##########################################
  #                                        #
  #     Example steering file for marlin   #
  #                                        #
  ##########################################

.begin Global  ---------------------------------------
   LCIOInputFiles simjob.slcio 

  # the active processors that are called in the given order
   ActiveProcessors MyAIDAProcessor
   ActiveProcessors MyTestProcessor
   ActiveProcessors MyLCIOOutputProcessor

  # limit the number of processed records (run+evt):
   MaxRecordNumber 5001

  # don't call the check method of the processors if "true"
   SupressCheck false
.end   -----------------------------------------------


.begin MyAIDAProcessor
ProcessorType AIDAProcessor
#---Processor that handles AIDA files. Creates on directory per processor.  Processors only need to create and fill the histograms, clouds and tuples. Needs to be the first ActiveProcessor

#	 compression of output file 0: false >0: true (default) 
#	 type:  [int]
#	 default: 1
	Compress   1


#	 filename without extension
#	 type:  [string]
#	 default: aida_file
	FileName   aida_file


#	 type of output file xml (default) or root ( only OpenScientist)
#	 type:  [string]
#	 default: xml
	FileType   xml

.end -------------------------------------------------

.begin MyCEDViewer
ProcessorType CEDViewer
#---CEDViewer: event display of LCIO objects  - based on CED by A.Zhelezov.

#	collection to be displayed ( ColName, marker type[0-2], size)
#	 type:  [StringVec]
#	 example: 
#	DrawCollection   DrawCollection 0 3 

.end -------------------------------------------------

.begin MyCalorimeterFinalStage
ProcessorType CalorimeterFinalStage
#---CalorimeterFinalStage 

#	Cluster Input Collection Name
#	 type:  [string]
#	 default: CalorimeterStage3Clusters
	ClusterInputCollection   CalorimeterStage3Clusters


#	Cluster Output Collection Name
#	 type:  [string]
#	 default: ClustersMagic
	ClusterOutputCollection   ClustersMagic


#	Minimal Hits in Cluster
#	 type:  [int]
#	 default: 0
	MinimalHits   0

.end -------------------------------------------------

.begin MyClusterCheater
ProcessorType ClusterCheater
#---Creates true clusters...

#	Calorimeter Collection Names
#	 type:  [StringVec]
#	 default: ECAL HCAL 
	CaloCollections   ECAL HCAL 


#	Magnetic Field
#	 type:  [float]
#	 default: 4
	MagneticField   4


#	Minimal Hits in Cluster
#	 type:  [int]
#	 default: 10
	MinimalHits   10


#	Hit To Cluster Proximity Cut
#	 type:  [float]
#	 default: 1200
	ProximityCut   1200


#	SimCaloHit to CaloHit Relations Collection Name
#	 type:  [string]
#	 default: RelationCaloHit
	RelCollection   RelationCaloHit


#	Trace Whole Shower Tree
#	 type:  [int]
#	 default: 1
	TraceWholeShower   1


#	Collection of True Clusters
#	 type:  [string]
#	 default: TrueClusters
	TrueClusterCollection   TrueClusters

.end -------------------------------------------------

.begin MyFTDDigiProcessor
ProcessorType FTDDigiProcessor
#---FTDDigiProcessor should create FTD TrackerHits from SimTrackerHits

#	Name of the SimTrackerHit collection
#	 type:  [string]
#	 default: ftd01_FTD
	CollectionName   ftd01_FTD

.end -------------------------------------------------

.begin MyFox
ProcessorType Fox
#---Fox calculates Fox-Wolfram moments

#	Numbers of the moments that are to be calculate 0-th is calculate by default
#	 type:  [IntVec]
#	 default: 
	CalculateFoxWolframMoments   


#	Name of the ReconstructedParticle collection
#	 type:  [string]
#	 default: RecoParticles
	NameOfReconstructedParticlesCollection   RecoParticles

.end -------------------------------------------------

.begin MyGenericViewer
ProcessorType GenericViewer
#---Drawing Utility

#	Calo Hit Collection Names
#	 type:  [StringVec]
#	 default: ECAL HCAL 
	CaloHitCollections   ECAL HCAL 


#	Cluster Collection Name
#	 type:  [string]
#	 default: ClustersAR
	ClusterCollection   ClustersAR


#	Detector Model
#	 type:  [int]
#	 default: 0
	DetectorModel   0


#	Layer for Calo Hits
#	 type:  [int]
#	 default: -1
	LayerCaloHit   -1


#	Layer for Reco Clusters
#	 type:  [int]
#	 default: -1
	LayerClusters   -1


#	Layer for Reco Particles
#	 type:  [int]
#	 default: 9
	LayerReco   9


#	Layer for Sim Calo Hits
#	 type:  [int]
#	 default: -1
	LayerSimCaloHit   -1


#	Layer for Sim Tracker Hits
#	 type:  [int]
#	 default: -1
	LayerSimTrackerHit   -1


#	Layer for Tracker Hits
#	 type:  [int]
#	 default: -1
	LayerTrackerHit   -1


#	Layer for Tracks
#	 type:  [int]
#	 default: -1
	LayerTracks   -1


#	Layer for True Clusters
#	 type:  [int]
#	 default: -1
	LayerTrueClusters   -1


#	Layer for True Tracks
#	 type:  [int]
#	 default: -1
	LayerTrueTracks   -1


#	Magnetic Field
#	 type:  [float]
#	 default: 4
	MagneticField   4


#	Particle Collection Name
#	 type:  [string]
#	 default: RecoParticles
	ParticleCollection   RecoParticles


#	Sim Calo Hit Collection Names
#	 type:  [StringVec]
#	 default: ecal02_EcalBarrel ecal02_EcalEndcap hcalFeRPC1_HcalBarrelEnd hcalFeRPC1_HcalBarrelReg hcalFeRPC1_HcalEndCaps 
	SimCaloHitCollections   ecal02_EcalBarrel ecal02_EcalEndcap hcalFeRPC1_HcalBarrelEnd hcalFeRPC1_HcalBarrelReg hcalFeRPC1_HcalEndCaps 


#	Sim Tracker Hit Collection Names
#	 type:  [StringVec]
#	 default: tpc03_TPC 
	SimTrackerHitCollections   tpc03_TPC 


#	Track Collection Name
#	 type:  [string]
#	 default: TPC_Tracks
	TrackCollection   TPC_Tracks


#	Tracker Hit Collection Names
#	 type:  [StringVec]
#	 default: TPCTrackerHits 
	TrackerHitCollections   TPCTrackerHits 


#	True Cluster Collection Name
#	 type:  [string]
#	 default: TrueClusters
	TrueClusterCollection   TrueClusters


#	True Track Collection Name
#	 type:  [string]
#	 default: TrueTracks
	TrueTrackCollection   TrueTracks

.end -------------------------------------------------

.begin MyHEP_RecordProcessor
ProcessorType HEP_RecordProcessor
#---HEP record balance and drawing
.end -------------------------------------------------

.begin MyLCIOOutputProcessor
ProcessorType LCIOOutputProcessor
#---Writes the current event to the specified LCIO outputfile. Needs to be the last ActiveProcessor.

#	drops the named collections from the event
#	 type:  [StringVec]
#	 example: 
#	DropCollectionNames   TPCHits HCalHits 


#	drops all collections of the given type from the event
#	 type:  [StringVec]
#	 example: 
#	DropCollectionTypes   SimTrackerHit SimCalorimeterHit 


#	 name of output file 
#	 type:  [string]
#	 default: outputfile.slcio
	LCIOOutputFile   outputfile.slcio


#	write mode for output file:  WRITE_APPEND or WRITE_NEW
#	 type:  [string]
#	 default: None
	LCIOWriteMode   None

.end -------------------------------------------------

.begin MyLEPTrackingProcessor
ProcessorType LEPTrackingProcessor
#---Produces Track collection from TPC TrackerHit collections using LEP tracking algorithms

#	Name of the TPC Track MC Relation collection
#	 type:  [string]
#	 default: MCTracksRel
	MCTrackRelCollectionName   MCTracksRel


#	Name of the TPC Track collection
#	 type:  [string]
#	 default: TPCTracks
	TPCTrackCollectionName   TPCTracks


#	Name of the TPC TrackerHit collection
#	 type:  [string]
#	 default: TPCTrackerHits
	TPCTrackerHitCollectionName   TPCTrackerHits


#	Name of the VTX TrackerHit collection
#	 type:  [string]
#	 default: VTXTrackerHits
	VTXTrackerHitCollectionName   VTXTrackerHits

.end -------------------------------------------------

.begin MyMokkaCaloDigi
ProcessorType MokkaCaloDigi
#---Mokka digitizer...

#	Calibration coefficients for ECAL
#	 type:  [FloatVec]
#	 default: 31.3 83 
	CalibrECAL   31.3 83 


#	Calibration coefficients for HCAL
#	 type:  [FloatVec]
#	 default: 27.3 
	CalibrHCAL   27.3 


#	ECAL Collection Names
#	 type:  [StringVec]
#	 default: ecal02_EcalBarrel ecal02_EcalEndcap 
	ECALCollections   ecal02_EcalBarrel ecal02_EcalEndcap 


#	Index of ECal Layers
#	 type:  [IntVec]
#	 default: 30 100 
	ECALLayers   30 100 


#	Threshold for ECAL Hits in GeV
#	 type:  [float]
#	 default: 1e-04
	ECALThreshold   1e-04


#	HCAL Collection Names
#	 type:  [StringVec]
#	 default: hcalFeScintillator_HcalBarrelEnd hcalFeScintillator_HcalBarrelReg hcalFeScintillator_HcalEndCaps 
	HCALCollections   hcalFeScintillator_HcalBarrelEnd hcalFeScintillator_HcalBarrelReg hcalFeScintillator_HcalEndCaps 


#	Index of HCal Layers
#	 type:  [IntVec]
#	 default: 100 
	HCALLayers   100 


#	Threshold for HCAL Hits in GeV
#	 type:  [float]
#	 default: 0.0004
	HCALThreshold   0.0004


#	Digital Ecal
#	 type:  [int]
#	 default: 0
	IfDigitalEcal   0


#	Digital Hcal
#	 type:  [int]
#	 default: 0
	IfDigitalHcal   0


#	name for the new collection 
#	 type:  [string]
#	 default: ECAL
	NewECALCollName   ECAL


#	size of the new cell (integer) 
#	 type:  [int]
#	 default: 3
	NewHCALCellSize   3


#	name for the new collection 
#	 type:  [string]
#	 default: HCAL
	NewHCALCollName   HCAL

.end -------------------------------------------------

.begin MySatoruJetFinderProcessor
ProcessorType SatoruJetFinderProcessor
#---A multi algorithm jet finder

#	Set debug level
#	 type:  [int]
#	 example: 
#	Debug   0


#	mode for manual alogorithm selection, see documentation for details
#	 type:  [string]
#	 example: 
#	GlobalMode   0A


#	Collection of reconstructed particles
#	 type:  [string]
#	 default: Unset
	InputCollection   Unset


#	Merging mode, if mode is "manual"
#	 type:  [int]
#	 example: 
#	MergingMode   0


#	Merging threshold, if mode is "manual"
#	 type:  [float]
#	 example: 
#	MergingThreshold   0


#	Select predefined algorithms for jet finding(or "manual")
#	 type:  [string]
#	 default: manual
	Mode   manual


#	Force everything to N jets(if supported by current mode)
#	 type:  [int]
#	 example: 
#	NJetRequested   4


#	Name of collection with the found jets
#	 type:  [string]
#	 default: Unset
	OutputCollection   Unset


#	Primary jet finding mode, if mode is "manual"
#	 type:  [int]
#	 example: 
#	PrimaryJetFindingMode   0


#	Secong jet finding mode, if mode is "manual"
#	 type:  [int]
#	 example: 
#	SecondJetFindingMode   0


#	Threshold, if mode is "manual"
#	 type:  [float]
#	 example: 
#	Threshold   0


#	YCut for jet finding algorithm(if supported by current mode)
#	 type:  [float]
#	 example: 
#	YCut   0

.end -------------------------------------------------

.begin MySelectReconstructedParticle
ProcessorType SelectReconstructedParticle
#---SelectReconstructedParticle: Selects particles from all reconstructed particles to be used for the thrust finder

#	Minimum momentum a particle has to have to be used for the thrust calculation
#	 type:  [float]
#	 default: 0
	MinimumMomentum   0


#	Collection of reconstructed particles to chose from
#	 type:  [string]
#	 default: ReconstructedParticle
	inputCollectionName   ReconstructedParticle


#	Collection of selected reconstructed particles
#	 type:  [string]
#	 default: SelectedReconstructedParticle
	outputCollectionName   SelectedReconstructedParticle

.end -------------------------------------------------

.begin MySimpleCaloDigi
ProcessorType SimpleCaloDigi
#---Performs simple digitization of sim calo hits...

#	Calibration coefficients for ECAL
#	 type:  [FloatVec]
#	 default: 31.3 83 
	CalibrECAL   31.3 83 


#	Calibration coefficients for HCAL
#	 type:  [FloatVec]
#	 default: 27.3 
	CalibrHCAL   27.3 


#	ECAL Collection Names
#	 type:  [StringVec]
#	 default: ecal02_EcalBarrel ecal02_EcalEndcap 
	ECALCollections   ecal02_EcalBarrel ecal02_EcalEndcap 


#	Index of ECal Layers
#	 type:  [IntVec]
#	 default: 30 100 
	ECALLayers   30 100 


#	ECAL Collection of real Hits
#	 type:  [string]
#	 default: ECAL
	ECALOutputCollection   ECAL


#	Threshold for ECAL Hits in GeV
#	 type:  [float]
#	 default: 1e-04
	ECALThreshold   1e-04


#	HCAL Collection Names
#	 type:  [StringVec]
#	 default: hcalFeScintillator_HcalBarrelEnd hcalFeScintillator_HcalBarrelReg hcalFeScintillator_HcalEndCaps 
	HCALCollections   hcalFeScintillator_HcalBarrelEnd hcalFeScintillator_HcalBarrelReg hcalFeScintillator_HcalEndCaps 


#	Index of HCal Layers
#	 type:  [IntVec]
#	 default: 100 
	HCALLayers   100 


#	HCAL Collection of real Hits
#	 type:  [string]
#	 default: HCAL
	HCALOutputCollection   HCAL


#	Threshold for HCAL Hits in GeV
#	 type:  [float]
#	 default: 0.0004
	HCALThreshold   0.0004


#	Digital Ecal
#	 type:  [int]
#	 default: 0
	IfDigitalEcal   0


#	Digital Hcal
#	 type:  [int]
#	 default: 0
	IfDigitalHcal   0


#	CaloHit Relation Collection
#	 type:  [string]
#	 default: RelationCaloHit
	RelationOutputCollection   RelationCaloHit

.end -------------------------------------------------

.begin MySimpleFastMCProcessor
ProcessorType SimpleFastMCProcessor
#---SimpleFastMCProcessor creates ReconstrcutedParticles from MCParticles according to the resolution given in the steering file.

#	Resolution of charged particles in polar angle range:  d(1/P)  th_min  th_max
#	 type:  [FloatVec]
#	 default: 5e-05 0 1.5708 
	ChargedResolution   5e-05 0 1.5708 


#	Name of the MCParticle input collection
#	 type:  [string]
#	 default: MCParticle
	InputCollectionName   MCParticle


#	No reconstructed particles are produced for smaller momenta (in [GeV])
#	 type:  [float]
#	 default: 0.001
	MomentumCut   0.001


#	Resolution dE/E=A+B/sqrt(E/GeV) of neutral hadrons in polar angle range: A  B th_min  th_max
#	 type:  [FloatVec]
#	 default: 0.04 0.5 0 1.5708 
	NeutralHadronResolution   0.04 0.5 0 1.5708 


#	Resolution dE/E=A+B/sqrt(E/GeV) of photons in polar angle range: A  B th_min  th_max
#	 type:  [FloatVec]
#	 default: 0.01 0.1 0 1.5708 
	PhotonResolution   0.01 0.1 0 1.5708 

.end -------------------------------------------------

.begin MySphere
ProcessorType Sphere
#---Sphere calculates eigenvalues of sphericity tensor

#	Name of the ReconstructedParticle collection
#	 type:  [string]
#	 default: RecontructedParticle
	CollectionName   RecontructedParticle


#	name of parameter to store the results 
#	 type:  [string]
#	 default: sphericity_tensor_eigenvalues
	eigenvalues_parameter_name   sphericity_tensor_eigenvalues


#	 exponent in sphericity tensor use 2.0 for classical 1.0 for C,D
#	 type:  [float]
#	 default: 2
	r_value   2

.end -------------------------------------------------

.begin MyStdHepReader
ProcessorType 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.

#	input file
#	 type:  [string]
#	 default: input.stdhep
	StdHepFileName   input.stdhep

.end -------------------------------------------------

.begin MyTPCDigiProcessor
ProcessorType TPCDigiProcessor
#---Produces TPC TrackerHit collection from SimTrackerHit collection, smeared in RPhi and Z

#	Name of the SimTrackerHit collection
#	 type:  [string]
#	 default: tpc04_TPC
	CollectionName   tpc04_TPC

.end -------------------------------------------------

.begin MyTestProcessor
ProcessorType TestProcessor
#---Simple processor to test the marlin application. Prints run and event number.
.end -------------------------------------------------

.begin MyThrustReconstruction
ProcessorType ThrustReconstruction
#---Calculates thrust axis and thrust value of event using different algorithms

#	Name of collection of reconstructed particles used for thrust reconstruction
#	 type:  [string]
#	 default: SelectedReconstructedParticle
	inputCollectionName   SelectedReconstructedParticle


#	Type of thrust reconstruction algorithm to be used:
#	1 : Tasso algorithm
#	2 : JetSet algorithm
#	 type:  [int]
#	 default: 2
	typeOfThrustFinder   2

.end -------------------------------------------------

.begin MyTrackCheater
ProcessorType TrackCheater
#---Creates true tracks...

#	Magnetic Field
#	 type:  [float]
#	 default: 4
	BField   4


#	Cut On Fit Chi2
#	 type:  [float]
#	 default: 30
	Chi2Cut   30


#	Energy Cut
#	 type:  [float]
#	 default: 0.2
	ECut   0.2


#	Flag to Fit True Track
#	 type:  [int]
#	 default: 1
	FitTrueTrack   1


#	Cut on distance from hit to helix
#	 type:  [float]
#	 default: 50
	HitToHelixDist   50


#	Cut on distance from hit to helix used in fit
#	 type:  [float]
#	 default: 15
	HitToHelixInFit   15


#	Minimal Hits in Track Cluster
#	 type:  [int]
#	 default: 4
	MinimalHits   4


#	Tracker Hit Collection Names
#	 type:  [StringVec]
#	 default: TPCTrackerHits TPCTrackerHits 
	TrackerHitCollections   TPCTrackerHits TPCTrackerHits 


#	Collection of True Clusters
#	 type:  [string]
#	 default: TrueTracks
	TrueTrackCollection   TrueTracks

.end -------------------------------------------------

.begin MyTrackwiseClustering
ProcessorType TrackwiseClustering
#--- description not set by author 

#	Cluster Collection Name 
#	 type:  [string]
#	 default: ClustersAR
	ClusterCollection   ClustersAR


#	Display Info on Clusters
#	 type:  [int]
#	 default: 0
	DisplayClusterInfo   0


#	Distance to Define Direction
#	 type:  [float]
#	 default: 25
	DistanceForDirection   25


#	Distance To Merge Forward
#	 type:  [FloatVec]
#	 default: 50 100 
	DistanceMergeForward   50 100 


#	Distance to Track Seed
#	 type:  [float]
#	 default: 25
	DistanceToTrackSeed   25


#	Distance to Track Back 
#	 type:  [FloatVec]
#	 default: 100 500 
	DistanceTrackBack   100 500 


#	Do Merging
#	 type:  [int]
#	 default: 1
	DoMerging   1


#	Ecal Collection Names 
#	 type:  [StringVec]
#	 default: ECAL 
	EcalCollections   ECAL 


#	Hcal Collection Names 
#	 type:  [StringVec]
#	 default: HCAL 
	HcalCollections   HCAL 


#	Maximal Hits To Merge
#	 type:  [int]
#	 default: 50
	MaximalHitsToMerge   50


#	Minimal allowed hits in cluster
#	 type:  [int]
#	 default: 10
	MinimalHitsInCluster   10


#	N hits scan to merge forward 
#	 type:  [int]
#	 default: 10
	NScanToMergeForward   10


#	N hits to define SP 
#	 type:  [int]
#	 default: 5
	NToDefineSP   5


#	Resolution Parameter 
#	 type:  [FloatVec]
#	 default: 20 80 
	ResolutionParameter   20 80 


#	Resolution To Merge Halo Hits
#	 type:  [float]
#	 default: 400
	ResolutionToMerge   400


#	Step to Track Back 
#	 type:  [FloatVec]
#	 default: 10 100 
	StepTrackBack   10 100 


#	Track Collection Names 
#	 type:  [StringVec]
#	 default: Track 
	TrackCollections   Track 


#	Type of Generic Distance 
#	 type:  [int]
#	 default: 0
	TypeOfGenericDistance   0


#	Use tracks to seed clusters
#	 type:  [int]
#	 default: 0
	UseTracking   0


#	Weight For Distance
#	 type:  [float]
#	 default: 1
	WeightForDistance   1


#	Weight For Resolution
#	 type:  [float]
#	 default: 1
	WeightForResolution   1

.end -------------------------------------------------

.begin MyVTXDigiProcessor
ProcessorType VTXDigiProcessor
#---VTXDigiProcessor should create VTX TrackerHits from SimTrackerHits

#	Name of the SimTrackerHit collection
#	 type:  [string]
#	 default: vxd00_VXD
	CollectionName   vxd00_VXD

.end -------------------------------------------------

.begin MyWolf
ProcessorType Wolf
#---Particle Reconstruction

#	Magnetic field
#	 type:  [float]
#	 default: 4
	BField   4


#	Cluster Collection Name
#	 type:  [string]
#	 default: ClustersAR
	ClusterCollection   ClustersAR


#	Dist Merge Cut
#	 type:  [float]
#	 default: 150
	DistMergeCut   150


#	Distance from Track Seed to Cluster
#	 type:  [float]
#	 default: 50
	DistanceTrackToCluster   50


#	Fraction of EM Energy
#	 type:  [float]
#	 default: 0.95
	FractionEM   0.95


#	Hcal Resolution
#	 type:  [float]
#	 default: 0.5
	HcalResolution   0.5


#	Lower Momentum
#	 type:  [float]
#	 default: 5
	LowerMomentum   5


#	Merge Clusters
#	 type:  [int]
#	 default: 1
	MergeClusters   1


#	Native Track Fitter
#	 type:  [int]
#	 default: 0
	NativeTrackFitter   0


#	Particle Collection Name
#	 type:  [string]
#	 default: RecoParticles
	ParticleCollection   RecoParticles


#	Cut on D0 for tracks
#	 type:  [float]
#	 default: 50
	RPhiCut   50


#	Track Collection Name
#	 type:  [string]
#	 default: TPC_Tracks
	TrackCollection   TPC_Tracks


#	Cut on Z0 for tracks
#	 type:  [float]
#	 default: 50
	ZCut   50

.end -------------------------------------------------