthTrackLinkName	string		Name of the trackMCTruthLink output collection
RecoMCTruthLinkName	string	RecoMCTruthLink	Name of the RecoMCTruthLink output collection - not created if empty()
RecoParticleCollection	string	PandoraPFOs	Name of the ReconstructedParticles input collection
SaveBremsstrahlungPhotons	bool	false	save photons from Brems
SimCaloHitCollections	StringVec	BeamCalCollection EcalBarrelSiliconCollection EcalBarrelSiliconPreShowerCollection EcalEndcapRingCollection EcalEndcapRingPreShowerCollection EcalEndcapSiliconCollection EcalEndcapSiliconPreShowerCollection HcalBarrelRegCollection HcalEndCapRingsCollection HcalEndCapsCollection LHcalCollection LumiCalCollection MuonBarrelCollection MuonEndCapCollection	Names of the SimCaloHits input collections
SimCalorimeterHitRelationNames	StringVec	RelationCaloHit RelationLcalHit RelationLHcalHit RelationBCalHit RelationMuonHit	Name of the lcrelation collections, that link the SimCalorimeterHit to CalorimeterHit
SimTrackerHitCollections	StringVec	VXDCollection SITCollection FTD_PIXELCollection FTD_STRIPCollection TPCCollection SETCollection	Names of the SimTrackerHits input collection
TrackCollection	string	MarlinTrkTracks	Name of the Tracks input collection
TrackMCTruthLinkName	string		Name of the trackMCTruthLink output collection - not created if empty()
TrackerHitsRelInputCollections	StringVec	VXDTrackerHitRelations SITSpacePointRelations FTDPixelTrackerHitRelations FTDSpacePointRelations TPCTrackerHitRelations SETSpacePointRelations	Name of the lcrelation collections, that link the TrackerHits to their SimTrackerHits.
UseTrackerHitRelations	bool	true	true: use relations for TrackerHits, false : use getRawHits
UsingParticleGun	bool	false	If Using Particle Gun Ignore Gen Stat
daughtersECutMeV	float	10	energy cut for daughters that are kept from KeepDaughtersPDG

ReconstructedParticleImpl_CopyProcessor libMarlinReco.so.1.38.0 ►

description not set by author

Parameter	Type	Default	Description
InputCollection	string	PandoraPFOs	Pandora PFOs
OutputCollection	string	NewPandoraPFOs	New Pandora PFOs
RelationCollection	string	Old2NewPandoraPFOsLink	Old to New Pandora PFOs Link
copyCharge	bool	true	Copy charge.
copyClusters	bool	true	Copy all clusters.
copyCovMatrix	bool	true	Copy covariance matrix.
copyEnergy	bool	true	Copy energy.
copyGoodnessOfPID	bool	true	Copy the goodness of the PID.
copyMass	bool	true	Copy mass.
copyMomentum	bool	true	Copy momentum.
copyParticleIDUsed	bool	true	Copy which particle ID is used.
copyParticleIDs	bool	true	Copy all particle ID entries.
copyParticles	bool	true	Copy all particles.
copyReferencePoint	bool	true	Copy reference point.
copyStartVertex	bool	true	Copy start vertex.
copyTracks	bool	true	Copy all tracks.
copyType	bool	true	Copy type.

ReconstructedParticleParticleIDFilterProcessor libMarlinReco.so.1.38.0 ►

ReconstructedParticleParticleIDFilterProcessor: Filters ParticleID objects from ReconstructedParticles

Parameter	Type	Default	Description
FilterPIDAlgos	StringVec		PID algorithm names to filter
RecoParticleCollection	string	PandoraPFOs	collection to filter

SLDCorrection libMarlinReco.so.1.38.0 ►

SLDCorrection finds semi-leptonic decays within jets and performs a correction to 4-momentum of the jet due to the missing neutrino(s)

Parameter	Type	Default	Description
BSLD4SigmaAlpha	float	0.004	Angular uncertainty (radian) due to flight direction reconstruction for semi-leptonic decay of B-Hadron when leptin is in 2nd vertex
BSLD4SigmaAlphaCPVA	float	0	Angular uncertainty (radian) due to Charged Particle to Vertex Association (NPVA) for semi-leptonic decay of B-Hadron when leptin is in 2nd vertex
BSLD4SigmaAlphaNPVA	float	0	Angular uncertainty (radian) due to Neutral Particle to Vertex Association (NPVA) for semi-leptonic decay of B-Hadron when leptin is in 2nd vertex
BSLD4SigmaECPVA	float	0	Energy uncertainty (GeV) due to Charged Particle to Vertex Association (CPVA) for semi-leptonic decay of B-Hadron when leptin is in 2nd vertex
BSLD4SigmaENPVA	float	0	Energy uncertainty (GeV) due to Neutral Particle to Vertex Association (NPVA) for semi-leptonic decay of B-Hadron when leptin is in 2nd vertex
BSLD5SigmaAlpha	float	0.01	Angular uncertainty (radian) due to flight direction reconstruction for semi-leptonic decay of B-Hadron when leptin is with 3rd vertex
BSLD5SigmaAlphaCPVA	float	0	Angular uncertainty (radian) due to Charged Particle to Vertex Association (NPVA) for semi-leptonic decay of B-Hadron when leptin is with 3rd vertex
BSLD5SigmaAlphaNPVA	float	0	Angular uncertainty (radian) due to Neutral Particle to Vertex Association (NPVA) for semi-leptonic decay of B-Hadron when leptin is with 3rd vertex
BSLD5SigmaECPVA	float	0	Energy uncertainty (GeV) due to Charged Particle to Vertex Association (CPVA) for semi-leptonic decay of B-Hadron when leptin is with 3rd vertex
BSLD5SigmaENPVA	float	0	Energy uncertainty (GeV) due to Neutral Particle to Vertex Association (NPVA) for semi-leptonic decay of B-Hadron when leptin is with 3rd vertex
BSLDChargedSLD4InvMassCut	float	0	Cut on Invariant mass of visible charged decay products for semi-leptonic decay of B-Hadron when lepton is in secondary vertex
BSLDChargedSLD5InvMassCut	float	0	Cut on Invariant mass of visible charged decay products for semi-leptonic decay of B-Hadron when lepton is with third vertex
BSLDNeutralSLD4InvMassCut	float	0	Cut on Invariant mass of visible neutral decay products for semi-leptonic decay of B-Hadron when lepton is in secondary vertex
BSLDNeutralSLD5InvMassCut	float	0	Cut on Invariant mass of visible neutral decay products for semi-leptonic decay of B-Hadron when lepton is with third vertex
BsldMode	int	0	Event selection based on semi-leptonic decays of B-hadrons
BuildUpVertex	string	BuildUpVertex	Name of BuildUp Vertex Collection
CSLDChargedSLD4InvMassCut	float	0	Cut on Invariant mass of visible charged decay products for semi-leptonic decay of C-Hadron when lepton is in secondary vertex
CSLDChargedSLD5InvMassCut	float	0	Cut on Invariant mass of visible charged decay products for semi-leptonic decay of C-Hadron when lepton is with third vertex
CSLDNeutralSLD4InvMassCut	float	0	Cut on Invariant mass of visible neutral decay products for semi-leptonic decay of C-Hadron when lepton is in secondary vertex
CSLDNeutralSLD5InvMassCut	float	0	Cut on Invariant mass of visible neutral decay products for semi-leptonic decay of C-Hadron when lepton is with third vertex
ClusterMCTruthLinkCollection	string	ClusterMCTruthLink	Name of input m_ClusterMCTruthLink Collection
CsldMode	int	0	Event selection based on semi-leptonic decays of C-hadrons
JetCollection	string	Durham_nJets	Name of input jet collection
JetSLDLinkName	string	JetSLDLinkName	Name of the JetSemiLeptonicDecayLinkName output collection
MCParticleCollection	string	MCParticle	Name of the MCParticle collection
MCTruthClusterLinkCollection	string	MCTruthClusterLink	Name of input MCTruthClusterLink Collection
MCTruthRecoLinkCollection	string	MCTruthRecoLinkCollection	Name of input MCTruthRecoLink Collection
NuSLDLinkName	string	NuSLDLinkName	Name of the SemiLeptonicDecayNeutrinoLinkName output collection
PfoCollection	string	PandoraPFOs	Name of input pfo collection
PrimaryVertex	string	PrimaryVertex	Name of Primary Vertex Collection
RecoMCTruthLinkCollection	string	RecoMCTruthLinkCollection	Name of input RecoMCTruthLink Collection
ReconstructedNeutrino	string	ReconstructedNeutrino	Name of Reconstructed Neutrino Collection
RootFile	string	Output.root	Name of the output root file
SLDJetLinkName	string	SLDJetLinkName	Name of the SemiLeptonicDecayJetLinkName output collection
SLDNuLinkName	string	SLDNuLinkName	Name of the NeutrinoSemiLeptonicDecayLinkName output collection
SemiLeptonicDecayVertex	string	SemiLeptonicDecayVertex	Name of Semi-Leptonic Decay Vertices Collection
SemiLeptonicDecayVertexRP	string	SemiLeptonicDecayVertexRP	Name of Semi-Leptonic Decay Vertices Reconstructed Particle Collection
TsldMode	int	0	Event selection based on semi-leptonic decays of tau-leptons
chargedCosAcceptanceAngleSLD4	float	0	Acceptance angle for charged PFOs to be assigned to the semi-leptonic decay when lepton is in secondary vertex
chargedCosAcceptanceAngleSLD5	float	0	Acceptance angle for charged PFOs to be assigned to the semi-leptonic decay when lepton is with third vertex
cheatCharged4momentum	bool	true	Cheat FourMomentum of charged visibles in semi-leptonic decays
cheatFlightDirection	bool	true	Cheat Flight direction of mother hadron
cheatLepton4momentum	bool	true	Cheat FourMomentum of lepton in semi-leptonic decays
cheatNeutral4momentum	bool	true	Cheat FourMomentum of neutral visibles in semi-leptonic decays
cheatPVAcharged	bool	true	Cheat Particle ID for Charged Decay Products
cheatPVAneutral	bool	true	Cheat Particle ID for Neutral Decay Products
cheatSLDLeptons	bool	true	Cheat semi-leptonic decays lepton from MCTruth
cheatSolutionSign	bool	false	Cheat the signe of solution for the neutrino correction
displayEvent	bool	true	Display recoLepton, downstraem vertex and RP and reconstructed secondary vertex in Event Display
fillRootTree	bool	true	Fill root tree to check processor performance
includeBSLD	bool	true	do correction for semi-leptonic decays of B-Hadrons
includeCSLD	bool	true	do correction for semi-leptonic decays of C-Hadrons
includeTSLD	bool	true	do correction for semi-leptonic decays of Tau-Leptons
mcNurecoNuLinkName	string	mcNurecoNuLinkName	Name of the trueNeutrino-reconstructedNeutrino output Link collection
nIterFlightDirCorrection	int	1	Number of iterations for correcting flight direction of CHARGED parent hadron
neutralCosAcceptanceAngle	float	0	Acceptance angle for neutral PFOs to be assigned to the semi-leptonic decay
recoNumcNuLinkName	string	recoNumcNuLinkName	Name of the trueNeutrino-reconstructedNeutrino output Link collection
sigmaAlphaNu	float	0.1	Angular uncertainty (radian) for reconstructed neutrino direction
sigmaENu	float	4	Energy uncertainty (GeV) for reconstructed neutrino
sldMode	int	0	Event selection based on semi-leptonic decays of All hadrons and tau-leptons
traceEvent	bool	false	trace events with large discrepancy
vertexingScenario	int	1	Scenario for finding flight direction of mother hadron: 1 = default , 2 = assign jet axis , 3 = assign flight direction of leading particle in the jet

SelectReconstructedParticle libMarlinReco.so.1.38.0 ►

SelectReconstructedParticle: Selects particles from all reconstructed particles to be used for the thrust finder

Parameter	Type	Default	Description
MinimumMomentum	float	0	Minimum momentum a particle has to have to be used for the thrust calculation
inputCollectionName	string	ReconstructedParticle	Collection of reconstructed particles to chose from
outputCollectionName	string	SelectedReconstructedParticle	Collection of selected reconstructed particles

SiTracker_dEdxProcessor libMarlinReco.so.1.38.0 ►

SiTracker_dEdxProcessor calculates dE/dx for planar silicon trackers

Parameter	Type	Default	Description
CheatSensorThicknesses	bool	false	Shall we use the sensitive thicknesses from parameters?
SensorThicknessCheatValues	FloatVec	-1 -1 -1 -1 -1 -1	Sensor thicknesses to use instead of automatic values from DD4hep (if CheatSensorThicknesses==true).
TrackCollectionName	string	SiTracks	Name of the input Track collection
TrkHitCollections	StringVec	ITrackerHits ITrackerEndcapHits OTrackerHits OTrackerEndcapHits VXDTrackerHits VXDEndcapTrackerHits	Tracker hit collections that will be analysed
dEdxEstimator	string	median	Type of estimator for dEdx.

SimDigital libMarlinReco.so.1.38.0 ►

This processor creates SDHCAL digitized CalorimeterHits from SDHCAL SimCalorimeterHits

Parameter	Type	Default	Description
AngleCorrectionPower	float	0.4	Parameter for angle correction
CellIDEncodingStringType	string	LCGEO	The type of the encoding, LCGEO or PROTO
ChargeSplitterOption	string	Erf	Define the charge splitter method. Possible option : Erf , Exact
ChargeSplitterd	float	1	d parameter for exact splitter
EffMapConstantValue	float	0.97	Value of the constant term for efficiency correction if EffMapOption==Uniform
EffMapFile	string		Efficiency map file
EffMapOption	string	Uniform	Step efficiency correction method : should be Uniform
GasGapWidth	float	1.2	Width of the RPC gas gap
HCALCellSize	float	0	Cell size (mm) of HCAL, if it is equal or less than zero then the value is taken from dd4hep
HCALThreshold	FloatVec	0.1	Threshold for HCAL Hits in pC
KeepAtLeastOneStep	bool	true	if true, ensure that each hit will keep at least one step for digitisation independatly of filtering conditions (StepCellCenterMaxDistanceLayerDirection)
LinkSteps	bool	false	Parameter for angle correction
PolyaAverageCharge	float	1.6	Parameter for the Polya distribution used to simulate the induced charge distribution : mean of the distribution
PolyaMapFile	string		Polya map file
PolyaOption	string	Uniform	Uniform polya or different polya per Asic
PolyaRandomSeed	int	1	The seed of the polya function
PolyaWidthParameter	float	16.3	Parameter for the Polya distribution used to simulate the induced charge distribution : related to the distribution width
RPC_PadSeparation	float	0	distance in mm between two RPC pads : used if ChargeSplitterOption==Function or Erf
SpreaderMapFile	string		Charge spreader map file
StepCellCenterMaxDistanceLayerDirection	float	0.0005	Maximum distance (mm) between the Geant4 step position and the cell center, in the RPC width direction, to keep a step for digitization
StepLengthCut	double	-1	Step length cut
StepsMinDistanceRPCplaneDirection	float	0.5	Minimum distance (mm) between 2 Geant4 steps, in the RPC plane, to keep the 2 steps
TimeCut	double	1.79769e+308	Time cut
doThresholds	bool	true	Replace analog hit energy by value given in CalibrHCAL according to thresholds given in HCALThreshold
erfWeigth	FloatVec	1	Weigth for the different Erf functions
erfWidth	FloatVec	2	Width values for the different Erf functions
functionRange	float	30	maximal distance (in mm) at which a step can induce charge using the 2D function defined with functionFormula or when using ChargeSplitterOption==Erf
inputHitCollections	StringVec	HcalBarrelCollection HcalEndCapRingsCollection HcalEndCapsCollection	Sim Calorimeter Hit Collections
outputHitCollections	StringVec	HCALBarrelDigi HCALEndcapDigi HCALOtherDigi	output hit collection names
outputRelationCollections	StringVec		output hit relation Collection Names

SimDigitalLinkToParticles libMarlinReco.so.1.38.0 ►

This processor links calorimeter hits to MC particles

Parameter	Type	Default	Description
inputHitCollections	StringVec		Sim Calorimeter Hit Collections
inputRelationCollections	StringVec		Collections of generic objects containing additional step informations
outputRelationCollections	StringVec		output hit relation Collection Names

SimDigitalToEnergy libMarlinReco.so.1.38.0 ►

This processor transforms the threshold value of digitized SDHCAL CalorimeterHits into energy

Parameter	Type	Default	Description
CellIDLayerString	string	K-1	name of the part of the cellID that holds the layer
EnergyCalibration	FloatVec	0.4	Threshold to Energy correspondace
calibration_factorsMipGev	FloatVec		Calibration coefficients (MIP->shower GeV) of layers groups
calibration_layergroups	IntVec		grouping of calo layers
inputHitCollections	StringVec		input hit collection names
inputRelationCollections	StringVec		input relation collection names (digi<->sim), one per inputHitCollection
outputHitCollections	StringVec		output hit collection names
outputRelationCollections	StringVec		output hit collection names

SimpleCaloDigi libMarlinReco.so.1.38.0 ►

Performs simple digitization of sim calo hits...

Parameter	Type	Default	Description
CalibrECAL	FloatVec	31.3 83	Calibration coefficients for ECAL
CalibrHCAL	FloatVec	27.3	Calibration coefficients for HCAL
ECALCollections	StringVec	ecal02_EcalBarrel ecal02_EcalEndcap	ECAL Collection Names
ECALLayers	IntVec	30 100	Index of ECal Layers
ECALOutputCollection	string	ECAL	ECAL Collection of real Hits
ECALThreshold	float	0.0001	Threshold for ECAL Hits in GeV
HCALCollections	StringVec	hcalFeScintillator_HcalBarrelEnd hcalFeScintillator_HcalBarrelReg hcalFeScintillator_HcalEndCaps	HCAL Collection Names
HCALLayers	IntVec	100	Index of HCal Layers
HCALOutputCollection	string	HCAL	HCAL Collection of real Hits
HCALThreshold	float	0.0004	Threshold for HCAL Hits in GeV
IfDigitalEcal	int	0	Digital Ecal
IfDigitalHcal	int	0	Digital Hcal
RelationOutputCollection	string	RelationCaloHit	CaloHit Relation Collection

SimpleFCalDigi libMarlinReco.so.1.38.0 ►

Performs simple digitization of SimCalorimeter hits in forward calorimeters ...

Parameter	Type	Default	Description
CalibrFCAL	float	31	Calibration coefficients for FCAL
CaloID	string	fcal	ID of calorimeter: lcal, fcal, bcal
CaloLayout	string	endcap	subdetector layout: barrel, endcap, plug, ring
CaloType	string	had	type of calorimeter: em, had, muon
CellIDLayerString	string	K-1	name of the part of the cellID that holds the layer
FCALCollections	StringVec	LcalCollection	Fcal Collection Names
FCALOutputCollection	string	FCAL	Fcal Collection of real Hits
FcalThreshold	float	0	Threshold for Fcal Hits in GeV
FixLCalHits	bool	false	Fix the hit positions in LCal using the cellID (for DBD simulated samples)
RelationOutputCollection	string	RelationFcalHit	CaloHit Relation Collection

SimpleMuonDigi libMarlinReco.so.1.38.0 ►

Performs simple digitization of sim muon hits...

Parameter	Type	Default	Description
CalibrMUON	float	120000	Calibration coefficients for MUON
CellIDLayerString	string	K-1	name of the part of the cellID that holds the layer
KeepBarrelLayersVec	IntVec		Vector of Barrel layers to be kept. Layers start at 1!
KeepEndcapLayersVec	IntVec		Vector of Endcap layers to be kept. Layers start at 1!
MUONCollections	StringVec	yoke03_MuonBarrel yoke03_MuonEndCap yoke03_MuonPlug	Muon Collection Names
MUONOutputCollection	string	MUON	Muon Collection of real Hits
MaxHitEnergyMUON	float	2	maximum hit energy for a MUON hit
MuonThreshold	float	0.025	Threshold for Muon Hits in GeV
RelationOutputCollection	string	RelationMuonHit	CaloHit Relation Collection

Sphere libMarlinReco.so.1.38.0 ►

Sphere calculates eigenvalues of sphericity tensor

Parameter	Type	Default	Description
CollectionName	string	RecontructedParticle	Name of the ReconstructedParticle collection
eigenvalues_parameter_name	string	sphericity_tensor_eigenvalues	name of parameter to store the results
r_value	float	2	exponent in sphericity tensor use 2.0 for classical 1.0 for C,D

TJjetsPFOAnalysisProcessor libMarlinReco.so.1.38.0 ►

TJjetsPFOAnalysisProcessor: Basically a copy-pasted version of the PFOAnalysis processor working on individual TrueJet jets

Parameter	Type	Default	Description
FinalColourNeutralLink	string	FinalColourNeutralLink	Name of the FinalColourNeutralLink output collection
FinalColourNeutrals	string	FinalColourNeutrals	Name of the FinalColourNeutralCollection output collection
FinalElementonLink	string	FinalElementonLink	Name of the FinalElementonLink output collection
InitialColourNeutralLink	string	InitialColourNeutralLink	Name of the InitialColourNeutralLink output collection
InitialColourNeutrals	string	InitialColourNeutrals	Name of the InitialColourNeutralCollection output collection
InitialElementonLink	string	InitialElementonLink	Name of the InitialElementonLink output collection
InputAllPFOsCollection	string	PandoraPFOs	Name of the PFOs collection
LookForQuarksWithMotherZ	int	0	Flag to look for quarks with mother Z
MCParticleCollection	string	MCParticle	Name of the MC particle collection
MCPfoSelectionLowEnergyNPCutOff	float	1	MC pfo selection neutron and proton low energy cut-off
MCPfoSelectionMomentum	float	0.01	MC pfo selection momentum
MCPfoSelectionRadius	float	500	MC pfo selection radius
RecoMCTruthLink	string	RecoMCTruthLink	Name of the RecoMCTruthLink input collection
RootFile	string	PFOAnalysis.root	Name of the output root file
TrueJetMCParticleLink	string	TrueJetMCParticleLink	Name of the TrueJetMCParticleLink output collection
TrueJetPFOLink	string	TrueJetPFOLink	Name of the TrueJetPFOLink output collection
TrueJets	string	TrueJets	Name of the TrueJetCollection output collection

TOFEstimators libMarlinReco.so.1.38.0 ►

TOFEstimators processor computes time-of-flight of the chosen ReconstructedParticle to the specified end point (SET hit or Ecal surface). To be used for a further particle ID

Parameter	Type	Default	Description
ExtrapolateToEcal	bool	true	If true, track is extrapolated to the Ecal surface for track length calculation, time of flight estimated using Ecal hits. If false, track length calculated to the last tracker hit. Time of flight estimated using SET hit if exists.
MaxEcalLayer	int	10	Time of flight is calculated using Ecal hits only up to MaxLayer
ReconstructedParticleCollection	string	PandoraPFOs	Name of the ReconstructedParticle collection
TimeResolution	double	0	Time resolution of individual SET strips or Ecal hits in ps
TofMethod	string	closest	name of the algorithm which estimates time of flight to the Ecal surface based on Ecal hits time information. Available options are: closest, frankAvg, frankFit. In case of _extrapolateToEcal==false is ignored

TPCDigiProcessor libMarlinReco.so.1.38.0 ►

Produces TPC TrackerHit collection from SimTrackerHit collection, smeared in RPhi and Z. A search is made for adjacent hits on a pad row, if they are closer in z and r-phi than the steering parameters _doubleHitResRPhi (default value 2.0 mm) and _doubleHitResZ (default value 5.0 mm) they are considered to overlap. Clusters of hits smaller than _maxMerge (default value 3) are merged into a single tracker hit, with the position given as the average poision of the hits in phi and in z. Clusters which have _maxMerge hits or more are determined to be identifiable as multiple hits, and are not added to the tracker hit collection. This of course means that good hits caught up in a cluster of background hits will be lossed.

Parameter	Type	Default	Description
DiffusionCoeffRPhi	float	0.025	R-Phi Diffusion Coefficent in TPC
DiffusionCoeffZ	float	0.08	Z Diffusion Coefficent in TPC
DontEncodeSide	bool	true	Do not encode the side in the cellID of the TrackerHit
DoubleHitResolutionRPhi	float	2	Defines the minimum distance for two seperable hits in RPhi
DoubleHitResolutionZ	float	5	Defines the minimum distance for two seperable hits in Z
HitSortingBinningRPhi	float	2	Defines spatial slice in RP
HitSortingBinningZ	float	5	Defines spatial slice in Z
MaxClusterSizeForMerge	int	3	Defines the maximum number of adjacent hits which can be merged
N_eff	int	22	Number of Effective electrons per pad in TPC
PointResolutionPadPhi	float	0.9	Pad Phi Resolution constant in TPC
PointResolutionRPhi	float	0.05	R-Phi Resolution constant in TPC
PointResolutionZ	float	0.4	TPC Z Resolution Coefficent independent of diffusion
RejectCellID0	int	1	whether or not to use hits without proper cell ID (pad row)
SimTrkHitRelCollection	string	TPCTrackerHitRelations	Name of TrackerHit SimTrackHit relation collection
TPCLowPtCollectionName	string	TPCLowPtCollection	Name of the LowPt SimTrackerHit collection Produced by Mokka TPC Driver TPC0X
TPCPadRowHitCollectionName	string	TPCCollection	Name of the default pad-row based SimTrackerHit collection
TPCSpacePointCollectionName	string	TPCSpacePointCollection	Name of the additional space point collection which provides additional guide hits between pad row centers.
TPCTrackerHitsCol	string	TPCTrackerHits	Name of the Output TrackerHit collection
UseRawHitsToStoreSimhitPointer	bool	false	Store the pointer to the SimTrackerHits in RawHits (deprecated)

TaJetClustering libMarlinReco.so.1.38.0 ►

Tau Jet Finding

Parameter	Type	Default	Description
AcceptFlexibleLowEnergyTrack	int	1	Low energy tracks can be accepted as either charged and neutral if true
ConeMaxCosAngle	double	1	Maximum cosine angle for cone
ConeMaxEnergyFrac	double	0.1	Energy fraction of cone compared to central
ConeMinCosAngle	double	0.9	Minimum cosine angle for cone
MaximumNeutralEnergyIn3Prong	double	1	Reject 3-prong taus if including neutral energy more than this number in GeV
MinimumJetEnergy	double	3	Minimum jet energy to be accepted as taus
MinimumTrackEnergy	double	2	Minimum track energy to be accepted as taus
MinimumTrackEnergyAssoc	double	2	Minimum track energy to be counted
NoSelection	int	0	Neither primary nor cone cut at all if true. Only clustering.
OutputTauCollection	string	TaJets	Tau output collection
PFOCollection	string	PandoraPFOs	PandoraPFA PFO collection
RemainPFOCollection	string	RemainPFOs	Remained PFO collection
TauCosAngle	double	0.98	Allowed cosine angle to be clustered
TauMass	double	2	Tau mass for tau clustering [GeV]

TauFinder libMarlinReco.so.1.38.0 ►

TauFinder writes tau candidates as ReconstructedParticles into collection. It runs on a collection of ReconstructedParticels, if you want to run on MCParticles you have to convert them before hand (use e.g. PrepareRECParticles processor)

Parameter	Type	Default	Description
FileName_Signal	string	Signal.root	Name of the Signal output file
PFOCollection	string	PandoraPFANewPFOs	Collection of PFOs
TauRecCollection	string	TauRec_PFO	Collection of Tau Candidates
TauRecLinkCollectionName	string	TauRecLink_PFO	Name of the Tau link to ReconstructedParticle collection
TauRecRestCollection	string	TauRecRest_PFO	Collection of Particles in Rest Group not in Tau Candidates
cosT_cut	float	0.99	Cut on cosT to suppress background
invariant_mass	float	2	Upper limit on invariant mass of tau candidate
isolationConeAngle	float	0.02	Outer isolation cone around search cone of tau jet in rad (relativ to cone angle)
isolationEnergy	float	5	Energy allowed within isolation cone region
pt_cut	float	0.2	Cut on pt to suppress background
ptseed	float	5	Minimum tranverse momentum of tau seed
searchConeAngle	float	0.05	Opening angle of the search cone for tau jet in rad

ThrustReconstruction libMarlinReco.so.1.38.0 ►

Calculates thrust axis and thrust value of event using different algorithms

Parameter	Type	Default	Description
inputCollectionName	string	SelectedReconstructedParticle	Name of collection of reconstructed particles used for thrust reconstruction
typeOfThrustFinder	int	2	Type of thrust reconstruction algorithm to be used: # 1 : Tasso algorithm # 2 : JetSet algorithm

TrackLengthProcessor libMarlinReco.so.1.38.0 ►

TrackLengthProcessor computes track length and harmonic mean of the momentum square up to the last tracker hit and Ecal surface. It should give a relatively good approximation of the track length of any particle reaching the Ecal to use in the time-of-flight particle identification

Parameter	Type	Default	Description
ReconstructedParticleCollection	string	PandoraPFOs	Name of the ReconstructedParticle collection

TrackToRecoParticleConverter libMarlinReco.so.1.38.0 ►

Processor to convert track collection into ReconstructedParticle collection

Parameter	Type	Default	Description
InputTrackCollection	string	InputTracks	Input track collection to convert
OutputPFOCollection	string	ConvertedTrackAsPFO	Ouptut collection

TrackZVertexGrouping libMarlinReco.so.1.38.0 ►

TrackZVertexGrouping: group tracks based on their Z0 significance

Parameter	Type	Default	Description
TrackCollection	string	MarlinTrkTracks	Name of the Track input collection
TrackGroupPFOs	string	TrackGroupPFOs	Name of the ReconstructedParticle output collection
TrackGroupVertices	string	TrackGroupVertices	Name of the Vertex output collection
Z0SignificanceCut	float	1.7	Cut for merging track groups in Z0 significance

TrueJet libMarlinReco.so.1.38.0 ►

TrueJet does whatever it does ...

Parameter	Type	Default	Description
FinalColourNeutralLink	string	FinalColourNeutralLink	Name of the FinalColourNeutralLink output collection
FinalColourNeutrals	string	FinalColourNeutrals	Name of the FinalColourNeutralCollection output collection
FinalElementonLink	string	FinalElementonLink	Name of the FinalElementonLink output collection
InitialColourNeutralLink	string	InitialColourNeutralLink	Name of the InitialColourNeutralLink output collection
InitialColourNeutrals	string	InitialColourNeutrals	Name of the InitialColourNeutralCollection output collection
InitialElementonLink	string	InitialElementonLink	Name of the InitialElementonLink output collection
MCParticleCollection	string	MCParticlesSkimmed	Name of the MCParticle collection
RecoMCTruthLink	string	RecoMCTruthLink	Name of the RecoMCTruthLink input collection
RecoParticleCollection	string	PandoraPFOs	Name of the ReconstructedParticles input collection
TrueJetMCParticleLink	string	TrueJetMCParticleLink	Name of the TrueJetMCParticleLink output collection
TrueJetPFOLink	string	TrueJetPFOLink	Name of the TrueJetPFOLink output collection
TrueJets	string	TrueJets	Name of the TrueJetCollection output collection
Whizard1	bool	false	true: Input has MCParticles in Whizard1 convention

TruthVertexFinder libMarlinReco.so.1.38.0 ►

TruthVertexFinder extructs a secondary vertex from generator collection.

Parameter	Type	Default	Description
CollectionName	string	MCParticleSkimmed	Name of the MCParticle collection
DecayChainPDGs	IntVec		PDGs of desired decays
OutputBStarName	string	BStar	Name of the Vertex collection
OutputCollectionName	string	MCVertex	Name of the Vertex collection
OutputProngsName	string	EGProngs	Name of the Prongs collection
QuarkCollectionName	string	MCbquarks	Name of the b-quark collection
ROOTFileName	string	GenVertexTest.root	ROOT File Name
RelCollectionName	string	RecoMCTruthLink	Name of the Jet relation collection
a	float	0.005	a parameter of accuracy in mm
b	float	0.01	b parameter of accuracy in mm
initialQuarkPDG	int	5	PDG of initial particle
tagPDG	int	6	PDG of desired particle
writeBonly	int	1	b parameter
writeROOT	int	0	write ROOT file?

V0Finder libMarlinReco.so.1.38.0 ►

V0 Finder Processor

Parameter	Type	Default	Description
CutOnRadius	float	5	Cuts on V0 radius
CutOnTrkDistance	float	1.5	Cut on two track distance
MassRangeGamma	float	0.01	Maximal deviation in mass for photon candidate
MassRangeK0S	float	0.01	Maximal deviation in mass for K0S candidate
MassRangeL0	float	0.008	Maximal deviation in mass for Lamda0 candidate
MinimumTrackHitRatio	float	0.7	Minimum ratio of inner track hit radius to reconstructed vertex radius
RecoParticleCollection	string	V0RecoParticles	Name of output collection of reconstructed particles
RxyCutGamma	float	10	Minimum radius in xy plane for photon candidate
RxyCutK0S	float	30	Minimum radius in xy plane for K0S candidate
RxyCutLambda	float	50	Minimum radius in xy plane for Lambda0 candidate
TrackCollection	string	LDCTracks	Name of input collection of reconstructed particles
VertexCollection	string	V0Vertices	Name of output collection of neutral vertices

VTXBgClusters libMarlinReco.so.1.38.0 ►

VTXBgClusters should create VTX TrackerHits from SimTrackerHits

Parameter	Type	Default	Description
Debug	int	0	Debugging option
Modif	int	0	sensor modification option
MomentumCutForDRays	float	10	Momentum Cut For D Rays (MeV)
RemoveDrays	int	0	Remove D-rays ?
VTXCollectionName	string	VXDCollection	Name of the VTX SimTrackerHit collection

VTXDigiProcessor libMarlinReco.so.1.38.0 ►

VTXDigiProcessor should create VTX TrackerHits from SimTrackerHits

Parameter	Type	Default	Description
ActiveSETLayers	IntVec	1	only SET hits from active layers are digitized (mimic stereo layers)
Debug	int	0	Debugging option
HitEfficiencyPerLayer_VTX	FloatVec	1 1 1 1 1 1	hit efficiencies per VXD layer (default: 1.0)
MomentumCutForDRays	float	10	Momentum Cut For D Rays (MeV)
PointResolutionRPhi_SET	float	0.01	R-Phi Resolution in SET
PointResolutionRPhi_SIT	float	0.01	R-Phi Resolution in SIT
PointResolutionRPhi_VTX	float	0.004	R-Phi Resolution in VTX
PointResolutionZ_SET	float	0.01	Z Resolution in SET
PointResolutionZ_SIT	float	0.01	Z Resolution in SIT
PointResolutionZ_VTX	float	0.004	Z Resolution in VTX
RemoveDrays	int	0	Remove D-rays ?
SETCollectionName	string	SETCollection	Name of the SET SimTrackerHit collection
SETHitCollection	string	SETTrackerHits	Name of the set TrackerHit output collection
SITCollectionName	string	SITCollection	Name of the SIT SimTrackerHit collection
SITHitCollection	string	SITTrackerHits	Name of the sit TrackerHit output collection
SmearAlongLadders	int	1	Points smeared along the ladders
VTXCollectionName	string	VXDCollection	Name of the VTX SimTrackerHit collection
VTXHitCollection	string	VTXTrackerHits	Name of the vxd TrackerHit output collection

VTXDigitizer libMarlinReco.so.1.38.0 ►

VTXDigitizer should create VTX TrackerHits from SimTrackerHits

Parameter	Type	Default	Description
BackgroundHitsPerLayer	FloatVec	34400 23900 9600 5500 3100	Background Hits per Layer
CollectionName	string	VXDCollection	Name of the SimTrackerHit collection
CutOnDeltaRays	double	0.03	Cut on delta-ray energy (MeV)
Debug	int	0	Debug option
Diffusion	double	0.002	Diffusion coefficient (in mm) for layer thickness
ElectronicEffects	int	1	Apply Electronic Effects
ElectronicNoise	double	100	electronic noise in electrons
ElectronsPerKeV	double	270.3	Electrons per keV
EnergyLoss	double	280	Energy Loss keV/mm
GenerateBackground	int	0	Generate Background
OutputCollectionName	string	VTXTrackerHits	Name of the output TrackerHit collection
PixelSizeX	double	0.025	Pixel Size X
PixelSizeY	double	0.025	Pixel Size Y
PoissonSmearing	int	1	Apply Poisson smearing of electrons collected on pixels
RelationColName	string	VTXRelation	Name of the output VTX trackerhit relation collection
RemoveDRayPixels	int	1	Remove D-Ray Pixels
SegmentLength	double	0.005	Segment Length
StoreFiredPixels	int	0	Store fired pixels
TanLorentz	double	0.8	Tangent of Lorentz Angle
Threshold	double	200	Cell Threshold in electrons
UseMCPMomentum	int	1	Use Particle Momentum
WidthOfCluster	double	3	Width of cluster

VTXNoiseClusters libMarlinReco.so.1.38.0 ►

VTXNoiseClusters adds SimTrackerHits with salt'n pepper noise clusters

Parameter	Type	Default	Description
HitDensityPerLayer_VTX	FloatVec	0 0 0 0 0 0	hit densities (hits/cm^2) per VXD layer
RandomSeed	int	42	random seed - default 42
RootHistograms	StringVec	sap2VXD05_1.root hst1 hst2 hst3 hst4 hst5 hst6	root file name and histogram names (one per layer)
VTXCollectionName	string	VXDCollection	Name of the VTX SimTrackerHit collection

VTXNoiseHits libMarlinReco.so.1.38.0 ►

VTXNoiseHits should create VTX TrackerHits from SimTrackerHits

Parameter	Type	Default	Description
HitDensityPerLayer_VTX	FloatVec	0 0 0 0 0	hit densities (hits/cm^2) per VXD layer
PointResolutionRPhi_VTX	float	0.0027	R-Phi Resolution in VTX
PointResolutionZ_VTX	float	0.0027	Z Resolution in VTX
VTXCollectionName	string	VTXTrackerHits	Name of the VTX TrackerHit collection

WWCategorisationProcessor libMarlinReco.so.1.38.0 ►

Categorisation of all WW decay channels

Parameter	Type	Default	Description
ConfusionMatrixFileName	string	WWCategorisationConfusionMatrix.png	Name of the png file in which the confusion matrix is stored; if left empty no file is created; default: WWCategorisationConfusionMatrix.png
IsolatedElectrons	string	IsolatedElectrons	Name of the ReconstructedParticle collection
IsolatedMuons	string	IsolatedMuons	Name of the ReconstructedParticle collection
IsolatedPhotons	string	IsolatedPhotons	Name of the ReconstructedParticle collection
IsolatedTaus	string	IsolatedTaus	Name of the ReconstructedParticle collection
MCElCat_CosThCut	float	0.994	Cut using cos(theta) value of MC electrons, above which sl-electron events are categorised as 'invisible' (true_cat 1 instead of 2); default: 0.994 (detector acceptance).
MCParticles	string	MCParticlesSkimmed	Name of the MCParticle collection
PFOsminusphoton	string	PFOsminusphoton	Name of the ReconstructedParticle collection
TTreeFileName	string	WWCategorisationTTreeFile.root	Name of the root file in which the TTree with the 4 event observables is stored; if left empty no root file is created; default: WWCategorisationTTreeFile.root

ZFinder libMarlinReco.so.1.38.0 ►

description not set by author

Parameter	Type	Default	Description
AddPhotons	int	1	Include photons with reconstructed Z
CanUseClusterEnergyForElectrons	int	1	Allow possibilit of cluster not track used for electrons
CosTrackGammaCut	float	0.999	Minimum cosine of track-photon angle
ElectronEcalEnergyCut	float	10	Cut on electron ECAL energy
ElectronEoverPCutHigh	float	1.3	Cut on Electron E/p cut
ElectronEoverPCutLow	float	0.5	Cut on Electron E/p cut
ElectronHcalEnergyCut	float	10	Cut on Electron HCAL energy
FermionMomentumCut	float	10	Momentum Cut for fermion from Z decay
InputParticleCollectionName	string	PandoraPFOs	Input Particle Collection Name
MaxDeltaMz	float	50	Maximum difference between candidate and Z mass
MuonEcalEnergyCut	float	2.5	Cut on muon ECAL energy
MuonHcalEnergyCut	float	10	Cut on Muon HCAL energy
MuonHcalEnergyCut1	float	5	Cut on Muon HCAL energy (alt)
OutputParticleCollectionName	string	eeX	Output Particle Collection Name
Printing	int	1	Print certain messages
ZDecay	string	ee	Z decay mode

anaPix libMarlinReco.so.1.38.0 ►

anaPix icteats TTree from FPCCDPixelHits

Parameter	Type	Default	Description
Each_FPCCD_pixelSize(mm)	FloatVec	0.005 0.005 0.005 0.005 0.005 0.005	Each ladder's Pixel size of FPCCD (unit:mm) (default:0.005)
FPCCD_PixelSize	float	0.005	Pixel size of FPCCD (unit:mm) (default: 0.005)
OutputROOTfileName	string	./pixel.root	Name of output ROOT file
VTXPixelHitCollection	string	VTXPixelHits	Name of the VTX PixelHit collection

hybridRecoProcessor libMarlinReco.so.1.38.0 ►

hybridRecoProcessor does whatever it does ...

Parameter	Type	Default	Description
ECALcollections_cells	StringVec	ECALSiBarrel	Name of the ECAL cell collections
ECALcollections_longStrips	StringVec	ECALScLongitudinalBarrel	Name of the ECAL longitudinal strip collections
ECALcollections_tranStrips	StringVec	ECALScTransverseBarrel	Name of the ECAL transverse strip collections
saveCheckRootHistograms	bool	false	save root file with debugging histograms?
saveIntersectionCollection	bool	false	save collection with strip interactions?
virtualCellsDefault	int	1	number of virtual cells per strip (used if info not found in gear file)

photonCorrectionProcessor libMarlinReco.so.1.38.0 ►

photonCorrectionProcessor applies an energy correction to photon-like PFOs

Parameter	Type	Default	Description
energyCor_Linearise	FloatVec	0.987 0.01426	parameters to linearise overall energy response
energyCorr_barrelPhi	FloatVec	0.412249 0.0142289 -0.0933687 0.01345 0.0408156	paramters to correct energy response vs. phi in barrel
energyCorr_costh	FloatVec	-0.09 0 0.235 0.007256 -0.0369648 0 0.588 0.0121604 -0.0422968 0.774 0.009 1.002	paramters to correct energy response vs. cos(theta)
energyCorr_endcap	FloatVec	-0.025 855 23 -0.07 1489 18	paramters to correct energy response vs. endcap cracks
inputCollection	string	PandoraPFOs	name of input PFO collection
modifyPFOdirection	bool	true	apply the corrected direction to the PFOs
modifyPFOenergies	bool	true	apply the corrected energies to the PFOs
nominalEnergy	float	200	nominal photon energy (for validation plots)
phiCorr_barrel	FloatVec	2.36517e-05 0.00013209 -3.86883 -0.167809 2.28614e-05 6.03495e-05 0.419 0.00728 0.025 0 2.86667e-05 2.49371e-05 -7.71684e-06 -1.48118e-05 -5.63786e-06 -9.38376e-06 -4.96296e-06 2.91262e-06	paramters to correct phi bias in barrel
thetaCorr_barrel	FloatVec	-0.000166568 -7.119e-05 0.000223618 -3.95915e-05	paramters to correct theta bias in barrel
thetaCorr_endcap	FloatVec	0.000129478 -3.73863e-05 -0.000847783 0.000153646 0.000806605 -0.000132608	paramters to correct theta bias in endcap
validationPlots	bool	false	produce validation plots

MarlinTrkProcessors 19 processors ▼

CalcTrackerHitResiduals libMarlinTrkProcessors.so.2.12.8 ►

Creates Track Collection from MC Truth. Can handle composite spacepoints as long as they consist of two TrackerHits

Parameter	Type	Default	Description
TrackerHitsInputCollections	StringVec	VXDTrackerHits SITTrackerHits FTDPixelTrackerHits FTDSpacePointRelations TPCTrackerHits SETTrackerHits	Name of the tracker hit input collections
TrackerHitsRelInputCollections	StringVec	VXDTrackerHitRelations SITTrackerHitRelations FTDPixelTrackerHitRelations FTDSpacePointRelations TPCTrackerHitRelations SETTrackerHitRelations	Name of the lcrelation collections, that link the TrackerHits to their SimTrackerHits. Have to be in same order as TrackerHitsInputCollections!!!

ClonesAndSplitTracksFinder libMarlinTrkProcessors.so.2.12.8 ►

ClonesAndSplitTracksFinder takes the track collection, checks for doubles and merges them in an output track collection

Parameter	Type	Default	Description
EnergyLossOn	bool	true	Use Energy Loss in Fit
InputTrackCollectionName	string	SiTracks	Name of the input track collection
MultipleScatteringOn	bool	true	Use MultipleScattering in Fit
OutputTrackCollectionName	string	SiTracksMerged	Name of the output track collection
SmoothOn	bool	false	Smooth All Measurement Sites in Fit
extrapolateForward	bool	true	if true extrapolation in the forward direction (in-out), otherwise backward (out-in)
maxSignificancePhi	double	3	maximum significance separation in phi
maxSignificancePt	double	2	maximum significance separation in pt
maxSignificanceTheta	double	3	maximum significance separation in tanLambda
mergeSplitTracks	bool	false	if true, the merging of split tracks is performed
minTrackPt	double	1	minimum track pt for merging (in GeV/c)

DDCellsAutomatonMV libMarlinTrkProcessors.so.2.12.8 ►

description not set by author

Parameter	Type	Default	Description
BestSubsetFinder	string	SubsetHopfieldNN	The method used to find the best non overlapping subset of tracks. Available are: SubsetHopfieldNN, SubsetSimple and None
CATrackCollection	string	CATracks	Name of the Cellular Automaton Tracking output collection
Chi2ProbCut	double	0.005	Tracks with a chi2 probability below this will get sorted out
Crit2_DeltaPhi_MV_max	FloatVec		The maximum of Crit2_DeltaPhi_MV
Crit2_DeltaPhi_MV_min	FloatVec		The minimum of Crit2_DeltaPhi_MV
Crit2_DeltaPhi_max	FloatVec		The maximum of Crit2_DeltaPhi
Crit2_DeltaPhi_min	FloatVec		The minimum of Crit2_DeltaPhi
Crit2_DeltaRho_max	FloatVec		The maximum of Crit2_DeltaRho
Crit2_DeltaRho_min	FloatVec		The minimum of Crit2_DeltaRho
Crit2_DeltaTheta_MV_max	FloatVec		The maximum of Crit2_DeltaTheta_MV
Crit2_DeltaTheta_MV_min	FloatVec		The minimum of Crit2_DeltaTheta_MV
Crit2_Distance_MV_max	FloatVec		The maximum of Crit2_Distance_MV
Crit2_Distance_MV_min	FloatVec		The minimum of Crit2_Distance_MV
Crit2_HelixWithIP_max	FloatVec		The maximum of Crit2_HelixWithIP
Crit2_HelixWithIP_min	FloatVec		The minimum of Crit2_HelixWithIP
Crit2_RZRatio_max	FloatVec		The maximum of Crit2_RZRatio
Crit2_RZRatio_min	FloatVec		The minimum of Crit2_RZRatio
Crit2_StraightTrackRatio_max	FloatVec		The maximum of Crit2_StraightTrackRatio
Crit2_StraightTrackRatio_min	FloatVec		The minimum of Crit2_StraightTrackRatio
Crit3_2DAngleTimesR_max	FloatVec		The maximum of Crit3_2DAngleTimesR
Crit3_2DAngleTimesR_min	FloatVec		The minimum of Crit3_2DAngleTimesR
Crit3_2DAngle_max	FloatVec		The maximum of Crit3_2DAngle
Crit3_2DAngle_min	FloatVec		The minimum of Crit3_2DAngle
Crit3_3DAngleTimesR_max	FloatVec		The maximum of Crit3_3DAngleTimesR
Crit3_3DAngleTimesR_min	FloatVec		The minimum of Crit3_3DAngleTimesR
Crit3_3DAngle_max	FloatVec		The maximum of Crit3_3DAngle
Crit3_3DAngle_min	FloatVec		The minimum of Crit3_3DAngle
Crit3_ChangeRZRatio_max	FloatVec		The maximum of Crit3_ChangeRZRatio
Crit3_ChangeRZRatio_min	FloatVec		The minimum of Crit3_ChangeRZRatio
Crit3_IPCircleDistTimesR_max	FloatVec		The maximum of Crit3_IPCircleDistTimesR
Crit3_IPCircleDistTimesR_min	FloatVec		The minimum of Crit3_IPCircleDistTimesR
Crit3_IPCircleDist_max	FloatVec		The maximum of Crit3_IPCircleDist
Crit3_IPCircleDist_min	FloatVec		The minimum of Crit3_IPCircleDist
Crit3_NoZigZag_MV_max	FloatVec		The maximum of Crit3_NoZigZag_MV
Crit3_NoZigZag_MV_min	FloatVec		The minimum of Crit3_NoZigZag_MV
Crit3_PT_MV_max	FloatVec		The maximum of Crit3_PT_MV
Crit3_PT_MV_min	FloatVec		The minimum of Crit3_PT_MV
Crit3_PT_max	FloatVec		The maximum of Crit3_PT
Crit3_PT_min	FloatVec		The minimum of Crit3_PT
Crit4_2DAngleChange_max	FloatVec		The maximum of Crit4_2DAngleChange
Crit4_2DAngleChange_min	FloatVec		The minimum of Crit4_2DAngleChange
Crit4_3DAngleChangeNormed_max	FloatVec		The maximum of Crit4_3DAngleChangeNormed
Crit4_3DAngleChangeNormed_min	FloatVec		The minimum of Crit4_3DAngleChangeNormed
Crit4_3DAngleChange_max	FloatVec		The maximum of Crit4_3DAngleChange
Crit4_3DAngleChange_min	FloatVec		The minimum of Crit4_3DAngleChange
Crit4_DistOfCircleCenters_max	FloatVec		The maximum of Crit4_DistOfCircleCenters
Crit4_DistOfCircleCenters_min	FloatVec		The minimum of Crit4_DistOfCircleCenters
Crit4_DistToExtrapolation_max	FloatVec		The maximum of Crit4_DistToExtrapolation
Crit4_DistToExtrapolation_min	FloatVec		The minimum of Crit4_DistToExtrapolation
Crit4_NoZigZag_max	FloatVec		The maximum of Crit4_NoZigZag
Crit4_NoZigZag_min	FloatVec		The minimum of Crit4_NoZigZag
Crit4_PhiZRatioChange_max	FloatVec		The maximum of Crit4_PhiZRatioChange
Crit4_PhiZRatioChange_min	FloatVec		The minimum of Crit4_PhiZRatioChange
Crit4_RChange_max	FloatVec		The maximum of Crit4_RChange
Crit4_RChange_min	FloatVec		The minimum of Crit4_RChange
Criteria	StringVec	Crit2_DeltaPhi Crit2_DeltaPhi_MV Crit2_DeltaRho Crit2_DeltaTheta_MV Crit2_Distance_MV Crit2_HelixWithIP Crit2_RZRatio Crit2_StraightTrackRatio Crit3_2DAngle Crit3_2DAngleTimesR Crit3_3DAngle Crit3_3DAngleTimesR Crit3_ChangeRZRatio Crit3_IPCircleDist Crit3_IPCircleDistTimesR Crit3_NoZigZag_MV Crit3_PT Crit3_PT_MV Crit4_2DAngleChange Crit4_3DAngleChange Crit4_3DAngleChangeNormed Crit4_DistOfCircleCenters Crit4_DistToExtrapolation Crit4_NoZigZag Crit4_PhiZRatioChange Crit4_RChange	A vector of the criteria that are going to be used. For every criterion a min and max needs to be set!!!
EnergyLossOn	bool	true	Use Energy Loss in Fit
HelixFitMax	double	500	The maximum chi2/Ndf that is allowed as result of a helix fit
HitsPerTrackMin	int	4	The minimum number of hits to create a track
InitialTrackErrorD0	float	1e+06	Value used for the initial d0 variance of the trackfit
InitialTrackErrorOmega	float	0.0001	Value used for the initial omega variance of the trackfit
InitialTrackErrorPhi0	float	100	Value used for the initial phi0 variance of the trackfit
InitialTrackErrorTanL	float	100	Value used for the initial tanL variance of the trackfit
InitialTrackErrorZ0	float	1e+06	Value used for the initial z0 variance of the trackfit
InnerTrackerName	string	InnerTrackerBarrel	Name of the inner tracker detector element
LastLayerToIP	int	3	The maximum step between layers
MVHitsThetaDifference	double	0.1	The difference in polar angle (in degrees) between two hits in the INNER layer in order to form a minivector
MVHitsThetaDifference_Adjacent	double	0.5	The difference in polar angle (in degrees) between two hits in adjacent layers in order to form a minivector
MaxChi2PerHit	float	100	Maximum Chi-squared value allowed when assigning a hit to a track
MaxConnectionsAutomaton	int	100000	If the automaton has more connections than this it will be redone with the next set of cut off parameters
MaxDistance	double	20	The maximum distance between two hits in adjacent layers in order to form a minivector
MaxHitsPerSector	int	1000	Maximal number of hits allowed on a sector. More will cause drop of hits in sector
MultipleScatteringOn	bool	true	Use MultipleScattering in Fit
NDivisionsInPhi	int	80	Number of divisions in Phi
NDivisionsInTheta	int	80	Number of divisions in Theta
NHitsChi2	int	5	Maximal number of hits for which a track with n hits is better than one with n-1hits. (defaut 5)
OuterTrackerName	string	OuterTrackerBarrel	Name of the outer tracker detector element
PixRes	FloatVec	0.004	VXD pixels resolution
SITHitCollectionName	string	SITSpacePoints	SIT Hit Collection Name
SmoothOn	bool	true	Smooth All Mesurement Sites in Fit
StepMax	int	2	The maximum step between layers
UseSIT	int	1	Use SIT
VTXHitCollectionName	string	VTXTrackerHits	VTX Hit Collection Name
VXDName	string	VertexBarrel	Name of the vertex detector element
kalFitMax	double	500	The maximum chi2/Ndf that is allowed as result of a Kalman fit

DDPlanarDigiProcessor libMarlinTrkProcessors.so.2.12.8 ►

DDPlanarDigiProcessor creates TrackerHits from SimTrackerHits, smearing their position and time according to the input parameters.The geoemtry of the surface is taken from the DDRec::Surface associated to the hit via the cellID

Parameter	Type	Default	Description
CorrectTimesForPropagation	bool	false	Correct hit time for the propagation: radial distance/c (default: false)
ForceHitsOntoSurface	bool	false	Project hits onto the surface in case they are not yet on the surface (default: false)
IsStrip	bool	false	whether hits are 1D strip hits
MinimumEnergyPerHit	double	0	Minimum Energy (in GeV!) to accept hits, other hits are ignored
ResolutionT	FloatVec	-1	resolution of time - either one per layer or one for all layers. if the single entry is negative, disable time smearing.
ResolutionU	FloatVec	0.004	resolution in direction of u - either one per layer or one for all layers
ResolutionV	FloatVec	0.004	resolution in direction of v - either one per layer or one for all layers
SimTrackHitCollectionName	string	VXDCollection	Name of the Input SimTrackerHit collection
SimTrkHitRelCollection	string	VTXTrackerHitRelations	Name of TrackerHit SimTrackHit relation collection
SubDetectorName	string	VXD	Name of dub detector
TimeWindowMax	FloatVec	1e+09	Maximum time a hit must have after smearing to be accepted [ns] - either one per layer or one for all layers
TimeWindowMin	FloatVec	-1e+09	Minimum time a hit must have after smearing to be accepted [ns] - either one per layer or one for all layers
TrackerHitCollectionName	string	VTXTrackerHits	Name of the TrackerHit output collection
UseTimeWindow	bool	false	Only accept hits with time (after smearing) within the specified time window (default: false)

DDSpacePointBuilder libMarlinTrkProcessors.so.2.12.8 ►

DDSpacePointBuilder combine si-strip measurements into 3D spacepoints (1TrackerHitPlanar+1TrackHitPlanar = 1 TrackerHit), that can be used by reconstruction

Parameter	Type	Default	Description
SimHitSpacePointRelCollection	string	FTDSimHitSpacepointRelations	Name of the SpacePoint SimTrackerHit relation collection
SpacePointsCollection	string	FTDSpacePoints	SpacePointsCollection
StripLength	double	0	The length of the strips of the subdetector in mm
StriplengthTolerance	float	0.1	Tolerance added to the strip length when calculating strip hit intersections
SubDetectorName	string	SIT	Name of dub detector
TrackerHitCollection	string	FTDTrackerHits	TrackerHitCollection
TrackerHitSimHitRelCollection	string	FTDTrackerHitRelations	The name of the input collection of the relations of the TrackerHits to SimHits

DDTPCDigiProcessor libMarlinTrkProcessors.so.2.12.8 ►

Produces TPC TrackerHit collection from SimTrackerHit collection, smeared in RPhi and Z. A search is made for adjacent hits on a pad row, if they are closer in z and r-phi than the steering parameters _doubleHitResRPhi (default value 2.0 mm) and _doubleHitResZ (default value 5.0 mm) they are considered to overlap. Clusters of hits smaller than _maxMerge (default value 3) are merged into a single tracker hit, with the position given as the average poision of the hits in phi and in z. Clusters which have _maxMerge hits or more are determined to be identifiable as multiple hits, and are not added to the tracker hit collection. This of course means that good hits caught up in a cluster of background hits will be lossed.

Parameter	Type	Default	Description
DiffusionCoeffRPhi	float	0.025	R-Phi Diffusion Coefficent in TPC
DiffusionCoeffZ	float	0.08	Z Diffusion Coefficent in TPC
DoubleHitResolutionRPhi	float	2	Defines the minimum distance for two seperable hits in RPhi
DoubleHitResolutionZ	float	5	Defines the minimum distance for two seperable hits in Z
HitSortingBinningRPhi	float	2	Defines spatial slice in RP
HitSortingBinningZ	float	5	Defines spatial slice in Z
MaxClusterSizeForMerge	int	3	Defines the maximum number of adjacent hits which can be merged
N_eff	int	22	Number of Effective electrons per pad in TPC
PointResolutionPadPhi	float	0.9	Pad Phi Resolution constant in TPC
PointResolutionRPhi	float	0.05	R-Phi Resolution constant in TPC
PointResolutionZ	float	0.4	TPC Z Resolution Coefficent independent of diffusion
RejectCellID0	int	1	whether or not to use hits without proper cell ID (pad row)
SimTrkHitRelCollection	string	TPCTrackerHitRelations	Name of TrackerHit SimTrackHit relation collection
TPCEndPlateModuleGapPhi	float	1	Gap size in mm of the gaps between the endplace modules in Phi
TPCEndPlateModuleGapR	float	1	Gap size in mm of the gaps between the endplace modules in R
TPCEndPlateModuleNumbers	IntVec	14 18 23 28 32 37 42 46	Number of modules in the rings of the TPC endplate
TPCEndPlateModulePhi0s	FloatVec	0 0.01 0.02 0.03 0.04 0.05 0.06 0.07	Phi0s of modules in the rings of the TPC endplate
TPCLowPtCollectionName	string	TPCLowPtCollection	Name of the LowPt SimTrackerHit collection Produced by Mokka TPC Driver TPC0X
TPCPadRowHitCollectionName	string	TPCCollection	Name of the default pad-row based SimTrackerHit collection
TPCSpacePointCollectionName	string	TPCSpacePointCollection	Name of the additional space point collection which provides additional guide hits between pad row centers.
TPCTrackerHitsCol	string	TPCTrackerHits	Name of the Output TrackerHit collection
UseRawHitsToStoreSimhitPointer	bool	false	Store the pointer to the SimTrackerHits in RawHits (deprecated)

ExtrToSIT libMarlinTrkProcessors.so.2.12.8 ►

ExtrToSIT refits an input track collection (TPC or VXD), and used IMarlinTrk tools to propagate it to SIT

Parameter	Type	Default	Description
Chi2NDoFCut	float	100	maximum acceptable chi2/ndof for the TPC tracks
DirInsideOut	bool	true	direction for the extrapolation. if true it means we extrapolate from VXD, otherwise from TPC
DoCut	float	2	maximum acceptable D0 at IP
EnergyLossOn	bool	true	Use Energy Loss in Fit
InputTrackCollectionName	string	TruthTracks	Name of the input track collection
InputTrackRelCollection	string	TruthTracksMCP	Name of the MCParticle-Track Relations collection for input tracks
IsSpacePoints	bool	false	If we use space points rather than hits (SIT)
MCParticleCollection	string	MCParticle	Name of the MCParticle input collection
Max_Chi2_Incr	double	1000	maximum allowable chi2 increment when moving from one site to another
MultipleScatteringOn	bool	true	Use MultipleScattering in Fit
NHitsChi2	int	5	Maximal number of hits for which a track with n hits is better than one with n-1hits. (defaut 5)
OutputTrackCollectionName	string	RefittedTracks	Name of the output track collection
OutputTrackRelCollection	string	RefittedTracksMCP	Name of the MCParticle-Track Relations collection for output tracks
PropagateToLayer	int	4	Which layer should the seed be propagated to
SearchSigma	double	3	times d0(Z0) acceptable from track extrapolation point
SiliconCollectionName	string	SiliconTracks	Name of the output silicon track collection
SmoothOn	bool	false	Smooth All Mesurement Sites in Fit
TPCHitsCut	int	6	minimum acceptable no of hits for the TPC tracks
TrackSystemName	string	DDKalTest	Name of the track fitting system to be used (KalTest, DDKalTest, aidaTT, ... )
TrackerHitsRelInputCollections	StringVec	VXDTrackerHitRelations SITTrackerHitRelations	Name of the lcrelation collections, that link the TrackerHits to their SimTrackerHits.
ZoCut	float	5	maximum acceptable Z0 at IP
digitisedSITHits	string	SITTrackerHits	Name of the SITTrackerHit collection
digitisedVXDHits	string	VTXTrackerHits	Name of the VTXTrackerHit collection

ExtrToTracker libMarlinTrkProcessors.so.2.12.8 ►

ExtrToTracker refits an input VXD track collection and uses IMarlinTrk tools to propagate it to the main tracker

Parameter	Type	Default	Description
EnergyLossOn	bool	true	Use Energy Loss in Fit
InputTrackCollectionName	string	TruthTracks	Name of the input track collection
Max_Chi2_Incr	double	1000	maximum allowable chi2 increment when moving from one site to another
MultipleScatteringOn	bool	true	Use MultipleScattering in Fit
OutputNotUsedHitCollectionName	string	NotUsedHits	Name of the output collection with the not used hits
OutputTrackCollectionName	string	ExtrTracks	Name of the output track collection
PerformFinalRefit	bool	false	perform a final refit of the extrapolated track
SearchSigma	double	3	times d0(Z0) acceptable from track extrapolation point
SmoothOn	bool	false	Smooth All Mesurement Sites in Fit
extrapolateForward	bool	true	if true extrapolation in the forward direction (in-out), otherwise backward (out-in)
vecDigiHits	StringVec	ITrackerHits OTrackerHits ITrackerEndcapHits OTrackerEndcapHits	vector of name of the digi hits collection - need to be syncro with vecSubdetName!
vecSubdetName	StringVec	InnerTrackerBarrel OuterTrackerBarrel InnerTrackerEndcap OuterTrackerEndcap	vector of names of all subdetector to exrapolate to

FPCCDFullLDCTracking_MarlinTrk libMarlinTrkProcessors.so.2.12.8 ►

Performs full tracking in ILD detector

Parameter	Type	Default	Description
AngleCutForForcedMerging	float	0.05	Cut on Opening Angle for forced merging of Si and TPC segments
AngleCutForMerging	float	0.1	Cut on Opening Angle for merging Si and TPC segments
AssignETDHits	int	1	Assign ETD Hits
AssignFTDHits	int	1	Assign left over FTD hits
AssignSETHits	int	1	Assign SET Hits
AssignSITHits	int	1	Assign left over SIT hits
AssignTPCHits	int	1	Assign left over TPC hits
AssignVTXHits	int	1	Assign left over VTX hits
Chi2FitCut	float	100	Cut on fit Chi2
CutOnSiHits	int	4	Cut on the number of the Si hits for tracks with no TPC hits
CutOnTPCHits	int	35	Cut on the number of the TPC hits for tracks with no Si hits
CutOnTrackD0	float	500	Cut on the track parameter D0
CutOnTrackZ0	float	500	Cut on the track parameter Z0
D0CutForForcedMerging	float	50	Cut on D0 difference for forced merging of Si and TPC segments
D0CutForMerging	float	500	Cut on D0 difference for merging of Si and TPC segments
D0CutToMergeTPCSegments	float	100	Cut on D0 difference for merging TPC segments
Debug	int	0	Activate debugging?
DeltaPCutToMergeTPCSegments	float	0.1	Cut on dP/P difference for merging TPC segments
ETDHitCollection	string	ETDTrackerHits	ETD Hit Collection Name
ETDHitToTrackDistance	float	10	Cut on distance between track and ETD hits
EnergyLossOn	bool	true	Use Energy Loss in Fit
FTDHitToTrackDistance	float	2	Cut on distance between track and FTD hits
FTDPixelHitCollectionName	string	FTDPixelTrackerHits	FTD Pixel Hit Collection Name
FTDPixelTrackerHitRelations	string	FTDPixelTrackerHitRelations	Name of the LCRelation input collection
FTDSpacePointCollectionName	string	FTDSpacePoints	FTD FTDSpacePoint Collection Name
FTDSpacePointRelations	string	FTDSpacePointRelations	Name of the LCRelation input collection
FinalTrackCut_strategyA	bool	false	Tracks which have SIT hit, TPC hit, or |costheta < 0.9| are stored. The others are discarded in the end of this processor. This is for reducing pair BG tracks.
ForbidOverlapInZComb	int	0	Forbid overlap in Z for combining TPC segments with tracks having Si hits
ForbidOverlapInZTPC	int	0	Forbid overlap in Z for the merged TPC segments
ForceSiTPCMerging	int	0	Force merging of Si and TPC segments?
ForceTPCSegmentsMerging	int	0	Force merging of TPC Segments?
InitialTrackErrorD0	float	1e+06	Value used for the initial d0 variance of the trackfit
InitialTrackErrorOmega	float	0.0001	Value used for the initial omega variance of the trackfit
InitialTrackErrorPhi0	float	100	Value used for the initial phi0 variance of the trackfit
InitialTrackErrorTanL	float	100	Value used for the initial tanL variance of the trackfit
InitialTrackErrorZ0	float	1e+06	Value used for the initial z0 variance of the trackfit
LDCTrackCollection	string	LDCTracks	LDC track collection name
MaxAllowedPercentageOfOutliersForTrackCombination	float	0.3	Maximum number of outliers allowed before track combination is vetoed
MaxAllowedSiHitRejectionsForTrackCombination	int	2	Maximum number of outliers allowed before track combination is vetoed
MaxChi2ForSiliconTracks	double	15	Max Chi2/ndf value allowed for Silicon Tracks.
MaxChi2PerHit	double	100	Maximum Chi-squared value allowed when assigning a hit to a track
MinChi2ProbForSiliconTracks	double	0.001	Minimum Chi-squared P value allowed for Silicon Tracks.
MultipleScatteringOn	bool	true	Use MultipleScattering in Fit
NHitsExtrapolation	int	35	number of hits for outward extrapolation
OmegaCutForForcedMerging	float	0.15	Cut on Omega difference for forced merging of Si and TPC segments
OmegaCutForMerging	float	0.25	Cut on Omega difference for merging Si and TPC segments
PtCutToMergeTPCSegments	float	1.2	Cut on Pt of tracks for merging TPC segments
SETHitCollection	string	SETTrackerHits	SET Hit Collection Name
SETHitToTrackDistance	float	2	Cut on distance between track and SET hits
SETSpacePointRelations	string	SETSpacePointRelations	Name of the LCRelation input collection
SITHitCollection	string	SITTrackerHits	SIT Hit Collection Name
SITHitToTrackDistance	float	2	Cut on distance between track and SIT hits
SITSpacePointRelations	string	SITSpacePointRelations	Name of the LCRelation input collection
SiTracks	string	SiTracks	Si Track Collection
SiTracksMCPRelColl	string	SiTracksMCP	Si Track to Collection
SimTrackerHit of FTD_PIXEL (FTD_PIXELCollection)	string	FTD_PIXELCollection	This is used to calculate picking efficiency of a track.
SimTrackerHit of FTD_STRIP (FTD_STRIPCollection)	string	FTD_STRIPCollection	This is used to calculate picking efficiency of a track.
SimTrackerHit of SET (SETCollection)	string	SETCollection	This is used to calculate picking efficiency of a track.
SimTrackerHit of SIT (SITCollection)	string	SITCollection	This is used to calculate picking efficiency of a track.
SimTrackerHit of TPC (TPCCollection)	string	TPCCollection	This is used to calculate picking efficiency of a track.
SimTrackerHit of VXD (VXDCollection)	string	VXDCollection	This is used to calculate picking efficiency of a track.
SmoothOn	bool	true	Smooth All Mesurement Sites in Fit
TPCHitCollection	string	TPCTrackerHits	TPC Hit Collection Name
TPCHitToTrackDistance	float	15	Cut on distance between track and TPC hits
TPCTrackerHitRelations	string	TPCTrackerHitRelations	Name of the LCRelation input collection
TPCTracks	string	TPCTracks	TPC Track Collection
TPCTracksMCPRelColl	string	TPCTracksMCP	TPC Track to MCP Relation Collection Name
VTXHitCollection	string	VTXTrackerHits	VTX Hit Collection Name
VTXHitToTrackDistance	float	1.5	Cut on distance between track and VTX hits
VXDTrackerHitRelations	string	VXDTrackerHitRelations	Name of the LCRelation input collection
VetoMergeMomentumCut	float	2.5	Minimum momentum for which Veto is applicable
Z0CutForForcedMerging	float	200	Cut on Z0 difference for forced merging of Si and TPC segments
Z0CutForMerging	float	1000	Cut on Z0 difference for merging of Si and TPC segments
Z0CutToMergeTPCSegments	float	5000	Cut on Z0 difference for merging TPC segments
cosThetaCutHighPtMerge	float	0.99	Cut on cos theta between the two momentum vectors when considering merger of high Pt tracks
cosThetaCutSoftHighPtMerge	float	0.998	cut on cos theta between the two momentum vectors when considering merger of high Pt tracks for softer dp/p cut
hitDistanceCutHighPtMerge	float	25	cut on 3D distance between hit and helix extrapolation when considering merger of high Pt tracks
maxFractionOfOutliersCutHighPtMerge	float	0.95	cut on maximum fraction of outliers when considering merger of high Pt tracks
maxHitDistanceCutHighPtMerge	float	50	cut for max 3D distance between any hit and helix extrapolation when considering merger of high Pt tracks
momDiffCutHighPtMerge	float	0.01	cut on dp/p when considering merger of high Pt tracks
momDiffCutSoftHighPtMerge	float	0.25	softer cut on dp/p when considering merger of high Pt tracks
mydebug	bool	false	mydebug
mydebugPrintMCP	bool	false	mydebugPrintMCP
useMaxChi2RequirementForSiTrk	bool	true	true : MaxChi2ForSiliconTracks is used. false : MinChi2ProbForSiliconTracks is used

FPCCDSiliconTracking_MarlinTrk libMarlinTrkProcessors.so.2.12.8 ►

Pattern recognition in silicon trackers

Parameter	Type	Default	Description
AngleCutForMerging	float	0.1	Angle Cut For Merging
AttachRemainingHitsForFTD	int	2	1:Fast, 2:Slow, 0:skip this process
AttachRemainingHitsForVXD	int	2	1:Fast, 2:Slow, 3:VeryFast, 0:skip this process
CheckForDelta	int	1	Check for Delta rays hits in hit-to-track assignment
Chi2FitCut	float	120	Chi2 Fit Cut
Chi2FitCut_kalman	float	120	Chi2 Fit Cut for BuildTrack_KalFit
Chi2WRphiTriplet	float	1	Chi2WRphiTriplet
Chi2WZTriplet	float	0.5	Chi2WZTriplet
CutOnD0	float	60	cut on D0 for tracks
CutOnPt_For_FTD_section	double	0.05	cut on Pt for TestTriplet in FTD section
CutOnPt_For_VXD+SIT_section	double	0.18	cut on Pt for TestTriplet in VXD+SIT section
CutOnZ0	float	100	cut on Z0 for tracks
EnergyLossOn	bool	true	Use Energy Loss in Fit
FPCCD: Each_FPCCD_pixelSize(mm)	FloatVec	0.005 0.005 0.01 0.01 0.01 0.01	Each ladder's FPCCD Pixel size(unit:mm) (for cluster rejection for FPCCD)
FPCCD: PixelHeight	float	0.015	Pixel Height(mm) (for cluster rejection for FPCCD)
FTDPixelHitCollectionName	string	FTDPixelTrackerHits	FTD Pixel Hit Collection Name
FTDPixelTrackerHitRelations	string	FTDPixelTrackerHitRelations	Name of the LCRelation input collection
FTDSpacePointCollectionName	string	FTDSpacePoints	FTD FTDSpacePoint Collection Name
FTDSpacePointRelations	string	FTDSpacePointRelations	Name of the LCRelation input collection
FudgeFactorForSIT_rphi_SpatialResolution	float	2	SIT's spatial resolution is not calculated precisely. (default : 2.0)
FudgeFactorForSIT_z_SpatialResolution	float	1	SIT's spatial resolution is not calculated precisely. (default : 1.0)
InitialTrackErrorD0	float	1e+06	Value used for the initial d0 variance of the trackfit
InitialTrackErrorOmega	float	0.0001	Value used for the initial omega variance of the trackfit
InitialTrackErrorPhi0	float	100	Value used for the initial phi0 variance of the trackfit
InitialTrackErrorTanL	float	100	Value used for the initial tanL variance of the trackfit
InitialTrackErrorZ0	float	1e+06	Value used for the initial z0 variance of the trackfit
LayerCombinations	IntVec	8 6 5 8 6 4 8 5 4 6 5 4	Combinations of Hits in Layers
LayerCombinationsFTD	IntVec	13 11 9 13 11 8 13 10 9 13 10 8 12 11 9 12 11 8 12 10 9 12 10 8 11 9 7 11 9 6 11 8 7 11 8 6 10 9 7 10 9 6 10 8 7 9 7 5 9 7 4 9 6 5 9 6 4 8 7 5 8 7 4 8 6 5 8 6 4 7 5 3 7 5 2 7 4 3 7 4 2 6 5 3 6 5 2 6 4 3 6 4 2 5 3 1 5 3 0 5 2 1 5 2 0 4 3 1 4 3 0 4 2 1 4 2 0	Combinations of Hits in FTD
MCParticleCollectionName	string	MCParticle	Name of the MCParticle input collection
MaxChi2PerHit	double	100	Maximum Chi-squared value allowed when assigning a hit to a track (for KalTest)
MaxChi2PerHit2nd	double	100	Maximum Chi-squared value allowed when assigning a hit to a track (especially for KalFit in this code)
MaxHitsPerSector	int	100	Maximal number of hits allowed in one theta-phi sector in FTD (In VXD and SIT, this is not implemented)
MinDistCutAttachForFTD	float	2.5	MinDistCutAttachForFTD
MinDistCutAttachForVXD	float	0.5	MinDistCutAttachForVXD
MinDistToDelta	float	0.25	Minimal distance of track hit to the delta electron hit
MinLayerToAttach	int	-1	MinLayerToAttach
MinMissAddition	int	2	Allowed max number of MinMissAdditions in BuildTrack
MinimalHits	int	3	minimal hits (default 3)
MultipleScatteringOn	bool	true	Use MultipleScattering in Fit
NDivisionsInPhi	int	1440	Number of divisions in Phi
NDivisionsInPhiFTD	int	30	Number of divisions in Phi for FTD
NDivisionsInTheta	int	640	Number of divisions in Theta
NDivisions_cosThetaRangeForBuildTrackForHighPt	double	0.025	set width of cosTheta value [0,2].ex: 2/80 = 0.025 (This value emulates original SiliconTracking_MarlinTrk by default)
NDivisions_phiRangeForBuildTrackForHighPt	double	4.5	set width of phi(deg) value [0,360].ex: 360deg/80 = 4.5 (This value emulates original SiliconTracking_MarlinTrk by default)
NHitsChi2	int	8	Maximal number of hits for which a track with n hits is better than one with n-1hits. (defaut 8)
SITHitCollectionName	string	SITSpacePoints	SIT Hit Collection Name
SITSpacePointRelations	string	SITSpacePointRelations	Name of the LCRelation input collection
SafetyPhi-Range_fix_ForTripletSearchAndExtrapolation	int	1	Range += this
SafetyPhi-Range_ratio_ForTripletSearchAndExtrapolation	float	0.1	Range <= (1 + this)*Range
SearchWindowForTripletInTheta	int	16	num of theta-sectors used in making triplets
SiTrackCollectionName	string	SiTracks	Silicon track Collection Name
SimTrackerHit of FTD_PIXEL (FTD_PIXELCollection)	string	FTD_PIXELCollection	This is used to calculate picking efficiency of a track.
SimTrackerHit of FTD_STRIP (FTD_STRIPCollection)	string	FTD_STRIPCollection	This is used to calculate picking efficiency of a track.
SimTrackerHit of SIT (SITCollection)	string	SITCollection	This is used to calculate picking efficiency of a track.
SimTrackerHit of VXD (VXDCollection)	string	VXDCollection	This is used to calculate picking efficiency of a track.
SmoothOn	bool	false	Smooth All Mesurement Sites in Fit
UseClusterRejection	bool	false	Use Cluster Rejection (for FPCCD VXD in dense pair-BG env. option)
UseFTD	int	1	Use FTD
UseSIT	int	1	Use SIT
VTXHitCollectionName	string	VXDTrackerHits	VTX Hit Collection Name
VXDTrackerHitRelations	string	VXDTrackerHitRelations	Name of the LCRelation input collection
fudgePhiRange	int	2	fudgePhiRange for the iterative determination of search range in the extrapolation
fudgeThetaRange	int	2	fudgeThetaRange for the iterative determination of search range in the extrapolation
keepCandidate	bool	false	Option for AttachRemainingVTXHitsVeryFast (please fix false for now)
minDotOf2Clusters	float	0.4	minimum dot of 2Clusters (for FPCCD VXD in dense pair-BG env. option)
mydebug	bool	false	mydebug (code debuger for Mori)
mydebugIntersection	bool	false	mydebugIntersection (code debuger for Mori)
mydebugKalFit	bool	false	mydebugKalFit (code debuger for Mori)
mydebugstopwatch2	bool	false	mydebugstopwatch2 (code debuger for Mori)
nSigma_for_Build_phiTrack	double	5	In extrapolation, search area in phi is determined by using sigma of d0, so you can enlarge this area by this value.
nSigma_for_Build_thetaTrack	double	5	In extrapolation, search area in phi is determined by using sigma of d0, so you can enlarge this area by this value.
stopwatch	bool	false	stopwatch (code debuger for Mori)

FullLDCTracking_MarlinTrk libMarlinTrkProcessors.so.2.12.8 ►

Performs full tracking in ILD detector

Parameter	Type	Default	Description
AngleCutForForcedMerging	float	0.05	Cut on Opening Angle for forced merging of Si and TPC segments
AngleCutForMerging	float	0.1	Cut on Opening Angle for merging Si and TPC segments
AssignETDHits	int	1	Assign ETD Hits
AssignFTDHits	int	1	Assign left over FTD hits
AssignSETHits	int	1	Assign SET Hits
AssignSITHits	int	1	Assign left over SIT hits
AssignTPCHits	int	1	Assign left over TPC hits
AssignVTXHits	int	1	Assign left over VTX hits
Chi2FitCut	float	100	Cut on fit Chi2
CutOnSiHits	int	4	Cut on the number of the Si hits for tracks with no TPC hits
CutOnTPCHits	int	35	Cut on the number of the TPC hits for tracks with no Si hits
CutOnTrackD0	float	500	Cut on the track parameter D0
CutOnTrackZ0	float	500	Cut on the track parameter Z0
D0CutForForcedMerging	float	50	Cut on D0 difference for forced merging of Si and TPC segments
D0CutForMerging	float	500	Cut on D0 difference for merging of Si and TPC segments
D0CutToMergeTPCSegments	float	100	Cut on D0 difference for merging TPC segments
Debug	int	0	Activate debugging?
DeltaPCutToMergeTPCSegments	float	0.1	Cut on dP/P difference for merging TPC segments
ETDHitCollection	string	ETDTrackerHits	ETD Hit Collection Name
ETDHitToTrackDistance	float	10	Cut on distance between track and ETD hits
EnergyLossErrorTPC	float	0.05	Fractional error of dEdx in the TPC
EnergyLossOn	bool	true	Use Energy Loss in Fit
FTDHitToTrackDistance	float	2	Cut on distance between track and FTD hits
FTDPixelHitCollectionName	string	FTDPixelTrackerHits	FTD Pixel Hit Collection Name
FTDSpacePointCollectionName	string	FTDSpacePoints	FTD FTDSpacePoint Collection Name
ForbidOverlapInZComb	int	0	Forbid overlap in Z for combining TPC segments with tracks having Si hits
ForbidOverlapInZTPC	int	0	Forbid overlap in Z for the merged TPC segments
ForceSiTPCMerging	int	0	Force merging of Si and TPC segments?
ForceTPCSegmentsMerging	int	0	Force merging of TPC Segments?
ForwardTrackerDetectorName	string	FTD	Name of the forward tracking detector in the geometry
InitialTrackErrorD0	float	1e+06	Value used for the initial d0 variance of the trackfit
InitialTrackErrorOmega	float	0.0001	Value used for the initial omega variance of the trackfit
InitialTrackErrorPhi0	float	100	Value used for the initial phi0 variance of the trackfit
InitialTrackErrorTanL	float	100	Value used for the initial tanL variance of the trackfit
InitialTrackErrorZ0	float	1e+06	Value used for the initial z0 variance of the trackfit
InnerTrackerDetectorName	string	SIT	Name of the inner (barrel) tracking detector in the geometry
LDCTrackCollection	string	LDCTracks	LDC track collection name
MaxAllowedPercentageOfOutliersForTrackCombination	float	0.3	Maximum number of outliers allowed before track combination is vetoed
MaxAllowedSiHitRejectionsForTrackCombination	int	2	Maximum number of outliers allowed before track combination is vetoed
MaxChi2PerHit	double	100	Maximum Chi-squared value allowed when assigning a hit to a track
MinChi2ProbForSiliconTracks	double	0.001	Minimum Chi-squared P value allowed for Silicon Tracks.
MultipleScatteringOn	bool	true	Use MultipleScattering in Fit
NHitsExtrapolation	int	35	number of hits for outward extrapolation
OmegaCutForForcedMerging	float	0.15	Cut on Omega difference for forced merging of Si and TPC segments
OmegaCutForMerging	float	0.25	Cut on Omega difference for merging Si and TPC segments
PtCutToMergeTPCSegments	float	1.2	Cut on Pt of tracks for merging TPC segments
SETHitCollection	string	SETTrackerHits	SET Hit Collection Name
SETHitToTrackDistance	float	2	Cut on distance between track and SET hits
SITHitCollection	string	SITTrackerHits	SIT Hit Collection Name
SITHitToTrackDistance	float	2	Cut on distance between track and SIT hits
SiTracks	string	SiTracks	Si Track Collection
SiTracksMCPRelColl	string	SiTracksMCP	Si Track to Collection
SiliconExternalDetectorName	string	SET	Name of the silicon external tracking detector in the geometry
SmoothOn	bool	true	Smooth All Mesurement Sites in Fit
TPCHitCollection	string	TPCTrackerHits	TPC Hit Collection Name
TPCHitToTrackDistance	float	15	Cut on distance between track and TPC hits
TPCTracks	string	TPCTracks	TPC Track Collection
TPCTracksMCPRelColl	string	TPCTracksMCP	TPC Track to MCP Relation Collection Name
TrackSystemName	string	KalTest	Name of the track fitting system to be used (KalTest, DDKalTest, aidaTT, ... )
VTXHitCollection	string	VTXTrackerHits	VTX Hit Collection Name
VTXHitToTrackDistance	float	1.5	Cut on distance between track and VTX hits
VertexDetectorName	string	VXD	Name of the vertex (barrel) tracking detector in the geometry
VertexEndcapDetectorName	string	VertexEndcap	Name of the vertex endcap tracking detector in the geometry
VetoMergeMomentumCut	float	2.5	Minimum momentum for which Veto is applicable
Z0CutForForcedMerging	float	200	Cut on Z0 difference for forced merging of Si and TPC segments
Z0CutForMerging	float	1000	Cut on Z0 difference for merging of Si and TPC segments
Z0CutToMergeTPCSegments	float	5000	Cut on Z0 difference for merging TPC segments
cosThetaCutHighPtMerge	float	0.99	Cut on cos theta between the two momentum vectors when considering merger of high Pt tracks
cosThetaCutSoftHighPtMerge	float	0.998	cut on cos theta between the two momentum vectors when considering merger of high Pt tracks for softer dp/p cut
hitDistanceCutHighPtMerge	float	25	cut on 3D distance between hit and helix extrapolation when considering merger of high Pt tracks
maxFractionOfOutliersCutHighPtMerge	float	0.95	cut on maximum fraction of outliers when considering merger of high Pt tracks
maxHitDistanceCutHighPtMerge	float	50	cut for max 3D distance between any hit and helix extrapolation when considering merger of high Pt tracks
momDiffCutHighPtMerge	float	0.01	cut on dp/p when considering merger of high Pt tracks
momDiffCutSoftHighPtMerge	float	0.25	softer cut on dp/p when considering merger of high Pt tracks

RefitFinal libMarlinTrkProcessors.so.2.12.8 ►

Refit processor that calls finaliseLCIOTrack after taking the trackstate from the existing track. No re-sorting of hits is done

Parameter	Type	Default	Description
EnergyLossOn	bool	true	Use Energy Loss in Fit
InputRelationCollectionName	string	SiTrackRelations	Name of the input track to MCParticle relation collection
InputTrackCollectionName	string	TruthTracks	Name of the input track collection
Max_Chi2_Incr	double	1.79769e+308	maximum allowable chi2 increment when moving from one site to another
MinClustersOnTrackAfterFit	int	4	Final minimum number of track clusters
MultipleScatteringOn	bool	true	Use MultipleScattering in Fit
OutputRelationCollectionName	string	RefittedRelation	Refit Track to MCParticle relation collection Name
OutputTrackCollectionName	string	RefittedTracks	Name of the output track collection
ReferencePoint	int	-1	Identifier of the reference point to use for the fit initialisation, -1 means at 0 0 0
SmoothOn	bool	false	Smooth All Mesurement Sites in Fit
extrapolateForward	bool	true	if true extrapolation in the forward direction (in-out), otherwise backward (out-in)

RefitProcessor libMarlinTrkProcessors.so.2.12.8 ►

RefitProcessor refits an input track collection, producing a new collection of tracks.

Parameter	Type	Default	Description
EnergyLossOn	bool	true	Use Energy Loss in Fit
FitDirection	int	-1	Fit direction: -1: backward [default], +1: forward
InitialTrackErrorD0	float	1e+06	Value used for the initial d0 variance of the trackfit
InitialTrackErrorOmega	float	0.0001	Value used for the initial omega variance of the trackfit
InitialTrackErrorPhi0	float	100	Value used for the initial phi0 variance of the trackfit
InitialTrackErrorTanL	float	100	Value used for the initial tanL variance of the trackfit
InitialTrackErrorZ0	float	1e+06	Value used for the initial z0 variance of the trackfit
InitialTrackState	int	-1	TrackState to use for initialization of the fit: -1: refit from hits [default], 1: AtIP, 2: AtFirstHit, 3: AtLastHit, 4:AtCalo
InputTrackCollectionName	string	TruthTracks	Name of the input track collection
InputTrackRelCollection	string	TruthTracksMCP	Name of the MCParticle-Track Relations collection for input tracks
MaxChi2PerHit	float	100	Maximum Chi-squared value allowed when assigning a hit to a track
MultipleScatteringOn	bool	true	Use MultipleScattering in Fit
OutputTrackCollectionName	string	RefittedTracks	Name of the output track collection
OutputTrackRelCollection	string	RefittedTracksMCP	Name of the MCParticle-Track Relations collection for output tracks
ParticleMass	double	0.13957	particle mass that is used in the fit - default is the pion mass: 0.13957018 )
SmoothOn	bool	false	Smooth All Mesurement Sites in Fit
TrackSystemName	string	KalTest	Name of the track fitting system to be used (KalTest, DDKalTest, aidaTT, ... )

SetTrackerHitExtensions libMarlinTrkProcessors.so.2.12.8 ►

Creates Track Collection from MC Truth. Can handle composite spacepoints as long as they consist of two TrackerHits

Parameter	Type	Default	Description
TrackerHitsInputCollections	StringVec	VXDTrackerHits SITTrackerHits FTDPixelTrackerHits FTDSpacePointRelations TPCTrackerHits SETTrackerHits	Name of the tracker hit input collections
TrackerHitsRelInputCollections	StringVec	VXDTrackerHitRelations SITTrackerHitRelations FTDPixelTrackerHitRelations FTDSpacePointRelations TPCTrackerHitRelations SETTrackerHitRelations	Name of the lcrelation collections, that link the TrackerHits to their SimTrackerHits. Have to be in same order as TrackerHitsInputCollections!!!

SiliconTracking_MarlinTrk libMarlinTrkProcessors.so.2.12.8 ►

Pattern recognition in silicon trackers

Parameter	Type	Default	Description
AngleCutForMerging	float	0.1	Angle Cut For Merging
AplySimpleUpdatedCoreBin	bool	false	Use simple updated triplets searching core bin. (default is false for backward compatible)
CheckForDelta	int	1	Check for Delta rays hits in hit-to-track assignment
Chi2FitCut	float	120	Chi2 Fit Cut
Chi2WRphiQuartet	float	1	Chi2WRphiQuartet
Chi2WRphiSeptet	float	1	Chi2WRphiSeptet
Chi2WRphiTriplet	float	1	Chi2WRphiTriplet
Chi2WZQuartet	float	0.5	Chi2WZQuartet
Chi2WZSeptet	float	0.5	Chi2WZSeptet
Chi2WZTriplet	float	0.5	Chi2WZTriplet
CreateDiagnosticsHistograms	bool	false	Create diagnostics histograms for internal analysis.
CutOnD0	float	100	cut on D0 for tracks
CutOnPt	float	0.05	cut on Pt
CutOnZ0	float	100	cut on Z0 for tracks
DetectorTypeForDraw	int	0	Detector type sent to MarlinCED for drawing
EnergyLossOn	bool	true	Use Energy Loss in Fit
FTDPixelHitCollectionName	string	FTDPixelTrackerHits	FTD Pixel Hit Collection Name
FTDSpacePointCollectionName	string	FTDSpacePoints	FTD FTDSpacePoint Collection Name
FastAttachment	int	0	Fast attachment
HelixMaxR	float	2000	Max R (mm) Extent for drawing Helix if UseTPCForLimitsOfHelix false
InitialTrackErrorD0	float	1e+06	Value used for the initial d0 variance of the trackfit
InitialTrackErrorOmega	float	0.0001	Value used for the initial omega variance of the trackfit
InitialTrackErrorPhi0	float	100	Value used for the initial phi0 variance of the trackfit
InitialTrackErrorTanL	float	100	Value used for the initial tanL variance of the trackfit
InitialTrackErrorZ0	float	1e+06	Value used for the initial z0 variance of the trackfit
LayerCombinations	IntVec	6 4 3 6 4 2 6 3 2 5 4 3 5 4 2 5 3 2 5 3 1 5 2 1 4 3 2 4 3 1 4 2 1 3 2 1	Combinations of Hits in Layers
LayerCombinationsFTD	IntVec	6 5 4 6 5 3 5 4 3 5 4 2 5 4 1 5 3 2 5 3 1 5 2 1 4 3 2 4 3 1 4 3 0 4 2 1 4 2 0 4 1 0 3 2 1 3 2 0 3 1 0 2 1 0	Combinations of Hits in FTD
MCParticleCollectionName	string	MCParticle	Name of the MCParticle input collection
MCpThreshold	float	0.1	Transverse Momentum Threshold MC particles which will produce tracks GeV
MaxChi2PerHit	double	100	Maximum Chi-squared value allowed when assigning a hit to a track
MaxHitsPerSector	int	100	Maximal number of hits allowed in one theta-phi sector in VXD/SIT and FTD
MinDistCutAttach	float	2.5	MinDistCutAttach
MinDistToDelta	float	0.25	Minimal distance of track hit to the delta electron hit
MinLayerToAttach	int	-1	MinLayerToAttach
MinimalHits	int	3	minimal hits (default 3)
MultipleScatteringOn	bool	true	Use MultipleScattering in Fit
NDivisionsInPhi	int	80	Number of divisions in Phi
NDivisionsInPhiFTD	int	30	Number of divisions in Phi for FTD
NDivisionsInTheta	int	80	Number of divisions in Theta
NHitsChi2	int	5	Maximal number of hits for which a track with n hits is better than one with n-1hits. (defaut 5)
SITHitCollectionName	string	SITTrackerHits	SIT Hit Collection Name
SiTrackCollectionName	string	SiTracks	Silicon track Collection Name
SmoothOn	bool	true	Smooth All Mesurement Sites in Fit
TrackSystemName	string	KalTest	Name of the track fitting system to be used (KalTest, DDKalTest, aidaTT, ... )
UseEventDisplay	bool	false	When using UseIterativeFitting show status of each track fit using CED event display.
UseSIT	int	1	Use SIT
UseSimpleAttachHitToTrack	bool	false	Use simple AttachHitToTrack for merging split track segments. (default is false for backward compatible)
VTXHitCollectionName	string	VTXTrackerHits	VTX Hit Collection Name

SplitCollectionByLayer libMarlinTrkProcessors.so.2.12.8 ►

split a hit collection based on the layer number of the hits

Parameter	Type	Default	Description
InputCollection	string	FTDCollection	Name of the input collection with hits
OutputCollections	StringVec	FTD_PIXELCollection 0 1 FTD_STRIPCollection 2 6	Name of the output collection with start and end layer number

TrackSubsetProcessor libMarlinTrkProcessors.so.2.12.8 ►

TrackSubsetProcessor takes tracks from multiple sources and outputs them (or modified versions, or a subset of them) as one track collection.

Parameter	Type	Default	Description
EnergyLossOn	bool	true	Use Energy Loss in Fit
InitialTrackErrorD0	float	1e+06	Value used for the initial d0 variance of the trackfit
InitialTrackErrorOmega	float	0.0001	Value used for the initial omega variance of the trackfit
InitialTrackErrorPhi0	float	100	Value used for the initial phi0 variance of the trackfit
InitialTrackErrorTanL	float	100	Value used for the initial tanL variance of the trackfit
InitialTrackErrorZ0	float	1e+06	Value used for the initial z0 variance of the trackfit
MaxChi2PerHit	double	100	Maximum Chi-squared value allowed when assigning a hit to a track
MultipleScatteringOn	bool	true	Use MultipleScattering in Fit
Omega	double	0.75	The parameter omega for the HNN. Controls the influence of the quality indicator.
RemoveShortTracks	bool	false	Remove short tracks from the list that have a longer track sharing the same hits
SmoothOn	bool	false	Smooth All Measurement Sites in Fit
TrackInputCollections	StringVec	ForwardTracks SiTracks	A vector of the input track collections
TrackOutputCollection	string	SubsetTracks	Name of the output track collection
TrackSystemName	string	KalTest	Name of the track fitting system to be used (KalTest, DDKalTest, aidaTT, ... )

TruthTrackFinder libMarlinTrkProcessors.so.2.12.8 ►

TruthTrackFinder builds tracks out of all hits associated to an MC particle

Parameter	Type	Default	Description
FitForward	bool	false	If true fit 'forward' (go forward + smooth back adding last two hits with Kalman FIlter steps), otherwise fit backward
MCParticleCollectionName	string	MCParticle	Name of the MCParticle input collection
SiTrackCollectionName	string	SiTracks	Silicon track Collection Name
SiTrackRelationCollectionName	string	SiTrackRelations	Silicon track particle relation Collection Name
SimTrackerHitRelCollectionNames	StringVec	VXDTrackerHitRelations	Name of TrackerHit SimTrackHit relation collections
TrackerHitCollectionNames	StringVec	VXDTrackerHits	Name of the TrackerHit input collections
UseTruthInPrefit	bool	false	If true use the truth information to initialise the helical prefit, otherwise use prefit by fitting 3 hits

TruthTracker libMarlinTrkProcessors.so.2.12.8 ►

Creates Track Collection from MC Truth. Can handle composite spacepoints as long as they consist of two TrackerHits

Parameter	Type	Default	Description
CreatePrefitUsingMarlinTrk	bool	false	When fitting take track parameters a full pre-fit for the initialisation of the Track Fit
DetectorTypeForDraw	int	0	Detector type sent to MarlinCED for drawing
EnergyLossOn	bool	true	Use Energy Loss in Fit
FitDirection	int	-1	Fit direction: -1: backward [default], +1: forward
FitTracksWithMarlinTrk	bool	true	Fit the Tracks with MarlinTrk, otherwise take track parameters from MCParticle
HelixMaxR	float	2000	Max R (mm) Extent for drawing Helix if UseTPCForLimitsOfHelix false
InitialTrackErrorD0	float	1e+06	Value used for the initial d0 variance of the trackfit
InitialTrackErrorOmega	float	0.0001	Value used for the initial omega variance of the trackfit
InitialTrackErrorPhi0	float	100	Value used for the initial phi0 variance of the trackfit
InitialTrackErrorTanL	float	100	Value used for the initial tanL variance of the trackfit
InitialTrackErrorZ0	float	1e+06	Value used for the initial z0 variance of the trackfit
MCParticleCollectionName	string	MCParticle	Name of the MCParticle input collection
MCpThreshold	float	0.1	Transverse Momentum Threshold MC particles which will produce tracks GeV
MaxChi2PerHit	double	100	Maximum Chi-squared value allowed when assigning a hit to a track
MultipleScatteringOn	bool	true	Use MultipleScattering in Fit
OutputTrackCollectionName	string	TruthTracks	Name of the output track collection
OutputTrackRelCollection	string	TruthTracksMCP	Name of the MCParticle-Track Relations collection for output tracks
OutputTrackSegmentCollectionName	string	TruthTrackSegments	Name of the output track segment collection
OutputTrackSegmentRelCollection	string	TruthTrackSegmentsMCP	Name of the MCParticle-Track Relations collection for output track segments
SmoothOn	bool	false	Smooth All Mesurement Sites in Fit
TrackSystemName	string	KalTest	Name of the track fitting system to be used (KalTest, DDKalTest, aidaTT, ... )
TrackerHitsInputCollections	StringVec	VXDTrackerHits SITTrackerHits FTDPixelTrackerHits FTDSpacePointRelations TPCTrackerHits SETTrackerHits	Name of the tracker hit input collections
TrackerHitsRelInputCollections	StringVec	VXDTrackerHitRelations SITTrackerHitRelations FTDPixelTrackerHitRelations FTDSpacePointRelations TPCTrackerHitRelations SETTrackerHitRelations	Name of the lcrelation collections, that link the TrackerHits to their SimTrackerHits. Have to be in same order as TrackerHitsInputCollections!!!
UseEventDisplay	bool	false	When using UseIterativeFitting show status of each track fit using CED event display.
UseIterativeFitting	bool	false	Fit the Tracks with MarlinTrk using iterative approach. If 3 consecutive hits fail to be included then the current fit is written out and a new fit started. Use instead of FitTracksWithMarlinTrk.
UseMCParticleParametersFotInitOfFit	bool	false	When fitting take track parameters from MCParticle for the initialisation of the Track Fit

Overlay 7 processors ▼

FPCCDOverlayBX libOverlay.so.0.23.1 ►

Overlays LCGeneVTXPixelHits of background lcio files for many bunch crossings

Parameter	Type	Default	Description
BackgroundFileNames	StringVec	overlay.slcio	Name of the lcio input file(s) with background - assume one file per bunch crossing.
MaxNumberOfEventsPerFile	int	-1	Max number of events to read from one file - default: -1, i.e. one file per BX.
MergeCollections	StringVec	VTXPixelHits VTXPixelHits	Pairs of collection names with one bx to be overlayed (BG name first)
NumberOfBunchCrossings	int	100	Number of bunch crossings [s] - default 100
VTXPixelHits	string	VTXPixelHits	collection of VTX PixelHits
VXDCollection	string	VXDCollection	collection of VXD SimTrackerHits
removeOptionForVTX	bool	false	True: remove VTXPixelhit Collection. False: leave it.

JoinEvents libOverlay.so.0.23.1 ►

Opens an lcio file and adds all collections of the corresponding (run/event-number) events to the current event.

Parameter	Type	Default	Description
ColNamePostFix	string	_1	post fix appended to all collection names
InputFileName	string	joinevents.slcio	Name of the lcio input file

Overlay libOverlay.so.0.23.1 ►

Opens a second (chain of) lcio file(s) and overlays events...

Parameter	Type	Default	Description
CollectionMap	StringVec	MCParticle MCParticle	Pairs of collection to be merged
ExcludeCollections	StringVec		List of collections to exclude for merging
InputFileNames	StringVec	undefined.slcio	Name of the lcio input file(s)
NumberOverlayEvents	int	0	Overlay each event with this number of background events. (default 0)
expBG	double	1	Add additional background events according to a poisson distribution with this expectation value. (non, if parameter not set)

OverlayBX libOverlay.so.0.23.1 ►

Overlays background lcio files for many bunch crossings

Parameter	Type	Default	Description
BackgroundFileNames	StringVec	overlay.slcio	Name of the lcio input file(s) with background - assume one file per bunch crossing.
BunchCrossingTime	float	3e-07	time between bunch crossings [s] - default 3.0e-7 (300 ns)
MCParticle	string	MCParticle	collection of MCParticles
MaxBXsTPC	int	10	maximum of BXs to be overlayed for the TPC; -1: compute from length and BXtime; default 10
MaxNumberOfEventsPerFile	int	-1	Max number of events to read from one file - default: -1, i.e. one file per BX.
MergeCollections	StringVec	mcParticlesBG mcParticles	Pairs of collection names with one bx to be overlayed (BG name first)
PhiRotateTPCHits	bool	false	if true, rotate the bg events by a random azimuthal angle - default false
RandomSeed	int	42	random seed - default 42
TPCCollections	StringVec	TPCCollection TPCCollection	Pairs of TPC collection names to be overlayed (BG name first)
TPCDriftvelocity	float	5e+07	[mm/s] (float) - default 5.0e+7 (5cm/us)
VXDCollection	string	VXDCollection	collection of VXD SimTrackerHits
VXDLayerReadOutTimes	FloatVec	50 50 200 200 200 200	readout time per layer in us - default 50. 50. 200. 200. 200. 200
keepPairsMCPinfo	bool	false	keep MCP info for pair bkg particles studies

OverlayEvents libOverlay.so.0.23.1 ►

Merge a number of events in a LCIO file into 1 event

Parameter	Type	Default	Description
MergedCollectionNames	StringVec	VXDCollection SITCollection SETCollection FTDCollection	Name of collections will be merged
OutputFileName	string	overlayEvent.slcio	Name of the lcio output file

OverlayTiming libOverlay.so.0.23.1 ►

Processor to overlay events from the background taking the timing of the subdetectors into account

Parameter	Type	Default	Description
AllowReusingBackgroundFiles	bool	true	If true the same background file can be used for the same event
BackgroundFileNames	StringVec		Name of the lcio input file(s) with background - assume one file per bunch crossing.
BeamCalCollection_IntegrationTime	float	10	Integration time for the BeamCalCollection
Delta_t	float	0.5	Time difference between bunches in the bunch train in ns
ETDCollection_Integration_Time	float	10	Integration time for the ETDCollection
EcalBarrelCollection_Integration_Time	float	10	Integration time for the EcalBarrelCollection / ECalBarrelCollection
EcalBarrelPreShowerCollection_Integration_Time	float	10	Integration time for the EcalBarrelPreShowerCollection
EcalEndcapCollection_Integration_Time	float	10	Integration time for the EcalEndcapCollection / ECalEndcapCollection
EcalEndcapPreShowerCollection_Integration_Time	float	10	Integration time for the EcalEndcapPreShowerCollection
EcalEndcapRingCollection_Integration_Time	float	10	Integration time for the EcalEndcapRingCollection
EcalEndcapRingPreShowerCollection_Integration_Time	float	10	Integration time for the EcalEndcapRingPreShowerCollection
EcalPlugCollection_Integration_Time	float	10	Integration time for the ECalPlugCollection
FTDCollection_Integration_Time	float	10	Integration time for the FTDCollection
HcalBarrelRegCollection_Integration_Time	float	10	Integration time for the HcalBarrelRegCollection / HCalBarrelCollection
HcalEndCapRingsCollection_Integration_Time	float	10	Integration time for the HcalEndCapRingsCollection / HCalRingCollection
HcalEndCapsCollection_Integration_Time	float	10	Integration time for the HcalEndCapsCollection / HCalEndcapCollection
InnerTrackerBarrelCollection_Integration_Time	float	10	Integration time for the InnerTrackerBarrelCollection
InnerTrackerEndcapCollection_Integration_Time	float	10	Integration time for the InnerTrackerEndcapCollection
LHcalCollection_Integration_Time	float	10	Integration time for the LHcalCollection
LumiCalCollection_Integration_Time	float	10	Integration time for the LumiCalCollection
MCParticleCollectionName	string	MCParticle	The MC Particle Collection Name
MCPhysicsParticleCollectionName	string	MCPhysicsParticles	The output MC Particle Collection Name for the physics event
MuonBarrelCollection_Integration_Time	float	10	Integration time for the MuonBarrelCollection / YokeBarrelCollection
MuonEndCapCollection_Integration_Time	float	10	Integration time for the MuonEndCapCollection / YokeEndcapCollection
NBunchtrain	int	1	Number of bunches in a bunch train
NumberBackground	float	1	Number of Background events to overlay - either fixed or Poisson mean
OuterTrackerBarrelCollection_Integration_Time	float	10	Integration time for the OuterTrackerBarrelCollection
OuterTrackerEndcapCollection_Integration_Time	float	10	Integration time for the OuterTrackerEndcapCollection
PhysicsBX	int	1	Number of the Bunch crossing of the physics event
Poisson_random_NOverlay	bool	false	Draw random number of Events to overlay from Poisson distribution with mean value NumberBackground
RandomBx	bool	false	Place the physics event at an random position in the train: overrides PhysicsBX
SETCollection_Integration_Time	float	10	Integration time for the SETCollection
SITCollection_Integration_Time	float	10	Integration time for the SITCollection
StartBackgroundEventIndex	int	-1	Which background event to startWith
StartBackgroundFileIndex	int	-1	Which background file to startWith
Start_Integration_Time	float	-0.25	Starting integration time. Should be shortly before the BX, but may need to be shifted earlier if the vertex is smeared in time.
TPCCollection_Integration_Time	float	10	Integration time for the TPCCollection
TPCDriftvelocity	float	0.05	[mm/ns] (float) - default 5.0e-2 (5cm/us)
TPCSpacePointCollection_Integration_Time	float	10	Integration time for the TPCSpacePointCollection
VXDCollection_Integration_Time	float	10	Integration time for the VXDCollection
VertexBarrelCollection_Integration_Time	float	10	Integration time for the VertexBarrelCollection
VertexEndcapCollection_Integration_Time	float	10	Integration time for the VertexEndcapCollection

OverlayTimingGeneric libOverlay.so.0.23.1 ►

Processor to overlay events from the background taking the timing of the subdetectors into account

Parameter	Type	Default	Description
AllowReusingBackgroundFiles	bool	true	If true the same background file can be used for the same event
BackgroundFileNames	StringVec		Name of the lcio input file(s) with background - assume one file per bunch crossing.
Collection_IntegrationTimes	StringVec	BeamCalCollection 10	Integration times for the Collections
Delta_t	float	0.5	Time difference between bunches in the bunch train in ns
MCParticleCollectionName	string	MCParticle	The MC Particle Collection Name
MCPhysicsParticleCollectionName	string	MCPhysicsParticles	The output MC Particle Collection Name for the physics event
NBunchtrain	int	1	Number of bunches in a bunch train
NumberBackground	float	1	Number of Background events to overlay - either fixed or Poisson mean
PhysicsBX	int	1	Number of the Bunch crossing of the physics event
Poisson_random_NOverlay	bool	false	Draw random number of Events to overlay from Poisson distribution with mean value NumberBackground
RandomBx	bool	false	Place the physics event at an random position in the train: overrides PhysicsBX
StartBackgroundEventIndex	int	-1	Which background event to startWith
StartBackgroundFileIndex	int	-1	Which background file to startWith
Start_Integration_Time	float	-0.25	Starting integration time. Should be shortly before the BX, but may need to be shifted earlier if the vertex is smeared in time.
TPCDriftvelocity	float	0.05	[mm/ns] (float) - default 5.0e-2 (5cm/us)

fcalclusterer 4 processors ▼

BeamCalClusterReco libFCalClusterer.so ►

BeamCalClusterReco reproduces the beamstrahlung background for a given number of bunch-crossings NumberOfBX and puts the signal hits from the lcio input file on top of that, and then clustering is attempted.

Parameter	Type	Default	Description
BackgroundMethod	string	Gaussian	How to estimate background [Gaussian, Parametrised, Pregenerated, Averaged, Empty]
BeamCalCollectionName	string	BeamCalCollection	Name of BeamCal Collection
BeamCalHitsOutCollection	string	BeamCal_Hits	Collection of CalorimeterHits from the BeamCal,only created when input are SimCalorimeterHits
CreateEfficiencyFile	bool	false	Flag to create the TEfficiency for fast tagging library
DetectorName	string	BeamCal	The Name of the Detector the reconstruction is for
DetectorStartingLayerID	int	1	The ID of the first layer of the detector BeamCal 1: LumiCal: 0
ETCluster	FloatVec	3 2 1	Energy in a Cluster to consider it an electron
ETPad	FloatVec	0.5 0.3 0.2	Energy in a Pad, after subtraction of background required to consider it for signal
EfficiencyFilename	string	TaggingEfficiency.root	The name of the rootFile which will contain the TEfficiency objects
InputFileBackgrounds	StringVec	BeamCal.root	Root Inputfile(s)
LinearCalibrationFactor	double	1	Multiply deposit energy by this factor to account for sampling fraction
LogWeightingConstant	double	-1	Weighting constant to use in logarithmic weighting of hits, if negative energy weighting is used
MCParticleCollectionName	string	MCParticle	MCParticle Collection Name, only needed and used to estimate efficiencies
MaxPadDistance	double	1e+10	Maximum Distance between primary tower and neighbours to put into one cluster
MinimumTowerSize	int	4	Minimum number of pads in a single tower to be considered for signal
NShowerCountingLayers	int	3	How many layers are used for shower fitting
NumberOfBX	int	1	Number of Bunch Crossings of Background
PrintThisEvent	int	-1	Number of Event that should be printed to PDF File
ReadoutName	string		The Name of the DD4hep Readout belonging to the Detector the reconstruction is for, by default the name of the input collection
RecoClusterCollectionname	string	BCalClusters	Name of the Reconstructed Cluster collection
RecoParticleCollectionname	string	BCalRecoParticle	Name of the Reconstructed Particle collection
SigmaCut	double	1	If not using ConstPadCuts, each pad SigmaCut*standardDeviation is considered for clusters
StartLookingInLayer	int	10	Layer (inclusive) from which on we start looking for signal clusters
StartingRing	FloatVec	0 1 2	Rings from which onwards the outside Thresholds are used
SubClusterEnergyID	int	5	The ID where the SubClusterEnergy will be added: LumiCal=3, BeamCal=5 in DDPFOCreator.hh
TowerChi2ndfLimit	double	5	Limit on square norm of tower energy chi2/ndf, where chi2 = (E_dep - E_bg)^2/sig^2. Reasonable value for pregenerated bkg is 5., for parametrised is 2.
UseChi2Selection	bool	false	Use Chi2 selection criteria to detect high energy electron in the signal.
UseConstPadCuts	bool	true	Use the cuts for the pads specified in ETPad. If false, the standard deviation of each pad times the SigmaCut Factor is used, the first entry in ETPad is used as a minimum energy to consider a pad at all

DrawBeamCalFromDD4hep libFCalClusterer.so ►

DrawBeamCalFromDD4hep draws segmentation from dd4hep with energy deposits in the lcio files

Parameter	Type	Default	Description
BeamCalCollectionName	string	BeamCalCollection	Name of BeamCal Collection
DrawDensities	bool	false	Option to draw area density of deposited energy rather than deposited energy per cell. Meaningful for polar segmentation. Default false.
OutputFileBackground	string	BeamCal.root	Root OutputFile

MarlinLumiCalClusterer libFCalClusterer.so ►

Reconstruction of clusters in the LumiCal detector

Parameter	Type	Default	Description
ClusterMinNumHits	int	15	Minimal number of hits in cluster
CutOnFiducuialVolume	bool	false	Whether to cut clusters outside of the fiducial volume or not
ElementsPercentInShowerPeakLayer	double	0.03	BP: Not sure what it is
EnergyCalibConst	double	0.0105	Calibration const E_dep = EnergyCalibConst*E_primary ( default for LCal ILD)
LogWeigthConstant	double	6	Sets minimum for logarithmic energy weights
LumiCal_Clusters	string	LumiCalClusters	Collection of Cluster found in the LumiCal
LumiCal_Collection	string	LumiCalCollection	Collection Containing Hits in the LumiCal
LumiCal_Hits	string	LumiCalHits	Collection of CalorimtersHits from the LumiCal
LumiCal_RecoParticles	string	LumiCalRecoParticles	Collection of Reconstructed Particles found in the LumiCal
MaxRecordNumber	int	10	Number of event to work with
MemoryResidentTree	int	0	Place for ROOT tree memory(1) or disk(0)
MiddleEnergyHitBoundFrac	double	0.01	BP: see explanation in LumiCalClusterer.cpp
MinClusterEngy	double	2	Sets minimum energy deposit for cluster to be accepted [GeV]
MinHitEnergy	double	5e-06	Hit energy cut [Mev]
MoliereRadius	double	16	Moliere radius, controls clusters separation distance [mm]
NumEventsTree	int	500	Number of events in memory resident ROOT tree.
NumOfNearNeighbor	int	6	Number of neighbor hits to consider
OutDirName	string	rootOut	Name of output directory
OutRootFileName	string		Name of output ROOT file ( without suffix) NO DEFAULT. If no name provided root file will not be generated
SkipNEvents	int	0	Number of events to skip at the begining of the LCIO file
WeightingMethod	string	LogMethod	Hit positions weighting method (LogMthod, EnergyMethod )
ZLayerPhiOffset	double	3.75	Relative offset of LCal z-layers [deg] default is half of the phi sector size

ReadBeamCal libFCalClusterer.so ►

ReadBeamCal reads the simulation for the pairs and creates two std::vector<double> in a tree, which can then be used later on for Overlay, calculation of fluctiuations, etc.

Parameter	Type	Default	Description
BeamCalCollectionName	string	BeamCalCollection	Name of BeamCal Collection
DetectorName	string	BeamCal	The Name of the Detector the collections are from
DetectorStartingLayerID	int	1	The ID of the first layer of the detector BeamCal 1: LumiCal: 0
OutputFileBackground	string	BeamCal.root	Root OutputFile
ProbabilityFactor	double	100	Probability [0,100%] for particle to be added to event. Allows the scaling ofthe background to smaller background rate

lcfiplus 2 processors ▼

LcfiplusProcessor libLCFIPlus.so.0.11.1 ►

Lcfiplus general processor

Parameter	Type	Default	Description
Algorithms	StringVec		LCFIPlus algorithms to run
BeamSizeX	float	0.000639	Bunch size in the X direction [mm]
BeamSizeY	float	5.7e-06	Bunch size in the Y direction [mm]
BeamSizeZ	float	0.0913	Bunch size in the Z direction [mm]
IgnoreLackOfVertexRP	int	0	Keep running even if vertex RP collection is not present
MCPCollection	string		MC particle collection
MCPFORelation	string		Relation between MC and PFO particles
MagneticField	float	0	Manually set magnetic field, overriding the value from DD4hep [T]
PFOCollection	string		Particle flow output collection
PIDAlgorithmName	string	LikelihoodPID	ParticleID Algorithm Name
PrintEventNumber	int	0	Event number printing period in std output: 0 = no printing
ReadSubdetectorEnergies	int	1	Read subdetector energies (ILD)
TrackHitOrdering	int	0	Track hit ordering: 0=ILD-LOI (default), 1=ILD-DBD, 2=CLICdet
UpdateVertexRPDaughters	int	1	Writing back obtained vertices to input RP collections (which must be writable)
UseMCP	int	0	Whether MCParticle collection is imported or not

TrackToPFOConverterProcessor libLCFIPlus.so.0.11.1 ►

Processor to convert track collection into ReconstructedParticle collection

Parameter	Type	Default	Description
InputTrackCollection	string	InputTracks	Input track collection to convert
OutputPFOCollection	string	ConvertedTrackAsPFO	Ouptut collection

marlinmlflavortagging 5 processors ▼

DLJetTaggerProcessor libMarlinMLFlavorTagging.so ►

DLJetTaggerProcessor offers Jet tagging using a Deep-Learning model

Parameter	Type	Default	Description
ModelScriptFile	string	dl_jet_tagger_model.pt	Torch script file describing the model
PreprocessingParamsFile	string	dl_jet_tagger_pre_proc_params.txt	File containing the parameters for pre-processing

DeepJetTaggerProcessor libMarlinMLFlavorTagging.so ►

DeepJetTaggerProcessor offers Jet tagging using the DeepJet Model

Parameter	Type	Default	Description
CollectionPFOs	string	PandoraPFOs	Name of the MCParticle collection
CollectionRefinedJets	string	RefinedJets	Collection of refinded jets
CollectionRefinedVertices	string	RefinedVertex	Name of the MCParticle collection
DeepJetFeatures_Charged	StringVec		Features for DeepJet : Charged jet constituents
DeepJetFeatures_Jets	StringVec		Features for DeepJet : Jets
DeepJetFeatures_Neutral	StringVec		Features for DeepJet : Neutral jet constituents
DeepJetFeatures_SV	StringVec		Features for DeepJet : Secondary Vertices
MeanChargedFeatures	FloatVec		Mean : Charged features
MeanJetFeatures	FloatVec		Mean : Jet features
MeanNeutralFeatures	FloatVec		Mean : Neutral features
MeanSVFeatures	FloatVec		Mean : SV features
ModelScriptFile	string	dl_jet_tagger_model.pt	Torch script file describing the model
PreprocessingParamsFile	string	dl_jet_tagger_pre_proc_params.txt	File containing the parameters for pre-processing
StdChargedFeatures	FloatVec		Std : Charged features
StdJetFeatures	FloatVec		Std : Jet features
StdNeutralFeatures	FloatVec		Std : Neutral features
StdSVFeatures	FloatVec		Std : SV features

ParticleNetTaggerProcessor libMarlinMLFlavorTagging.so ►

ParticleNetTaggerProcessor offers Jet tagging using a ParticleNet model

Parameter	Type	Default	Description
CollectionPFOs	string	PandoraPFOs	Name of the MCParticle collection
CollectionRefinedJets	string	RefinedJets	Collection of refinded jets
CollectionRefinedVertices	string	RefinedVertex	Name of the MCParticle collection
MeanPFFeatures	FloatVec		Mean : PF features
MeanSVFeatures	FloatVec		Mean : SV features
ModelScriptFile	string	dl_jet_tagger_model.pt	Torch script file describing the model
ParticleNetFeatures_PFFeatures	StringVec		Features for ParticleNet : PF features
ParticleNetFeatures_PFPoints	StringVec		Features for ParticleNet : PF points
ParticleNetFeatures_SVFeatures	StringVec		Features for ParticleNet : SV features
ParticleNetFeatures_SVPoints	StringVec		Features for ParticleNet : SV points
PreprocessingParamsFile	string	dl_jet_tagger_pre_proc_params.txt	File containing the parameters for pre-processing
StdPFFeatures	FloatVec		Std : PF features
StdSVFeatures	FloatVec		Std : SV features

ReadBTaggingVariables libMarlinMLFlavorTagging.so ►

ReadBTaggingVariables does whatever it does ...

Parameter	Type	Default	Description
CollectionPFOs	string	PandoraPFOs	Name of the MCParticle collection
CollectionRefinedJets	string	RefinedJets	Name of the MCParticle collection
HeavyFlavorTagger	string	HeavyFlavorTagger	Name of heavy flavor tagger

StoreVariablesForDeepMLFlavorTagger libMarlinMLFlavorTagging.so ►

StoreVariablesForDeepMLFlavorTagger

Parameter	Type	Default	Description
CPIDName	string	TMVA_BDT_MC_12bins_singleP	Name of the CPID PID entry
CollectionPFOs	string	PandoraPFOs	Name of the MCParticle collection
CollectionPrimaryVertex	string	PrimaryVertex_NewVtx	Name of the MCParticle collection
CollectionRefinedJets	string	RefinedJets	Name of the MCParticle collection
CollectionRefinedVertices	string	RefinedVertex	Name of the MCParticle collection
D0ProbFileName	string	D0ProbFileName	Name of d0 probability file
DeepJetFeatures_Charged	StringVec		Features for DeepJet : Charged jet constituents
DeepJetFeatures_Jets	StringVec		Features for DeepJet : Jets
DeepJetFeatures_Neutral	StringVec		Features for DeepJet : Neutral jet constituents
DeepJetFeatures_SV	StringVec		Features for DeepJet : Secondary Vertices
ParticleNetFeatures_PFFeatures	StringVec		Features for ParticleNet : PF features
ParticleNetFeatures_PFPoints	StringVec		Features for ParticleNet : PF points
ParticleNetFeatures_SVFeatures	StringVec		Features for ParticleNet : SV features
ParticleNetFeatures_SVPoints	StringVec		Features for ParticleNet : SV points
Z0ProbFileName	string	Z0ProbFileName	Name of z0 probability file
dEdxPID	string	dEdxPID	dEdxPID or dEdxPIDv2?

pandoraanalysis 2 processors ▼

PandoraPFACalibrator libPandoraAnalysis.so.2.0.1 ►

PandoraPFACalibrator for calibration of PandoraPFA

Parameter	Type	Default	Description
BCALcollections	StringVec		Name of the BCAL collection used to form clusters
ECALBarrelcollections	StringVec		Name of the ECAL barrel collection used to form clusters
ECALEndCapcollections	StringVec		Name of the ECAL EndCap collection used to form clusters
ECalToEMGeVCalibration	float	1	Calibration from deposited ECAL to EM energy
ECalToHadGeVCalibrationBarrel	float	1	Calibration from deposited ECAL barrel to Hadronic energy
ECalToHadGeVCalibrationEndCap	float	1	Calibration from deposited ECAL endcap to Hadronic energy
ECalToMipCalibration	float	1	Calibration from deposited ECAL energy to MIP
HCALcollections	StringVec		Name of the HCAL collection used to form clusters
HCalToEMGeVCalibration	float	1	Calibration from deposited HCAL to EM energy
HCalToHadGeVCalibration	float	1	Calibration from deposited HCAL to Hadronic energy
HCalToMipCalibration	float	1	Calibration from deposited HCAL energy to MIP
InputMCParticleCollections	StringVec		Names of mc pfo collections
InputParticleCollectionName	string	PandoraPFANewPFOs	Name of reconstructed particle collection
LCALcollections	StringVec		Name of the LCAL collection used to form clusters
LHCALcollections	StringVec		Name of the LHCAL collection used to form clusters
MCPfoCollections	StringVec		Names of mc pfo collections
MUONcollections	StringVec		Name of the MUON collection used to form clusters
MaxHCalHitHadronicEnergy	float	10000	The maximum hadronic energy allowed for a single hcal hit
MuonToMipCalibration	float	1	Calibration from deposited MUON energy to MIP
ReconstructedPfoCollections	StringVec		Names of reconstructed particle collections
RootFile	string	PandoraPFACalibrator.root	Output root file name

PfoAnalysis libPandoraAnalysis.so.2.0.1 ►

PfoAnalysis analyses output of PandoraPFANew

Parameter	Type	Default	Description
BCalCollections	StringVec		Name of the BCal collection of calo hits used to form clusters
BCalCollectionsSimCaloHit	StringVec		Name of the BeamCal collection post Mokka, pre digitisation
CollectCalibrationDetails	int	0	Whether to collect calibration details
ECalBarrelCollectionsSimCaloHit	StringVec		Name of the ECal Barrel collection post Mokka, pre digitisation
ECalCollections	StringVec		Name of the ECal collection of calo hits used to form clusters
ECalCollectionsSimCaloHit	StringVec		Name of the ECal collection post Mokka, pre digitisation
ECalEndCapCollectionsSimCaloHit	StringVec		Name of the ECal EndCap collection post Mokka, pre digitisation
ECalOtherCollectionsSimCaloHit	StringVec		Name of the ECal Other collection post Mokka, pre digitisation
HCalBarrelCollectionsSimCaloHit	StringVec		Name of the HCal Barrel collection post Mokka, pre digitisation
HCalCollections	StringVec		Name of the HCal collection of calo hits used to form clusters
HCalEndCapCollectionsSimCaloHit	StringVec		Name of the HCal EndCap collection post Mokka, pre digitisation
HCalOtherCollectionsSimCaloHit	StringVec		Name of the HCal Other collection post Mokka, pre digitisation
LCalCollections	StringVec		Name of the LCal collection of calo hits used to form clusters
LCalCollectionsSimCaloHit	StringVec		Name of the LCal collection post Mokka, pre digitisation
LHCalCollections	StringVec		Name of the LHCal collection of calo hits used to form clusters
LHCalCollectionsSimCaloHit	StringVec		Name of the LHCal collection post Mokka, pre digitisation
LookForQuarksWithMotherZ	int	0	Flag to look for quarks with mother Z
MCParticleCollection	string		Name of mc particle collections
MCPfoSelectionLowEnergyNPCutOff	float	1.2	MC pfo selection neutron and proton low energy cut-off
MCPfoSelectionMomentum	float	0.01	MC pfo selection momentum
MCPfoSelectionRadius	float	500	MC pfo selection radius
MuonCollections	StringVec		Name of the Muon collection of calo hits used to form clusters
MuonCollectionsSimCaloHit	StringVec		Name of the Muon collection post Mokka, pre digitisation
NBinsMuonCaloHitEnergyHist	int	500	Number of bins in MuonDirectionCorrectedCaloHitEnergy histogram
PfoCollection	string		Name of input pfo collection
Printing	int	0	Set the debug print level
RootFile	string	PFOAnalysis.root	Name of the output root file
XUpperValueMuonCaloHitEnergyHist	float	1	Upper value of x-range of MuonDirectionCorrectedCaloHitEnergy histogram

(unknown) 21 processors ▼

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

Parameter	Type	Default	Description
Compress	int	1	compression of output file 0: false >0: true (default)
FileName	string	aida_file	filename without extension
FileType	string	root	type of output file root (default) or xml )

ConditionsProcessor ►

ConditionsProcessor provides access to conditions data transparently from LCIO files or a databases, using LCCD

Parameter	Type	Default	Description
DBCondHandler	StringVec	conditionsName /lccd/myfolder HEAD	Initialization of a conditions database handler
DBFileHandler	StringVec	conditionsName conditions.slcio collectionName	Initialization of a conditions db file handler
DBInit	string	localhost:lccd_test:calvin:hobbes	Initialization string for conditions database
DataFileHandler	StringVec	conditionsName	Initialization of a data file handler
SimpleFileHandler	StringVec	conditionsName conditions.slcio collectionName	Initialization of a simple conditions file handler

ConvertToMIPScale ►

transforms the energy amplitude of each calorimeter hit passing the cut into the MIP scale

Parameter	Type	Default	Description
CutECAL	float	0	Cut in MIPs on the amplitudes in the ECAL collection
CutHCAL	float	0	Cut in MIPs on the amplitudes in the HCAL collection
ECALInputCollectionName	string	ECAL	ECAL Input Collection Name
ECALOutputCollectionName	string	ECAL_MIP	ECAL Output Collection Name, stores calorimeter hits with amplitudes in MIP energy scale
HCALInputCollectionName	string	HCAL	HCAL Input Collection Name
HCALOutputCollectionName	string	HCAL_MIP	HCAL Output Collection Name, stores calorimeter hits with amplitudes in MIP energy scale
MIPCoeffEcal	FloatVec	1 1	Coefficients for the MIP calibration in the ECAL in GeV/MIP
MIPCoeffHcal	FloatVec	1	Coefficients for the MIP calibration in the HCAL in GeV/MIP

CutOnCosThetaQQbar ►

The output condition of this processor is false as long as the |cos(theta)| > cutCosTheta and true otherwise.

Parameter	Type	Default	Description
cutCosTheta	double	1	cut on |cos(theta)|

CutOnGEANT4Bug ►

The output condition of this processor is true as long as no track has more than a factor of k more energy deposited in the calorimeter as its energy given by momentum and mass. This should cut out events where GEANT4 produces additional energy depositions. If at least one such a track is found the return value is false. Only tracks with an energy larger than eMin are taken into account.

Parameter	Type	Default	Description
calibrCoeffECAL	FloatVec	33.0235 93.5682	Calibration coefficients for ECAL
calibrCoeffHCAL	FloatVec	21.1963	Calibration coefficients for HCAL
colNameRelationCaloHitToSimCaloHit	string	RelationCaloHit	name of the LC Relation collection between Calorimeterhits and SimCalorimeterhits
colNameRelationTrackToMCP	string	TrueTrackToMCP	name of the LC Relation collection between Tracks and MC particles
colNameTracks	string	Tracks	name of the Track collection
eMin	double	5	minimal energy of tracks taken into account (in GeV)
k	double	1.75	if the track has more than k times its MC energy deposited the return value is set to false

DrawMCParticles ►

DrawMCParticles draws the MC Particle prediction w/o calorimeters in the ced display

Parameter	Type	Default	Description
EnergyCut	double	0.01	Energy Cut in GeV
MCCollectionName	string	MCParticle	Name of the MCParticle collection
WaitForKeyboard	int	1	Wait for Keyboard before proceed
rIn	double	15.5	Radius of the innermost detector component (VTX) in cylindrical coordinates
zIn	double	50	z coordinate of the innermost detector component (VTX) in cylindrical coordinates

EventSelector ►

EventSelector returns true if given event was specified in EventList

Parameter	Type	Default	Description
EventList	IntVec		event list - pairs of Eventnumber RunNumber

LCIOOutputProcessor ►

Writes the current event to the specified LCIO outputfile. Needs to be the last ActiveProcessor.

Parameter	Type	Default	Description
CompressionLevel	int	6	The ZLIB compression level on writing. Set it to 0 for no compression
DropCollectionNames	StringVec	TPCHits HCalHits	drops the named collections from the event
DropCollectionTypes	StringVec	SimTrackerHit SimCalorimeterHit	drops all collections of the given type from the event
FullSubsetCollections	StringVec	MCParticlesSkimmed	write complete objects in subset collections to the file (i.e. ignore subset flag)
KeepCollectionNames	StringVec	MyPreciousSimTrackerHits	force keep of the named collections - overrules DropCollectionTypes (and DropCollectionNames)
LCIOOutputFile	string	outputfile.slcio	name of output file
LCIOWriteMode	string	None	write mode for output file: WRITE_APPEND, WRITE_NEW or None
SplitFileSizekB	int	1992294	will split output file if size in kB exceeds given value - doesn't work with APPEND and NEW

MemoryMonitor ►

Simple processor to print out the memory consumption at defined intervals

Parameter	Type	Default	Description
howOften	int	1	Print Event Number Every N Events

PGDBP ►

Physical and Geometrical Database (for Boojum at least)

No parameters available.

PatchCollections ►

add missing collections to the event - either parsed from inputfiles or as given in PatchCollections

Parameter	Type	Default	Description
ParseFiles	bool	false	if true, all inputfiles are parsed for missing collections on init
PatchCollections	StringVec	BcalCollection SimCalorimeterHit	list of collections to patch - pairs of CollectionName CollectionType

SelectEvents ►

SelectEvent Processor selects certain events from input files

Parameter	Type	Default	Description
FirstEvent	int	0	First Event
LastEvent	int	0	Last Event

SelectNthEventsProcessor ►

SelectNthEventsProcessor Processor sets ReturnValue true for every nth event. The selection can be offset and/or inverted.

Parameter	Type	Default	Description
InvertSelection	bool	false	Inverts the ReturnValue; if true, every nth event's ReturnValue is false, all others are true; default: false
SelectionOffset	int	0	Sets an offset m, so the Return Value of the mth event (and every nth before and after it) is set to true; default: 0
nEventToSelect	int	1	Integer number n, every nth event's ReturnValue is set to true; default: 1

SimpleFastMCProcessor ►

SimpleFastMCProcessor creates ReconstrcutedParticles from MCParticles according to the resolution given in the steering file.

Parameter	Type	Default	Description
ChargedResolution	FloatVec	5e-05 0 1.5708	Resolution of charged particles in polar angle range: d(1/P) th_min th_max
InputCollectionName	string	MCParticle	Name of the MCParticle input collection
MCTruthMappingCollectionName	string	MCTruthMapping	Name of the MCTruthMapping output collection
MomentumCut	float	0.001	No reconstructed particles are produced for smaller momenta (in [GeV])
NeutralHadronResolution	FloatVec	0.04 0.5 0 1.5708	Resolution dE/E=A+B/sqrt(E/GeV) of neutral hadrons in polar angle range: A B th_min th_max
PhotonResolution	FloatVec	0.01 0.1 0 1.5708	Resolution dE/E=A+B/sqrt(E/GeV) of photons in polar angle range: A B th_min th_max
RecoParticleCollectionName	string	ReconstructedParticles	Name of the ReconstructedParticles output collection

SimpleTimer ►

MARLIN Processor 'SimpleTimer', offers simple timer utilities

Parameter	Type	Default	Description
Mode	int	0	Mode
SecondsToWait	int	0	Seconds to Wait

SkipNEvents ►

The output condition of this processor is false for the first n LCEvents. Afterwards it is set to true.

Parameter	Type	Default	Description
nSkip	int	0	number of LCEvents to skip

Statusmonitor ►

Statusmonitor prints out information on running Marlin Job: Prints number of runs run and current number of the event. Counting is sequential and not the run or event ID.

Parameter	Type	Default	Description
HowOften	int	10000	Print the event number every N events

StdHepReader ►

Reads StdHep files as input and creates LCIO events with MCParticle collections. Make sure to not specify any LCIOInputFiles in the steering in order to read StdHep files.

Parameter	Type	Default	Description
StdHepFileName	string	input.stdhep	input file

TestProcessor ►

Simple processor to test the marlin application. Prints run and event number.

No parameters available.

garlicCutCalculator ►

GarlicClusterPropertiesProcessor makes histograms of EM shower properties

Parameter	Type	Default	Description
hitFraction	float	0.9	cluster parameters for this fraction of hits
maxCosth	float	0.98	max costh to consider
maxDistPull	float	10	maximum distance to pull cluster by one hit
outputFile	string	photonClusters.root	name of file in which to save clustering histograms

validationPreProcessor ►

validatePilotProcessor gets names of simhit collections and ranges of parameters

Parameter	Type	Default	Description
outputParamFilename	string	BLAH	name of output parameter file