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A

AEventMarker - class hep.lcd.io.ascii.handler.AEventMarker.
AEventMarker() - Constructor for class hep.lcd.io.ascii.handler.AEventMarker
ALIVE - Static variable in interface hep.lcd.event.MCParticle
ALLTRACKSMATCHALLPARTICLES - Static variable in class hep.lcd.vertexing.mc.McVertexer: option switches for getMCXXVertex()
ALLTRACKSMATCHPARTICLES - Static variable in class hep.lcd.vertexing.mc.McVertexer
AbsKLMTrackFitter - class hep.lcd.recon.tracking.fitters.klm.AbsKLMTrackFitter.: Low level interface to the MCFast KLM track fitter.
AbsKLMTrackFitter() - Constructor for class hep.lcd.recon.tracking.fitters.klm.AbsKLMTrackFitter
AbsTrackFinder - class hep.lcd.recon.tracking.AbsTrackFinder.: Finds tracks from 3D space points using various triplets of layers.
AbsTrackFinder(int, int, boolean) - Constructor for class hep.lcd.recon.tracking.AbsTrackFinder
AbsTracker - class hep.lcd.recon.tracking.AbsTracker.: Picks up LCD events within JAS framework and passes 3D points to pattern recognition software.
AbsTracker() - Constructor for class hep.lcd.recon.tracking.AbsTracker
AbsTracker(int, Specifications, TrackFinder) - Constructor for class hep.lcd.recon.tracking.AbsTracker
AbsTracker(int, Specifications, TrackFinder, boolean) - Constructor for class hep.lcd.recon.tracking.AbsTracker
AbstractCalorimeterCell - class hep.lcd.geometry.AbstractCalorimeterCell.: Provides methods common to old and new tags.
AbstractCalorimeterCell() - Constructor for class hep.lcd.geometry.AbstractCalorimeterCell
AbstractCluster - class hep.lcd.recon.cluster.util.AbstractCluster.: A collection of calorimeter hits.
AbstractCluster(CalorimeterCell) - Constructor for class hep.lcd.recon.cluster.util.AbstractCluster
AbstractLCDEvent - class hep.lcd.util.event.AbstractLCDEvent.
AbstractLCDEvent() - Constructor for class hep.lcd.util.event.AbstractLCDEvent
AbstractProcessor - class hep.lcd.util.driver.AbstractProcessor.: A base implementation of Processor.
AbstractProcessor() - Constructor for class hep.lcd.util.driver.AbstractProcessor
AddRandomBkg - class hep.lcd.mc.randomBkgr.AddRandomBkg.
AddRandomBkg() - Constructor for class hep.lcd.mc.randomBkgr.AddRandomBkg
AddRandomCCDBkg - class hep.lcd.mc.randomBkgr.AddRandomCCDBkg.: Extracts CCD hits, mix them with bacground hits and put back .
AddRandomCCDBkg(double, double) - Constructor for class hep.lcd.mc.randomBkgr.AddRandomCCDBkg
AddRandomCCDBkg(OneArgumentFunction) - Constructor for class hep.lcd.mc.randomBkgr.AddRandomCCDBkg
AddRandomEndCpBkg - class hep.lcd.mc.randomBkgr.AddRandomEndCpBkg.: Extracts TPC Endcap hits, mix them with bacground hits and put back .
AddRandomEndCpBkg(double, double) - Constructor for class hep.lcd.mc.randomBkgr.AddRandomEndCpBkg
AddRandomEndCpBkg(OneArgumentFunction) - Constructor for class hep.lcd.mc.randomBkgr.AddRandomEndCpBkg
AddRandomTPCBkg - class hep.lcd.mc.randomBkgr.AddRandomTPCBkg.: Extracts TPC hits, mix them with bacground hits and put back .
AddRandomTPCBkg(double, double) - Constructor for class hep.lcd.mc.randomBkgr.AddRandomTPCBkg
AddRandomTPCBkg(OneArgumentFunction) - Constructor for class hep.lcd.mc.randomBkgr.AddRandomTPCBkg
AddReconTrks - class hep.lcd.recon.tracking.AddReconTrks.: Add reconstructed tracks to event.
AddReconTrks(Tracker, VertexDetector) - Constructor for class hep.lcd.recon.tracking.AddReconTrks
AddReconTrks(Tracker, VertexDetector, boolean) - Constructor for class hep.lcd.recon.tracking.AddReconTrks
AlphaID - Static variable in interface hep.lcd.contrib.mc.analysis.MonteCarlo
AnlHist - Static variable in class hep.lcd.recon.Reconstruction
ApplyClusterIDToSioFile - class hep.lcd.recon.cluster.clusterID.ApplyClusterIDToSioFile.
ApplyClusterIDToSioFile() - Constructor for class hep.lcd.recon.cluster.clusterID.ApplyClusterIDToSioFile
ApplyClusterIDToSioFile(NetworkBasic) - Constructor for class hep.lcd.recon.cluster.clusterID.ApplyClusterIDToSioFile
AsciiIOVersion - class hep.lcd.io.ascii.handler.AsciiIOVersion.
AsciiIOVersion() - Constructor for class hep.lcd.io.ascii.handler.AsciiIOVersion
AsciiReader - class hep.lcd.io.AsciiReader.
accept(File, String) - Method in class hep.lcd.io.jas.MultiFileEventSource
accept(File, String) - Method in class hep.lcd.io.jas.sio.MultiFileEventSource
add(double, double[]) - Method in class hep.lcd.contrib.mc.analysis.MCPseudoParticle
add(MuonCandidate) - Method in class hep.lcd.recon.muon.MuonList: Add a muon candidate to the list.
add(TrkHitOnTrk) - Method in class hep.lcd.recon.tracking.TrkHotList
add(int, CalorimeterHit) - Method in class hep.lcd.util.collections.CalorimeterHitMap: Add an entry to the table.
add(int, MuonStripHit) - Method in class hep.lcd.util.collections.MuonStripHitMap: Add an entry to the table.
add(Processor) - Method in class hep.lcd.util.driver.Driver: Add a Processor to this Driver
addCMat(ZvgCMat) - Method in class hep.lcd.vertexing.zvtop.ZvgCMatList: add a single CMat
addCMat(ZvTrack) - Method in class hep.lcd.vertexing.zvtop.ZvgCMatList: add a single track (ZvTrack)
addCluster(AbstractCluster, double) - Method in class hep.lcd.recon.cluster.analysis.MCParticleClusterInformation
addCluster(Cluster) - Method in class hep.lcd.recon.cluster.util.ShapeIdentifiedCluster
addDaughter(Particle) - Method in class hep.lcd.vertexing.mc.McVertex
addDelToPosition(Hep3Vector) - Method in class hep.lcd.vertexing.zvtop.ZvLeap: get new position by adding travel vector to old position
addDist(double) - Method in class hep.lcd.vertexing.zvtop.ZvSwimStatus: add to the swum distance & set successful
addEnumeration(Enumeration) - Method in class hep.lcd.vertexing.zvtop.ZvgCMatList: Add an enumeration of CMats or ZvTracks
addHit(GarfieldHit) - Method in class hep.lcd.contrib.recon.tracking.garfield.GarfieldTrack
addHit(GarfieldTrack, GarfieldHit) - Method in class hep.lcd.contrib.recon.tracking.garfield.GarfieldTrackFinder: adds a hit to an existing track including decisions on how to update helix paramters
addHit(CalorimeterHit) - Method in class hep.lcd.recon.cluster.util.AbstractCluster
addHit(Hit3D) - Method in class hep.lcd.recon.tracking.ftf.FoundTrack
addHypothesis(ExtendedParticleType, double) - Method in class hep.lcd.recon.cluster.util.ShapeIdentifiedCluster
addMessage(String) - Method in class hep.lcd.vertexing.zvtop.BasicFitStatus: add to text message
addMessage(String) - Method in interface hep.lcd.vertexing.zvtop.FitStatusInt: add to text message
addNode(int, double[], double[], int, double, double, boolean, int, double[], double[], double, double, double) - Static method in class hep.lcd.recon.tracking.fitters.klm.AbsKLMTrackFitter: Add a node to the track fit
addParticle(MCParticle) - Method in class hep.lcd.contrib.mc.analysis.MCPseudoParticle
addPrimary(double, double[]) - Method in class hep.lcd.contrib.mc.analysis.MCPseudoParticle
addReconTrackEnumeration(Enumeration) - Method in class hep.lcd.vertexing.zvtop.ZvTrackList: Add an enumeration of ReconTracks!
addToCell(CalorimeterHit) - Method in class hep.lcd.recon.cluster.radial.cl.CalCellCollection: Find appropriate cell; add argument hit to it
addTrack(ZvTrack) - Method in class hep.lcd.vertexing.zvtop.ZvProbTubeList: add a single track (ZvTrack)
-- use default reference point (IP) and default tube scaling
addTrack(ZvTrack, double[]) - Method in class hep.lcd.vertexing.zvtop.ZvProbTubeList: add a single track (ZvTrack) with reference point (IP) -- use default tube scaling
addTrack(ZvTrack, double[], double) - Method in class hep.lcd.vertexing.zvtop.ZvProbTubeList: add a single track (ZvTrack) with reference point (IP) -- and tube scaling
addTrack(ReconTrack) - Method in class hep.lcd.vertexing.zvtop.ZvTrackList: add a single track (ReconTrack)
addTrack(ZvTrack) - Method in class hep.lcd.vertexing.zvtop.ZvTrackList: add a single track (ZvTrack)
addTrackList(TrackList) - Method in class hep.lcd.vertexing.zvtop.ZvTrackList: Add a TrackList of ReconTracks!
addTrackList(ZvTrackList) - Method in class hep.lcd.vertexing.zvtop.ZvTrackList: add a TrackList of ZvTracks!
addTrackerHits(TrackerHits) - Method in class hep.lcd.recon.tracking.ftf.McTrackHitsAssociator
addTube(ZvProbTube) - Method in class hep.lcd.vertexing.zvtop.ZvProbTubeList: add a single probability tube
addTubes(Enumeration) - Method in class hep.lcd.vertexing.zvtop.ZvProbTubeList: Add an Enumeration of ZvProbTubes
addTubes(ZvProbTubeList) - Method in class hep.lcd.vertexing.zvtop.ZvProbTubeList: Add a list of ZvProbTubes, ie from a ZvProbTubeList object
addVertex(ZvVertex) - Method in class hep.lcd.vertexing.zvtop.ZvVertexList: add a single vertex
addVertexEnumeration(Enumeration) - Method in class hep.lcd.vertexing.zvtop.ZvVertexList: Add an enumeration of ZvVertex
addVertexList(ZvVertexList) - Method in class hep.lcd.vertexing.zvtop.ZvVertexList: Add a ZvVertexList
addVtxTrack(ZvTrack) - Method in class hep.lcd.vertexing.zvtop.ZvV0Vertex: add a track to this vertex' track list
addVtxTrack(ZvTrack) - Method in class hep.lcd.vertexing.zvtop.ZvVertex: add a track to this vertex' track list
addWeakDaughter(Particle) - Method in class hep.lcd.vertexing.mc.McVertex
addZvTrackEnumeration(Enumeration) - Method in class hep.lcd.vertexing.zvtop.ZvTrackList: add an enumeration of ZvTrack objects
addZvTracks(Enumeration, double[], double) - Method in class hep.lcd.vertexing.zvtop.ZvProbTubeList: Add an enumeration of ZvTracks
-- set refPoint and tube scaling factor at the same time
addZvTracks(Enumeration) - Method in class hep.lcd.vertexing.zvtop.ZvProbTubeList: Add an enumeration of ZvTracks
-- use default refPoint and tube scaling factor
addZvTracks(ZvTrackList, double[], double) - Method in class hep.lcd.vertexing.zvtop.ZvProbTubeList: Add a list of ZvTracks
-- set refPoint and tube scaling factor at the same time
addZvTracks(ZvTrackList) - Method in class hep.lcd.vertexing.zvtop.ZvProbTubeList: Add a list of ZvTracks
-- use default refPoint and tube scaling factor
afterLastEvent() - Method in class hep.lcd.io.jas.LCDEventSource
afterLastEvent() - Method in class hep.lcd.io.jas.MultiFileEventSource
afterLastEvent() - Method in class hep.lcd.io.jas.sio.MultiFileEventSource
afterLastEvent() - Method in class hep.lcd.io.jas.sio.SIOEventSource
afterLastEvent() - Method in class hep.lcd.util.driver.Driver
allTrackParticlesMatch(TrackList) - Method in class hep.lcd.vertexing.mc.McVertex
allTrackParticlesMatch(Vertex) - Method in class hep.lcd.vertexing.mc.McVertex
alreadyInList(List, TrackerHit) - Method in class hep.lcd.contrib.recon.tracking.garfield.UnassociatedHits
analyzeClusters(LCDEvent, Hashtable, Hashtable) - Method in class hep.lcd.recon.cluster.analysis.ClusterProcessor
analyzeClusters(LCDEvent, Hashtable, Hashtable) - Method in class hep.lcd.recon.cluster.analysis.EfficiencyProcessor
angle() - Method in class hep.lcd.vertexing.zvtop.ZvTrkDist: angle in radians between track and reference (vertex) axis, the value of longDist() is less usefull for low angles
angleBaseDir - Variable in class hep.lcd.contrib.recon.tracking.garfield.MipStub
areNew - Variable in class hep.lcd.recon.tracking.BaseSpecifications
areNew() - Method in class hep.lcd.recon.tracking.BaseSpecifications
areNew() - Method in interface hep.lcd.recon.tracking.Specifications: determine if specs have changed since last event
areParallel() - Method in class hep.lcd.vertexing.zvtop.ZvFitStatus: are the trajectories parallel?
areParallel() - Method in class hep.lcd.vertexing.zvtop.ZvLineDoca: Are the tracks considered parallel?
arrayToString(double[]) - Static method in class hep.lcd.vertexing.zvtop.ZvUtils: format an array of double[]
arrayToString(double[][]) - Static method in class hep.lcd.vertexing.zvtop.ZvUtils: format an array of double[][]
asPoints(double) - Method in class hep.lcd.util.swim.HelixSwim: Provide points along the particle's track within cylindrical volume.
assignHits(int) - Method in interface hep.lcd.recon.tracking.VertexDetector
assignHits(int) - Method in class hep.lcd.recon.tracking.ccd.CCDReco
assignPoints(int, int, double, double, int, int[][], double[], double[], double[]) - Method in class hep.lcd.recon.tracking.AbsTrackFinder
assignPoints(int, int, double, double, int, int[][], double[], double[], double[]) - Method in class hep.lcd.recon.tracking.AbsTracker: Assigns given points to the track.
assignPoints(int, int, double, double, int, int[][], double[], double[], double[]) - Method in interface hep.lcd.recon.tracking.TrackFinder: Assigns given points to the track.
assignPoints(int, int, double, double, int, int[][], double[], double[], double[]) - Method in interface hep.lcd.recon.tracking.Tracker: Assigns given points to the track.
assignPoints(int, int) - Method in class hep.lcd.recon.tracking.combined.COMBPat2
assignPoints(int, double[], double[], double[], boolean[], int, int[], int[], double, double, int, int[][], double[], double[], double[]) - Method in class hep.lcd.recon.tracking.tpc.TPCPat2
assignSlot(int, CalorimeterHit) - Method in class hep.lcd.util.collections.CalorimeterHitMap: Assign slot for entry.
assignSlot(int, MuonStripHit) - Method in class hep.lcd.util.collections.MuonStripHitMap: Assign slot for entry.

B

B - Variable in class hep.lcd.recon.tracking.HelicalSwimmer
BField - Variable in class hep.lcd.recon.tracking.BaseSpecifications
BSort - class hep.lcd.recon.cluster.radial.util.BSort.
BSort() - Constructor for class hep.lcd.recon.cluster.radial.util.BSort
B_TYPE - Static variable in class hep.lcd.vertexing.mc.McVertexType
BarrelCalSegmentFinder - class hep.lcd.recon.muon.BarrelCalSegmentFinder.: Muon Segment Finder for barrel calorimeter.
BarrelCalSegmentFinder(Detector, String) - Constructor for class hep.lcd.recon.muon.BarrelCalSegmentFinder: Fully qualified constructor.
BarrelCalorimeter - class hep.lcd.geometry.component.BarrelCalorimeter.
BarrelCalorimeter(Detector, LineNumberReader) - Constructor for class hep.lcd.geometry.component.BarrelCalorimeter
BaseMonteCarlo - class hep.lcd.contrib.mc.analysis.BaseMonteCarlo.: Analyzes Monte Carlo particles within JAS framework.
BaseMonteCarlo() - Constructor for class hep.lcd.contrib.mc.analysis.BaseMonteCarlo
BaseMonteCarlo(boolean) - Constructor for class hep.lcd.contrib.mc.analysis.BaseMonteCarlo
BaseSpecifications - class hep.lcd.recon.tracking.BaseSpecifications.
BaseSpecifications() - Constructor for class hep.lcd.recon.tracking.BaseSpecifications
BasicFitStatus - class hep.lcd.vertexing.zvtop.BasicFitStatus.: BasicFitStatus -- status object for fits
BasicFitStatus() - Constructor for class hep.lcd.vertexing.zvtop.BasicFitStatus
BasicFitStatus(String) - Constructor for class hep.lcd.vertexing.zvtop.BasicFitStatus
BasicFitStatus(String, String) - Constructor for class hep.lcd.vertexing.zvtop.BasicFitStatus
BasicFitStatus(FitStatusInt) - Constructor for class hep.lcd.vertexing.zvtop.BasicFitStatus: copy constructor
BasicHandler - class hep.lcd.io.ascii.BasicHandler.
BasicHandler() - Constructor for class hep.lcd.io.ascii.BasicHandler
BasicReconstructedParticle - class hep.lcd.recon.particle.BasicReconstructedParticle.
BasicReconstructedParticle() - Constructor for class hep.lcd.recon.particle.BasicReconstructedParticle
BasicReconstructedParticleVector - class hep.lcd.recon.particle.BasicReconstructedParticleVector.
BasicReconstructedParticleVector() - Constructor for class hep.lcd.recon.particle.BasicReconstructedParticleVector: Creates a new instance of ReconstructedParticleVector
BasicReconstructedParticleVector(int) - Constructor for class hep.lcd.recon.particle.BasicReconstructedParticleVector
BasicReconstructedParticleVector.BasicReconstructedParticleEnumeration - class hep.lcd.recon.particle.BasicReconstructedParticleVector.BasicReconstructedParticleEnumeration.
Bfield - Variable in class hep.lcd.recon.tracking.ReconstructedTrack
BinaryReader - class hep.lcd.io.BinaryReader.
BlockHandler - interface hep.lcd.io.sio.lcd.handler.BlockHandler.
BmesonID - Static variable in interface hep.lcd.contrib.mc.analysis.MonteCarlo
Bs0ID - Static variable in interface hep.lcd.contrib.mc.analysis.MonteCarlo
Bstar0ID - Static variable in interface hep.lcd.contrib.mc.analysis.MonteCarlo
BstarID - Static variable in interface hep.lcd.contrib.mc.analysis.MonteCarlo
backward() - Method in class hep.lcd.vertexing.zvtop.ZvSwimStatus: successfully swum backward?
barrelTrackerZ(double, int, int) - Method in class hep.lcd.contrib.recon.tracking.garfield.GarfieldTrackFinder
base(int) - Method in class hep.lcd.contrib.recon.tracking.garfield.GarfieldHelix
base() - Method in class hep.lcd.contrib.recon.tracking.garfield.GarfieldHelix
base - Variable in class hep.lcd.contrib.recon.tracking.garfield.MipStub
beamSpot() - Method in class hep.lcd.vertexing.zvtop.ZvTopVertexer: get currently set beamSpot
beamSpot() - Method in class hep.lcd.vertexing.zvtop.ZvgKinVtxFinder: get currently set beamSpot
beforeFirstEvent() - Method in class hep.lcd.io.jas.LCDEventSource
beforeFirstEvent() - Method in class hep.lcd.io.jas.MultiFileEventSource
beforeFirstEvent() - Method in class hep.lcd.io.jas.sio.MultiFileEventSource
beforeFirstEvent() - Method in class hep.lcd.io.jas.sio.SIOEventSource
beforeFirstEvent() - Method in class hep.lcd.util.driver.Driver
bquarkID - Static variable in interface hep.lcd.contrib.mc.analysis.MonteCarlo

C

CALC2D - Static variable in class hep.lcd.vertexing.zvtop.ZvImpCalculator
CALC3D - Static variable in class hep.lcd.vertexing.zvtop.ZvImpCalculator
CALCBOTH - Static variable in class hep.lcd.vertexing.zvtop.ZvImpCalculator
CCDHitOnTrk - class hep.lcd.recon.tracking.ccd.CCDHitOnTrk.
CCDHitOnTrk(double[], MCParticle) - Constructor for class hep.lcd.recon.tracking.ccd.CCDHitOnTrk
CCDHitOnTrk(double, double, double, MCParticle) - Constructor for class hep.lcd.recon.tracking.ccd.CCDHitOnTrk
CCDReco - class hep.lcd.recon.tracking.ccd.CCDReco.: Assign CCD detector points to tracks.
CCDReco(Tracker) - Constructor for class hep.lcd.recon.tracking.ccd.CCDReco
CCDReco(Tracker, boolean) - Constructor for class hep.lcd.recon.tracking.ccd.CCDReco
CCDSpecifications - class hep.lcd.recon.tracking.ccd.CCDSpecifications.
CCDSpecifications() - Constructor for class hep.lcd.recon.tracking.ccd.CCDSpecifications
CCDSpecifications(boolean) - Constructor for class hep.lcd.recon.tracking.ccd.CCDSpecifications
CHI2CALC_FAILURE - Static variable in class hep.lcd.vertexing.zvtop.ZvgGTFStatus
CMat() - Method in class hep.lcd.vertexing.zvtop.ZvgCMat: get the C matrix
COMBFindStrategy - class hep.lcd.recon.tracking.combined.COMBFindStrategy.
COMBFindStrategy() - Constructor for class hep.lcd.recon.tracking.combined.COMBFindStrategy
COMBPat2 - class hep.lcd.recon.tracking.combined.COMBPat2.: Finds tracks from 3D space points using various triplets of layers.
COMBPat2(boolean) - Constructor for class hep.lcd.recon.tracking.combined.COMBPat2: Construct TPC TrackFinder (MaxTracks=200,MaxTrkPts=160).
COMBReco - class hep.lcd.recon.tracking.combined.COMBReco.: Picks up LCD events within JAS framework and passes 3D points to pattern recognition software
COMBReco() - Constructor for class hep.lcd.recon.tracking.combined.COMBReco
COMBReco(boolean) - Constructor for class hep.lcd.recon.tracking.combined.COMBReco: Construct TPC reconstructor (MaxPoints=25000) using TPCPat2 pattern recognition and default specifications.
CalCellCollection - class hep.lcd.recon.cluster.radial.cl.CalCellCollection.: Collection of hit calorimeter cells (cells arise from a binning of detector elements) used to form clusters.
CalCellCollection(CellWidths) - Constructor for class hep.lcd.recon.cluster.radial.cl.CalCellCollection: Save cell binning information supplied in
CalCellCollection(Calorimeter, Calorimeter, CellWidths) - Constructor for class hep.lcd.recon.cluster.radial.cl.CalCellCollection: Constructor for case when cell binning and detector segmentation can all be supplied at once.
CalCellCollection.CalCell - class hep.lcd.recon.cluster.radial.cl.CalCellCollection.CalCell.: Nested class for individual cell in a collection.
CalCellCollection.CalCell(int, int, int, int) - Constructor for class hep.lcd.recon.cluster.radial.cl.CalCellCollection.CalCell: Constructor.
CalClusterCollection - class hep.lcd.recon.cluster.radial.cl.CalClusterCollection.: Forms clusters given a collection of cells containing hits.
CalClusterCollection(CalCellCollection) - Constructor for class hep.lcd.recon.cluster.radial.cl.CalClusterCollection: Constructor.
CalClusterCollection.CalCluster - class hep.lcd.recon.cluster.radial.cl.CalClusterCollection.CalCluster.: A public nested class to represent an individual cluster.
CalHist - Static variable in class hep.lcd.recon.Reconstruction
Calorimeter - class hep.lcd.geometry.component.Calorimeter.
Calorimeter(Detector, LineNumberReader) - Constructor for class hep.lcd.geometry.component.Calorimeter
CalorimeterCell - Static variable in interface hep.lcd.event.LCDEvent
CalorimeterCell - interface hep.lcd.geometry.CalorimeterCell.: Interface for accessing information about a Calorimeter Cell (or hit) from its "tower ID".
CalorimeterCellNewTag - class hep.lcd.geometry.CalorimeterCellNewTag.: A CalorimeterCell which deals with the new tower id definition
CalorimeterCellNewTag(Detector) - Constructor for class hep.lcd.geometry.CalorimeterCellNewTag
CalorimeterCellNewTag(Detector, int) - Constructor for class hep.lcd.geometry.CalorimeterCellNewTag
CalorimeterCellOldTag - class hep.lcd.geometry.CalorimeterCellOldTag.: A CalorimeterCell with CosTheta binning.
CalorimeterCellOldTag(Detector) - Constructor for class hep.lcd.geometry.CalorimeterCellOldTag
CalorimeterCellOldTag(Detector, int) - Constructor for class hep.lcd.geometry.CalorimeterCellOldTag
CalorimeterHit - interface hep.lcd.event.CalorimeterHit.: Represents one "hit" in a calorimeter
CalorimeterHitMap - class hep.lcd.util.collections.CalorimeterHitMap.: A Hash map using primitive int values as keys mapped to CalorimeterHit values.
CalorimeterHitMap(int, double) - Constructor for class hep.lcd.util.collections.CalorimeterHitMap: Constructor with full specification.
CalorimeterHitMap(int) - Constructor for class hep.lcd.util.collections.CalorimeterHitMap: Constructor with only size supplied.
CalorimeterHitMap() - Constructor for class hep.lcd.util.collections.CalorimeterHitMap: Default constructor.
CalorimeterHitMap(CalorimeterHitMap) - Constructor for class hep.lcd.util.collections.CalorimeterHitMap: Copy (clone) constructor.
CalorimeterHits - interface hep.lcd.event.CalorimeterHits.: A collection of calorimeter hits
Candidate - Variable in class hep.lcd.recon.tracking.TrkCandidate
CellWidths - class hep.lcd.recon.cluster.radial.cl.CellWidths.: Class defining binning of calorimeter detector elements for use of clustering.
CellWidths() - Constructor for class hep.lcd.recon.cluster.radial.cl.CellWidths: Use default binning for phi, theta, layer
CellWidths(int, int, int) - Constructor for class hep.lcd.recon.cluster.radial.cl.CellWidths: Constructor using binning specified by caller
ChangeSegmentation - class hep.lcd.recon.cluster.util.ChangeSegmentation.
ChangeSegmentation(String, int, int, int) - Constructor for class hep.lcd.recon.cluster.util.ChangeSegmentation
ChangeSegmentation(String, int, int, int, int[], int[]) - Constructor for class hep.lcd.recon.cluster.util.ChangeSegmentation
Chi2 - Variable in class hep.lcd.recon.tracking.ReconstructedTrack
Chis_tk - Variable in class hep.lcd.recon.tracking.AbsTrackFinder
Chis_tk_factor - Variable in class hep.lcd.recon.tracking.AbsTrackFinder
Cluster - interface hep.lcd.event.Cluster.: To make analysis easier it would seem a good idea to make the cluster description independant of the underlying calorimeter, i.e.
ClusterCell - interface hep.lcd.recon.cluster.radial.cl.ClusterCell.
ClusterCheater - class hep.lcd.recon.cluster.cheat.ClusterCheater.: The Cluster cheater works by finding perfectly reconstructed clusters based by looking at the MC truth information associated with each hit.
ClusterCheater() - Constructor for class hep.lcd.recon.cluster.cheat.ClusterCheater
ClusterDbg - interface hep.lcd.recon.cluster.radial.cl.ClusterDbg.
ClusterList - interface hep.lcd.event.ClusterList.
ClusterMCInformation - class hep.lcd.recon.cluster.analysis.ClusterMCInformation.: Stores MC information about a cluster
ClusterMCInformation(AbstractCluster, int) - Constructor for class hep.lcd.recon.cluster.analysis.ClusterMCInformation
ClusterParticleType - class hep.lcd.recon.cluster.util.ClusterParticleType.
ClusterParticleType(int) - Constructor for class hep.lcd.recon.cluster.util.ClusterParticleType
ClusterParticleType(int, int) - Constructor for class hep.lcd.recon.cluster.util.ClusterParticleType
ClusterProcessor - class hep.lcd.recon.cluster.analysis.ClusterProcessor.: Extendable analysis class providing hashtables containg MC information about clusters and cluster information about MCParticles
ClusterProcessor(String, int, double) - Constructor for class hep.lcd.recon.cluster.analysis.ClusterProcessor
ClusterProcessor(String) - Constructor for class hep.lcd.recon.cluster.analysis.ClusterProcessor
ClusterProcessor() - Constructor for class hep.lcd.recon.cluster.analysis.ClusterProcessor
ClusterResolutionTables - class hep.lcd.mc.fast.cluster.ronan.ClusterResolutionTables.
Coil - class hep.lcd.geometry.component.Coil.
Coil(Detector, LineNumberReader) - Constructor for class hep.lcd.geometry.component.Coil
CoilExtrap - Variable in class hep.lcd.recon.tracking.BaseSpecifications
CombinedReco - class hep.lcd.recon.tracking.CombinedReco.: Picks up LCD events within JAS framework and passes 3D points to pattern recognition software
CombinedReco() - Constructor for class hep.lcd.recon.tracking.CombinedReco
CombinedReco(boolean) - Constructor for class hep.lcd.recon.tracking.CombinedReco
ComboCalorimeterCell - class hep.lcd.geometry.np.ComboCalorimeterCell.
ComboCalorimeterCell(CalorimeterCell[]) - Constructor for class hep.lcd.geometry.np.ComboCalorimeterCell: Creates a new instance of ComboCalorimeterCell
CreateFSParticleList - class hep.lcd.mc.analysis.CreateFSParticleList.: Create a list of Final State MCParticles and add the list to Event.
CreateFSParticleList() - Constructor for class hep.lcd.mc.analysis.CreateFSParticleList
CreateFSParticleList(String) - Constructor for class hep.lcd.mc.analysis.CreateFSParticleList
CreateFSParticleList(String, double, double) - Constructor for class hep.lcd.mc.analysis.CreateFSParticleList
CurrentDetector - Static variable in interface hep.lcd.event.LCDEvent
CylindricalDetector - class hep.lcd.geometry.component.CylindricalDetector.
cKsi() - Method in class hep.lcd.vertexing.zvtop.ZvProbTube: Get the approximation coefficients in ksi direction.
cMatAt(int) - Method in class hep.lcd.vertexing.zvtop.ZvgCMatList
cVec() - Method in class hep.lcd.vertexing.zvtop.ZvgCMat: get the c vector
cZ() - Method in class hep.lcd.vertexing.zvtop.ZvProbTube: Get the approximation coefficients in z direction.
calcChiSq(Specifications) - Method in class hep.lcd.recon.tracking.TrkCandidate
calcInvMass(Track, Track, double, double) - Method in class hep.lcd.vertexing.zvtop.ZvV0Finder: Calculate the invariant mass for two tracks with given mass hypotheses.
calcMomentumErrorMatrix(double) - Method in class hep.lcd.mc.fast.tracking.DocaTrackParameters: Calculate the error matrix for the momentum for a point on the track specified by l.
calcMomentumErrorMatrix(double) - Method in class hep.lcd.mc.fast.tracking.ReconTrack: Calculate the error matrix for the momentum for a point on the smeared track specified by l.
calcPositionErrorMatrix(double) - Method in class hep.lcd.mc.fast.tracking.DocaTrackParameters: Calculate the error matrix for the position coordinates for a point on the track specified by l.
calcPositionErrorMatrix(double) - Method in class hep.lcd.mc.fast.tracking.ReconTrack: Calculate the error matrix for the position coordinates for a point on the smeared track specified by l.
calcSelfXp() - Method in class hep.lcd.vertexing.zvtop.ZvgCMat: Calculate the x_p by itself.
calcXd(ZvgCMat) - Method in class hep.lcd.vertexing.zvtop.ZvgCMat: calculate weighted mean point xd with another track using both CMats
calculateChi2() - Method in class hep.lcd.contrib.recon.tracking.garfield.GarfieldTrack: Chi-square from hits and - if MipStub exists - from mipstub to track matching.
calculateChi2() - Method in class hep.lcd.vertexing.zvtop.ZvgChi2Calculator: Calculate chi2.
calculateChi2() - Method in class hep.lcd.vertexing.zvtop.ZvgChi2Calculator2: Calculate chi2
Returns false on error.
calculateDerivedQuantities() - Method in class hep.lcd.recon.cluster.util.AbstractCluster
calculateEnergyTensor() - Method in class hep.lcd.recon.cluster.util.AbstractCluster
calculateHelixFromHits() - Method in class hep.lcd.contrib.recon.tracking.garfield.GarfieldTrack
cats - Variable in class hep.lcd.recon.cluster.analysis.ClusterProcessor
ccCuts - Variable in class hep.lcd.recon.tracking.AbsTrackFinder
cell - Variable in class hep.lcd.recon.cluster.analysis.ClusterProcessor
charge() - Method in class hep.lcd.contrib.recon.tracking.garfield.MipStub
checkEnd(LineNumberReader) - Method in class hep.lcd.io.ascii.BasicHandler
checkMC(Enumeration, String, boolean) - Method in class hep.lcd.recon.cluster.radial.RadialClusterBuilder: Make some statistics on how many MC particles are included in a single cluster.
chi2(double[]) - Method in class hep.lcd.vertexing.zvtop.ZvgCMat: calculate the chi2 with respect to point xd (real coordinates)
chi2Contrib(int) - Method in class hep.lcd.contrib.recon.tracking.garfield.GarfieldTrack: hit chiSquare contribution
chi2Df(double, int) - Static method in class hep.lcd.util.statistics.StatTools: Integrated Chi2 probability with ndf free parameters.
chi2Failure() - Method in class hep.lcd.vertexing.zvtop.ZvgGTFStatus: chi2 calculation problem?
chi2FitIteration(double) - Method in class hep.lcd.contrib.recon.tracking.garfield.GarfieldTrack
chi2Pdf(double, int) - Static method in class hep.lcd.util.statistics.StatTools: Chi2 probability density function f(Chi2) source: S.Brandt, Datenanalyse, p.548f
chiSq - Variable in class hep.lcd.recon.tracking.TrkCandidate
ci - Variable in class hep.lcd.recon.cluster.analysis.ClusterProcessor
circleIntersection(double[], double, double[], double, double[], double[]) - Static method in class hep.lcd.contrib.recon.tracking.garfield.K0ShortFinder: Intersection of two circles in the plane.
clear() - Method in class hep.lcd.io.sio.SIOOutputStream
clear() - Method in class hep.lcd.recon.cluster.radial.cl.CalCellCollection.CalCell
clearAll() - Method in class hep.lcd.recon.cluster.radial.cl.CalCellCollection: Get ready for next event
clearContext() - Method in class hep.lcd.util.driver.AbstractProcessor: Called by the Driver to clear the context
clearContext() - Method in class hep.lcd.util.driver.Driver
clearContext() - Method in interface hep.lcd.util.driver.Processor: Called by the Driver when this processor is removed from the Driver
clearDaughters() - Method in class hep.lcd.vertexing.mc.McVertex
clearV0Vertices() - Method in class hep.lcd.vertexing.zvtop.ZvTrackList: Clear V0 vertices or all tracks.
clist - Variable in class hep.lcd.recon.cluster.analysis.ClusterProcessor
clone() - Method in class hep.lcd.util.collections.CalorimeterHitMap: Construct a copy of the table.
clone() - Method in class hep.lcd.util.collections.MuonStripHitMap: Construct a copy of the table.
close() - Method in class hep.lcd.io.jas.LCDEventSource
close() - Method in class hep.lcd.io.jas.MultiFileEventSource
close() - Method in class hep.lcd.io.jas.sio.MultiFileEventSource
close() - Method in class hep.lcd.io.jas.sio.SIOEventSource
close() - Method in class hep.lcd.io.sio.SIOReader
close() - Method in class hep.lcd.io.sio.SIOWriter
close() - Method in class hep.lcd.io.smart.EventInputStream
close() - Method in class hep.lcd.io.smart.EventOutputStream
close(Object) - Method in class hep.lcd.io.smart.EventOutputStream
close() - Method in class hep.lcd.recon.muon.MuonList: Trim list to size and sort by transverse momentum.
clusters() - Method in class hep.lcd.recon.cluster.radial.cl.CalClusterCollection: First make clusters, then return the Vector of them.
combineErrMat(double[][], double[][]) - Static method in class hep.lcd.vertexing.zvtop.ZvUtils: combine two error matrices
V_av = ( V1^-1 + V2^-1 )^-1
combineErrMat(Matrix, Matrix) - Static method in class hep.lcd.vertexing.zvtop.ZvUtils: combine two error matrices
V_av = ( V1^-1 + V2^-1 )^-1
comp - Variable in class hep.lcd.geometry.AbstractCalorimeterCell
computeSlot(int) - Method in class hep.lcd.util.collections.CalorimeterHitMap: Compute the base slot for a key.
computeSlot(int) - Method in class hep.lcd.util.collections.MuonStripHitMap: Compute the base slot for a key.
constructID(double, double, double, double) - Method in class hep.lcd.geometry.AbstractCalorimeterCell
constructID(int, int, int, int, int) - Method in class hep.lcd.geometry.AbstractCalorimeterCell
constructID(double, double, double, double) - Method in interface hep.lcd.geometry.CalorimeterCell: Return the cell ID at these coordinates
constructID(int, int, int, int, int) - Method in interface hep.lcd.geometry.CalorimeterCell: Construct the cell ID from the fields
constructID(double, double, double, double) - Method in class hep.lcd.geometry.CalorimeterCellNewTag
constructID(int, int, int, int, int) - Method in class hep.lcd.geometry.CalorimeterCellNewTag
constructID(double, double, double, double) - Method in class hep.lcd.geometry.np.ComboCalorimeterCell
constructID(int, int, int, int, int) - Method in class hep.lcd.geometry.np.ComboCalorimeterCell
contains(Processor) - Method in class hep.lcd.util.driver.Driver: Tests to see if a given Processor is already added to this Driver
contains(ZvProbTube) - Method in class hep.lcd.vertexing.zvtop.ZvProbTubeList
contains(ZvTrack) - Method in class hep.lcd.vertexing.zvtop.ZvTrackList
contains(ZvVertex) - Method in class hep.lcd.vertexing.zvtop.ZvVertexList
contains(ZvgCMat) - Method in class hep.lcd.vertexing.zvtop.ZvgCMatList
containsKey(int) - Method in class hep.lcd.util.collections.CalorimeterHitMap: Check if an entry is present in the table.
containsKey(int) - Method in class hep.lcd.util.collections.MuonStripHitMap: Check if an entry is present in the table.
containsWithId(ZvTrack) - Method in class hep.lcd.vertexing.zvtop.ZvTrackList: Contains track?
context - Variable in class hep.lcd.util.driver.AbstractProcessor
convertFromDHlx(DocaTrackParameters, double[][], double) - Method in class hep.lcd.vertexing.zvtop.ZvTrack
convertFromHlx(double[], double) - Method in class hep.lcd.vertexing.zvtop.ZvTrack
copy() - Method in interface hep.lcd.vertexing.zvtop.Swimmer: get a deep copy
copy() - Method in interface hep.lcd.vertexing.zvtop.TwoTrackMatcher: get a deep copy
copy() - Method in interface hep.lcd.vertexing.zvtop.VtxFitter: copy the instance
copy() - Method in class hep.lcd.vertexing.zvtop.Zv2dSwimmer: get a deep copy of the swimmer
copy() - Method in class hep.lcd.vertexing.zvtop.Zv3dSwimmer: get a deep copy of the swimmer
copy() - Method in class hep.lcd.vertexing.zvtop.ZvBeamSpot: get a deep copy
copy() - Method in class hep.lcd.vertexing.zvtop.ZvFitter: get a deep copy
copy() - Method in class hep.lcd.vertexing.zvtop.ZvGhostTrack: get a deep copy
(cast to ZvGhostTrack to use as such)
copy() - Method in class hep.lcd.vertexing.zvtop.ZvImpCalculator: Get a copy.
copy() - Method in class hep.lcd.vertexing.zvtop.ZvLineDoca: return a deep copy
copy() - Method in class hep.lcd.vertexing.zvtop.ZvProbTube: provide a deep copy (track as handle, though)
copy() - Method in class hep.lcd.vertexing.zvtop.ZvProbTubeList: get a deep copy of ZvProbTubeList
copy() - Method in class hep.lcd.vertexing.zvtop.ZvSimpleTwoTrackMatcher: Get a deep copy.
copy() - Method in class hep.lcd.vertexing.zvtop.ZvSpatPoint: provide a deep copy
copy() - Method in class hep.lcd.vertexing.zvtop.ZvSwimmer: get a deep copy of the swimmer
copy() - Method in class hep.lcd.vertexing.zvtop.ZvTopParam: get a copy of this instance
copy() - Method in class hep.lcd.vertexing.zvtop.ZvTrack: make a deep copy
copy() - Method in class hep.lcd.vertexing.zvtop.ZvTwoTrackMatcher: Get a deep copy.
copy(Hep3Vector) - Static method in class hep.lcd.vertexing.zvtop.ZvUtils: copy a Hep3Vector
copy(int[]) - Static method in class hep.lcd.vertexing.zvtop.ZvUtils: copy an array of int[]
copy(double[]) - Static method in class hep.lcd.vertexing.zvtop.ZvUtils: copy an array of double[]
copy(double[][]) - Static method in class hep.lcd.vertexing.zvtop.ZvUtils: copy an array of double[][]
copy(Hep3Vector[]) - Static method in class hep.lcd.vertexing.zvtop.ZvUtils: copy an array of Hep3Vector[]
copy(ZvTrackList) - Static method in class hep.lcd.vertexing.zvtop.ZvUtils: copy of a ZvTrackList (returning null for null)
copy(ZvTrack) - Static method in class hep.lcd.vertexing.zvtop.ZvUtils: copy of a ZvTrack (returning null for null)
copy(ZvGhostTrack) - Static method in class hep.lcd.vertexing.zvtop.ZvUtils: copy of a ZvGhostTrack (returning null for null)
copy(ZvVertexList) - Static method in class hep.lcd.vertexing.zvtop.ZvUtils: copy of a ZvVertexList (returning null for null)
copy(ZvBeamSpot) - Static method in class hep.lcd.vertexing.zvtop.ZvUtils: copy of a ZvBeamSpot (returning null for null)
copy(ZvVertex) - Static method in class hep.lcd.vertexing.zvtop.ZvUtils: copy of a ZvVertex (returning null for null)
copy() - Method in class hep.lcd.vertexing.zvtop.ZvV0Finder: Get a copy.
copy() - Method in class hep.lcd.vertexing.zvtop.ZvV0Vertex: Make a deep copy.
copy() - Method in class hep.lcd.vertexing.zvtop.ZvVertex: make a deep copy
copy() - Method in class hep.lcd.vertexing.zvtop.ZvgCMat: provide a deep copy (track as handle, though)
copy() - Method in class hep.lcd.vertexing.zvtop.ZvgGTFParam: get a copy of this instance
copy() - Method in class hep.lcd.vertexing.zvtop.ZvgGhostTrackFinder2: get a deep copy
copy() - Method in class hep.lcd.vertexing.zvtop.ZvgKVFParam: get a deep copy
copyArrayColumnToVector(double[][], int) - Static method in class hep.lcd.vertexing.zvtop.ZvUtils: stuff a column of an array[][] into a Vector
copyArrayToVector(double[]) - Static method in class hep.lcd.vertexing.zvtop.ZvUtils: stuff an array[] into a Vector
cosN() - Method in class hep.lcd.vertexing.zvtop.ZvProbTube: get the cosine of normal vector to momentum in xy plane
cosTheta() - Method in class hep.lcd.mc.fast.tracking.DocaTrackParameters: Get cos(Theta) as calculated from the momentum vector at the DOCA.
cosTheta() - Method in class hep.lcd.mc.fast.tracking.ReconTrack
cosTheta() - Method in class hep.lcd.recon.tracking.ReconstructedTrack
cosTheta() - Method in class hep.lcd.recon.tracking.ftf.FoundTrack
cosTheta() - Method in class hep.lcd.vertexing.zvtop.ZvTrack: cos(Theta) of momentum vector for Hep3VectorImplementation
cquarkID - Static variable in interface hep.lcd.contrib.mc.analysis.MonteCarlo
crePosVec(double[]) - Static method in class hep.lcd.vertexing.zvtop.ZvUtils: extract the 3 dim position from Zv helix parameters into a Hep3Vector
creProjMatrix(Hep3Vector) - Static method in class hep.lcd.vertexing.zvtop.ZvUtils: create a matrix from two vectors: M = a.a^T
crePtot(double[]) - Static method in class hep.lcd.vertexing.zvtop.ZvUtils: extract the total momentum from Zv helix parameters
creVec(double[]) - Static method in class hep.lcd.vertexing.zvtop.ZvUtils: convert a 3 dim array into Hep3Vector
createBlock(String, int, int) - Method in class hep.lcd.io.sio.SIOWriter
createEventSource(String) - Method in class hep.lcd.io.jas.LCDEventServer
createEventSource(String) - Method in class hep.lcd.io.jas.sio.SIOEventServer
createMipStub(CalorimeterCell, Cluster) - Method in class hep.lcd.contrib.recon.tracking.garfield.EmcalMipStubs: KSU default algorithm to create a MipStub from an ECAL cluster.
createMipStubFromSmallCluster(LCDEvent, CalorimeterCell, Cluster) - Method in class hep.lcd.contrib.recon.tracking.garfield.EmcalMipStubs
createMipStubKyoko(CalorimeterCell, Cluster) - Method in class hep.lcd.contrib.recon.tracking.garfield.EmcalMipStubs
createMipStubSimple(CalorimeterCell, Cluster) - Method in class hep.lcd.contrib.recon.tracking.garfield.EmcalMipStubs: simple approach to create a MipStub from an ECAL cluster uses Start and Endpoint of cluster
createRecord(String, boolean) - Method in class hep.lcd.io.sio.SIOWriter
createSubStream(Class, int) - Method in class hep.lcd.io.smart.EventOutputStream
createSubStream(Class) - Method in class hep.lcd.io.smart.EventOutputStream
createUIowaMipstub(CalorimeterCell, Cluster) - Method in class hep.lcd.contrib.recon.tracking.garfield.EmcalMipStubs: Interface to U.
ct - Variable in class hep.lcd.recon.tracking.fitters.klm.KLMTrackParam
cu - Variable in class hep.lcd.recon.tracking.fitters.klm.KLMTrackParam

D

DECAYED - Static variable in interface hep.lcd.event.MCParticle
DEV_DRIFTBARREL - Static variable in class hep.lcd.recon.tracking.fitters.klm.AbsKLMTrackFitter
DEV_DRIFTPLANE - Static variable in class hep.lcd.recon.tracking.fitters.klm.AbsKLMTrackFitter
DEV_EMCAL - Static variable in class hep.lcd.recon.tracking.fitters.klm.AbsKLMTrackFitter
DEV_HADCAL - Static variable in class hep.lcd.recon.tracking.fitters.klm.AbsKLMTrackFitter
DEV_MUON - Static variable in class hep.lcd.recon.tracking.fitters.klm.AbsKLMTrackFitter
DEV_PIXELBARREL - Static variable in class hep.lcd.recon.tracking.fitters.klm.AbsKLMTrackFitter
DEV_PIXELPLANE - Static variable in class hep.lcd.recon.tracking.fitters.klm.AbsKLMTrackFitter
DEV_SILBARREL - Static variable in class hep.lcd.recon.tracking.fitters.klm.AbsKLMTrackFitter
DEV_SILDISK - Static variable in class hep.lcd.recon.tracking.fitters.klm.AbsKLMTrackFitter
D_TYPE - Static variable in class hep.lcd.vertexing.mc.McVertexType
Dataset - class hep.lcd.io.Dataset.
Dataset(String, Class) - Constructor for class hep.lcd.io.Dataset
DeDx - class hep.lcd.util.material.DeDx.: DeDx.java This class provides access to min ionising particle energy loss table for different materials.
DeDx() - Constructor for class hep.lcd.util.material.DeDx: Initialize table
DeDx(int) - Constructor for class hep.lcd.util.material.DeDx
Detector - class hep.lcd.geometry.Detector.: A detector is a set of named detector components
Detector(String) - Constructor for class hep.lcd.geometry.Detector: Creates a detector from a Gismo style detector.ini file
Detector(LineNumberReader) - Constructor for class hep.lcd.geometry.Detector
DetectorComponent - interface hep.lcd.geometry.DetectorComponent.
DetectorConstants - interface hep.lcd.recon.cluster.radial.util.DetectorConstants.
DetectorRecord - interface hep.lcd.io.sio.lcd.handler.DetectorRecord.
DetectorType - Variable in class hep.lcd.recon.tracking.BaseSpecifications
Detector_File - class hep.lcd.geometry.component.Detector_File.
Detector_File(Detector, LineNumberReader) - Constructor for class hep.lcd.geometry.component.Detector_File
DeuteronID - Static variable in interface hep.lcd.contrib.mc.analysis.MonteCarlo
DocaTrackParameters - class hep.lcd.mc.fast.tracking.DocaTrackParameters.: Holds DOCA parameters and error matrix of track.
DocaTrackParameters() - Constructor for class hep.lcd.mc.fast.tracking.DocaTrackParameters
DocaTrackParameters(Particle) - Constructor for class hep.lcd.mc.fast.tracking.DocaTrackParameters
DocaTrackParameters(Particle, int) - Constructor for class hep.lcd.mc.fast.tracking.DocaTrackParameters
DocaTrackParameters(Hep3Vector, Hep3Vector, double) - Constructor for class hep.lcd.mc.fast.tracking.DocaTrackParameters
DocaTrackParameters(Hep3Vector, Hep3Vector, double, int) - Constructor for class hep.lcd.mc.fast.tracking.DocaTrackParameters
DocaTrackParameters(double[], double[], double) - Constructor for class hep.lcd.mc.fast.tracking.DocaTrackParameters
DocaTrackParameters(double[], double[], double, int) - Constructor for class hep.lcd.mc.fast.tracking.DocaTrackParameters
DocaTrackParameters(double[], double[], double, double[][]) - Constructor for class hep.lcd.mc.fast.tracking.DocaTrackParameters
DocaTrackParameters(double[], double[], double, double[][], int) - Constructor for class hep.lcd.mc.fast.tracking.DocaTrackParameters
DocaTrackParameters(double[]) - Constructor for class hep.lcd.mc.fast.tracking.DocaTrackParameters
DocaTrackParameters(double[], double[][]) - Constructor for class hep.lcd.mc.fast.tracking.DocaTrackParameters
DocaTrackParameters(double[], double[][], double) - Constructor for class hep.lcd.mc.fast.tracking.DocaTrackParameters
DocaTrackParameters(double[], double[][], double, int) - Constructor for class hep.lcd.mc.fast.tracking.DocaTrackParameters
Driver - class hep.lcd.util.driver.Driver.: A driver is a steering routine which can call a number of processors It also allows controlling the debug level of the processors being called and handles coordination of random numbers between Monte Carlo processors.
Driver() - Constructor for class hep.lcd.util.driver.Driver
Dzas - Variable in class hep.lcd.recon.tracking.AbsTrackFinder
d - Variable in class hep.lcd.recon.tracking.BaseSpecifications
d0 - Variable in class hep.lcd.recon.tracking.TrkParams
da - Variable in class hep.lcd.recon.tracking.fitters.klm.KLMTrackParam
debug() - Method in class hep.lcd.contrib.recon.tracking.garfield.GarfieldTrack
debug - Variable in class hep.lcd.recon.tracking.AbsTrackFinder
debug - Variable in class hep.lcd.recon.tracking.BaseSpecifications
debug - Variable in class hep.lcd.recon.tracking.TrackPathMaterials
debug - Variable in class hep.lcd.recon.tracking.fitters.klm.KLMFitTrack
debug - Variable in class hep.lcd.recon.tracking.fitters.sld.SLDFitTrack
debug - Variable in class hep.lcd.recon.tracking.fitters.sld.WeightMatrix
debugLevel - Variable in class hep.lcd.contrib.recon.tracking.garfield.GarfieldTrack
debugLevel - Variable in class hep.lcd.contrib.recon.tracking.garfield.KshortInfo
debugLevel - Variable in class hep.lcd.contrib.recon.tracking.garfield.MipStub
det - Variable in class hep.lcd.geometry.AbstractCalorimeterCell
df - Variable in class hep.lcd.recon.tracking.AbsTrackFinder
dfun - Variable in class hep.lcd.mc.randomBkgr.AddRandomBkg
diagErrors() - Method in class hep.lcd.vertexing.zvtop.ZvBeamSpot: get the errors for beam spot.
dir(int) - Method in class hep.lcd.contrib.recon.tracking.garfield.GarfieldHelix
dir() - Method in class hep.lcd.contrib.recon.tracking.garfield.GarfieldHelix
dir - Variable in class hep.lcd.contrib.recon.tracking.garfield.MipStub
dirAtPoint(int) - Method in class hep.lcd.contrib.recon.tracking.garfield.GarfieldHelix
distTrack(double[]) - Method in class hep.lcd.vertexing.zvtop.ZvgCMat: calculate distance along track i from "2d-poca" to poca xd position
distance(ZvSpatPoint) - Method in class hep.lcd.vertexing.zvtop.ZvSpatPoint: distance between this and another spatial point
distance(double[], double[]) - Static method in class hep.lcd.vertexing.zvtop.ZvUtils: Calculate the distance between two points.
distanceBaseToPoint(double[]) - Method in class hep.lcd.contrib.recon.tracking.garfield.GarfieldHelix
distanceCutValue() - Method in class hep.lcd.contrib.recon.tracking.garfield.GarfieldTrack
distanceInErrorsTo(Vertex) - Method in class hep.lcd.vertexing.mc.McVertex: Calculate distance in errors ot another vertex.
distanceInErrorsTo(Vertex) - Method in class hep.lcd.vertexing.zvtop.ZvVertex: Distance in errors to another vertex.
distanceTo(double[]) - Method in class hep.lcd.vertexing.mc.McVertex: Calculate distance to a 3-d point.
distanceTo(Vertex) - Method in class hep.lcd.vertexing.mc.McVertex: Calculate distance to another vertex.
distanceTo(McVertex) - Method in class hep.lcd.vertexing.mc.McVertex: Calculate distance to another MC vertex.
distanceTo(double[]) - Method in class hep.lcd.vertexing.zvtop.ZvVertex: Distance to another point.
distanceTo(Vertex) - Method in class hep.lcd.vertexing.zvtop.ZvVertex: Distance to another vertex.
distanceToHit(GarfieldHit) - Method in class hep.lcd.contrib.recon.tracking.garfield.GarfieldHelix
distanceToHit2D(GarfieldHit) - Method in class hep.lcd.contrib.recon.tracking.garfield.GarfieldHelix
distanceToHit3D(double[]) - Method in class hep.lcd.contrib.recon.tracking.garfield.GarfieldHelix
distanceToHit3D(double, double, double) - Method in class hep.lcd.contrib.recon.tracking.garfield.GarfieldHelix
dmas - Variable in class hep.lcd.recon.tracking.AbsTrackFinder
doExtrap(TrkParams, Specifications) - Method in class hep.lcd.recon.tracking.TrkCandidate
doFit(double[], double[]) - Method in interface hep.lcd.vertexing.zvtop.VtxFitter: fit the vertex
doFit(double[], double[]) - Method in class hep.lcd.vertexing.zvtop.ZvFitter: Fit the vertex.
doFitCandidate() - Method in class hep.lcd.recon.tracking.fitters.sld.SLDFitTrack
doFitTrack(LCDEvent) - Method in class hep.lcd.recon.tracking.fitters.sld.SLDFitTrack
doFitting - Variable in class hep.lcd.recon.tracking.AbsTrackFinder
doLeap(double, Hep3Vector, Hep3Vector, double, double) - Method in class hep.lcd.vertexing.zvtop.ZvLeap: do one leap -- use arcLen on input
doLeap(double, double[], double) - Method in class hep.lcd.vertexing.zvtop.ZvLeap: do one leap -- use arcLen on input
doLeap(double, double[], double[][], double) - Method in class hep.lcd.vertexing.zvtop.ZvLeap: do one leap -- use arcLen on input
doLeapAngle(double, Hep3Vector, Hep3Vector, double, double) - Method in class hep.lcd.vertexing.zvtop.ZvLeap: do one leap -- use alpha (in rad) as input
doLeapInternal(double, Hep3Vector, Hep3Vector, double, double, int) - Method in class hep.lcd.vertexing.zvtop.ZvLeap: do one leap -- internal
mode = 1 : with arcLen
mode = 2 : with direct angle
dquarkID - Static variable in interface hep.lcd.contrib.mc.analysis.MonteCarlo
drawCircle(double, double, double, Color) - Method in interface hep.lcd.geometry.PlotGraphics
drawRectangle(double, double, double, double, Color) - Method in interface hep.lcd.geometry.PlotGraphics
dropHit(int) - Method in class hep.lcd.contrib.recon.tracking.garfield.GarfieldTrack
dumpToString(double) - Method in class hep.lcd.vertexing.zvtop.ZvFltGhostTrack: print the current values of fltHlxPar[6] and dFltHlxPar[5][5] to a String
dumpToString(double) - Method in class hep.lcd.vertexing.zvtop.ZvFltTrack: print the current values of fltHlxPar[6] and dFltHlxPar[5][5] to a String
dumpToString() - Method in class hep.lcd.vertexing.zvtop.ZvGhostTrack: print the current values of hlxPar[6] and dHlxPar[5][5] as well as ghost track specific parameters to a String
dumpToString() - Method in class hep.lcd.vertexing.zvtop.ZvTrack: print the current values of hlxPar[6] and dHlxPar[5][5] to a String
dumpToString(Matrix) - Static method in class hep.lcd.vertexing.zvtop.ZvUtils: format matrix
dumpToString() - Method in class hep.lcd.vertexing.zvtop.ZvgCMat: Print the current values of cVec and cMat to a String.

E

E - Variable in class hep.lcd.contrib.mc.analysis.MCPseudoParticle
EMCalExtrap - Variable in class hep.lcd.recon.tracking.BaseSpecifications
EMCalorimeter - class hep.lcd.io.ascii.handler.EMCalorimeter.
EMCalorimeter() - Constructor for class hep.lcd.io.ascii.handler.EMCalorimeter
EMCalorimeter - class hep.lcd.io.sio.lcd.handler.block.EMCalorimeter.
EMCalorimeter() - Constructor for class hep.lcd.io.sio.lcd.handler.block.EMCalorimeter
EMCalorimeterHits - Static variable in interface hep.lcd.event.LCDEvent
EMClusters - Static variable in interface hep.lcd.event.LCDEvent
EMEndExtrap - Variable in class hep.lcd.recon.tracking.BaseSpecifications
EM_Barrel - class hep.lcd.geometry.component.EM_Barrel.
EM_Barrel(Detector, LineNumberReader) - Constructor for class hep.lcd.geometry.component.EM_Barrel
EM_EndCap - class hep.lcd.geometry.component.EM_EndCap.
EM_EndCap(Detector, LineNumberReader) - Constructor for class hep.lcd.geometry.component.EM_EndCap
EM_Segmentation - class hep.lcd.geometry.component.EM_Segmentation.
EM_Segmentation(Detector, LineNumberReader) - Constructor for class hep.lcd.geometry.component.EM_Segmentation
ERROR_INIT_FAILURE - Static variable in class hep.lcd.vertexing.zvtop.ZvFitStatus
ERROR_INIT_FAILURE - Static variable in class hep.lcd.vertexing.zvtop.ZvTopStatus
ERROR_INIT_FAILURE - Static variable in class hep.lcd.vertexing.zvtop.ZvgGTFStatus
ERROR_IN_GHOST - Static variable in class hep.lcd.vertexing.zvtop.ZvTopStatus
EfficiencyPlotProcessor - class hep.lcd.recon.cluster.analysis.EfficiencyPlotProcessor.
EfficiencyPlotProcessor() - Constructor for class hep.lcd.recon.cluster.analysis.EfficiencyPlotProcessor
EfficiencyProcessor - class hep.lcd.recon.cluster.analysis.EfficiencyProcessor.: EfficiencyProcessor extends class ClusterProcessor to produce efficiency plots.
EfficiencyProcessor(String, int, double) - Constructor for class hep.lcd.recon.cluster.analysis.EfficiencyProcessor
EfficiencyProcessor(String, int, double, int) - Constructor for class hep.lcd.recon.cluster.analysis.EfficiencyProcessor
EfficiencyProcessor(String, int, double, String) - Constructor for class hep.lcd.recon.cluster.analysis.EfficiencyProcessor
ElectronID - Static variable in interface hep.lcd.contrib.mc.analysis.MonteCarlo
EmcalMipStubs - class hep.lcd.contrib.recon.tracking.garfield.EmcalMipStubs.: creates a list of MipStub which is filled into the event.
EmcalMipStubs(String, int) - Constructor for class hep.lcd.contrib.recon.tracking.garfield.EmcalMipStubs
EndCap - interface hep.lcd.geometry.component.EndCap.
EndCapCalorimeter - class hep.lcd.geometry.component.EndCapCalorimeter.
EndCapCalorimeter(Detector, LineNumberReader) - Constructor for class hep.lcd.geometry.component.EndCapCalorimeter
EndCpSpecifications - class hep.lcd.recon.tracking.tpc.EndCpSpecifications.
EndCpSpecifications() - Constructor for class hep.lcd.recon.tracking.tpc.EndCpSpecifications
EndCpSpecifications(boolean) - Constructor for class hep.lcd.recon.tracking.tpc.EndCpSpecifications
Err_matr - Variable in class hep.lcd.recon.tracking.AbsTrackFinder
Eta() - Method in class hep.lcd.vertexing.zvtop.ZvgCMat: get Eta vector
EventAnalysisDriver - class hep.lcd.contrib.recon.tracking.garfield.EventAnalysisDriver.
EventAnalysisDriver() - Constructor for class hep.lcd.contrib.recon.tracking.garfield.EventAnalysisDriver
EventException - exception hep.lcd.util.event.EventException.
EventException(String) - Constructor for class hep.lcd.util.event.EventException
EventHandler - interface hep.lcd.io.ascii.EventHandler.
EventInputStream - class hep.lcd.io.smart.EventInputStream.
EventInputStream(String, int) - Constructor for class hep.lcd.io.smart.EventInputStream
EventInputStream(String) - Constructor for class hep.lcd.io.smart.EventInputStream
EventInputStream(File) - Constructor for class hep.lcd.io.smart.EventInputStream
EventInputStream(File, int) - Constructor for class hep.lcd.io.smart.EventInputStream
EventMarker - interface hep.lcd.io.ascii.EventMarker.
EventMarker - class hep.lcd.io.sio.lcd.handler.block.EventMarker.
EventMarker() - Constructor for class hep.lcd.io.sio.lcd.handler.block.EventMarker
EventName - Static variable in interface hep.lcd.contrib.mc.analysis.MonteCarlo
EventOutputStream - class hep.lcd.io.smart.EventOutputStream.
EventOutputStream(String, int) - Constructor for class hep.lcd.io.smart.EventOutputStream
EventOutputStream(String) - Constructor for class hep.lcd.io.smart.EventOutputStream
EventOutputStream(File) - Constructor for class hep.lcd.io.smart.EventOutputStream
EventOutputStream(File, int) - Constructor for class hep.lcd.io.smart.EventOutputStream
EventRecord - interface hep.lcd.io.sio.lcd.handler.EventRecord.
EvtHist - Static variable in class hep.lcd.recon.Reconstruction
ExtendedParticleType - interface hep.lcd.event.ExtendedParticleType.: ExtendedParticleType includes generic particles not in the PDG table
ecut - Variable in class hep.lcd.recon.cluster.analysis.ClusterProcessor
endEvent(EventHeader) - Method in class hep.lcd.io.ascii.BasicHandler
endEvent(EventHeader) - Method in interface hep.lcd.io.ascii.EventHandler
endEvent(EventHeader) - Method in class hep.lcd.io.ascii.handler.MUStripSystem
endcapTrackerR(int) - Method in class hep.lcd.contrib.recon.tracking.garfield.GarfieldTrackFinder
energy - Variable in class hep.lcd.contrib.recon.tracking.garfield.MipStub
equals(FitStatusInt) - Method in class hep.lcd.vertexing.zvtop.BasicFitStatus: Are the status words equal?
equals(FitStatusInt) - Method in interface hep.lcd.vertexing.zvtop.FitStatusInt: Are the status words equal?
equals(ZvTrack) - Method in class hep.lcd.vertexing.zvtop.ZvTrack: Check for being the same track handle.
errmatrix - Variable in class hep.lcd.recon.tracking.ReconstructedTrack
errorMatrix() - Method in class hep.lcd.vertexing.zvtop.ZvBeamSpot: get the beam spot error matrix
evtNo - Variable in class hep.lcd.contrib.recon.tracking.garfield.K0ShortFinder
evtNo - Variable in class hep.lcd.contrib.recon.tracking.garfield.KshortInfo
existCluster(LCDEvent, Particle) - Method in class hep.lcd.contrib.recon.tracking.garfield.KshortInfo
existTrack(LCDEvent, Particle) - Method in class hep.lcd.contrib.recon.tracking.garfield.KshortInfo
exitsEnd(double) - Method in class hep.lcd.recon.tracking.ReconstructedTrack
exitsEnd(double) - Method in class hep.lcd.recon.tracking.TrkExtrap
extrap - Variable in class hep.lcd.recon.tracking.ReconstructedTrack
extrap - Variable in class hep.lcd.recon.tracking.TrkCandidate
extrap - Variable in class hep.lcd.recon.tracking.TrkExtrap

F

FAILED_ON_ENTRY - Static variable in class hep.lcd.vertexing.zvtop.ZvSwimStatusWords
FIT_ERROR - Static variable in class hep.lcd.recon.tracking.fitters.klm.KLMFitError
FIT_FAILURE - Static variable in class hep.lcd.vertexing.zvtop.ZvTopStatus
FLIPPED - Static variable in class hep.lcd.mc.fast.tracking.DocaTrackParameters
FLIPPED - Static variable in class hep.lcd.mc.fast.tracking.ReconTrack
FastCal - class hep.lcd.mc.fast.cluster.saurav.FastCal.: An implementation for Fast Monte Carlo LCD Calorimetry.
FastCal(boolean) - Constructor for class hep.lcd.mc.fast.cluster.saurav.FastCal: Create a FastCal simulator
Field_Strength - class hep.lcd.geometry.component.Field_Strength.
Field_Strength(Detector, LineNumberReader) - Constructor for class hep.lcd.geometry.component.Field_Strength
Finder - Variable in class hep.lcd.recon.tracking.AbsTrackFinder
FirstEvent - Static variable in class hep.lcd.recon.Reconstruction
FirstEvent - Static variable in class hep.lcd.recon.tracking.CombinedReco
FirstEvent - Static variable in class hep.lcd.recon.tracking.TrackReco
FirstEvent - Static variable in class hep.lcd.recon.tracking.TrackRecoTPC
FitStatus - interface hep.lcd.event.FitStatus.: Status of a fit
FitStatusInt - interface hep.lcd.vertexing.zvtop.FitStatusInt.: FitStatusInt -- fit status interface
FitTracks - class hep.lcd.recon.tracking.FitTracks.: Fit tracks.
FitTracks(Tracker, VertexDetector) - Constructor for class hep.lcd.recon.tracking.FitTracks
FitTracks(Tracker, VertexDetector, TrkFitter) - Constructor for class hep.lcd.recon.tracking.FitTracks
Fitted - Variable in class hep.lcd.recon.tracking.ReconstructedTrack
FoundTrack - class hep.lcd.recon.tracking.ftf.FoundTrack.
FoundTrack() - Constructor for class hep.lcd.recon.tracking.ftf.FoundTrack
FoundTrack(int, Hit3D[]) - Constructor for class hep.lcd.recon.tracking.ftf.FoundTrack
FoundTrack(int, Hit3D[], double[], double) - Constructor for class hep.lcd.recon.tracking.ftf.FoundTrack
FtfTrackFinder - class hep.lcd.recon.tracking.ftf.FtfTrackFinder.
FtfTrackFinder() - Constructor for class hep.lcd.recon.tracking.ftf.FtfTrackFinder
FtfTrackFinder(boolean) - Constructor for class hep.lcd.recon.tracking.ftf.FtfTrackFinder
fastChi2Fit(int) - Method in class hep.lcd.contrib.recon.tracking.garfield.GarfieldTrack
fillErrorMatrix(double[][]) - Method in class hep.lcd.mc.fast.tracking.DocaTrackParameters
filterFor(String) - Method in class hep.lcd.vertexing.zvtop.ZvVertexList: Extract list of vertices of a certain ZvV0Type.
filterFor(ZvV0Type) - Method in class hep.lcd.vertexing.zvtop.ZvVertexList: Extract list of vertices of a certain ZvV0Type.
finalTracks() - Method in class hep.lcd.vertexing.zvtop.ZvTopVertexer: resulting final list of tracks with proper vertex associations
finalTracks() - Method in class hep.lcd.vertexing.zvtop.ZvgKinVtxFinder: resulting final list of tracks with proper vertex associations
finalVertices() - Method in class hep.lcd.vertexing.zvtop.ZvTopVertexer: resulting final list of vertices with proper track associations
finalVertices() - Method in class hep.lcd.vertexing.zvtop.ZvgKinVtxFinder: resulting final list of vertices with proper track associations
findClosestInErrorV0sMcVertex(Vertex) - Method in class hep.lcd.vertexing.mc.McVertexer: Returns the nearest (measured in errors) V0 McVertex to the input found vertex.
findClosestInErrorsMcVertex(double[], double[][]) - Method in class hep.lcd.vertexing.mc.McVertexer: Find the McVertex with the shortest distance (measured in Errors) to the input position.
findClosestInErrorsMcVertex(Vertex) - Method in class hep.lcd.vertexing.mc.McVertexer: Returns the nearest (measured in errors) McVertex to the input found vertex.
findClosestInErrorsV0McVertex(double[], double[][]) - Method in class hep.lcd.vertexing.mc.McVertexer: Find the V0 McVertex with the shortest distance (measured in Errors) to the input position.
findClosestMcVertex(double[]) - Method in class hep.lcd.vertexing.mc.McVertexer: Get the McVertex closest to the input position.
findClosestV0McVertex(double[]) - Method in class hep.lcd.vertexing.mc.McVertexer: Get the V0 McVertex closest to the input position.
findComponent() - Method in class hep.lcd.geometry.AbstractCalorimeterCell
findComponent() - Method in class hep.lcd.geometry.CalorimeterCellNewTag
findComponent() - Method in class hep.lcd.geometry.CalorimeterCellOldTag
findComponent() - Method in class hep.lcd.geometry.np.NPCalorimeterCell
findFinalParticles(LCDEvent) - Method in class hep.lcd.contrib.mc.analysis.BaseMonteCarlo
findFinalParticles(LCDEvent) - Method in interface hep.lcd.contrib.mc.analysis.MonteCarlo
findFirstBit(int) - Static method in class hep.lcd.geometry.AbstractCalorimeterCell
findGhostTrack() - Method in class hep.lcd.vertexing.zvtop.ZvgGhostTrackFinder: Do the actual ghost track finding.
findGhostTrack() - Method in class hep.lcd.vertexing.zvtop.ZvgGhostTrackFinder2: Do the actual ghost track finding.
findMcV0Vertices(Vertex, int) - Method in class hep.lcd.vertexing.mc.McVertexer: Find the MC V0 vertices matching the given vertex by MC truth particles.
findMcVertices(Vertex, int) - Method in class hep.lcd.vertexing.mc.McVertexer: Find the weak MC vertices matching the given vertex by MC truth particles.
findSegment(LCDEvent, TrkParams) - Method in class hep.lcd.recon.muon.BarrelCalSegmentFinder
findSegment(LCDEvent, TrkParams) - Method in class hep.lcd.recon.muon.MuonCalSegmentFinder
findSegment(LCDEvent, TrkParams) - Method in class hep.lcd.recon.muon.SegmentFinder: Forms a muon segment by looking for calorimeter hits that match cells which the track passes through
findSystem(double, double) - Method in class hep.lcd.geometry.AbstractCalorimeterCell
findSystem(double, double) - Method in interface hep.lcd.geometry.CalorimeterCell: Return the Calorimeter at this location
findSystem(double, double) - Method in class hep.lcd.geometry.CalorimeterCellNewTag
findSystem(double, double) - Method in class hep.lcd.geometry.np.ComboCalorimeterCell
findTowerIDfromCartesian(double, double, double) - Method in class hep.lcd.geometry.AbstractCalorimeterCell
findTowerIDfromCartesian(double, double, double) - Method in interface hep.lcd.geometry.CalorimeterCell: Return the cell ID at these coordinates
findTowerIDfromCartesian(double, double, double) - Method in class hep.lcd.geometry.CalorimeterCellNewTag
findTowerIDfromCartesian(double, double, double) - Method in class hep.lcd.geometry.np.ComboCalorimeterCell
findTowerIDfromCylindrical(double, double, double) - Method in class hep.lcd.geometry.AbstractCalorimeterCell
findTowerIDfromCylindrical(double, double, double) - Method in interface hep.lcd.geometry.CalorimeterCell: Return the cell ID at these coordinates
findTowerIDfromCylindrical(double, double, double) - Method in class hep.lcd.geometry.CalorimeterCellNewTag
findTowerIDfromCylindrical(double, double, double) - Method in class hep.lcd.geometry.np.ComboCalorimeterCell
findTowerIDfromSpherical(double, double, double) - Method in class hep.lcd.geometry.AbstractCalorimeterCell
findTowerIDfromSpherical(double, double, double) - Method in interface hep.lcd.geometry.CalorimeterCell: Return the cell ID at these coordinates
findTowerIDfromSpherical(double, double, double) - Method in class hep.lcd.geometry.CalorimeterCellNewTag
findTowerIDfromSpherical(double, double, double) - Method in class hep.lcd.geometry.np.ComboCalorimeterCell
findTracks(int, int, int) - Method in class hep.lcd.recon.tracking.AbsTrackFinder
findTracks(int, int, int) - Method in interface hep.lcd.recon.tracking.TrackFinder: Find tracks.
findTracks(int, int, int) - Method in class hep.lcd.recon.tracking.combined.COMBPat2
findTracks(Hit3D[]) - Method in class hep.lcd.recon.tracking.ftf.FtfTrackFinder
findTracks(int, int, int) - Method in class hep.lcd.recon.tracking.tpc.TPCPat2
findTracks(int, int, double[], double[], double[], boolean[], int, int[], int[]) - Method in class hep.lcd.recon.tracking.tpc.TPCPat2
findType() - Method in class hep.lcd.recon.tracking.BaseSpecifications
findVertices() - Method in class hep.lcd.vertexing.zvtop.ZvTopVertexer: find vertices
-- main method
findVertices() - Method in class hep.lcd.vertexing.zvtop.ZvgKinVtxFinder: Find vertices.
finder - Variable in class hep.lcd.recon.tracking.AbsTracker
finder - Variable in class hep.lcd.recon.tracking.TrkMCTruth
finishEvent() - Method in interface hep.lcd.recon.tracking.VertexDetector
finishEvent() - Method in class hep.lcd.recon.tracking.ccd.CCDReco
firstCMat() - Method in class hep.lcd.vertexing.zvtop.ZvgCMatList
firstCalcChiSq - Static variable in class hep.lcd.recon.tracking.TrkCandidate
firstFailBW - Static variable in class hep.lcd.recon.tracking.TrkCandidate
firstRecalTrk - Static variable in class hep.lcd.recon.tracking.TrkCandidate
firstTrack() - Method in class hep.lcd.vertexing.zvtop.ZvTrackList
firstTrkCand - Static variable in class hep.lcd.recon.tracking.TrkCandidate
firstTube() - Method in class hep.lcd.vertexing.zvtop.ZvProbTubeList
firstVertex() - Method in class hep.lcd.vertexing.zvtop.ZvVertexList
fit(int, VertexDetector, Tracker) - Method in interface hep.lcd.recon.tracking.TrkFitter: Fit tracks.
fit(int) - Method in interface hep.lcd.recon.tracking.TrkFitter
fit(int, VertexDetector, Tracker) - Method in class hep.lcd.recon.tracking.fitters.klm.KLMFitTrack
fit(int) - Method in class hep.lcd.recon.tracking.fitters.klm.KLMFitTrack
fit(int, VertexDetector, Tracker) - Method in class hep.lcd.recon.tracking.fitters.sld.SLDFitTrack
fit(int) - Method in class hep.lcd.recon.tracking.fitters.sld.SLDFitTrack
fitSuccess() - Method in interface hep.lcd.event.Track: Returns true if the track has been successfully fitted
fitSuccess() - Method in class hep.lcd.mc.fast.tracking.ReconTrack: This method is not yet implemented.
fitSuccess(int) - Method in class hep.lcd.recon.tracking.AbsTrackFinder
fitSuccess(int) - Method in class hep.lcd.recon.tracking.AbsTracker
fitSuccess() - Method in class hep.lcd.recon.tracking.ReconstructedTrack
fitSuccess(int) - Method in interface hep.lcd.recon.tracking.TrackFinder
fitSuccess(int) - Method in interface hep.lcd.recon.tracking.Tracker
fitSuccess() - Method in interface hep.lcd.recon.tracking.TrkFitter
fitSuccess() - Method in class hep.lcd.recon.tracking.fitters.klm.KLMFitTrack
fitSuccess() - Method in class hep.lcd.recon.tracking.fitters.sld.SLDFitTrack
fitSuccess() - Method in class hep.lcd.recon.tracking.ftf.FoundTrack
fitSuccess() - Method in class hep.lcd.vertexing.zvtop.ZvTrack: fitSuccess() is always true for MC tracks
fitTrack(double, double, KLMTrackParam) - Static method in class hep.lcd.recon.tracking.fitters.klm.AbsKLMTrackFitter: Do the fit
fitTwoTracksToVertexXY(double[], GarfieldTrack, GarfieldTrack) - Method in class hep.lcd.contrib.recon.tracking.garfield.SimpleConstrainedFit: Constrains two tracks, t1,t2, in z to a common vertex.
fitsuccess - Variable in class hep.lcd.recon.tracking.AbsTrackFinder
fitter - Variable in class hep.lcd.recon.tracking.AbsTrackFinder
fitter - Variable in class hep.lcd.recon.tracking.AbsTracker
fitter() - Method in interface hep.lcd.vertexing.zvtop.TwoTrackMatcher: get a handle to the fitter used
fitter() - Method in class hep.lcd.vertexing.zvtop.ZvSimpleTwoTrackMatcher: get a handle to the fitter used
fitter() - Method in class hep.lcd.vertexing.zvtop.ZvTwoTrackMatcher: get a handle to the fitter used
flt1() - Method in class hep.lcd.vertexing.zvtop.ZvTwoTrajPoca: flight length for trajectory 1
flt2() - Method in class hep.lcd.vertexing.zvtop.ZvTwoTrajPoca: flight length for trajectory 2
folder - Variable in class hep.lcd.contrib.recon.tracking.garfield.K0ShortFinder
forceChi2ZeroCalc() - Method in class hep.lcd.vertexing.zvtop.ZvgChi2Calculator: Force a chi2Zero calculation now.
forceChi2ZeroCalc() - Method in class hep.lcd.vertexing.zvtop.ZvgChi2Calculator2: Force a chi2Zero calculation now.
forward() - Method in class hep.lcd.vertexing.zvtop.ZvSwimStatus: successfully swum forward?
frmcps - Variable in class hep.lcd.recon.tracking.ReconstructedTrack
fullChi2Fit(double, int) - Method in class hep.lcd.contrib.recon.tracking.garfield.GarfieldTrack

G

GAMMA - Static variable in class hep.lcd.vertexing.zvtop.ZvV0Type: Type GAMMA.
GAMMA_TYPE - Static variable in class hep.lcd.vertexing.mc.McVertexType
GarfieldDriver - class hep.lcd.contrib.recon.tracking.garfield.GarfieldDriver.: Driver for GarfieldTrackFinder - calorimeter assisted tracking with SiD detector
GarfieldDriver() - Constructor for class hep.lcd.contrib.recon.tracking.garfield.GarfieldDriver
GarfieldDriver(boolean) - Constructor for class hep.lcd.contrib.recon.tracking.garfield.GarfieldDriver
GarfieldDriver(String, int, boolean) - Constructor for class hep.lcd.contrib.recon.tracking.garfield.GarfieldDriver
GarfieldHelix - class hep.lcd.contrib.recon.tracking.garfield.GarfieldHelix.: simple helix format for general hits, either 2D or 3D used within the Garfield track finding package for calorimeter assisted tracking with the SiD.
GarfieldHelix() - Constructor for class hep.lcd.contrib.recon.tracking.garfield.GarfieldHelix: empty constructor
GarfieldHelix(double[], double[], double) - Constructor for class hep.lcd.contrib.recon.tracking.garfield.GarfieldHelix
GarfieldHit - class hep.lcd.contrib.recon.tracking.garfield.GarfieldHit.: simple data format for general hits, either 2D or 3D used within the Garfield track finding package for calorimeter assisted tracking with the SiD
GarfieldTrack - class hep.lcd.contrib.recon.tracking.garfield.GarfieldTrack.: simple track format for linear collider detector.
GarfieldTrackFinder - class hep.lcd.contrib.recon.tracking.garfield.GarfieldTrackFinder.: Calorimeter-assisted tracking algorithm for the SiD.
GarfieldTrackFinder(String, int) - Constructor for class hep.lcd.contrib.recon.tracking.garfield.GarfieldTrackFinder
GarfieldTrackFinder(String, int, int) - Constructor for class hep.lcd.contrib.recon.tracking.garfield.GarfieldTrackFinder
GaussianBoxFunction - class hep.lcd.contrib.util.functions.GaussianBoxFunction.: Fits to a square box distribution convoluted with a Gaussian resolution function.
GaussianBoxFunction(double, double, double, double) - Constructor for class hep.lcd.contrib.util.functions.GaussianBoxFunction: Public constructor called by jas.swingstudio.
GaussianBoxRandom - class hep.lcd.contrib.util.functions.GaussianBoxRandom.: GaussianBoxRandom generates random numbers from a box distribution convoluted with a Gaussian.
GaussianBoxRandom(double, double, double) - Constructor for class hep.lcd.contrib.util.functions.GaussianBoxRandom: Constructor which assumes a zero constant term.
GaussianBoxRandom(double, double, double, double) - Constructor for class hep.lcd.contrib.util.functions.GaussianBoxRandom: Constructor which uses all four parameters.
GaussianBoxRandom(double, double, double, double, long) - Constructor for class hep.lcd.contrib.util.functions.GaussianBoxRandom: Full form of the constructor which allows the seed to specified as well.
GetValidOrigin() - Method in interface hep.lcd.event.ReconstructedParticle
GetValidOrigin() - Method in class hep.lcd.recon.particle.BasicReconstructedParticle
GluonID - Static variable in interface hep.lcd.contrib.mc.analysis.MonteCarlo
GoodChi2 - Variable in class hep.lcd.recon.tracking.fitters.klm.KLMFitTrack
GoodChi2 - Variable in class hep.lcd.recon.tracking.fitters.sld.SLDFitTrack
gdmcfr - Variable in class hep.lcd.recon.tracking.TrkCandidate
gdmcfr_tk - Variable in class hep.lcd.recon.tracking.AbsTrackFinder
get(int) - Method in class hep.lcd.contrib.physics.PythiaParticlePropertyProvider: Get the properties for a particular particle.
get(String) - Method in class hep.lcd.geometry.Detector
get(String) - Method in class hep.lcd.io.sio.lcd.handler.LCDGeant4Event
get(Object) - Method in class hep.lcd.io.smart.SmartHashtable
get(int) - Method in class hep.lcd.recon.tracking.TrkHotList
get(int) - Method in class hep.lcd.util.collections.CalorimeterHitMap: Find an entry in the table.
get(int) - Method in class hep.lcd.util.collections.MuonStripHitMap: Find an entry in the table.
get(String) - Method in class hep.lcd.util.event.AbstractLCDEvent
get(String) - Method in class hep.lcd.util.event.LCDHepEvent
get(String) - Method in class hep.lcd.util.event.merge.MergedEvent
get2dImpact() - Method in class hep.lcd.vertexing.zvtop.ZvTrack: get the 2d impact parameter
get2dImpact() - Method in class hep.lcd.vertexing.zvtop.ZvVertex: Get the 2d vertex 'impact parameter'.
get3dImpact() - Method in class hep.lcd.vertexing.zvtop.ZvTrack: get the 3d impact parameter
get3dImpact() - Method in class hep.lcd.vertexing.zvtop.ZvVertex: Get the 3d vertex 'impact parameter'.
getActive() - Method in class hep.lcd.recon.tracking.TrackPathMaterials
getActive() - Method in class hep.lcd.recon.tracking.fitters.sld.WeightMatrix
getAlpha() - Method in class hep.lcd.vertexing.zvtop.ZvLeap: get turning angle
getAlphaDis() - Method in class hep.lcd.vertexing.zvtop.ZvVertex: get angular displacement of vertex
returns value of last calculation with last reference point!
getAlphaDis(double[]) - Method in class hep.lcd.vertexing.zvtop.ZvVertex: get angular displacement of vertex
usually calculated with respect to beam spot
getAngleBaseDir() - Method in class hep.lcd.contrib.recon.tracking.garfield.MipStub
getAngularCorrections() - Method in class hep.lcd.geometry.AbstractCalorimeterCell
getAngularCorrections() - Method in interface hep.lcd.geometry.CalorimeterCell: Return the EM and HAD sampling fractions of the current detector
getAngularCorrections() - Method in class hep.lcd.geometry.CalorimeterCellNewTag
getAngularCorrections() - Method in class hep.lcd.geometry.np.ComboCalorimeterCell
getArcLen() - Method in class hep.lcd.vertexing.zvtop.ZvLeap: get traveled arc length
getAssignedVertex() - Method in class hep.lcd.vertexing.zvtop.ZvTrack: get assigned vertex information
getAtR() - Method in class hep.lcd.util.step.TrackStepper
getAtZmax() - Method in class hep.lcd.util.step.TrackStepper
getAverageLayerEnergy(int, int) - Method in class hep.lcd.recon.cluster.util.AbstractCluster
getAverageLayerHits(int, int) - Method in class hep.lcd.recon.cluster.util.AbstractCluster
getAxisMomentum() - Method in class hep.lcd.vertexing.zvtop.ZvProbTubeList: get the jet axis momentum
getB2Norm() - Method in class hep.lcd.vertexing.zvtop.ZvTrack: get the normalized 2d impact parameter
getB2Norm() - Method in class hep.lcd.vertexing.zvtop.ZvVertex: Get the normalized 2d vertex 'impact parameter'.
getB3Min() - Method in class hep.lcd.vertexing.zvtop.ZvV0Finder: Get the minimum b3norm, ie 3d normalized impact parameter for K0s and Lamda0s currently set.
getB3Norm() - Method in class hep.lcd.vertexing.zvtop.ZvTrack: get the normalized 3d impact parameter
getB3Norm() - Method in class hep.lcd.vertexing.zvtop.ZvVertex: Get the normalized 3d vertex 'impact parameter'.
getBField() - Method in class hep.lcd.recon.tracking.BaseSpecifications
getBField() - Method in interface hep.lcd.recon.tracking.Specifications: Get magnetic field of tracking detector.
getBMag(double[]) - Static method in class hep.lcd.vertexing.zvtop.ZvBField: get the magnitude of B-field at xvec
getBUnitVec(double[]) - Static method in class hep.lcd.vertexing.zvtop.ZvBField: get B-field unit vector at xvec
getBVec(double[]) - Static method in class hep.lcd.vertexing.zvtop.ZvBField: get B-field vector at position xvec
getBVec() - Method in class hep.lcd.vertexing.zvtop.ZvLeap: get vector for B-field in middle
getBX(double[]) - Static method in class hep.lcd.vertexing.zvtop.ZvBField: get B-field x component at position xvec
getBY(double[]) - Static method in class hep.lcd.vertexing.zvtop.ZvBField: get B-field y component at position xvec
getBZ(double[]) - Static method in class hep.lcd.vertexing.zvtop.ZvBField: get B-field z component at position xvec
getBackwardCutoff() - Method in class hep.lcd.vertexing.zvtop.ZvProbTubeList: get the used backward cutoff for point xc along jet axis
getBackwardCutoff() - Method in class hep.lcd.vertexing.zvtop.ZvTopParam: get the backward cutoff for the tube list
getBaseError() - Method in class hep.lcd.contrib.recon.tracking.garfield.MipStub
getBeamDirection() - Method in class hep.lcd.vertexing.zvtop.Zv2dSwimmer: get the beam direction currently used
getBeamDirection() - Method in class hep.lcd.vertexing.zvtop.Zv3dSwimmer: get the beam direction currently used
getBeamDirection() - Method in class hep.lcd.vertexing.zvtop.ZvImpCalculator: Get beam direction used.
getBeamDirection() - Method in class hep.lcd.vertexing.zvtop.ZvSwimmer: get the beam direction currently used
getBeamSpot() - Method in class hep.lcd.vertexing.zvtop.ZvImpCalculator: Get the currently used beam spot
getBeamSpot() - Method in class hep.lcd.vertexing.zvtop.ZvV0Finder: Get the currently set beam spot.
getBfield() - Static method in class hep.lcd.vertexing.zvtop.ZvBField: get B-field z component at origin.
getBlock() - Method in interface hep.lcd.io.sio.SIORecord
getBlockLength() - Method in interface hep.lcd.io.sio.SIOBlock
getBlockName() - Method in interface hep.lcd.io.sio.SIOBlock
getBnVec() - Method in class hep.lcd.vertexing.zvtop.ZvLeap: get vector perpendicular to B-field and u-vector
getBytesLeft() - Method in interface hep.lcd.io.sio.SIOBlock
getCE() - Method in class hep.lcd.recon.cluster.util.AbstractCluster
getCERadius() - Method in class hep.lcd.recon.cluster.util.AbstractCluster
getCMatList() - Method in class hep.lcd.vertexing.zvtop.ZvgGhostTrackFinder: Get the swum list of C matrices.
getCalCorEnergy() - Method in class hep.lcd.contrib.mc.analysis.BaseMonteCarlo
getCalCorEnergy() - Method in interface hep.lcd.contrib.mc.analysis.MonteCarlo
getCalEnergy() - Method in class hep.lcd.contrib.mc.analysis.BaseMonteCarlo
getCalEnergy() - Method in interface hep.lcd.contrib.mc.analysis.MonteCarlo
getCalObservableParticles(LCDEvent) - Method in class hep.lcd.recon.cluster.analysis.ClusterProcessor
getCalorimeterCell() - Method in interface hep.lcd.event.LCDEvent: Get the CalorimeterCell object for this event.
getCalorimeterCell() - Method in class hep.lcd.util.event.AbstractLCDEvent
getCalorimeterEntry() - Method in interface hep.lcd.event.MCParticle: Point where particle entered Calorimeter
getCalorimeterEntryX() - Method in interface hep.lcd.event.MCParticle
getCalorimeterEntryY() - Method in interface hep.lcd.event.MCParticle
getCalorimeterEntryZ() - Method in interface hep.lcd.event.MCParticle
getCalorimeterHits() - Method in interface hep.lcd.event.Muon: Return a list of hadronic calorimeter hits
getCalorimeterHits() - Method in class hep.lcd.recon.muon.MuonCandidate: Return a list of hadronic calorimeter hits.
getCalorimeterMomentum() - Method in interface hep.lcd.event.MCParticle: The momentum of the particle when it entered the calorimeter
getCang() - Method in class hep.lcd.vertexing.zvtop.ZvTopParam: get the weight vertex finding probabality currently set
getCat(MCParticle) - Method in class hep.lcd.recon.cluster.analysis.ClusterProcessor
getCells() - Method in class hep.lcd.recon.cluster.radial.cl.CalClusterCollection.CalCluster
getCenter(int) - Method in class hep.lcd.contrib.recon.tracking.garfield.GarfieldHelix
getCenter() - Method in class hep.lcd.recon.tracking.HelicalSwimmer
getCenter() - Method in class hep.lcd.util.swim.Helix
getCenterofEnergy() - Method in class hep.lcd.recon.cluster.util.AbstractCluster
getChEnergy() - Method in class hep.lcd.contrib.mc.analysis.BaseMonteCarlo
getChEnergy() - Method in interface hep.lcd.contrib.mc.analysis.MonteCarlo
getCharge() - Method in interface hep.lcd.event.Track
getCharge() - Method in class hep.lcd.mc.fast.tracking.ReconTrack: Get the full charge.
getCharge() - Method in class hep.lcd.recon.tracking.ReconstructedTrack
getCharge() - Method in class hep.lcd.recon.tracking.ftf.FoundTrack
getCharge() - Method in class hep.lcd.vertexing.zvtop.ZvTrack: get the track charge (in units of e)
getChargedDaughters() - Method in class hep.lcd.vertexing.mc.McVertex
getChargedDaughters(Particle) - Method in class hep.lcd.vertexing.mc.McVertexer: Get a (Particle) List of the charged daughters emerging from the position of the parent particle decay.
getChi2() - Method in class hep.lcd.contrib.recon.tracking.garfield.GarfieldTrack
getChi2() - Method in interface hep.lcd.event.Track: Get the Chi Squared for the track fit
getChi2() - Method in interface hep.lcd.event.Vertex: get chi2 from vertex fit
getChi2() - Method in class hep.lcd.mc.fast.tracking.DocaTrackParameters: Return the chi2 from smearing.
getChi2() - Method in class hep.lcd.mc.fast.tracking.ReconTrack: Get the chi2 from smearing.
getChi2(int) - Method in class hep.lcd.recon.tracking.AbsTrackFinder
getChi2(int) - Method in class hep.lcd.recon.tracking.AbsTracker
getChi2() - Method in class hep.lcd.recon.tracking.ReconstructedTrack
getChi2(int) - Method in interface hep.lcd.recon.tracking.TrackFinder
getChi2(int) - Method in interface hep.lcd.recon.tracking.Tracker
getChi2() - Method in interface hep.lcd.recon.tracking.TrkFitter
getChi2() - Method in class hep.lcd.recon.tracking.fitters.klm.KLMFitTrack
getChi2() - Method in class hep.lcd.recon.tracking.fitters.sld.SLDFitTrack
getChi2() - Method in class hep.lcd.recon.tracking.ftf.FoundTrack
getChi2() - Method in class hep.lcd.vertexing.zvtop.ZvTrack: getChi2() (from track fit) is set to 0 for MC tracks.
getChi2() - Method in class hep.lcd.vertexing.zvtop.ZvVertex: get chi2 from vertex fit
getChi2() - Method in class hep.lcd.vertexing.zvtop.ZvgChi2Calculator: Get the Chi2 contributions per track (copy).
getChi2() - Method in class hep.lcd.vertexing.zvtop.ZvgChi2Calculator2: Get the Chi2 contributions per track (copy).
getChi2Calculator() - Method in class hep.lcd.vertexing.zvtop.ZvgGhostTrackFinder: Get a handle to the ZvChi2Calculator used.
getChi2Calculator() - Method in class hep.lcd.vertexing.zvtop.ZvgGhostTrackFinder2: Get a handle to the ZvChi2Calculator used.
getChi2Contribution() - Method in class hep.lcd.vertexing.zvtop.ZvTrack: get chi2 contribution to assigned vertex by this track
getChi2Max() - Method in class hep.lcd.vertexing.zvtop.ZvV0Finder: Get the currently set maximum chi2 for a vertex fit to be considered for V0.
getChi2TrackCut() - Method in class hep.lcd.vertexing.zvtop.ZvTopParam: get the current setting for the cut on the chi^2 contribution of a track to a vertex
getChi2Vec() - Method in class hep.lcd.vertexing.zvtop.ZvTrack: get vector with Chi2 contributions to vertices by this track
getChi2Zero() - Method in class hep.lcd.vertexing.zvtop.ZvgChi2Calculator: Get the Chi2Zero contributions per track (copy).
getChi2Zero() - Method in class hep.lcd.vertexing.zvtop.ZvgChi2Calculator2: Get the Chi2Zero contributions per track (copy).
getChiSQ() - Method in class hep.lcd.recon.tracking.fitters.klm.KLMTrackFit
getChildren() - Method in interface hep.lcd.event.IdentifiedCluster
getChildren() - Method in class hep.lcd.recon.cluster.util.ShapeIdentifiedCluster
getClosestInErrorsVertex(Enumeration) - Method in class hep.lcd.vertexing.mc.McVertex
getClosestVertex(Enumeration) - Method in class hep.lcd.vertexing.mc.McVertex
getCluster() - Method in class hep.lcd.recon.cluster.analysis.ClusterMCInformation
getClusterEnergy() - Method in class hep.lcd.recon.cluster.util.AbstractCluster
getClusterMCInfo(LCDEvent, Hashtable) - Method in class hep.lcd.recon.cluster.analysis.ClusterProcessor
getClusterMax() - Method in class hep.lcd.recon.cluster.analysis.MCParticleClusterInformation
getClusterStartDepth() - Method in interface hep.lcd.event.Cluster: Number of radiationLengths before first energy deposit > min ionizing
getClusterStartDepth() - Method in class hep.lcd.mc.fast.cluster.ronan.ReconCluster: Number of radiationLengths before first energy deposit > min ionizing
getClusterStartDepth() - Method in class hep.lcd.recon.cluster.radial.cl.CalClusterCollection.CalCluster
getClusterStartDepth() - Method in class hep.lcd.recon.cluster.util.AbstractCluster
getClusters() - Method in interface hep.lcd.event.ClusterList: Returns an enumeration of Cluster objects
getClusters() - Method in interface hep.lcd.event.IdentifiedCluster: All contibuting clusters
getClusters() - Method in class hep.lcd.recon.cluster.analysis.MCParticleClusterInformation
getClusters() - Method in class hep.lcd.recon.cluster.radial.cl.CalClusterCollection: Return vector of clusters (made by a prior call to makeClusters).
getClusters() - Method in class hep.lcd.recon.cluster.util.ShapeIdentifiedCluster
getCoilExtrap() - Method in class hep.lcd.recon.tracking.BaseSpecifications
getCoilExtrap() - Method in interface hep.lcd.recon.tracking.Specifications: Get extrapolation radius for coil.
getComponent() - Method in class hep.lcd.geometry.AbstractCalorimeterCell
getComponent() - Method in interface hep.lcd.geometry.CalorimeterCell: Get the detector component containing the current cell
getComponent(String) - Method in class hep.lcd.geometry.Detector
getComponent() - Method in class hep.lcd.geometry.np.ComboCalorimeterCell
getComponents() - Method in class hep.lcd.geometry.Detector
getContcat() - Method in class hep.lcd.recon.cluster.analysis.ClusterMCInformation
getContributedEnergy() - Method in interface hep.lcd.event.CalorimeterHit: An array of energy contributed by each MC particle
getContributedEnergy() - Method in interface hep.lcd.event.Cluster: An array of energy contributed by each MC particle
getContributedEnergy() - Method in class hep.lcd.mc.fast.cluster.ronan.ReconCluster: An array of energy contributed by each MC particle
getContributedEnergy() - Method in class hep.lcd.recon.cluster.radial.cl.CalClusterCollection.CalCluster
getContributedEnergy() - Method in class hep.lcd.recon.cluster.util.AbstractCluster
getCopy() - Method in class hep.lcd.vertexing.zvtop.ZvTrackList: get a deep copy of Tracklist
getCopy() - Method in class hep.lcd.vertexing.zvtop.ZvVertexList: get a deep copy of vertex list
getCopy() - Method in class hep.lcd.vertexing.zvtop.ZvgCMatList: get a deep copy of Cmat list
getCosBeamAxisClear() - Method in class hep.lcd.vertexing.zvtop.ZvgGTFParam: Get the currently set cosine for the beam axis clearance of the ghost track for good quality check byZvgChi2Calculator.
getCosInitGuessDev() - Method in class hep.lcd.vertexing.zvtop.ZvgGTFParam: Get the currently set cosine of the maximum angle difference to initial ghost track guess for good quality check byZvgChi2Calculator.
getCosL() - Method in class hep.lcd.util.swim.HelixSwim: report cos lambda
getCosLInv() - Method in class hep.lcd.vertexing.zvtop.ZvHelixVec: get 1/cos(lambda)
getCosPhi() - Method in class hep.lcd.recon.cluster.radial.cl.CalCellCollection.CalCell
getCosPhi() - Method in interface hep.lcd.recon.cluster.radial.cl.ClusterCell
getCosPit() - Method in class hep.lcd.vertexing.zvtop.ZvLeap: get cos of pitch angle
getCosTheta() - Method in class hep.lcd.geometry.AbstractCalorimeterCell
getCosTheta() - Method in interface hep.lcd.geometry.CalorimeterCell: Get cos(theta) of the current cell
getCosTheta(int, int, int) - Method in interface hep.lcd.geometry.SegmentedDetectorComponent
getCosTheta(int, int, int) - Method in class hep.lcd.geometry.component.Calorimeter
getCosTheta() - Method in class hep.lcd.geometry.np.ComboCalorimeterCell
getCosTheta() - Method in class hep.lcd.mc.fast.tracking.DocaTrackParameters: get cos(theta) at DOCA.
getCosTheta() - Method in class hep.lcd.mc.fast.tracking.ReconTrack: Get cos(theta) at DOCA.
getCurrentDetector() - Method in interface hep.lcd.event.LCDEvent: Get the detector geometry for this event.
getCurrentDetector() - Method in class hep.lcd.util.event.AbstractLCDEvent
getD0() - Method in class hep.lcd.mc.fast.tracking.DocaTrackParameters
getD0() - Method in interface hep.lcd.mc.fast.tracking.TrackParameters
getDEdx() - Method in interface hep.lcd.event.TrackerHit: returns dE/dx energy deposition
getDK0sMass() - Method in class hep.lcd.vertexing.zvtop.ZvV0Finder: Get the currently set mass deviation for K0s.
getDLambdaMass() - Method in class hep.lcd.vertexing.zvtop.ZvV0Finder: Get the currently set mass deviation for Lambdas.
getDTOF(double) - Method in class hep.lcd.util.step.TrackStepper
getDTrkMax() - Method in class hep.lcd.vertexing.zvtop.ZvgGTFParam: Get the currently set maximum distance along track to be swum in ZvgGhostTrackFinder.
getDTrkMin() - Method in class hep.lcd.vertexing.zvtop.ZvgGTFParam: Get the currently set minimum distance along track to be swum in ZvgGhostTrackFinder.
getData() - Method in interface hep.lcd.io.sio.SIOBlock
getDataSets() - Method in class hep.lcd.io.jas.MultiFileServer
getDataSets() - Method in class hep.lcd.io.jas.sio.MultiFileServer
getDate() - Method in class hep.lcd.io.Dataset
getDaughters() - Method in class hep.lcd.vertexing.mc.IpFakeParticle
getDeDx(int) - Method in class hep.lcd.recon.tracking.TrackPathMaterials
getDeDx(String) - Method in class hep.lcd.util.material.DeDx: Return energy loss (in GeV) of minimum ionizing particle in 1 cm of given material
getDebugLevel() - Method in class hep.lcd.util.driver.AbstractProcessor: Get the level of debug output requested
getDebugLevel() - Method in class hep.lcd.util.driver.Driver
getDebugLevel() - Method in interface hep.lcd.util.driver.ProcessorContext: Get the level of debug output requested
getDebugStream() - Method in class hep.lcd.util.driver.AbstractProcessor: Get the stream to which debug output should be written
getDebugStream() - Method in interface hep.lcd.util.driver.ProcessorContext: Get the stream to which debug output should be written
getDecayName() - Method in class hep.lcd.contrib.mc.analysis.BaseMonteCarlo
getDecayName() - Method in interface hep.lcd.contrib.mc.analysis.MonteCarlo
getDecayParticles() - Method in class hep.lcd.vertexing.mc.McVertexer: Get a (Particle) List of the decaying particles producing MC vertices.
getDecayType() - Method in class hep.lcd.contrib.mc.analysis.BaseMonteCarlo
getDecayType() - Method in interface hep.lcd.contrib.mc.analysis.MonteCarlo
getDelPosition() - Method in class hep.lcd.vertexing.zvtop.ZvLeap: get delta for position
getDeltaDirection(double) - Method in interface hep.lcd.vertexing.zvtop.TrajectoryInt: return delta of direction (normalized momentum) at position incremented by flt along track helix (2nd derivative of position vector)
getDeltaDirection(double) - Method in class hep.lcd.vertexing.zvtop.ZvFltGhostTrack: return delta of direction (normalized momentum) at position incremented by flt along track helix (2nd derivative of position vector)
getDeltaDirection(double) - Method in class hep.lcd.vertexing.zvtop.ZvFltTrack: return delta of direction (normalized momentum) at position incremented by flt along track helix (2nd derivative of position vector)
getDetector() - Method in interface hep.lcd.geometry.DetectorComponent
getDetector() - Method in class hep.lcd.geometry.component.CylindricalDetector
getDetector() - Method in class hep.lcd.geometry.component.MultiLayerBarrelDetector
getDetector() - Method in class hep.lcd.geometry.component.MultiLayerEndCapDetector
getDetector() - Method in interface hep.lcd.io.sio.lcd.handler.DetectorRecord
getDetector() - Method in class hep.lcd.io.sio.lcd.handler.record.LCD_Gismo_Detector
getDetector() - Method in class hep.lcd.io.sio.lcd.handler.record.LCD_LCDG4_Detector
getDetectorType() - Method in class hep.lcd.recon.tracking.BaseSpecifications
getDetectorType() - Method in interface hep.lcd.recon.tracking.Specifications: Get detector type as integer Large = 1, Small = 2
getDirXYError() - Method in class hep.lcd.contrib.recon.tracking.garfield.MipStub
getDirZError() - Method in class hep.lcd.contrib.recon.tracking.garfield.MipStub
getDirection(double) - Method in interface hep.lcd.vertexing.zvtop.TrajectoryInt: return direction (normalized momentum) at position incremented by flt along track helix
getDirection(double) - Method in class hep.lcd.vertexing.zvtop.ZvFltGhostTrack: return direction (normalized momentum) at position incremented by flt along track helix
getDirection(double) - Method in class hep.lcd.vertexing.zvtop.ZvFltTrack: return direction (normalized momentum) at position incremented by flt along track helix
getDirection() - Method in class hep.lcd.vertexing.zvtop.ZvGhostTrack: Direction unit vector
getDirection() - Method in class hep.lcd.vertexing.zvtop.ZvTrack: Direction unit vector
getDirectionCosines() - Method in interface hep.lcd.event.IdentifiedCluster
getDirectionCosines() - Method in class hep.lcd.recon.cluster.util.ShapeIdentifiedCluster
getDirectionErrors() - Method in interface hep.lcd.event.IdentifiedCluster
getDirectionErrors() - Method in class hep.lcd.recon.cluster.util.ShapeIdentifiedCluster
getDist() - Method in class hep.lcd.vertexing.zvtop.Zv2dSwimmer: get the distance of closest approach
getDist() - Method in class hep.lcd.vertexing.zvtop.Zv3dSwimmer: get the distance of closest approach
getDist() - Method in class hep.lcd.vertexing.zvtop.ZvLineDoca: get the DOCA distance
getDist() - Method in class hep.lcd.vertexing.zvtop.ZvSwimmer: get the distance of closest approach
getDistOnTracks() - Method in class hep.lcd.vertexing.zvtop.ZvgChi2Calculator: Get the distance along (original) track to point of closest approach with ghost (copy).
getDistOnTracks() - Method in class hep.lcd.vertexing.zvtop.ZvgChi2Calculator2: Get the distance along (original) track to point of closest approach with ghost (copy).
getDistTo0stError(double, double, int) - Method in interface hep.lcd.vertexing.zvtop.TrajectoryInt: Estimate for allowed error in flt to 0st order for an anticipated precision at position incremented by flt along track helix
(0st order term in flt of Taylor expansion)
getDistTo0stError(double, double, int) - Method in class hep.lcd.vertexing.zvtop.ZvFltGhostTrack: Estimate for allowed error in flt to 0st order for an anticipated precision at position incremented by flt along track helix
(0st order term in flt of Taylor expansion)
getDistTo0stError(double, double, int) - Method in class hep.lcd.vertexing.zvtop.ZvFltTrack: Estimate for allowed error in flt to 0st order for an anticipated precision at position incremented by flt along track helix
(0st order term in flt of Taylor expansion)
getDistTo1stError(double, double, int) - Method in interface hep.lcd.vertexing.zvtop.TrajectoryInt: Estimate for allowed error in flt to 1st order for an anticipated precision at position incremented by flt along track helix
(1st order term in flt of Taylor expansion)
getDistTo1stError(double, double, int) - Method in class hep.lcd.vertexing.zvtop.ZvFltGhostTrack: Estimate for allowed error in flt to 1st order for an anticipated precision at position incremented by flt along track helix
(1st order term in flt of Taylor expansion)
getDistTo1stError(double, double, int) - Method in class hep.lcd.vertexing.zvtop.ZvFltTrack: Estimate for allowed error in flt to 1st order for an anticipated precision at position incremented by flt along track helix
(1st order term in flt of Taylor expansion)
getDistTo2ndError(double, double, int) - Method in interface hep.lcd.vertexing.zvtop.TrajectoryInt: Estimate for allowed error in flt to 2nd order for an anticipated precision at position incremented by flt along track helix
(2nd order term in flt of Taylor expansion)
getDistTo2ndError(double, double, int) - Method in class hep.lcd.vertexing.zvtop.ZvFltGhostTrack: Estimate for allowed error in flt to 2nd order for an anticipated precision at position incremented by flt along track helix
(2nd order term in flt of Taylor expansion)
getDistTo2ndError(double, double, int) - Method in class hep.lcd.vertexing.zvtop.ZvFltTrack: Estimate for allowed error in flt to 2nd order for an anticipated precision at position incremented by flt along track helix
(2nd order term in flt of Taylor expansion)
getDistVec() - Method in class hep.lcd.vertexing.zvtop.Zv2dSwimmer: get the vector of the distance of closest approach
(x_tar - x_track)
getDistVec() - Method in class hep.lcd.vertexing.zvtop.Zv3dSwimmer: get the vector of the distance of closest approach
(x_tar - x_track)
getDistVec() - Method in class hep.lcd.vertexing.zvtop.ZvLineDoca: Get the DOCA distance vector.
getDistVec() - Method in class hep.lcd.vertexing.zvtop.ZvSwimmer: get the vector of the distance of closest approach
(x_ref - x_track)
getDoca() - Method in class hep.lcd.mc.fast.tracking.DocaTrackParameters: Get coordinates of DOCA.
getDoca() - Method in class hep.lcd.mc.fast.tracking.ReconTrack: Get DOCA (2-dim) of smeared track.
getDoca() - Method in class hep.lcd.vertexing.zvtop.ZvTwoTrajPoca: distance of closest approach
getDocaLine1() - Method in class hep.lcd.vertexing.zvtop.ZvLineDoca: get the DOCA point on line 1
getDocaLine2() - Method in class hep.lcd.vertexing.zvtop.ZvLineDoca: get the DOCA point on line 2
getDocaMomentum(double[]) - Method in class hep.lcd.mc.fast.tracking.DocaTrackParameters
getDocaMomentum(double[]) - Method in class hep.lcd.mc.fast.tracking.ReconTrack
getDocaMomentum() - Method in class hep.lcd.mc.fast.tracking.ReconTrack: Get momentum at DOCA (2-dim) of smeared track.
getDocaMomentumVec(Hep3Vector) - Method in class hep.lcd.mc.fast.tracking.DocaTrackParameters: Calculate and get Doca momentum on track with respect to any space point.
getDocaMomentumVec(double[]) - Method in class hep.lcd.mc.fast.tracking.DocaTrackParameters
getDocaMomentumVec(Hep3Vector) - Method in class hep.lcd.mc.fast.tracking.ReconTrack
getDocaMomentumVec(double[]) - Method in class hep.lcd.mc.fast.tracking.ReconTrack
getDocaMomentumX() - Method in class hep.lcd.mc.fast.tracking.ReconTrack: Get x coordinate of momentum of the smeared track at DOCA.
getDocaMomentumY() - Method in class hep.lcd.mc.fast.tracking.ReconTrack: Get y coordinate of momentum of the smeared track at DOCA.
getDocaMomentumZ() - Method in class hep.lcd.mc.fast.tracking.ReconTrack: Get z coordinate of momentum of the smeared track at DOCA.
getDocaPosition(double[]) - Method in class hep.lcd.mc.fast.tracking.DocaTrackParameters
getDocaPosition(double[]) - Method in class hep.lcd.mc.fast.tracking.ReconTrack
getDocaPositionVec(Hep3Vector) - Method in class hep.lcd.mc.fast.tracking.DocaTrackParameters: Calculate and get Doca position on track with respect to any space point.
getDocaPositionVec(double[]) - Method in class hep.lcd.mc.fast.tracking.DocaTrackParameters
getDocaPositionVec(Hep3Vector) - Method in class hep.lcd.mc.fast.tracking.ReconTrack: Calculate and get Doca position on the smeared track with respect to any space point.
getDocaPositionVec(double[]) - Method in class hep.lcd.mc.fast.tracking.ReconTrack
getDocaPt() - Method in class hep.lcd.mc.fast.tracking.ReconTrack: Get transverse momentum of the smeared track at DOCA.
getDocaTransversePathLength(Hep3Vector) - Method in class hep.lcd.mc.fast.tracking.DocaTrackParameters: Calculate and get path length on track for a doca to any space point in respect to the track defining doca (with respect to the origin).
getDocaTransversePathLength(double[]) - Method in class hep.lcd.mc.fast.tracking.DocaTrackParameters
getDocaTransversePathLength(Hep3Vector) - Method in class hep.lcd.mc.fast.tracking.ReconTrack: Calculate and get path length on the smeared track for a doca to any space point in respect to the track defining doca (with respect to the origin).
getDocaTransversePathLength(double[]) - Method in class hep.lcd.mc.fast.tracking.ReconTrack
getDocaVec() - Method in class hep.lcd.mc.fast.tracking.DocaTrackParameters: Get coordinates of DOCA.
getDocaX() - Method in class hep.lcd.mc.fast.tracking.DocaTrackParameters
getDocaX() - Method in class hep.lcd.mc.fast.tracking.ReconTrack: Get x coordinate of DOCA of smeared track.
getDocaY() - Method in class hep.lcd.mc.fast.tracking.DocaTrackParameters
getDocaY() - Method in class hep.lcd.mc.fast.tracking.ReconTrack: Get y coordinate of DOCA of smeared track.
getDocaZ() - Method in class hep.lcd.mc.fast.tracking.DocaTrackParameters
getDocaZ() - Method in class hep.lcd.mc.fast.tracking.ReconTrack: Get z coordinate of DOCA of smeared track.
getDouble(String) - Method in interface hep.lcd.geometry.PropertySet
getDouble(String, double) - Method in interface hep.lcd.geometry.PropertySet
getDouble(String) - Method in class hep.lcd.geometry.PropertyTable
getDouble(String, double) - Method in class hep.lcd.geometry.PropertyTable
getECalCorEnergy() - Method in class hep.lcd.contrib.mc.analysis.BaseMonteCarlo
getECalCorEnergy() - Method in interface hep.lcd.contrib.mc.analysis.MonteCarlo
getECalEnergy() - Method in class hep.lcd.contrib.mc.analysis.BaseMonteCarlo
getECalEnergy() - Method in interface hep.lcd.contrib.mc.analysis.MonteCarlo
getEEM() - Method in class hep.lcd.recon.cluster.util.AbstractCluster
getEHAD() - Method in class hep.lcd.recon.cluster.util.AbstractCluster
getEMAlignmentError() - Method in class hep.lcd.mc.fast.cluster.ronan.ClusterResolutionTables
getEMCalExtrap() - Method in class hep.lcd.recon.tracking.BaseSpecifications
getEMCalExtrap() - Method in interface hep.lcd.recon.tracking.Specifications: Get extrapolation radius for central EM calorimeter.
getEMCalorimeterHits() - Method in interface hep.lcd.event.LCDEvent
getEMCalorimeterHits() - Method in class hep.lcd.util.event.AbstractLCDEvent
getEMClusterRejects() - Method in class hep.lcd.recon.cluster.radial.RadialClusterBuilder: Return list of EM cluster rejects which did not make the EMNucleusEnergy cut.
getEMClusterRejects(double) - Method in class hep.lcd.recon.cluster.radial.RadialClusterBuilder: Return list of EM cluster rejects as the parameter cut value.
getEMClusters() - Method in interface hep.lcd.event.LCDEvent
getEMClusters() - Method in class hep.lcd.recon.cluster.radial.RadialClusterBuilder: Returns the list of EM clusters satisfying the nucleus energy cut as configured.
getEMClusters(double) - Method in class hep.lcd.recon.cluster.radial.RadialClusterBuilder: Returns the list of EM clusters satisfying the specified nucleus energy cut.
getEMClusters() - Method in class hep.lcd.util.event.AbstractLCDEvent
getEMConstantTerm() - Method in class hep.lcd.mc.fast.cluster.ronan.ClusterResolutionTables
getEMEndExtrap() - Method in class hep.lcd.recon.tracking.BaseSpecifications
getEMEndExtrap() - Method in interface hep.lcd.recon.tracking.Specifications: Get extrapolation plane for endcap EM calorimeter.
getEMIgnoreEnergy() - Method in class hep.lcd.recon.cluster.radial.RadialClusterBuilder
getEMPositionError() - Method in class hep.lcd.mc.fast.cluster.ronan.ClusterResolutionTables
getEMResolution() - Method in class hep.lcd.mc.fast.cluster.ronan.ClusterResolutionTables
getEMThreshold() - Method in class hep.lcd.recon.cluster.simple.SimpleClusterBuilder
getEMmin() - Method in class hep.lcd.mc.fast.cluster.ronan.ClusterResolutionTables
getEcont() - Method in class hep.lcd.recon.cluster.analysis.MCParticleClusterInformation
getEigenvectors() - Method in class hep.lcd.recon.cluster.util.AbstractCluster
getEmax() - Method in class hep.lcd.recon.cluster.analysis.MCParticleClusterInformation
getEmeasured() - Method in class hep.lcd.recon.cluster.analysis.MCParticleClusterInformation
getEndPoint() - Method in interface hep.lcd.event.MCParticle
getEnergy() - Method in interface hep.lcd.event.CalorimeterHit: Raw energy deposited in Calorimeter Cell
getEnergy() - Method in interface hep.lcd.event.Cluster: Best estimate for total energy of cluster
getEnergy() - Method in interface hep.lcd.event.ReconstructedParticle
getEnergy() - Method in class hep.lcd.mc.fast.cluster.ronan.ReconCluster: Best estimate for total energy of cluster
getEnergy() - Method in class hep.lcd.recon.cluster.radial.cl.CalCellCollection.CalCell
getEnergy() - Method in class hep.lcd.recon.cluster.radial.cl.CalClusterCollection.CalCluster
getEnergy() - Method in interface hep.lcd.recon.cluster.radial.cl.ClusterCell
getEnergy() - Method in class hep.lcd.recon.cluster.util.AbstractCluster
getEnergy() - Method in class hep.lcd.recon.particle.BasicReconstructedParticle
getEnergy() - Method in class hep.lcd.vertexing.mc.IpFakeParticle
getEnergyPhi() - Method in interface hep.lcd.event.Cluster: Energy weighted PHI of cluster
getEnergyPhi() - Method in class hep.lcd.mc.fast.cluster.ronan.ReconCluster: Energy weighted PHI of cluster
getEnergyPhi() - Method in class hep.lcd.recon.cluster.radial.cl.CalClusterCollection.CalCluster
getEnergyPhi() - Method in class hep.lcd.recon.cluster.util.AbstractCluster
getEnergyRadius() - Method in interface hep.lcd.event.Cluster: Energy weighted Radius of cluster
getEnergyRadius() - Method in class hep.lcd.mc.fast.cluster.ronan.ReconCluster: Energy weighted Radius of cluster
getEnergyRadius() - Method in class hep.lcd.recon.cluster.radial.cl.CalClusterCollection.CalCluster
getEnergyRadius() - Method in class hep.lcd.recon.cluster.util.AbstractCluster
getEnergyRadiusPol() - Method in class hep.lcd.recon.cluster.radial.cl.CalClusterCollection.CalCluster
getEnergyRadiusPol() - Method in interface hep.lcd.recon.cluster.radial.cl.ClusterDbg
getEnergyTheta() - Method in interface hep.lcd.event.Cluster: Energy weighted THETA of cluster
getEnergyTheta() - Method in class hep.lcd.mc.fast.cluster.ronan.ReconCluster: Energy weighted THETA of cluster
getEnergyTheta() - Method in class hep.lcd.recon.cluster.radial.cl.CalClusterCollection.CalCluster
getEnergyTheta() - Method in class hep.lcd.recon.cluster.util.AbstractCluster
getEnergyX() - Method in class hep.lcd.recon.cluster.radial.cl.CalClusterCollection.CalCluster
getEnergyX() - Method in interface hep.lcd.recon.cluster.radial.cl.ClusterDbg
getEnergyY() - Method in class hep.lcd.recon.cluster.radial.cl.CalClusterCollection.CalCluster
getEnergyY() - Method in interface hep.lcd.recon.cluster.radial.cl.ClusterDbg
getEnergyZ() - Method in class hep.lcd.recon.cluster.radial.cl.CalClusterCollection.CalCluster
getEnergyZ() - Method in interface hep.lcd.recon.cluster.radial.cl.ClusterDbg
getErrMatr(int) - Method in class hep.lcd.recon.tracking.AbsTrackFinder
getErrMatr(int) - Method in class hep.lcd.recon.tracking.AbsTracker
getErrMatr(int) - Method in interface hep.lcd.recon.tracking.TrackFinder
getErrMatr(int) - Method in interface hep.lcd.recon.tracking.Tracker
getError() - Method in class hep.lcd.contrib.recon.tracking.garfield.GarfieldHit
getErrorMatrix() - Method in interface hep.lcd.event.Track: Get the error matrix as a 2-D array
getErrorMatrix() - Method in class hep.lcd.mc.fast.tracking.DocaTrackParameters: Get the error matrix as a 2-D array
getErrorMatrix() - Method in class hep.lcd.mc.fast.tracking.ReconTrack: Get the full error matrix.
getErrorMatrix() - Method in interface hep.lcd.mc.fast.tracking.TrackParameters: Get the error matrix as a 2-D array
getErrorMatrix() - Method in class hep.lcd.recon.tracking.ReconstructedTrack
getErrorMatrix() - Method in interface hep.lcd.recon.tracking.TrkFitter
getErrorMatrix() - Method in class hep.lcd.recon.tracking.fitters.klm.KLMFitTrack
getErrorMatrix() - Method in class hep.lcd.recon.tracking.fitters.klm.KLMTrackFit
getErrorMatrix() - Method in class hep.lcd.recon.tracking.fitters.sld.SLDFitTrack
getErrorMatrix() - Method in class hep.lcd.recon.tracking.ftf.FoundTrack
getErrorMatrix() - Method in class hep.lcd.vertexing.zvtop.ZvTrack: get the helix parameter error matrix array
(5x5 dim - LCD/BaBar convention)
getErrorMatrixElement(int, int) - Method in interface hep.lcd.event.Track: Get an individual element of the error matrix
getErrorMatrixElement(int, int) - Method in class hep.lcd.mc.fast.tracking.DocaTrackParameters: Get an individual element of the error matrix
getErrorMatrixElement(int, int) - Method in class hep.lcd.mc.fast.tracking.ReconTrack: Get an individual error matrix element.
getErrorMatrixElement(int, int) - Method in interface hep.lcd.mc.fast.tracking.TrackParameters: Get an individual element of the error matrix
getErrorMatrixElement(int, int) - Method in class hep.lcd.recon.tracking.ReconstructedTrack
getErrorMatrixElement(int, int) - Method in class hep.lcd.recon.tracking.ftf.FoundTrack
getErrorMatrixElement(int, int) - Method in class hep.lcd.vertexing.zvtop.ZvTrack: get a helix parameter error matrix element
(5x5 dim - LCD/BaBar convention)
getErrorSpoilFactor() - Method in class hep.lcd.vertexing.zvtop.ZvTwoTrackMatcher: get the factor currently used to multiply errors of initial vertex estimate with
("spoil factor")
getEta(double) - Method in class hep.lcd.vertexing.zvtop.ZvFltGhostTrack: Eta unit vector (perpendicular to direction and ksi vectors) at position incremented by flt along track helix
getEta(double) - Method in class hep.lcd.vertexing.zvtop.ZvFltTrack: Eta unit vector (perpendicular to direction and ksi vectors) at position incremented by flt along track helix
getEta() - Method in class hep.lcd.vertexing.zvtop.ZvGhostTrack: Eta unit vector (perpendicular to direction and ksi vectors)
getEta() - Method in class hep.lcd.vertexing.zvtop.ZvTrack: Eta unit vector (perpendicular to direction and ksi vectors)
getEtotal() - Method in class hep.lcd.recon.cluster.analysis.MCParticleClusterInformation
getEvent() - Method in interface hep.lcd.io.sio.lcd.handler.EventRecord
getEvent() - Method in class hep.lcd.io.sio.lcd.handler.record.LCD_Gismo_Event
getEvent() - Method in class hep.lcd.io.sio.lcd.handler.record.LCD_LCDG4_Event
getEventClass() - Method in class hep.lcd.io.Dataset
getEventDataClass() - Method in class hep.lcd.io.jas.LCDEventSource
getEventDataClass() - Method in class hep.lcd.io.jas.MultiFileEventSource
getEventDataClass() - Method in class hep.lcd.io.jas.sio.MultiFileEventSource
getEventDataClass() - Method in class hep.lcd.io.jas.sio.SIOEventSource
getEventName() - Method in class hep.lcd.contrib.mc.analysis.BaseMonteCarlo
getEventName() - Method in interface hep.lcd.contrib.mc.analysis.MonteCarlo
getEventNumber() - Method in class hep.lcd.io.sio.lcd.handler.LCDGeant4Event
getEventNumber() - Method in class hep.lcd.util.event.LCDHepEvent
getEventNumber() - Method in class hep.lcd.util.event.merge.MergedEvent
getEventPrefix() - Method in class hep.lcd.util.driver.AbstractProcessor: Get the prefix to be prepended to anything added to the event.
getEventPrefix() - Method in class hep.lcd.util.driver.Driver: Get the prefix to be prepended to anything added to the event.
getEventPrefix() - Method in interface hep.lcd.util.driver.ProcessorContext: A prefix which should be prepended to the name when the processor adds anything to the event.
getEventType() - Method in class hep.lcd.contrib.mc.analysis.BaseMonteCarlo
getEventType() - Method in interface hep.lcd.contrib.mc.analysis.MonteCarlo
getExtrap() - Method in class hep.lcd.recon.tracking.TrkExtrap
getExtrapR() - Method in class hep.lcd.recon.tracking.ReconstructedTrack
getExtrapX() - Method in class hep.lcd.recon.tracking.ReconstructedTrack
getExtrapY() - Method in class hep.lcd.recon.tracking.ReconstructedTrack
getExtrapZ() - Method in class hep.lcd.recon.tracking.ReconstructedTrack
getField() - Method in class hep.lcd.geometry.component.Field_Strength
getFile() - Method in class hep.lcd.geometry.component.Detector_File
getFinalEnergy() - Method in class hep.lcd.contrib.mc.analysis.BaseMonteCarlo
getFinalEnergy() - Method in interface hep.lcd.contrib.mc.analysis.MonteCarlo
getFinder() - Method in class hep.lcd.recon.tracking.AbsTracker
getFinder() - Method in interface hep.lcd.recon.tracking.Tracker
getFirstEvent() - Static method in class hep.lcd.recon.Reconstruction
getFit() - Method in class hep.lcd.recon.tracking.fitters.klm.KLMTrackFit
getFitStatus() - Method in interface hep.lcd.event.Vertex: get the fit status for vertex
getFitStatus() - Method in class hep.lcd.vertexing.zvtop.ZvVertex: get fit status for this vertex
cast to ZvFitStatus if needed.
getFittedParams() - Method in interface hep.lcd.recon.tracking.TrkFitter
getFittedParams() - Method in class hep.lcd.recon.tracking.fitters.klm.KLMFitTrack
getFittedParams() - Method in class hep.lcd.recon.tracking.fitters.sld.SLDFitTrack
getFittedVertex() - Method in interface hep.lcd.vertexing.zvtop.TwoTrackMatcher: get the resulting (fitted) vertex
getFittedVertex() - Method in interface hep.lcd.vertexing.zvtop.VtxFitter: get the resulting (fitted) vertex
getFittedVertex() - Method in class hep.lcd.vertexing.zvtop.ZvFitter: get the resulting (fitted) vertex
getFittedVertex() - Method in class hep.lcd.vertexing.zvtop.ZvSimpleTwoTrackMatcher: get the resulting (fitted) vertex
getFittedVertex() - Method in class hep.lcd.vertexing.zvtop.ZvTwoTrackMatcher: get the resulting (fitted) vertex
getFitter() - Method in class hep.lcd.recon.tracking.FitTracks
getFlag() - Method in class hep.lcd.recon.tracking.AbsTracker
getFlag() - Method in interface hep.lcd.recon.tracking.Tracker: returns array of markers of used hits
getForwardCutoff() - Method in class hep.lcd.vertexing.zvtop.ZvProbTubeList: get the used forward cutoff for point xc along jet axis
getForwardCutoff() - Method in class hep.lcd.vertexing.zvtop.ZvTopParam: get the forward cutoff for the tube list
getFrHtsSameMC(int) - Method in class hep.lcd.recon.tracking.AbsTrackFinder
getFrHtsSameMC(int) - Method in class hep.lcd.recon.tracking.AbsTracker
getFrHtsSameMC() - Method in class hep.lcd.recon.tracking.ReconstructedTrack
getFrHtsSameMC(int) - Method in interface hep.lcd.recon.tracking.TrackFinder
getFrHtsSameMC(int) - Method in interface hep.lcd.recon.tracking.Tracker
getFrHtsSameMC() - Method in class hep.lcd.recon.tracking.TrkCandidate
getGWidthIni() - Method in class hep.lcd.vertexing.zvtop.ZvgGTFParam: Get the currently set initial ghost track width used in ZvgGhostTrackFinder.
getGammaMassMax() - Method in class hep.lcd.vertexing.zvtop.ZvV0Finder: Get the currently set mass deviation for Gammas.
getGammaRMin() - Method in class hep.lcd.vertexing.zvtop.ZvV0Finder: Get the currently set minimum radius from beam spot for gamma conversions.
getGarfieldLayerID(TrackerHit) - Method in class hep.lcd.contrib.recon.tracking.garfield.GarfieldTrackFinder
getGhostTrack() - Method in class hep.lcd.vertexing.zvtop.ZvgGhostTrackFinder: Get the resulting ghost track.
getGhostTrack() - Method in class hep.lcd.vertexing.zvtop.ZvgGhostTrackFinder2: Get the resulting ghost track.
getGhostTrackDir() - Method in class hep.lcd.vertexing.zvtop.ZvGhostTrack: get ghost track direction
getGhostTrackFinder() - Method in class hep.lcd.vertexing.zvtop.ZvgKinVtxFinder: get reference to the ghost track finder
getGhostTrackMeanSig() - Method in class hep.lcd.vertexing.zvtop.ZvGhostTrack: get the ghost track mean sigma for components 0-2
getGhostTrackWidth() - Method in class hep.lcd.vertexing.zvtop.ZvGhostTrack: get the ghost track width
getGhostWidthMax2() - Method in class hep.lcd.vertexing.zvtop.ZvgChi2Calculator: Get the square of the maximum ghost track width value.
getGhostWidthMax2() - Method in class hep.lcd.vertexing.zvtop.ZvgChi2Calculator2: Get the square of the maximum ghost track width value.
getGrade() - Method in class hep.lcd.contrib.recon.tracking.garfield.GarfieldTrack
getHADAlignmentError() - Method in class hep.lcd.mc.fast.cluster.ronan.ClusterResolutionTables
getHADCalorimeterHits() - Method in interface hep.lcd.event.LCDEvent
getHADCalorimeterHits() - Method in class hep.lcd.util.event.AbstractLCDEvent
getHADClusterRejects() - Method in class hep.lcd.recon.cluster.radial.RadialClusterBuilder: Return list of HAD cluster rejects which did not make the HADNucleusEnergy cut.
getHADClusterRejects(double) - Method in class hep.lcd.recon.cluster.radial.RadialClusterBuilder: Return list of HAD cluster rejects as the parameter cut value.
getHADClusters() - Method in interface hep.lcd.event.LCDEvent
getHADClusters() - Method in class hep.lcd.recon.cluster.radial.RadialClusterBuilder: Returns the list of HAD clusters satisfying the nucleus energy cut as configured.
getHADClusters(double) - Method in class hep.lcd.recon.cluster.radial.RadialClusterBuilder: Returns the list of HAD clusters satisfying the specified nucleus energy cut.
getHADClusters() - Method in class hep.lcd.util.event.AbstractLCDEvent
getHADConstantTerm() - Method in class hep.lcd.mc.fast.cluster.ronan.ClusterResolutionTables
getHADIgnoreEnergy() - Method in class hep.lcd.recon.cluster.radial.RadialClusterBuilder
getHADPositionError() - Method in class hep.lcd.mc.fast.cluster.ronan.ClusterResolutionTables
getHADResolution() - Method in class hep.lcd.mc.fast.cluster.ronan.ClusterResolutionTables
getHADThreshold() - Method in class hep.lcd.recon.cluster.simple.SimpleClusterBuilder
getHADmin() - Method in class hep.lcd.mc.fast.cluster.ronan.ClusterResolutionTables
getHCalCorEnergy() - Method in class hep.lcd.contrib.mc.analysis.BaseMonteCarlo
getHCalCorEnergy() - Method in interface hep.lcd.contrib.mc.analysis.MonteCarlo
getHCalEnergy() - Method in class hep.lcd.contrib.mc.analysis.BaseMonteCarlo
getHCalEnergy() - Method in interface hep.lcd.contrib.mc.analysis.MonteCarlo
getHadCalExtrap() - Method in class hep.lcd.recon.tracking.BaseSpecifications
getHadCalExtrap() - Method in interface hep.lcd.recon.tracking.Specifications: Get extrapolation radius for central Had calorimeter.
getHadCalName() - Method in class hep.lcd.recon.muon.MuonReco: Get the name of the hadron calorimeter.
getHadEndExtrap() - Method in class hep.lcd.recon.tracking.BaseSpecifications
getHadEndExtrap() - Method in interface hep.lcd.recon.tracking.Specifications: Get extrapolation plane for endcap Had calorimeter.
getHalfLength() - Method in class hep.lcd.recon.tracking.BaseSpecifications
getHalfLength(double) - Method in class hep.lcd.recon.tracking.BaseSpecifications
getHalfLength() - Method in interface hep.lcd.recon.tracking.Specifications: Get half-length of tracking detector.
getHalfLength(double) - Method in interface hep.lcd.recon.tracking.Specifications: Get half-length of tracking detector at radius r.
getHeader() - Method in class hep.lcd.io.smart.EventInputStream
getHepLorentzVector() - Method in interface hep.lcd.event.ReconstructedParticle
getHepLorentzVector() - Method in class hep.lcd.recon.particle.BasicReconstructedParticle
getHighest2P() - Method in class hep.lcd.contrib.mc.analysis.BaseMonteCarlo
getHighest2P() - Method in interface hep.lcd.contrib.mc.analysis.MonteCarlo
getHistogramLevel() - Method in class hep.lcd.util.driver.AbstractProcessor: Get the level of histogram output requested
getHistogramLevel() - Method in class hep.lcd.util.driver.Driver
getHistogramLevel() - Method in interface hep.lcd.util.driver.ProcessorContext: Get the level of histogram output requested
getHitEnum() - Method in class hep.lcd.recon.cluster.radial.cl.CalCellCollection.CalCell
getHitID(int) - Method in class hep.lcd.contrib.recon.tracking.garfield.GarfieldTrack
getHitLayer(int) - Method in class hep.lcd.contrib.recon.tracking.garfield.GarfieldTrack
getHitPoint(int) - Method in class hep.lcd.contrib.recon.tracking.garfield.GarfieldTrack
getHits() - Method in interface hep.lcd.event.CalorimeterHits: Get the collection of Colorimeter hits
getHits() - Method in interface hep.lcd.event.Cluster: An enumeration of the calorimeter hits contributing to this cluster
getHits() - Method in interface hep.lcd.event.MuonStripHits: Get the collection of Muon Strip hits
getHits() - Method in interface hep.lcd.event.TrackerHits: Get the collection of TrackerHit objects
getHits() - Method in class hep.lcd.mc.fast.cluster.ronan.ReconCluster: An enumeration of the calorimeter hits contributing to this cluster
getHits() - Method in class hep.lcd.recon.cluster.radial.cl.CalCellCollection.CalCell
getHits() - Method in class hep.lcd.recon.cluster.radial.cl.CalClusterCollection.CalCluster
getHits() - Method in interface hep.lcd.recon.cluster.radial.cl.ClusterCell
getHits() - Method in class hep.lcd.recon.cluster.util.AbstractCluster
getHits() - Method in class hep.lcd.recon.muon.BarrelCalSegmentFinder
getHits() - Method in class hep.lcd.recon.tracking.AbsTracker
getHits() - Method in interface hep.lcd.recon.tracking.Tracker
getHits(int) - Method in class hep.lcd.recon.tracking.TrkMCTruth
getHotList(int, boolean, boolean) - Method in class hep.lcd.recon.tracking.AddReconTrks
getHotList() - Method in class hep.lcd.recon.tracking.TrkCandidate
getID() - Method in class hep.lcd.contrib.recon.tracking.garfield.GarfieldHit
getID() - Method in class hep.lcd.contrib.recon.tracking.garfield.GarfieldTrack
getID() - Method in class hep.lcd.io.sio.lcd.handler.block.LCD_detector_ID
getIPConst() - Method in class hep.lcd.vertexing.zvtop.ZvProbTubeList: get the used constant for IP weighting
getIPWeight() - Method in class hep.lcd.vertexing.zvtop.ZvTopParam: get the IP weight currently set
getId() - Method in class hep.lcd.recon.cluster.radial.cl.CalClusterCollection.CalCluster
getIlon() - Method in class hep.lcd.recon.tracking.AbsTracker
getIlon() - Method in interface hep.lcd.recon.tracking.Tracker: returns number of points in each layer
getImpCalculator() - Method in class hep.lcd.vertexing.zvtop.ZvTopVertexer: Get handle to impact calculator used.
getImpCalculator() - Method in class hep.lcd.vertexing.zvtop.ZvgKinVtxFinder: Get handle to impact calculator used.
getImpact3DCut() - Method in class hep.lcd.vertexing.zvtop.ZvgKVFParam: Get the current setting for 3D impact parameter cut.
getIndex() - Method in interface hep.lcd.event.ExtendedParticleType: Returns index of extended particle, 9999 if PDGID particle
getIndex() - Method in class hep.lcd.recon.cluster.util.ClusterParticleType
getInitGhostDirection() - Method in class hep.lcd.vertexing.zvtop.ZvgKinVtxFinder: Get the jet direction used.
getInitGhostWidth() - Method in class hep.lcd.vertexing.zvtop.ZvgKVFParam: get the currently set initial ghost track width
getInnerMostHitLayer() - Method in class hep.lcd.recon.cluster.util.AbstractCluster
getInnerRadius() - Method in class hep.lcd.geometry.component.CylindricalDetector
getInnerRadius(int) - Method in class hep.lcd.geometry.component.MultiLayerBarrelDetector
getInnerRadius(int) - Method in class hep.lcd.geometry.component.MultiLayerEndCapDetector
getInnerRadius() - Method in class hep.lcd.recon.tracking.BaseSpecifications
getInnerRadius() - Method in interface hep.lcd.recon.tracking.Specifications: Get inner radius of tracking detector.
getInput(AbstractCluster) - Method in class hep.lcd.recon.cluster.clusterID.MakeClusterIDInput
getIntersect() - Method in class hep.lcd.recon.tracking.HelicalSwimmer
getIntersect() - Method in class hep.lcd.util.swim.Helix
getIntersect2() - Method in class hep.lcd.recon.tracking.HelicalSwimmer
getInvMass() - Method in class hep.lcd.vertexing.zvtop.ZvTrackList: get the invariant mass using pion hypothesis for all tracks
getIpoi() - Method in class hep.lcd.recon.tracking.AbsTracker
getIpoi() - Method in interface hep.lcd.recon.tracking.Tracker: returns array of starting point index for each layer
getJWgtExp() - Method in class hep.lcd.vertexing.zvtop.ZvgGTFParam: Get the currently set exponent for jet core weighting in ZvgChi2Calculator.
getJWgtFac() - Method in class hep.lcd.vertexing.zvtop.ZvgGTFParam: Get the currently set factor for jet core weighting in ZvgChi2Calculator.
getJetCoreConst() - Method in class hep.lcd.vertexing.zvtop.ZvProbTubeList: get the used jet core enhancement constant
getJetMomentum() - Method in class hep.lcd.vertexing.zvtop.ZvTopParam: get the currently set jet momentum
getJetMomentum() - Method in class hep.lcd.vertexing.zvtop.ZvgKinVtxFinder: Get the jet direction used.
getKappaError() - Method in class hep.lcd.contrib.recon.tracking.garfield.MipStub
getKeyArray() - Method in class hep.lcd.util.collections.CalorimeterHitMap: Get the backing array of keys.
getKeyArray() - Method in class hep.lcd.util.collections.MuonStripHitMap: Get the backing array of keys.
getKlongs(LCDEvent) - Method in class hep.lcd.contrib.mc.analysis.BaseMonteCarlo
getKlongs(LCDEvent) - Method in interface hep.lcd.contrib.mc.analysis.MonteCarlo
getKsi(double) - Method in class hep.lcd.vertexing.zvtop.ZvFltGhostTrack: Ksi unit vector (in x-y plane radially pointing outwards) at position incremented by flt along track helix
getKsi(double) - Method in class hep.lcd.vertexing.zvtop.ZvFltTrack: Ksi unit vector (in x-y plane radially pointing outwards) at position incremented by flt along track helix
getKsi() - Method in class hep.lcd.vertexing.zvtop.ZvGhostTrack: Ksi unit vector (in x-y plane radially pointing outwards)
getKsi() - Method in class hep.lcd.vertexing.zvtop.ZvTrack: Ksi unit vector (in x-y plane radially pointing outwards)
getL0() - Method in class hep.lcd.mc.fast.tracking.DocaTrackParameters: Get the (transverse) path length l0 to original track vertex.
getLUMCalorimeterHits() - Method in interface hep.lcd.event.LCDEvent
getLUMCalorimeterHits() - Method in class hep.lcd.util.event.AbstractLCDEvent
getLastEvent() - Static method in class hep.lcd.recon.Reconstruction
getLastFlt() - Method in class hep.lcd.vertexing.zvtop.ZvFltGhostTrack: get the last used flt distance
getLastFlt() - Method in class hep.lcd.vertexing.zvtop.ZvFltTrack: get the last used flt distance
getLayer() - Method in class hep.lcd.contrib.recon.tracking.garfield.GarfieldHit
getLayer() - Method in interface hep.lcd.event.TrackerHit: Layer containing hit
getLayer() - Method in interface hep.lcd.geometry.CalorimeterCell: Get the layer number for the current cell
getLayer() - Method in class hep.lcd.geometry.CalorimeterCellNewTag
getLayer() - Method in class hep.lcd.geometry.CalorimeterCellOldTag
getLayer() - Method in class hep.lcd.geometry.np.ComboCalorimeterCell
getLayer() - Method in class hep.lcd.geometry.np.NPCalorimeterCell
getLayerDeDx(int) - Method in class hep.lcd.recon.tracking.TrackPathMaterials
getLayerOuterRadius(int) - Method in class hep.lcd.recon.tracking.BaseSpecifications
getLayerOuterRadius(int) - Method in interface hep.lcd.recon.tracking.Specifications
getLayerRadius(int) - Method in class hep.lcd.recon.tracking.BaseSpecifications
getLayerRadius(int) - Method in interface hep.lcd.recon.tracking.Specifications
getLayerThick(int) - Method in class hep.lcd.recon.tracking.TrackPathMaterials
getLayerWidth() - Method in class hep.lcd.recon.cluster.radial.cl.CellWidths
getLayerZ(int) - Method in class hep.lcd.recon.tracking.BaseSpecifications
getLayerZ(int) - Method in interface hep.lcd.recon.tracking.Specifications
getLayers() - Method in interface hep.lcd.geometry.SegmentedDetectorComponent
getLayers() - Method in class hep.lcd.geometry.component.Calorimeter
getLength() - Method in class hep.lcd.recon.tracking.HelicalSwimmer
getLength2() - Method in class hep.lcd.recon.tracking.HelicalSwimmer
getLengths() - Method in class hep.lcd.recon.tracking.TrackPathMaterials
getLevels(int) - Method in class hep.lcd.recon.tracking.TrkFindStrategy
getLineDocaCalculator() - Method in class hep.lcd.vertexing.zvtop.ZvImpCalculator: Get the line doca calculator used.
getLongDist() - Method in class hep.lcd.vertexing.zvtop.ZvTrack: get longitudinal distance along line IP - choosen vtx
getLongDist() - Method in class hep.lcd.vertexing.zvtop.ZvVertex: get longitdudinal distance of vertex along direction from reference point
getLongDist(double[], double[]) - Method in class hep.lcd.vertexing.zvtop.ZvVertex: get longitdudinal distance of vertex along direction from reference point
(usually calculated with respect to beam spot along jet or ghost track axis)
getLumEnergy() - Method in class hep.lcd.contrib.mc.analysis.BaseMonteCarlo
getLumEnergy() - Method in interface hep.lcd.contrib.mc.analysis.MonteCarlo
getMCParticle() - Method in interface hep.lcd.event.Track
getMCParticle() - Method in interface hep.lcd.event.TrackerHit: The MCParticle which created the hit
getMCParticle() - Method in class hep.lcd.mc.fast.tracking.ReconTrack: Get the MC particle for this track.
getMCParticle(int) - Method in class hep.lcd.recon.tracking.AbsTrackFinder
getMCParticle(int) - Method in class hep.lcd.recon.tracking.AbsTracker
getMCParticle() - Method in class hep.lcd.recon.tracking.ReconstructedTrack
getMCParticle(int) - Method in interface hep.lcd.recon.tracking.TrackFinder
getMCParticle(int) - Method in interface hep.lcd.recon.tracking.Tracker
getMCParticle() - Method in class hep.lcd.recon.tracking.TrkCandidate
getMCParticle() - Method in class hep.lcd.recon.tracking.TrkHitOnTrk
getMCParticle(int) - Method in class hep.lcd.recon.tracking.TrkMCTruth
getMCParticle() - Method in class hep.lcd.recon.tracking.ftf.FoundTrack
getMCParticle() - Method in class hep.lcd.vertexing.zvtop.ZvTrack: get MC particle associated with track
getMCParticles(LCDEvent, int) - Method in class hep.lcd.contrib.mc.analysis.BaseMonteCarlo
getMCParticles(LCDEvent, int) - Method in interface hep.lcd.contrib.mc.analysis.MonteCarlo
getMCParticles() - Method in interface hep.lcd.event.CalorimeterHit: A list of the contributing MC particles
getMCParticles() - Method in interface hep.lcd.event.Cluster: A list of the contributing MC particles
getMCParticles() - Method in interface hep.lcd.event.LCDEvent
getMCParticles() - Method in interface hep.lcd.event.MuonStripHit: A list of the contributing MC particles
getMCParticles() - Method in class hep.lcd.mc.fast.cluster.ronan.ReconCluster: A list of the contributing MC particles
getMCParticles() - Method in class hep.lcd.recon.cluster.radial.cl.CalClusterCollection.CalCluster
getMCParticles() - Method in class hep.lcd.recon.cluster.util.AbstractCluster
getMCParticles() - Method in class hep.lcd.util.event.AbstractLCDEvent
getMCParticles() - Method in class hep.lcd.util.event.LCDHepEvent
getMajor() - Method in class hep.lcd.io.sio.lcd.handler.block.LCD_detector_ID
getMajorVersion() - Method in interface hep.lcd.io.sio.SIOBlock
getMass() - Method in class hep.lcd.vertexing.mc.IpFakeParticle
getMass() - Method in class hep.lcd.vertexing.zvtop.ZvVertex: get mass for pion hypothesis
getMatchReconTr(int) - Method in class hep.lcd.recon.tracking.TrkMCTruth
getMaterial(int) - Method in class hep.lcd.geometry.component.MaterialList: Get a particular Material
getMaterials() - Method in class hep.lcd.geometry.component.MaterialList: Get the Materials as an array
getMatrix() - Method in class hep.lcd.recon.tracking.fitters.sld.WeightMatrix
getMax() - Method in class hep.lcd.recon.cluster.analysis.ClusterMCInformation
getMaxChi2() - Method in class hep.lcd.vertexing.zvtop.ZvgGTFParam: Get the currently set maximum chi2 for ZvgChi2Calculator.
getMaxHitEnergy() - Method in class hep.lcd.recon.cluster.radial.cl.CalCellCollection.CalCell
getMaxHitEnergy() - Method in class hep.lcd.recon.cluster.radial.cl.CalClusterCollection.CalCluster
getMaxLevel() - Method in class hep.lcd.recon.tracking.AbsTrackFinder: Get maximum level of pattern recognition.
getMaxLevel() - Method in interface hep.lcd.recon.tracking.TrackFinder: Get maximum level of pattern recognition.
getMaxMass(HepLorentzVector, HepLorentzVector) - Method in class hep.lcd.contrib.physics.TransMassReco: GetMaxMass performs the actual mass calculation.
getMaxNumVertices() - Method in class hep.lcd.vertexing.zvtop.ZvgKVFParam: get the currently set maximum number of vertices allowed
getMaxPartNum() - Method in class hep.lcd.contrib.mc.analysis.BaseMonteCarlo
getMaxPartNum() - Method in interface hep.lcd.contrib.mc.analysis.MonteCarlo
getMaxR() - Method in class hep.lcd.contrib.recon.tracking.garfield.GarfieldTrack
getMaxRadius() - Method in interface hep.lcd.geometry.DetectorComponent
getMaxRadius() - Method in class hep.lcd.geometry.component.CylindricalDetector
getMaxRadius() - Method in class hep.lcd.geometry.component.MultiLayerBarrelDetector
getMaxRadius() - Method in class hep.lcd.geometry.component.MultiLayerEndCapDetector
getMaxcat() - Method in class hep.lcd.recon.cluster.analysis.ClusterMCInformation
getMcV0VertexList() - Method in class hep.lcd.vertexing.mc.McVertexer: Get a (McVertex) List of the found V0 MC vertices.
getMcVertexList() - Method in class hep.lcd.vertexing.mc.McVertexer: Get a (McVertex) List of the found MC vertices.
getMcVertexList(McVertexType) - Method in class hep.lcd.vertexing.mc.McVertexer: Get a (McVertex) List of the found (V0 or weak) MC vertices of a certain McVertexType.
getMeanDoca() - Method in class hep.lcd.vertexing.zvtop.ZvLineDoca: get the mean DOCA point
getMeanDoca() - Method in class hep.lcd.vertexing.zvtop.ZvSimpleTwoTrackMatcher: get the mean Doca point from the initial straight line approximation
getMeanDoca() - Method in class hep.lcd.vertexing.zvtop.ZvTwoTrackMatcher: get the mean Doca point from the TwoTrajDoca minimization
getMeanInit() - Method in class hep.lcd.vertexing.zvtop.ZvSimpleTwoTrackMatcher: get the init point used by ZvFitter
getMeanInit() - Method in class hep.lcd.vertexing.zvtop.ZvTwoTrackMatcher: get the init point from the mean of the origins
getMeanPoca() - Method in class hep.lcd.vertexing.zvtop.ZvTwoTrajPoca: get the mean Poca point from the initial straight line approximation
getMeanPosition() - Method in class hep.lcd.vertexing.zvtop.ZvVertexList: get the mean position of all vertices in list
getMeanPositionVec() - Method in class hep.lcd.vertexing.zvtop.ZvTrackList: get the summed momentum vector of all tracks in list
getMessage() - Method in class hep.lcd.util.error.LCDException: Produce the message, include the message from the nested exception if there is one.
getMessage() - Method in class hep.lcd.vertexing.zvtop.BasicFitStatus: get the text message
getMessage() - Method in interface hep.lcd.vertexing.zvtop.FitStatusInt: get the text message
getMinCalHits() - Method in class hep.lcd.recon.muon.MuonReco: Get the hadron calorimeter hits cut.
getMinMass(HepLorentzVector, HepLorentzVector) - Method in class hep.lcd.contrib.physics.TransMassReco: GetMinMass performs the actual mass calculation.
getMinMuHits() - Method in class hep.lcd.recon.muon.MuonReco: Get the muon hits cut.
getMinProb() - Method in class hep.lcd.vertexing.zvtop.ZvgKVFParam: Get the currently set minimum vertex probablity for nVtxReq = 0 case.
getMinR() - Method in class hep.lcd.contrib.recon.tracking.garfield.GarfieldTrack
getMinRadius(int) - Method in class hep.lcd.recon.tracking.TrkFindStrategy
getMinor() - Method in class hep.lcd.io.sio.lcd.handler.block.LCD_detector_ID
getMinorVersion() - Method in interface hep.lcd.io.sio.SIOBlock
getMipStubBase(int) - Method in class hep.lcd.contrib.recon.tracking.garfield.GarfieldTrack
getMipStubBase() - Method in class hep.lcd.contrib.recon.tracking.garfield.GarfieldTrack
getMipStubKappa() - Method in class hep.lcd.contrib.recon.tracking.garfield.GarfieldTrack
getMissingEnergy() - Method in class hep.lcd.contrib.mc.analysis.BaseMonteCarlo
getMissingEnergy() - Method in interface hep.lcd.contrib.mc.analysis.MonteCarlo
getMode() - Method in class hep.lcd.vertexing.zvtop.ZvImpCalculator: Get the currently used mode of operation.
getMode() - Method in class hep.lcd.vertexing.zvtop.ZvProbTubeList: get the lepton/high impact track mode currently set
getMode() - Method in class hep.lcd.vertexing.zvtop.ZvTopParam: get the currently set lepton/high impact track mode
getMom() - Method in class hep.lcd.recon.tracking.ReconstructedTrack
getMomAlongGhost() - Method in class hep.lcd.vertexing.zvtop.ZvTrack: get momentum along ghost track
getMomGhostAngle() - Method in class hep.lcd.vertexing.zvtop.ZvTrack: get the opening angle between ghost direction and momentum vector
getMomentum() - Method in interface hep.lcd.event.ReconstructedParticle
getMomentum() - Method in interface hep.lcd.event.Track
getMomentum(double) - Method in class hep.lcd.mc.fast.tracking.DocaTrackParameters
getMomentum() - Method in class hep.lcd.mc.fast.tracking.DocaTrackParameters: Get momentum at DOCA.
getMomentum(double) - Method in class hep.lcd.mc.fast.tracking.ReconTrack
getMomentum() - Method in class hep.lcd.mc.fast.tracking.ReconTrack: Get momentum of smeared track at original vertex point.
getMomentum() - Method in interface hep.lcd.mc.fast.tracking.TrackParameters
getMomentum() - Method in class hep.lcd.recon.particle.BasicReconstructedParticle
getMomentum() - Method in class hep.lcd.recon.tracking.ReconstructedTrack
getMomentum() - Method in class hep.lcd.recon.tracking.ftf.FoundTrack
getMomentum() - Method in class hep.lcd.vertexing.mc.IpFakeParticle
getMomentum(double) - Method in interface hep.lcd.vertexing.zvtop.TrajectoryInt: return momentum at position incremented by flt along track helix
getMomentum(double) - Method in class hep.lcd.vertexing.zvtop.ZvFltGhostTrack: return momentum at position incremented by flt along track
getMomentum(double) - Method in class hep.lcd.vertexing.zvtop.ZvFltTrack: return momentum at position incremented by flt along track helix
getMomentum() - Method in class hep.lcd.vertexing.zvtop.ZvTrack: get momentum vector
getMomentumFactor() - Method in class hep.lcd.vertexing.zvtop.ZvgKVFParam: Get the currently set momentum factor for IP/BD discrimination.
getMomentumVec(double) - Method in class hep.lcd.mc.fast.tracking.DocaTrackParameters: Calculate and get momentum on track with respect to any path length l on track (l in xy plane).
getMomentumVec() - Method in class hep.lcd.mc.fast.tracking.DocaTrackParameters
getMomentumVec(double) - Method in class hep.lcd.mc.fast.tracking.ReconTrack: Calculate and get momentum on track with respect to any path length l on track (l in xy plane).
getMomentumX() - Method in interface hep.lcd.event.Track: Deprecated. use getPX()
getMomentumX() - Method in class hep.lcd.mc.fast.tracking.ReconTrack: Get x coordinate of momentum of the smeared track at original vertex.
getMomentumX() - Method in class hep.lcd.recon.tracking.ReconstructedTrack
getMomentumX() - Method in class hep.lcd.recon.tracking.ftf.FoundTrack
getMomentumX() - Method in class hep.lcd.vertexing.zvtop.ZvTrack
getMomentumY() - Method in interface hep.lcd.event.Track: Deprecated. use getPY()
getMomentumY() - Method in class hep.lcd.mc.fast.tracking.ReconTrack: Get y coordinate of momentum of the smeared track at original vertex.
getMomentumY() - Method in class hep.lcd.recon.tracking.ReconstructedTrack
getMomentumY() - Method in class hep.lcd.recon.tracking.ftf.FoundTrack
getMomentumY() - Method in class hep.lcd.vertexing.zvtop.ZvTrack
getMomentumZ() - Method in interface hep.lcd.event.Track: Deprecated. use getPZ()
getMomentumZ() - Method in class hep.lcd.mc.fast.tracking.ReconTrack: Get z coordinate of momentum of the smeared track at original vertex.
getMomentumZ() - Method in class hep.lcd.recon.tracking.ReconstructedTrack
getMomentumZ() - Method in class hep.lcd.recon.tracking.ftf.FoundTrack
getMomentumZ() - Method in class hep.lcd.vertexing.zvtop.ZvTrack
getMuEnergy() - Method in class hep.lcd.contrib.mc.analysis.BaseMonteCarlo
getMuEnergy() - Method in interface hep.lcd.contrib.mc.analysis.MonteCarlo
getMuSysName() - Method in class hep.lcd.recon.muon.MuonReco: Get the name of the muon system.
getMuonAt(int) - Method in class hep.lcd.recon.muon.MuonList: Returns muon candidate at index i.
getMuonCalorimeterHits() - Method in interface hep.lcd.event.LCDEvent
getMuonCalorimeterHits() - Method in class hep.lcd.util.event.AbstractLCDEvent
getMuonCandidates() - Method in class hep.lcd.recon.muon.MuonList: Return a list of muon candidates.
getMuonEndExtrap() - Method in class hep.lcd.recon.tracking.BaseSpecifications
getMuonEndExtrap() - Method in interface hep.lcd.recon.tracking.Specifications: Get extrapolation plane for endcap Muon chambers.
getMuonExtrap() - Method in class hep.lcd.recon.tracking.BaseSpecifications
getMuonExtrap() - Method in interface hep.lcd.recon.tracking.Specifications: Get extrapolation radius for central Muon chamber.
getMuonList() - Method in interface hep.lcd.event.LCDEvent
getMuonList() - Method in class hep.lcd.util.event.AbstractLCDEvent
getMuonStripHits() - Method in interface hep.lcd.event.LCDEvent
getMuonStripHits() - Method in class hep.lcd.util.event.AbstractLCDEvent
getMuonSystemHits() - Method in interface hep.lcd.event.Muon: Return a list of muon system hits
getMuonSystemHits() - Method in class hep.lcd.recon.muon.MuonCandidate: Return a list of muon system hits.
getMuons() - Method in interface hep.lcd.event.MuonList: Returns an Enumeration of Track objects
getNBarrels() - Method in class hep.lcd.geometry.component.MultiLayerBarrelDetector
getNCMats() - Method in class hep.lcd.vertexing.zvtop.ZvgCMatList: get number of CMats in this list
getNCalorimeterHits() - Method in interface hep.lcd.event.Muon: Return number of hits in hadronic calorimeter
getNCalorimeterHits() - Method in class hep.lcd.recon.muon.MuonCandidate: Return number of hits in hadronic calorimeter.
getNCalorimeterLayersHit() - Method in interface hep.lcd.event.Muon: Return number of calorimeter layers hit by the track
getNCalorimeterLayersHit() - Method in class hep.lcd.recon.muon.MuonCandidate: Return number of calorimeter layers hit by the track.
getNClusters() - Method in class hep.lcd.contrib.mc.analysis.BaseMonteCarlo
getNClusters() - Method in interface hep.lcd.contrib.mc.analysis.MonteCarlo
getNClusters() - Method in interface hep.lcd.event.ClusterList: Returns the number of Cluster objects in this event
getNClusters() - Method in class hep.lcd.recon.cluster.analysis.MCParticleClusterInformation
getNDF() - Method in interface hep.lcd.event.Track: Get the numbers of degrees of freedom for the fit
getNDF() - Method in class hep.lcd.mc.fast.tracking.DocaTrackParameters: Get the number degrees of freedom.
getNDF() - Method in class hep.lcd.mc.fast.tracking.ReconTrack: Get the number degrees of freedom.
getNDF(int) - Method in class hep.lcd.recon.tracking.AbsTrackFinder
getNDF(int) - Method in class hep.lcd.recon.tracking.AbsTracker
getNDF() - Method in class hep.lcd.recon.tracking.ReconstructedTrack
getNDF(int) - Method in interface hep.lcd.recon.tracking.TrackFinder
getNDF(int) - Method in interface hep.lcd.recon.tracking.Tracker
getNDF() - Method in interface hep.lcd.recon.tracking.TrkFitter
getNDF() - Method in class hep.lcd.recon.tracking.fitters.klm.KLMFitTrack
getNDF() - Method in class hep.lcd.recon.tracking.fitters.sld.SLDFitTrack
getNDF() - Method in class hep.lcd.recon.tracking.ftf.FoundTrack
getNDF() - Method in class hep.lcd.vertexing.zvtop.ZvTrack: getNDF() (for track fit) is set to 0 for MC tracks.
getNDOF() - Method in class hep.lcd.recon.tracking.fitters.klm.KLMTrackFit
getNDecayed() - Method in class hep.lcd.contrib.mc.analysis.BaseMonteCarlo
getNDecayed() - Method in interface hep.lcd.contrib.mc.analysis.MonteCarlo
getNE() - Method in class hep.lcd.recon.cluster.util.AbstractCluster
getNEMClusters() - Method in class hep.lcd.contrib.mc.analysis.BaseMonteCarlo
getNEMClusters() - Method in interface hep.lcd.contrib.mc.analysis.MonteCarlo
getNElectrons() - Method in class hep.lcd.contrib.mc.analysis.BaseMonteCarlo
getNElectrons() - Method in interface hep.lcd.contrib.mc.analysis.MonteCarlo
getNEndCaps() - Method in class hep.lcd.geometry.component.MultiLayerEndCapDetector
getNFinal() - Method in class hep.lcd.contrib.mc.analysis.BaseMonteCarlo
getNFinal() - Method in interface hep.lcd.contrib.mc.analysis.MonteCarlo
getNHadClusters() - Method in class hep.lcd.contrib.mc.analysis.BaseMonteCarlo
getNHadClusters() - Method in interface hep.lcd.contrib.mc.analysis.MonteCarlo
getNHits() - Method in interface hep.lcd.event.CalorimeterHits: Get the number of CalorimetreHit objects
getNHits() - Method in interface hep.lcd.event.Cluster: The number of hits contributing to the cluster
getNHits() - Method in interface hep.lcd.event.MuonStripHits: Get the number of MuonStripHit objects
getNHits() - Method in interface hep.lcd.event.TrackerHits: Get the number of TrackerHit objects in this collection
getNHits() - Method in class hep.lcd.mc.fast.cluster.ronan.ReconCluster: The number of hits contributing to the cluster
getNHits() - Method in class hep.lcd.recon.cluster.radial.cl.CalClusterCollection.CalCluster
getNHits() - Method in class hep.lcd.recon.cluster.util.AbstractCluster
getNHits() - Method in class hep.lcd.recon.muon.BarrelCalSegmentFinder
getNHits() - Method in class hep.lcd.recon.tracking.TrkHotList
getNLayers() - Method in class hep.lcd.recon.tracking.BaseSpecifications
getNLayers() - Method in interface hep.lcd.recon.tracking.Specifications: Get number of layers in tracking detector.
getNLayers() - Method in class hep.lcd.recon.tracking.TrackPathMaterials
getNLayersHit() - Method in class hep.lcd.recon.muon.BarrelCalSegmentFinder: Return the number of layers the track passed through.
getNMCTracks() - Method in class hep.lcd.recon.tracking.TrkMCTruth
getNMaterials() - Method in class hep.lcd.geometry.component.MaterialList: Get the number of materials on this list
getNMuonSystemHits() - Method in interface hep.lcd.event.Muon: Return number of hits in muon system
getNMuonSystemHits() - Method in class hep.lcd.recon.muon.MuonCandidate: Return number of hits in muon system.
getNMuonSystemLayersHit() - Method in interface hep.lcd.event.Muon: Return number of muon system layers hit by the track
getNMuonSystemLayersHit() - Method in class hep.lcd.recon.muon.MuonCandidate: Return number of muon system layers hit by the track
getNMuons() - Method in class hep.lcd.contrib.mc.analysis.BaseMonteCarlo
getNMuons() - Method in interface hep.lcd.contrib.mc.analysis.MonteCarlo
getNMuons() - Method in interface hep.lcd.event.MuonList: Returns the number of Track objects in this event
getNMuons() - Method in class hep.lcd.recon.muon.MuonList: Return number of muon candidates.
getNNCuts() - Method in class hep.lcd.recon.muon.BarrelCalSegmentFinder: Return the number of nearest neighbors cuts in phi and theta.
getNParticles() - Method in class hep.lcd.contrib.mc.analysis.BaseMonteCarlo
getNParticles() - Method in interface hep.lcd.contrib.mc.analysis.MonteCarlo
getNPartons() - Method in class hep.lcd.contrib.mc.analysis.BaseMonteCarlo
getNPartons() - Method in interface hep.lcd.contrib.mc.analysis.MonteCarlo
getNPatterns(int) - Method in class hep.lcd.recon.tracking.TrkFindStrategy
getNPoints(int) - Method in class hep.lcd.recon.tracking.AbsTrackFinder
getNPoints(int) - Method in class hep.lcd.recon.tracking.AbsTracker: Get number of points on a track.
getNPoints(int) - Method in interface hep.lcd.recon.tracking.TrackFinder: Get number of points on a track.
getNPoints(int) - Method in interface hep.lcd.recon.tracking.Tracker: Get number of points on a track.
getNPoints(int) - Method in interface hep.lcd.recon.tracking.VertexDetector: Get number of points on a track.
getNPoints(int) - Method in class hep.lcd.recon.tracking.ccd.CCDReco: Get number of points on a track.
getNPoints(int) - Method in class hep.lcd.recon.tracking.combined.COMBReco
getNProngs() - Method in class hep.lcd.contrib.mc.analysis.BaseMonteCarlo
getNProngs() - Method in interface hep.lcd.contrib.mc.analysis.MonteCarlo
getNPtsReq(int) - Method in class hep.lcd.recon.tracking.TrkFindStrategy
getNTracks() - Method in class hep.lcd.contrib.mc.analysis.BaseMonteCarlo
getNTracks() - Method in interface hep.lcd.contrib.mc.analysis.MonteCarlo
getNTracks() - Method in interface hep.lcd.event.TrackList: Returns the number of Track objects in this event
getNTracks() - Method in class hep.lcd.recon.tracking.AbsTrackFinder
getNTracks() - Method in class hep.lcd.recon.tracking.AbsTracker: Get number of track found.
getNTracks() - Method in class hep.lcd.recon.tracking.ReconTrackList
getNTracks() - Method in interface hep.lcd.recon.tracking.TrackFinder: Get number of track found.
getNTracks() - Method in interface hep.lcd.recon.tracking.Tracker: Get number of track found.
getNTracks() - Method in interface hep.lcd.recon.tracking.VertexDetector: Get number of track found.
getNTracks() - Method in class hep.lcd.recon.tracking.ccd.CCDReco: Get number of track found.
getNTracks() - Method in class hep.lcd.vertexing.zvtop.ZvTrackList: get number of tracks in this list
getNTrk() - Method in class hep.lcd.recon.tracking.TrkHotList
getNTubes() - Method in class hep.lcd.vertexing.zvtop.ZvProbTubeList: get number of probability tubes in this list
getNVertices() - Method in interface hep.lcd.event.VertexList: get number of vertices in this list
getNVertices() - Method in class hep.lcd.vertexing.zvtop.ZvVertexList: get number of vertices in this list
getNVtx() - Method in class hep.lcd.recon.tracking.TrkHotList
getNVtxBehindRef(double[], double[]) - Method in class hep.lcd.vertexing.zvtop.ZvVertexList: Get the number of vertices behind reference point along direction.
getNVtxBehindRef() - Method in class hep.lcd.vertexing.zvtop.ZvVertexList: Get the number of vertices behind reference point along direction.
getNVtxReq() - Method in class hep.lcd.vertexing.zvtop.ZvgKVFParam: get the currently set number of requested vertices
getName() - Method in interface hep.lcd.event.ExtendedParticleType: Returns name of particle
getName() - Method in class hep.lcd.geometry.component.Material
getName() - Method in class hep.lcd.io.Dataset
getName() - Method in class hep.lcd.io.jas.LCDEventSource
getName() - Method in class hep.lcd.io.jas.MultiFileEventSource
getName() - Method in class hep.lcd.io.jas.sio.MultiFileEventSource
getName() - Method in class hep.lcd.io.jas.sio.SIOEventSource
getName() - Method in class hep.lcd.plugin.Register
getName() - Method in class hep.lcd.recon.cluster.util.ClusterParticleType
getName() - Method in class hep.lcd.util.driver.AbstractProcessor: A default implementation of Processor.getName() Returns the name of this class.
getName() - Method in class hep.lcd.util.driver.Driver
getName() - Method in interface hep.lcd.util.driver.Processor: Called by the Driver to get the name of this processor
getNdf() - Method in class hep.lcd.contrib.recon.tracking.garfield.GarfieldTrack
getNearestCluster(LCDEvent, Particle) - Method in class hep.lcd.contrib.recon.tracking.garfield.KshortInfo
getNearestTrack(LCDEvent, double[]) - Method in class hep.lcd.contrib.recon.tracking.garfield.KshortInfo
getNearestTrack(LCDEvent, Particle) - Method in class hep.lcd.contrib.recon.tracking.garfield.KshortInfo
getNeighbors() - Method in class hep.lcd.recon.cluster.radial.cl.CalCellCollection.CalCell
getNeighbors() - Method in interface hep.lcd.recon.cluster.radial.cl.ClusterCell
getNeighbouringCells() - Method in interface hep.lcd.geometry.CalorimeterCell: Return an array of id's for the neighbouring cells
getNeighbouringCells() - Method in class hep.lcd.geometry.CalorimeterCellNewTag: Returns an array of towerID's for the neighbouring cells
getNeighbouringCells() - Method in class hep.lcd.geometry.CalorimeterCellOldTag: Returns an array of towerID's for the neighbouring cells
getNeighbouringCells() - Method in class hep.lcd.geometry.np.ComboCalorimeterCell
getNeighbouringCells() - Method in class hep.lcd.geometry.np.NPCalorimeterCell
getNestedException() - Method in class hep.lcd.util.error.LCDException
getNeutralDaughters() - Method in class hep.lcd.vertexing.mc.McVertex
getNeutralDaughters(Particle) - Method in class hep.lcd.vertexing.mc.McVertexer: Get a (Particle) List of the neutral daughters emerging from the position of the parent particle decay.
getNeutralEnergy() - Method in class hep.lcd.contrib.mc.analysis.BaseMonteCarlo
getNeutralEnergy() - Method in interface hep.lcd.contrib.mc.analysis.MonteCarlo
getNeutralHadronEnergy() - Method in class hep.lcd.contrib.mc.analysis.BaseMonteCarlo
getNeutralHadronEnergy() - Method in interface hep.lcd.contrib.mc.analysis.MonteCarlo
getNewPosition() - Method in class hep.lcd.vertexing.zvtop.ZvLeap: get new position
getNewTrackList() - Method in interface hep.lcd.vertexing.zvtop.TwoTrackMatcher: get the resulting (reswum) track list
-- of interest, if takeNewTrackList in fitter is set to false
getNewTrackList() - Method in interface hep.lcd.vertexing.zvtop.VtxFitter: get the resulting (reswum) track list
-- of interest, if takeNewTrackList is set to false
getNewTrackList() - Method in class hep.lcd.vertexing.zvtop.ZvFitter: Get the resulting (reswum) track list.
getNewTrackList() - Method in class hep.lcd.vertexing.zvtop.ZvSimpleTwoTrackMatcher: get the resulting (reswum) track list
-- of interest, if takeNewTrackList is set to false
getNewTrackList() - Method in class hep.lcd.vertexing.zvtop.ZvTwoTrackMatcher: get the resulting (reswum) track list
-- of interest, if takeNewTrackList is set to false
getNewTrackParameters(double) - Method in class hep.lcd.vertexing.zvtop.ZvFltGhostTrack: Get the TrackParameters as constructed from ZvTrack information at position incremented by flt along track helix.
getNewTrackParameters(double) - Method in class hep.lcd.vertexing.zvtop.ZvFltTrack: Get the TrackParameters as constructed from ZvTrack information at position incremented by flt along track helix.
getNewTrackParameters() - Method in class hep.lcd.vertexing.zvtop.ZvTrack: Get the TrackParameters as constructed from ZvTrack information.
getNextEvent() - Method in class hep.lcd.io.jas.LCDEventSource
getNextEvent() - Method in class hep.lcd.io.jas.MultiFileEventSource
getNextEvent() - Method in class hep.lcd.io.jas.sio.MultiFileEventSource
getNextEvent() - Method in class hep.lcd.io.jas.sio.SIOEventSource
getNextHits(GarfieldTrack, double) - Method in class hep.lcd.contrib.recon.tracking.garfield.GarfieldTrackFinder: provides list of GarfieldHits for patter recogntion algorithm.
getNfragments() - Method in class hep.lcd.recon.cluster.analysis.ClusterMCInformation
getNoFieldExtrap() - Method in class hep.lcd.recon.tracking.BaseSpecifications
getNoFieldExtrap() - Method in interface hep.lcd.recon.tracking.Specifications: Get extrapolation radius for no field region.
getNode() - Method in class hep.lcd.io.Dataset
getNormalizedEigenvalues() - Method in class hep.lcd.recon.cluster.util.AbstractCluster
getNotSmearedTrack() - Method in class hep.lcd.mc.fast.tracking.ReconTrack: Get the complete parameter set for the not smeared track.
getNprimary() - Method in class hep.lcd.recon.cluster.analysis.ClusterMCInformation
getNumEMLayers() - Method in class hep.lcd.geometry.AbstractCalorimeterCell
getNumEMLayers() - Method in interface hep.lcd.geometry.CalorimeterCell: Return the # of layers in the current EM calorimeter
getNumEMLayers() - Method in class hep.lcd.geometry.CalorimeterCellNewTag
getNumEMLayers() - Method in class hep.lcd.geometry.np.ComboCalorimeterCell
getNumTracks() - Method in interface hep.lcd.vertexing.zvtop.VertexInt: get number of Tracks
getNumTracks() - Method in class hep.lcd.vertexing.zvtop.ZvVertex: get number of Tracks
getNumberOfEvents() - Method in class hep.lcd.io.Dataset
getNumberOfStepovers() - Method in class hep.lcd.contrib.recon.tracking.garfield.GarfieldTrack
getObject() - Method in interface hep.lcd.io.sio.SIORef
getObject() - Method in class hep.lcd.io.smart.SmartPointer
getOmega() - Method in class hep.lcd.mc.fast.tracking.DocaTrackParameters
getOmega() - Method in interface hep.lcd.mc.fast.tracking.TrackParameters
getOrigPhi() - Method in class hep.lcd.vertexing.zvtop.ZvGhostTrack: get original ghost track phi
getOrigPoint() - Method in class hep.lcd.vertexing.zvtop.ZvGhostTrack: get original ghost track start point
getOrigReconTrack() - Method in class hep.lcd.vertexing.zvtop.ZvTrack: Get the ReconTrack as entered on creation.
getOrigTheta() - Method in class hep.lcd.vertexing.zvtop.ZvGhostTrack: get original ghost track theta
getOrigTrackParameters() - Method in class hep.lcd.vertexing.zvtop.ZvTrack: Get the (smeared) TrackParameters as entered on creation.
getOrigTracks() - Method in class hep.lcd.vertexing.zvtop.ZvTrackList: get an enumeration of the original ReconTracks
getOrigWidth() - Method in class hep.lcd.vertexing.zvtop.ZvGhostTrack: get original ghost track width
getOrigin() - Method in interface hep.lcd.event.IdentifiedCluster: Origin and Direction
getOrigin() - Method in interface hep.lcd.event.ReconstructedParticle
getOrigin() - Method in interface hep.lcd.event.Track
getOrigin() - Method in class hep.lcd.mc.fast.tracking.ReconTrack: Get the original vertex point of smeared MC track.
getOrigin() - Method in class hep.lcd.recon.cluster.util.ShapeIdentifiedCluster
getOrigin() - Method in class hep.lcd.recon.particle.BasicReconstructedParticle
getOrigin() - Method in class hep.lcd.recon.tracking.ReconstructedTrack
getOrigin() - Method in class hep.lcd.recon.tracking.ftf.FoundTrack
getOrigin() - Method in class hep.lcd.vertexing.mc.IpFakeParticle
getOrigin(double) - Method in class hep.lcd.vertexing.zvtop.ZvFltGhostTrack: return position incremented by flt along track
getOrigin(double) - Method in class hep.lcd.vertexing.zvtop.ZvFltTrack: return position incremented by flt along track helix
getOrigin() - Method in class hep.lcd.vertexing.zvtop.ZvTrack: use current doca position as origin of track.
getOriginErrors() - Method in interface hep.lcd.event.IdentifiedCluster: Errors on position and direction
getOriginErrors() - Method in class hep.lcd.recon.cluster.util.ShapeIdentifiedCluster
getOriginX() - Method in interface hep.lcd.event.ReconstructedParticle
getOriginX() - Method in interface hep.lcd.event.Track
getOriginX() - Method in class hep.lcd.mc.fast.tracking.ReconTrack: Get x coordinate of the original vertex point of smeared MC track.
getOriginX() - Method in class hep.lcd.recon.particle.BasicReconstructedParticle
getOriginX() - Method in class hep.lcd.recon.tracking.ReconstructedTrack
getOriginX() - Method in class hep.lcd.recon.tracking.ftf.FoundTrack
getOriginX() - Method in class hep.lcd.vertexing.mc.IpFakeParticle
getOriginX() - Method in class hep.lcd.vertexing.zvtop.ZvTrack: x position
getOriginY() - Method in interface hep.lcd.event.ReconstructedParticle
getOriginY() - Method in interface hep.lcd.event.Track
getOriginY() - Method in class hep.lcd.mc.fast.tracking.ReconTrack: Get y coordinate of the original vertex point of smeared MC track.
getOriginY() - Method in class hep.lcd.recon.particle.BasicReconstructedParticle
getOriginY() - Method in class hep.lcd.recon.tracking.ReconstructedTrack
getOriginY() - Method in class hep.lcd.recon.tracking.ftf.FoundTrack
getOriginY() - Method in class hep.lcd.vertexing.mc.IpFakeParticle
getOriginY() - Method in class hep.lcd.vertexing.zvtop.ZvTrack: y position
getOriginZ() - Method in interface hep.lcd.event.ReconstructedParticle
getOriginZ() - Method in interface hep.lcd.event.Track
getOriginZ() - Method in class hep.lcd.mc.fast.tracking.ReconTrack: Get z coordinate of the original vertex point of smeared MC track.
getOriginZ() - Method in class hep.lcd.recon.particle.BasicReconstructedParticle
getOriginZ() - Method in class hep.lcd.recon.tracking.ReconstructedTrack
getOriginZ() - Method in class hep.lcd.recon.tracking.ftf.FoundTrack
getOriginZ() - Method in class hep.lcd.vertexing.mc.IpFakeParticle
getOriginZ() - Method in class hep.lcd.vertexing.zvtop.ZvTrack: z position
getOuterMostHitLayer() - Method in class hep.lcd.recon.cluster.util.AbstractCluster
getOuterRadius() - Method in class hep.lcd.geometry.component.CylindricalDetector
getOuterRadius(int) - Method in class hep.lcd.geometry.component.MultiLayerBarrelDetector
getOuterRadius(int) - Method in class hep.lcd.geometry.component.MultiLayerEndCapDetector
getOuterRadius() - Method in class hep.lcd.recon.tracking.BaseSpecifications
getOuterRadius() - Method in interface hep.lcd.recon.tracking.Specifications: Get outer radius of tracking detector.
getP(double) - Method in class hep.lcd.contrib.recon.tracking.garfield.GarfieldTrack
getPAfterStep() - Method in class hep.lcd.util.step.TrackStepper
getPT() - Method in interface hep.lcd.event.Muon: return Pt of the track
getPT() - Method in class hep.lcd.recon.muon.MuonCandidate: Return the transverse momentum of the track.
getPVec() - Method in class hep.lcd.vertexing.zvtop.ZvLeap: get new tangent vector after leaping
getPX() - Method in interface hep.lcd.event.ReconstructedParticle
getPX() - Method in interface hep.lcd.event.Track
getPX() - Method in class hep.lcd.mc.fast.tracking.DocaTrackParameters
getPX() - Method in class hep.lcd.mc.fast.tracking.ReconTrack: Get x coordinate of momentum of the smeared track at original vertex.
getPX() - Method in interface hep.lcd.mc.fast.tracking.TrackParameters
getPX() - Method in class hep.lcd.recon.particle.BasicReconstructedParticle
getPX() - Method in class hep.lcd.recon.tracking.ReconstructedTrack
getPX() - Method in class hep.lcd.recon.tracking.ftf.FoundTrack
getPX() - Method in class hep.lcd.vertexing.mc.IpFakeParticle
getPX() - Method in class hep.lcd.vertexing.zvtop.ZvTrack: get momentum in x
getPY() - Method in interface hep.lcd.event.ReconstructedParticle
getPY() - Method in interface hep.lcd.event.Track
getPY() - Method in class hep.lcd.mc.fast.tracking.DocaTrackParameters
getPY() - Method in class hep.lcd.mc.fast.tracking.ReconTrack: Get y coordinate of momentum of the smeared track at original vertex.
getPY() - Method in interface hep.lcd.mc.fast.tracking.TrackParameters
getPY() - Method in class hep.lcd.recon.particle.BasicReconstructedParticle
getPY() - Method in class hep.lcd.recon.tracking.ReconstructedTrack
getPY() - Method in class hep.lcd.recon.tracking.ftf.FoundTrack
getPY() - Method in class hep.lcd.vertexing.mc.IpFakeParticle
getPY() - Method in class hep.lcd.vertexing.zvtop.ZvTrack: get momentum in y
getPZ() - Method in interface hep.lcd.event.ReconstructedParticle
getPZ() - Method in interface hep.lcd.event.Track
getPZ() - Method in class hep.lcd.mc.fast.tracking.DocaTrackParameters
getPZ() - Method in class hep.lcd.mc.fast.tracking.ReconTrack: Get z coordinate of momentum of the smeared track at original vertex.
getPZ() - Method in interface hep.lcd.mc.fast.tracking.TrackParameters
getPZ() - Method in class hep.lcd.recon.particle.BasicReconstructedParticle
getPZ() - Method in class hep.lcd.recon.tracking.ReconstructedTrack
getPZ() - Method in class hep.lcd.recon.tracking.ftf.FoundTrack
getPZ() - Method in class hep.lcd.vertexing.mc.IpFakeParticle
getPZ() - Method in class hep.lcd.vertexing.zvtop.ZvTrack: get momentum in z
getPara(String) - Method in class hep.lcd.contrib.recon.tracking.garfield.GarfieldTrack: gets track parameters parameters refer to point of closest approach (pca) in the xy plane magnetic field points along z direction - getPara("kappa") gives curvature
- d0: impact parameter in xy plane
- z0: impact parameter in z direction
- lambda: tan lambda (dip angle)
- phi0: phi direction at point of closest approach
getParam(int) - Method in class hep.lcd.recon.tracking.TrkParams
getParameterFile(String) - Method in class hep.lcd.geometry.Detector
getParameterFile(String) - Method in class hep.lcd.util.driver.AbstractProcessor
getParameterFile(String) - Method in interface hep.lcd.util.driver.ProcessorContext
getParameterNames() - Method in class hep.lcd.contrib.util.functions.GaussianBoxFunction
getParameterValues() - Method in class hep.lcd.contrib.util.functions.GaussianBoxFunction
getParameters(String) - Method in class hep.lcd.geometry.Detector
getParameters() - Method in class hep.lcd.recon.tracking.ftf.FoundTrack
getParameters() - Method in class hep.lcd.util.driver.AbstractProcessor: Get the parameters for this processor from the constants system
getParameters(String) - Method in class hep.lcd.util.driver.AbstractProcessor: Get the named parameters from the constants system
getParameters(String) - Method in interface hep.lcd.util.driver.ProcessorContext: Get the named parameters from the constants system
getParameters() - Method in class hep.lcd.vertexing.zvtop.ZvgGhostTrackFinder: Get a handle to the currently used constant parameter set.
getParameters() - Method in class hep.lcd.vertexing.zvtop.ZvgGhostTrackFinder2: Get a handle to the currently used constant parameter set.
getParameters() - Method in class hep.lcd.vertexing.zvtop.ZvgKinVtxFinder: Get currently set ZvgKinVtxFinder specific parameters.
getParams() - Method in class hep.lcd.recon.tracking.TrkParams
getParent() - Method in interface hep.lcd.event.IdentifiedCluster
getParent() - Method in class hep.lcd.recon.cluster.util.ShapeIdentifiedCluster
getParent() - Method in class hep.lcd.vertexing.mc.IpFakeParticle
getParentMcVertices(TrackList) - Method in class hep.lcd.vertexing.mc.McVertexer: Get a List of parent McVertex's which had daughter tracks in the input list.
getParentV0McVertices(TrackList) - Method in class hep.lcd.vertexing.mc.McVertexer: Get a List of parent V0 McVertex's which had daughter tracks in the input list.
getParentV0Vertex(Particle) - Method in class hep.lcd.vertexing.mc.McVertexer: Get the parent V0 McVertex of a daughter particle.
getParentVertex(Particle) - Method in class hep.lcd.vertexing.mc.McVertexer: Get the parent McVertex of a daughter particle.
getParents() - Method in class hep.lcd.vertexing.mc.IpFakeParticle
getParticle() - Method in class hep.lcd.vertexing.mc.McVertex
getParticleType() - Method in interface hep.lcd.event.ExtendedParticleType: Returns ParticleType if PDGID particle, null otherwise
getParticleType() - Method in class hep.lcd.recon.cluster.util.ClusterParticleType
getParticles() - Method in class hep.lcd.recon.particle.BasicReconstructedParticleVector
getPartons() - Method in class hep.lcd.contrib.mc.analysis.BaseMonteCarlo
getPartons() - Method in interface hep.lcd.contrib.mc.analysis.MonteCarlo
getPathLength(double) - Method in class hep.lcd.util.step.TrackStepper
getPhi() - Method in class hep.lcd.contrib.recon.tracking.garfield.GarfieldHit
getPhi() - Method in class hep.lcd.contrib.recon.tracking.garfield.MipStub
getPhi() - Method in class hep.lcd.geometry.AbstractCalorimeterCell
getPhi() - Method in interface hep.lcd.geometry.CalorimeterCell: Get the phi angle of the cell
getPhi(int, int, int) - Method in interface hep.lcd.geometry.SegmentedDetectorComponent
getPhi(int, int, int) - Method in class hep.lcd.geometry.component.Calorimeter
getPhi() - Method in class hep.lcd.geometry.np.ComboCalorimeterCell
getPhi() - Method in class hep.lcd.geometry.np.NPCalorimeterCell
getPhi() - Method in class hep.lcd.recon.cluster.radial.cl.CalCellCollection.CalCell
getPhi() - Method in interface hep.lcd.recon.cluster.radial.cl.ClusterCell
getPhi0() - Method in class hep.lcd.mc.fast.tracking.DocaTrackParameters
getPhi0() - Method in interface hep.lcd.mc.fast.tracking.TrackParameters
getPhiBin() - Method in interface hep.lcd.geometry.CalorimeterCell: Get the phi bin for the current cell
getPhiBin() - Method in class hep.lcd.geometry.CalorimeterCellNewTag
getPhiBin() - Method in class hep.lcd.geometry.CalorimeterCellOldTag
getPhiBin() - Method in class hep.lcd.geometry.np.ComboCalorimeterCell
getPhiBin() - Method in class hep.lcd.geometry.np.NPCalorimeterCell
getPhiBins() - Method in interface hep.lcd.geometry.SegmentedDetectorComponent
getPhiBins() - Method in class hep.lcd.geometry.component.Calorimeter
getPhiWidth() - Method in class hep.lcd.recon.cluster.radial.cl.CellWidths
getPhotonEnergy() - Method in class hep.lcd.contrib.mc.analysis.BaseMonteCarlo
getPhotonEnergy() - Method in interface hep.lcd.contrib.mc.analysis.MonteCarlo
getPlane() - Method in class hep.lcd.recon.tracking.HelicalSwimmer
getPlane() - Method in class hep.lcd.util.swim.Helix
getPlane2() - Method in class hep.lcd.recon.tracking.HelicalSwimmer
getPlaneConst() - Method in class hep.lcd.vertexing.zvtop.ZvProbTubeList: get the used constant for track-IP plane mode weighting
getPlaneWidth() - Method in class hep.lcd.vertexing.zvtop.ZvTopParam: get the gaussian width of plan currently set
getPocaList() - Method in class hep.lcd.vertexing.zvtop.ZvgGhostTrackFinder: Get a vector of double[3] with points of closest approach per track wrt the ghost.
getPocaList() - Method in class hep.lcd.vertexing.zvtop.ZvgGhostTrackFinder2: Get a vector of double[3] with points of closest approach per track wrt the ghost.
getPoint() - Method in class hep.lcd.contrib.recon.tracking.garfield.GarfieldHit
getPoint() - Method in interface hep.lcd.event.TrackerHit: x,y,z point of hit
getPointMCParent(int, int) - Method in class hep.lcd.recon.tracking.AbsTracker
getPointOnHelix(int) - Method in class hep.lcd.contrib.recon.tracking.garfield.GarfieldHelix
getPoints(int, boolean) - Method in class hep.lcd.recon.tracking.AddReconTrks
getPolarEMInner() - Method in class hep.lcd.mc.fast.cluster.ronan.ClusterResolutionTables
getPolarEMOuter() - Method in class hep.lcd.mc.fast.cluster.ronan.ClusterResolutionTables
getPolarHADInner() - Method in class hep.lcd.mc.fast.cluster.ronan.ClusterResolutionTables
getPolarHADOuter() - Method in class hep.lcd.mc.fast.cluster.ronan.ClusterResolutionTables
getPolarInner() - Method in class hep.lcd.mc.fast.tracking.TrackResolutionTables
getPolarOuter() - Method in class hep.lcd.mc.fast.tracking.TrackResolutionTables
getPosition() - Method in class hep.lcd.geometry.AbstractCalorimeterCell
getPosition() - Method in interface hep.lcd.geometry.CalorimeterCell: Return {x,y,z} as an array
getPosition() - Method in class hep.lcd.geometry.np.ComboCalorimeterCell
getPosition(double) - Method in class hep.lcd.mc.fast.tracking.DocaTrackParameters
getPosition(double) - Method in class hep.lcd.mc.fast.tracking.ReconTrack
getPosition() - Method in class hep.lcd.recon.tracking.ftf.Hit3D
getPosition(double) - Method in interface hep.lcd.vertexing.zvtop.TrajectoryInt: return position incremented by flt along track helix
getPosition(double) - Method in class hep.lcd.vertexing.zvtop.ZvFltGhostTrack: return position incremented by flt along track helix
(version for TrajectoryInt)
getPosition(double) - Method in class hep.lcd.vertexing.zvtop.ZvFltTrack: return position incremented by flt along track helix
(version for TrajectoryInt)
getPositionVec(double) - Method in class hep.lcd.mc.fast.tracking.DocaTrackParameters: Calculate and get position on track with respect to any path length l on track (l in xy plane).
getPositionVec(double) - Method in class hep.lcd.mc.fast.tracking.ReconTrack: Calculate and get position on track with respect to any path length l on track (l in xy plane).
getPrecision() - Method in class hep.lcd.vertexing.zvtop.ZvTwoTrajPoca: get required precision along flt
getPrim() - Method in class hep.lcd.recon.cluster.analysis.ClusterMCInformation
getPrimaryCluster() - Method in interface hep.lcd.event.IdentifiedCluster: Primary Cluster
getPrimaryCluster() - Method in class hep.lcd.recon.cluster.util.ShapeIdentifiedCluster
getPrincipalAxes() - Method in class hep.lcd.recon.cluster.util.AbstractCluster
getProductionTime() - Method in class hep.lcd.vertexing.mc.IpFakeParticle
getProperties() - Method in class hep.lcd.io.sio.lcd.handler.LCDGeant4Event
getProperties() - Method in class hep.lcd.util.event.LCDHepEvent
getProperties() - Method in class hep.lcd.util.event.merge.MergedEvent
getPt(double) - Method in class hep.lcd.contrib.recon.tracking.garfield.GarfieldTrack: transverse momentum Pt in GeV = 0.299..
getPt() - Method in class hep.lcd.mc.fast.tracking.DocaTrackParameters: Get transverse momentum at DOCA.
getPt() - Method in class hep.lcd.mc.fast.tracking.ReconTrack: Get transverse momentum of the smeared track at original vertex.
getPt() - Method in class hep.lcd.vertexing.zvtop.ZvTrack: get transverse momentum Pt
getPtMin() - Method in class hep.lcd.mc.fast.tracking.TrackResolutionTables
getPtot() - Method in class hep.lcd.mc.fast.tracking.DocaTrackParameters: Get total momentum at DOCA.
getPtot() - Method in interface hep.lcd.mc.fast.tracking.TrackParameters
getPtot() - Method in class hep.lcd.vertexing.zvtop.ZvTrack: get total momentum
getRAfterStep() - Method in class hep.lcd.util.step.TrackStepper
getRC() - Method in class hep.lcd.recon.tracking.fitters.klm.KLMFitError
getRL(String) - Method in class hep.lcd.recon.tracking.RadLengths: Return radiation length in cm
getRL(String) - Method in class hep.lcd.util.material.RadLengths: Return radiation length in cm
getRMSPhi() - Method in interface hep.lcd.event.Cluster: RMS width of the PHI, Theta, Radius energy distributions
getRMSPhi() - Method in class hep.lcd.mc.fast.cluster.ronan.ReconCluster: RMS width of the PHI, Theta, Radius energy distributions
getRMSPhi() - Method in class hep.lcd.recon.cluster.radial.cl.CalClusterCollection.CalCluster
getRMSPhi() - Method in class hep.lcd.recon.cluster.util.AbstractCluster
getRMSRadius() - Method in interface hep.lcd.event.Cluster
getRMSRadius() - Method in class hep.lcd.mc.fast.cluster.ronan.ReconCluster
getRMSRadius() - Method in class hep.lcd.recon.cluster.radial.cl.CalClusterCollection.CalCluster
getRMSRadius() - Method in class hep.lcd.recon.cluster.util.AbstractCluster
getRMSTheta() - Method in interface hep.lcd.event.Cluster
getRMSTheta() - Method in class hep.lcd.mc.fast.cluster.ronan.ReconCluster
getRMSTheta() - Method in class hep.lcd.recon.cluster.radial.cl.CalClusterCollection.CalCluster
getRMSTheta() - Method in class hep.lcd.recon.cluster.util.AbstractCluster
getRPhiResolution() - Method in class hep.lcd.recon.tracking.BaseSpecifications
getRPhiResolution() - Method in interface hep.lcd.recon.tracking.Specifications: Get r-phi measurement resolution of tracking detector.
getRTol(int) - Method in class hep.lcd.recon.tracking.TrkFindStrategy
getRadii() - Method in class hep.lcd.recon.tracking.TrackPathMaterials
getRadius(int, int, int) - Method in interface hep.lcd.geometry.SegmentedDetectorComponent
getRadius(int, int, int) - Method in class hep.lcd.geometry.component.BarrelCalorimeter
getRadius(int, int, int) - Method in class hep.lcd.geometry.component.EndCapCalorimeter
getRadius() - Method in class hep.lcd.recon.cluster.radial.cl.CalCellCollection.CalCell
getRadius() - Method in interface hep.lcd.recon.cluster.radial.cl.ClusterCell
getRadius() - Method in class hep.lcd.recon.tracking.HelicalSwimmer
getRadius() - Method in class hep.lcd.util.swim.Helix
getRandom() - Method in class hep.lcd.util.driver.AbstractProcessor: Get the random number generator to be used
getRandom() - Method in interface hep.lcd.util.driver.ProcessorContext: Get the random number generator to be used
getRc() - Method in class hep.lcd.util.swim.HelixSwim: report the circle's radius in the rho-phi plane
getReason(int) - Method in class hep.lcd.recon.tracking.TrkMCTruth
getRecordLength() - Method in interface hep.lcd.io.sio.SIORecord
getRecordName() - Method in interface hep.lcd.io.sio.SIORecord
getRefError() - Method in class hep.lcd.vertexing.zvtop.ZvProbTubeList: get the reference point error matrix (3x3)
getRefPoint() - Method in class hep.lcd.vertexing.zvtop.ZvProbTubeList: get the used reference point
getRefPoint() - Method in class hep.lcd.vertexing.zvtop.ZvSwimmer: get the corresponding point of closest approach on the reference line
getRefPoint() - Method in class hep.lcd.vertexing.zvtop.ZvgCMatList: Get the current reference point used.
getRefinedClusters() - Method in interface hep.lcd.event.LCDEvent
getRefinedClusters() - Method in class hep.lcd.util.event.AbstractLCDEvent
getResolCut() - Method in class hep.lcd.vertexing.zvtop.ZvTopParam: get the currently set resolubility cut
getResolMin() - Method in class hep.lcd.vertexing.zvtop.ZvTopParam: get the currently set minimum resolubility for spatial points
getResolNSteps() - Method in class hep.lcd.vertexing.zvtop.ZvTopParam: get the currently set number of steps used to evaluate the resolution of spatial points
getRoot() - Method in class hep.lcd.geometry.Detector
getRunNumber() - Method in class hep.lcd.io.sio.lcd.handler.LCDGeant4Event
getRunNumber() - Method in class hep.lcd.util.event.LCDHepEvent
getRunNumber() - Method in class hep.lcd.util.event.merge.MergedEvent
getRxy() - Method in class hep.lcd.contrib.recon.tracking.garfield.GarfieldHit
getSamplingFractions() - Method in class hep.lcd.geometry.AbstractCalorimeterCell
getSamplingFractions() - Method in interface hep.lcd.geometry.CalorimeterCell: Return the EM and HAD sampling fractions of the current detector
getSamplingFractions() - Method in class hep.lcd.geometry.CalorimeterCellNewTag
getSamplingFractions() - Method in class hep.lcd.geometry.np.ComboCalorimeterCell
getScaledContributedEnergy() - Method in class hep.lcd.recon.cluster.util.AbstractCluster
getSeed() - Method in class hep.lcd.util.driver.Driver
getSimpleMessage() - Method in class hep.lcd.util.error.LCDException: Return just the super classes message
getSinL() - Method in class hep.lcd.util.swim.HelixSwim: report sin lambda
getSinPhi() - Method in class hep.lcd.recon.cluster.radial.cl.CalCellCollection.CalCell
getSinPhi() - Method in interface hep.lcd.recon.cluster.radial.cl.ClusterCell
getSinPit() - Method in class hep.lcd.vertexing.zvtop.ZvLeap: get sin of pitch angle
getSinXang() - Method in class hep.lcd.recon.tracking.HelicalSwimmer
getSlope(int) - Method in class hep.lcd.geometry.component.MultiLayerEndCapDetector
getSmearedTrack() - Method in class hep.lcd.mc.fast.tracking.ReconTrack: Get the complete parameter set for the smeared track.
getSpacialErrorMatrix() - Method in class hep.lcd.vertexing.zvtop.ZvTrack: Error matrix (3x3) in 3-d space coordinates
Note: There is no real constraint (= 100 m) for the tangent direction.
getSpacialErrorMatrix(double) - Method in class hep.lcd.vertexing.zvtop.ZvTrack: Error matrix (3x3) in 3-d space coordinates
(The error in tangent direction is not specified by the error matrix.)
getSpecifications() - Method in class hep.lcd.recon.tracking.AbsTracker: Get tracker specifications.
getSpecifications() - Method in interface hep.lcd.recon.tracking.Tracker: Get tracker specifications.
getSpecifications() - Method in interface hep.lcd.recon.tracking.VertexDetector
getSpecifications() - Method in class hep.lcd.recon.tracking.ccd.CCDReco
getStatus() - Method in class hep.lcd.contrib.recon.tracking.garfield.GarfieldHit
getStatus() - Method in class hep.lcd.contrib.recon.tracking.garfield.GarfieldTrack
getStatus() - Method in interface hep.lcd.event.MCParticle: This returns the GISMO status code, which is different from the STDHEP status code returned by Particle.getStatusCode()
getStatus() - Method in class hep.lcd.vertexing.zvtop.BasicFitStatus: get the current status
getStatus() - Method in interface hep.lcd.vertexing.zvtop.FitStatusInt: get the current status
getStatus() - Method in interface hep.lcd.vertexing.zvtop.Swimmer: get the status of the swimmer
getStatus() - Method in interface hep.lcd.vertexing.zvtop.TwoTrackMatcher: get the status of the matcher
getStatus() - Method in interface hep.lcd.vertexing.zvtop.VtxFitter: get the status of the fitter
getStatus() - Method in class hep.lcd.vertexing.zvtop.Zv2dSwimmer: get the status of the swimmer
getStatus() - Method in class hep.lcd.vertexing.zvtop.Zv3dSwimmer: get the status of the swimmer
getStatus() - Method in class hep.lcd.vertexing.zvtop.ZvFitter: get the status of the fitter
getStatus() - Method in class hep.lcd.vertexing.zvtop.ZvSimpleTwoTrackMatcher: get the status of the matcher
getStatus() - Method in class hep.lcd.vertexing.zvtop.ZvSwimStatus: get the current status
getStatus() - Method in class hep.lcd.vertexing.zvtop.ZvSwimmer: get the status of the swimmer
getStatus() - Method in class hep.lcd.vertexing.zvtop.ZvTwoTrackMatcher: get the status of the matcher
getStatus() - Method in class hep.lcd.vertexing.zvtop.ZvTwoTrajPoca: get the status of the poca finder
getStatus() - Method in class hep.lcd.vertexing.zvtop.ZvVertexList: get the global status of the last vertexing action
getStatusCode() - Method in class hep.lcd.vertexing.mc.IpFakeParticle
getStatusCopy() - Method in interface hep.lcd.vertexing.zvtop.Swimmer: get the status of the swimmer as a deep copy
getStatusCopy() - Method in interface hep.lcd.vertexing.zvtop.TwoTrackMatcher: get the status of the matcher as a deep copy
getStatusCopy() - Method in interface hep.lcd.vertexing.zvtop.VtxFitter: get the status of the fitter as a deep copy
getStatusCopy() - Method in class hep.lcd.vertexing.zvtop.Zv2dSwimmer: get the status of the swimmer as a deep copy
getStatusCopy() - Method in class hep.lcd.vertexing.zvtop.Zv3dSwimmer: get the status of the swimmer as a deep copy
getStatusCopy() - Method in class hep.lcd.vertexing.zvtop.ZvFitter: get the status of the fitter as a deep copy
getStatusCopy() - Method in class hep.lcd.vertexing.zvtop.ZvSimpleTwoTrackMatcher: get the status of the matcher as a deep copy
getStatusCopy() - Method in class hep.lcd.vertexing.zvtop.ZvSwimmer: get the status of the swimmer as a deep copy
getStatusCopy() - Method in class hep.lcd.vertexing.zvtop.ZvTwoTrackMatcher: get the status of the matcher as a deep copy
getStatusCopy() - Method in class hep.lcd.vertexing.zvtop.ZvTwoTrajPoca: get the status of the poca finder as a deep copy
getStatusName(int) - Method in class hep.lcd.contrib.mc.analysis.BaseMonteCarlo: Particle status codes
getStatusName(int) - Method in interface hep.lcd.contrib.mc.analysis.MonteCarlo: Particle status codes
getStepFlags() - Method in class hep.lcd.util.step.TrackStepper
getStepMax() - Method in class hep.lcd.vertexing.zvtop.ZvgGTFParam: Get the currently set maximum (initial) step size for angle stepping loop in ZvgGhostTrackFinder.
getStepMin() - Method in class hep.lcd.vertexing.zvtop.ZvgGTFParam: Get the currently set minimum (final) step size for angle stepping loop in ZvgGhostTrackFinder.
getStopTkELow() - Method in class hep.lcd.util.step.TrackStepper
getStrategy() - Method in class hep.lcd.recon.tracking.AbsTrackFinder
getStrategy() - Method in interface hep.lcd.recon.tracking.TrackFinder
getStrict() - Method in class hep.lcd.vertexing.zvtop.ZvTwoTrajPoca: running in strict mode?
getString(String) - Method in interface hep.lcd.geometry.PropertySet
getString(String, String) - Method in interface hep.lcd.geometry.PropertySet
getString(String) - Method in class hep.lcd.geometry.PropertyTable
getString(String, String) - Method in class hep.lcd.geometry.PropertyTable
getStubNHits() - Method in class hep.lcd.contrib.recon.tracking.garfield.GarfieldTrack
getSumAbsMomentum() - Method in class hep.lcd.vertexing.zvtop.ZvTrackList: get the total momentum of all tracks (scalar sum)
getSumB2Norm2() - Method in class hep.lcd.vertexing.zvtop.ZvTrackList: Get the sum of b2norm^2 (squared) for all tracks.
getSumB3Norm2() - Method in class hep.lcd.vertexing.zvtop.ZvTrackList: Get the sum of b3norm^2 (squared) for all tracks.
getSumCharge() - Method in class hep.lcd.vertexing.zvtop.ZvVertex: get sum of charges
getSumMomentum() - Method in class hep.lcd.vertexing.zvtop.ZvVertex: get sum of track momenta
getSumMomentumVec() - Method in class hep.lcd.vertexing.zvtop.ZvTrackList: get the summed momentum vector of all tracks in list
getSumQ() - Method in class hep.lcd.vertexing.zvtop.ZvTrackList: get the charge sum of all tracks in list
getSumVecMomentum() - Method in class hep.lcd.vertexing.zvtop.ZvTrackList: get the total momentum of all tracks (vector sum)
getSwimStatus() - Method in class hep.lcd.vertexing.zvtop.ZvTrack: get the swim status
getSwimmer() - Method in class hep.lcd.vertexing.zvtop.ZvgChi2Calculator: Get the swimmer used.
getSwimmer() - Method in class hep.lcd.vertexing.zvtop.ZvgChi2Calculator2: Get the swimmer used.
getSwimmer() - Method in class hep.lcd.vertexing.zvtop.ZvgGhostTrackFinder: Get handle to the currently set swimmer.
getSwimmer() - Method in class hep.lcd.vertexing.zvtop.ZvgGhostTrackFinder2: Get handle to the currently set swimmer.
getSwimmer2d() - Method in class hep.lcd.vertexing.zvtop.ZvImpCalculator: Get the 2D swimmer used.
getSwimmer3d() - Method in class hep.lcd.vertexing.zvtop.ZvImpCalculator: Get the 3D swimmer used.
getSwumDist() - Method in class hep.lcd.vertexing.zvtop.ZvSwimStatus: get the swum distance
getSwumTrack() - Method in interface hep.lcd.vertexing.zvtop.Swimmer: get the resulting (swum) track
getSwumTrack() - Method in class hep.lcd.vertexing.zvtop.Zv2dSwimmer: get the resulting (swum) track
getSwumTrack() - Method in class hep.lcd.vertexing.zvtop.Zv3dSwimmer: get the resulting (swum) track
getSwumTrack() - Method in class hep.lcd.vertexing.zvtop.ZvSwimmer: get the resulting (swum) track
getSystem() - Method in class hep.lcd.contrib.recon.tracking.garfield.GarfieldHit
getSystem() - Method in interface hep.lcd.event.TrackerHit: The system which contains the hit
getSystem() - Method in interface hep.lcd.geometry.CalorimeterCell: Get the system id correspnding to the current cell
getSystem() - Method in class hep.lcd.geometry.CalorimeterCellNewTag
getSystem() - Method in class hep.lcd.geometry.CalorimeterCellOldTag
getSystem() - Method in class hep.lcd.geometry.np.ComboCalorimeterCell
getSystem() - Method in class hep.lcd.geometry.np.NPCalorimeterCell
getTanL() - Method in class hep.lcd.mc.fast.tracking.DocaTrackParameters
getTanL() - Method in interface hep.lcd.mc.fast.tracking.TrackParameters
getTanL() - Method in class hep.lcd.util.swim.HelixSwim: report tan lambda
getTheta() - Method in class hep.lcd.geometry.AbstractCalorimeterCell
getTheta() - Method in interface hep.lcd.geometry.CalorimeterCell
getTheta(int, int, int) - Method in interface hep.lcd.geometry.SegmentedDetectorComponent
getTheta(int, int, int) - Method in class hep.lcd.geometry.component.Calorimeter
getTheta() - Method in class hep.lcd.geometry.np.ComboCalorimeterCell
getTheta() - Method in class hep.lcd.geometry.np.NPCalorimeterCell
getTheta() - Method in class hep.lcd.mc.fast.tracking.DocaTrackParameters: Get theta angle at DOCA.
getTheta() - Method in class hep.lcd.recon.cluster.radial.cl.CalCellCollection.CalCell
getTheta() - Method in interface hep.lcd.recon.cluster.radial.cl.ClusterCell
getThetaBin() - Method in interface hep.lcd.geometry.CalorimeterCell: Get the theta bin for the current cell
getThetaBin() - Method in class hep.lcd.geometry.CalorimeterCellNewTag
getThetaBin() - Method in class hep.lcd.geometry.CalorimeterCellOldTag
getThetaBin() - Method in class hep.lcd.geometry.np.ComboCalorimeterCell
getThetaBin() - Method in class hep.lcd.geometry.np.NPCalorimeterCell
getThetaBins() - Method in interface hep.lcd.geometry.SegmentedDetectorComponent
getThetaBins() - Method in class hep.lcd.geometry.component.Calorimeter
getThetaWidth() - Method in class hep.lcd.recon.cluster.radial.cl.CellWidths
getThick() - Method in class hep.lcd.recon.tracking.TrackPathMaterials
getThick(int) - Method in class hep.lcd.recon.tracking.TrackPathMaterials
getThickness() - Method in class hep.lcd.geometry.component.Material
getTidy2imp3dlMax() - Method in class hep.lcd.vertexing.zvtop.ZvgKVFParam: Get the currently set maximum imp3/dlong factor for the tidy==2 option.
getTidy2lodidlMax() - Method in class hep.lcd.vertexing.zvtop.ZvgKVFParam: Get the currently set maximum |lodi-dlong| for the tidy==2 option.
getTidy3AlphaKink() - Method in class hep.lcd.vertexing.zvtop.ZvgKVFParam: Get the currently set alpha kink value for the tidy==3 option.
getTidy3B3NormMax() - Method in class hep.lcd.vertexing.zvtop.ZvTopParam: Get the currently set b3norm max for classifying high impact parameter tracks.
getTidy3B3NormMax() - Method in class hep.lcd.vertexing.zvtop.ZvgKVFParam: Get the currently set b3norm max for the tidy==3 option.
getTidyB3NormSumMin() - Method in class hep.lcd.vertexing.zvtop.ZvTopParam: Get the currently set b3norm sum min for the tidy > 0 options.
getTidyB3NormSumMin() - Method in class hep.lcd.vertexing.zvtop.ZvgKVFParam: Get the currently set b3norm sum min for the tidy > 0 options.
getTidyChi2Max() - Method in class hep.lcd.vertexing.zvtop.ZvTopParam: Get the currently set maximum Chi2 for the tidy > 0 options.
getTidyChi2Max() - Method in class hep.lcd.vertexing.zvtop.ZvgKVFParam: Get the currently set maximum Chi2 for the tidy > 0 options.
getTidyDK0sM() - Method in class hep.lcd.vertexing.zvtop.ZvTopParam: Get the currently set Delta(m_K0s) for the tidy > 0 options.
getTidyDK0sM() - Method in class hep.lcd.vertexing.zvtop.ZvgKVFParam: Get the currently set Delta(m_K0s) for the tidy > 0 options.
getTidyDLambdaM() - Method in class hep.lcd.vertexing.zvtop.ZvTopParam: Get the currently set Delta(m_Lambda) for the tidy > 0 options.
getTidyDLambdaM() - Method in class hep.lcd.vertexing.zvtop.ZvgKVFParam: Get the currently set Delta(m_Lambda) for the tidy > 0 options.
getTidyGamMMax() - Method in class hep.lcd.vertexing.zvtop.ZvTopParam: Get the currently set maximum m_gamma for the tidy > 0 options.
getTidyGamMMax() - Method in class hep.lcd.vertexing.zvtop.ZvgKVFParam: Get the currently set maximum m_gamma for the tidy > 0 options.
getTidyMode() - Method in class hep.lcd.vertexing.zvtop.ZvTopParam: get the currently set tidy mode.
getTidyMode() - Method in class hep.lcd.vertexing.zvtop.ZvgKVFParam: get the currently set tidy mode.
getTidyRGamMin() - Method in class hep.lcd.vertexing.zvtop.ZvTopParam: Get the currently set minimum radius for gamma conversions for the tidy > 0 options.
getTidyRGamMin() - Method in class hep.lcd.vertexing.zvtop.ZvgKVFParam: Get the currently set minimum radius for gamma conversions for the tidy > 0 options.
getTitle() - Method in class hep.lcd.contrib.util.functions.GaussianBoxFunction
getToBeam() - Method in class hep.lcd.recon.cluster.radial.cl.CalCellCollection.CalCell
getToBeam() - Method in interface hep.lcd.recon.cluster.radial.cl.ClusterCell
getTotalChi2() - Method in class hep.lcd.vertexing.zvtop.ZvgChi2Calculator: Get the total Chi2 sum.
getTotalChi2() - Method in class hep.lcd.vertexing.zvtop.ZvgChi2Calculator2: Get the total Chi2 sum.
getTotalEnergy() - Method in class hep.lcd.contrib.mc.analysis.BaseMonteCarlo
getTotalEnergy() - Method in interface hep.lcd.contrib.mc.analysis.MonteCarlo
getTotalEnergy() - Method in interface hep.lcd.event.IdentifiedCluster: Best estimate for total energy of cluster
getTotalEnergy() - Method in class hep.lcd.recon.cluster.util.ShapeIdentifiedCluster
getTotalNumberOfEvents() - Method in class hep.lcd.io.jas.LCDEventSource
getTotalNumberOfEvents() - Method in class hep.lcd.io.jas.MultiFileEventSource
getTotalNumberOfEvents() - Method in class hep.lcd.io.jas.sio.MultiFileEventSource
getTotalNumberOfEvents() - Method in class hep.lcd.io.jas.sio.SIOEventSource
getTowerID() - Method in interface hep.lcd.event.CalorimeterHit: The ID of the cell.
getTowerID() - Method in interface hep.lcd.event.MuonStripHit: The ID of the cell.
getTowerID() - Method in class hep.lcd.geometry.AbstractCalorimeterCell
getTowerID() - Method in interface hep.lcd.geometry.CalorimeterCell: Get the current cell id
getTowerID() - Method in class hep.lcd.geometry.np.ComboCalorimeterCell
getTrack() - Method in interface hep.lcd.event.Muon: Return muon track
getTrack() - Method in class hep.lcd.recon.muon.MuonCandidate: Return the central track associated with this muon.
getTrack4MomentumAtRxy(GarfieldTrack, double, double, double, double, BasicHepLorentzVector) - Method in class hep.lcd.contrib.recon.tracking.garfield.K0ShortFinder
getTrackHits() - Method in class hep.lcd.recon.tracking.TrkCandidate
getTrackList() - Method in interface hep.lcd.event.LCDEvent
getTrackList() - Method in interface hep.lcd.event.Vertex: get list of tracks in vertex
getTrackList() - Method in class hep.lcd.util.event.AbstractLCDEvent
getTrackList() - Method in class hep.lcd.vertexing.zvtop.ZvVertex: Get the TrackList (ZvTracks).
getTrackParameter(int) - Method in interface hep.lcd.event.Track: Get an individual track parameter The track parameters for LCD are defined as follows IndexMeaning 0 d0 = XY impact parameter 1 phi0 2 omega = 1/curv.radius (negative for negative tracks) 3 z0 = z of track origin (z impact parameter) 4 s = tan lambda
getTrackParameter(int) - Method in class hep.lcd.mc.fast.tracking.DocaTrackParameters: Get an individual track parameter.
getTrackParameter(int) - Method in class hep.lcd.mc.fast.tracking.ReconTrack: Get an individual track parameter.
getTrackParameter(int) - Method in interface hep.lcd.mc.fast.tracking.TrackParameters: Get an individual track parameter.
getTrackParameter(int) - Method in class hep.lcd.recon.tracking.ReconstructedTrack
getTrackParameter(int) - Method in class hep.lcd.recon.tracking.ftf.FoundTrack
getTrackParameter(int) - Method in class hep.lcd.vertexing.zvtop.ZvTrack: get the helix parameter i
(5 dim - LCD/BaBar convention)
getTrackParameters() - Method in interface hep.lcd.event.Track: Get the track parameters as an array
getTrackParameters() - Method in class hep.lcd.mc.fast.tracking.DocaTrackParameters: Get the track parameters as an array
getTrackParameters() - Method in class hep.lcd.mc.fast.tracking.ReconTrack: Get the track parameters as an array
getTrackParameters() - Method in interface hep.lcd.mc.fast.tracking.TrackParameters: Get the track parameters as an array
getTrackParameters() - Method in class hep.lcd.recon.tracking.ReconstructedTrack
getTrackParameters() - Method in class hep.lcd.recon.tracking.ftf.FoundTrack
getTrackParameters() - Method in class hep.lcd.vertexing.zvtop.ZvTrack: get the helix parameter array
(5 dim - LCD/BaBar convention)
getTrackToGhostNorms() - Method in class hep.lcd.vertexing.zvtop.ZvgChi2Calculator: Get the 3D norms to ghost track at IP (copy).
getTrackToGhostNorms() - Method in class hep.lcd.vertexing.zvtop.ZvgChi2Calculator2: Get the 3D norms to ghost track at IP (copy).
getTrackType() - Method in class hep.lcd.vertexing.zvtop.ZvTrack: Get the track type.
getTracker() - Method in class hep.lcd.recon.tracking.AbsTrackFinder
getTrackerHits() - Method in interface hep.lcd.event.LCDEvent
getTrackerHits() - Method in class hep.lcd.util.event.AbstractLCDEvent
getTracks() - Method in interface hep.lcd.event.TrackList: Returns an Enumeration of Track objects
getTracks() - Method in class hep.lcd.recon.tracking.ReconTrackList
getTracks() - Method in interface hep.lcd.vertexing.zvtop.VertexInt: get enumeration of tracks in vertex
getTracks() - Method in class hep.lcd.vertexing.zvtop.ZvTrackList: returns an enumeration of ZvTracks
getTracks() - Method in class hep.lcd.vertexing.zvtop.ZvVertex: Get an enumeration of tracks (ZvTracks).
getTracksAtPocas() - Method in class hep.lcd.vertexing.zvtop.ZvgChi2Calculator2: Get a list of ZvTracks at the Poca positions (copies).
getTracksAtPocas() - Method in class hep.lcd.vertexing.zvtop.ZvgGhostTrackFinder2: Get a list of ZvTracks at the Poca positions (copies).
getTrajPocaMaxSteps() - Method in class hep.lcd.vertexing.zvtop.ZvgChi2Calculator2: Get the maximum number of steps set for the two trajectory poca finder.
getTrajPocaMaxSteps() - Method in class hep.lcd.vertexing.zvtop.ZvgGTFParam: Get the maximum number of steps set for the two trajectory poca finder.
getTrajPocaPrecision() - Method in class hep.lcd.vertexing.zvtop.ZvgChi2Calculator2: Get the currently required precision for twoTrajPoca finder.
getTrajPocaPrecision() - Method in class hep.lcd.vertexing.zvtop.ZvgGTFParam: Get the required precision for the two trajectory poca finder.
getTransDist() - Method in class hep.lcd.vertexing.zvtop.ZvTrack: get transverse distance from line IP - choosen vtx
getTriplets(int) - Method in class hep.lcd.recon.tracking.TrkFindStrategy
getTrkCandidate(int, boolean, boolean) - Method in class hep.lcd.recon.tracking.AddReconTrks
getTrkExtrap() - Method in class hep.lcd.recon.tracking.ReconstructedTrack
getTrkExtrap() - Method in class hep.lcd.recon.tracking.TrkCandidate
getTrkHit(int, int) - Method in class hep.lcd.recon.tracking.AbsTracker
getTrkHit(int, int) - Method in interface hep.lcd.recon.tracking.Tracker
getTrkHit(int, int) - Method in interface hep.lcd.recon.tracking.VertexDetector
getTrkHit(int, int) - Method in class hep.lcd.recon.tracking.ccd.CCDReco
getTrkHit(int, int) - Method in class hep.lcd.recon.tracking.combined.COMBReco
getTrkHitID(int, int) - Method in class hep.lcd.recon.tracking.AbsTracker: this ID is unique for any point in tracking system
getTrkHitID(int, int) - Method in interface hep.lcd.recon.tracking.Tracker
getTrkHitID(int, int) - Method in interface hep.lcd.recon.tracking.VertexDetector
getTrkHitID(int, int) - Method in class hep.lcd.recon.tracking.ccd.CCDReco
getTrkHitID(int, int) - Method in class hep.lcd.recon.tracking.combined.COMBReco
getTrkHitID(int, int) - Method in class hep.lcd.recon.tracking.tpc.TPCReco
getTrkNum() - Method in class hep.lcd.recon.tracking.TrkCandidate
getTrkParam(int) - Method in class hep.lcd.recon.tracking.AbsTrackFinder
getTrkParam(int) - Method in class hep.lcd.recon.tracking.AbsTracker: Get track parameters.
getTrkParam(int) - Method in interface hep.lcd.recon.tracking.TrackFinder: Get track parameters.
getTrkParam(int) - Method in interface hep.lcd.recon.tracking.Tracker: Get track parameters.
getTrkParams() - Method in class hep.lcd.recon.tracking.ReconstructedTrack
getTrkParams() - Method in class hep.lcd.recon.tracking.TrkCandidate
getTrkParams() - Method in class hep.lcd.recon.tracking.fitters.klm.KLMTrackParam
getTrkPnts(int) - Method in class hep.lcd.recon.tracking.AbsTrackFinder
getTrkPnts(int) - Method in interface hep.lcd.recon.tracking.TrackFinder: Get a point on the track.
getTrkPoint(int, int) - Method in class hep.lcd.recon.tracking.AbsTracker: Get a space point on the track.
getTrkPoint(int, int) - Method in interface hep.lcd.recon.tracking.Tracker: Get a point on the track.
getTrkPoint(int, int) - Method in interface hep.lcd.recon.tracking.VertexDetector: Get a space point on the track.
getTrkPoint(int, int) - Method in class hep.lcd.recon.tracking.ccd.CCDReco: Get a space point on the track.
getTrkPoint(int, int) - Method in class hep.lcd.recon.tracking.combined.COMBReco
getTubeScaleFac() - Method in class hep.lcd.vertexing.zvtop.ZvTopParam: get the probabilty tube scale factor currently set
getTubeScaling() - Method in class hep.lcd.vertexing.zvtop.ZvProbTube: Report the 'scaling' factor for tube coefficients.
getTubeScaling() - Method in class hep.lcd.vertexing.zvtop.ZvProbTubeList: get the used tube coefficienct's scaling factor
getTubes() - Method in class hep.lcd.vertexing.zvtop.ZvProbTubeList: returns an enumeration of ZvTubes
getTwoTrackMatcher() - Method in class hep.lcd.vertexing.zvtop.ZvTopVertexer: Get handle to twoTrackMatcher used.
getTwoTrackMatcher() - Method in class hep.lcd.vertexing.zvtop.ZvV0Finder: Get currently used TwoTrackMatcher.
getTwoTrackMatcher() - Method in class hep.lcd.vertexing.zvtop.ZvgKinVtxFinder: Get handle to twoTrackMatcher used.
getTwoTrajPoca() - Method in class hep.lcd.vertexing.zvtop.ZvTwoTrackMatcher: Get a handle to the trajectory poca finder used.
getTwoTrajPocaFinder() - Method in class hep.lcd.vertexing.zvtop.ZvgChi2Calculator2: Get reference to two trajectory poca finder used.
getType() - Method in interface hep.lcd.event.IdentifiedCluster: Best estimate of particle type
getType() - Method in class hep.lcd.recon.cluster.util.ShapeIdentifiedCluster
getType() - Method in class hep.lcd.recon.particle.BasicReconstructedParticle
getType() - Method in class hep.lcd.recon.tracking.AbsTracker: Get type of Tracker.
getType() - Method in class hep.lcd.recon.tracking.BaseSpecifications
getType() - Method in interface hep.lcd.recon.tracking.Specifications: Get type of tracking detector.
getType() - Method in interface hep.lcd.recon.tracking.Tracker: Get type of track hits.
getType() - Method in class hep.lcd.recon.tracking.TrkHitOnTrk
getType() - Method in interface hep.lcd.recon.tracking.VertexDetector: Get type of vertex detector.
getType() - Method in class hep.lcd.recon.tracking.ccd.CCDReco: Get type of VertexDetector.
getType() - Method in class hep.lcd.recon.tracking.combined.COMBReco: Get type of track hits.
getType() - Method in class hep.lcd.recon.tracking.tpc.TPCReco: Get type of track hits.
getType() - Method in class hep.lcd.vertexing.mc.IpFakeParticle
getType(String) - Static method in class hep.lcd.vertexing.zvtop.ZvV0Type: Get the state corresponding to a label.
getTypeProbabilities() - Method in interface hep.lcd.event.IdentifiedCluster
getTypeProbabilities() - Method in class hep.lcd.recon.cluster.util.ShapeIdentifiedCluster
getTypes() - Method in interface hep.lcd.event.IdentifiedCluster: List of particle types and associated probabilities
getTypes() - Method in class hep.lcd.recon.cluster.util.ShapeIdentifiedCluster
getUVec() - Method in class hep.lcd.vertexing.zvtop.ZvLeap: get vector perpendicular to track tangent and B-field
getUnitCharge() - Method in class hep.lcd.mc.fast.tracking.DocaTrackParameters: Get the unit charge, ie +1, 0, -1.
getUnitCharge() - Method in interface hep.lcd.mc.fast.tracking.TrackParameters
getUnitMagnet() - Method in class hep.lcd.vertexing.zvtop.ZvHelixVec: get magnetic field unit vector
getUnitNormal() - Method in class hep.lcd.vertexing.zvtop.ZvHelixVec: get normal unit vector
getUnitTangent() - Method in class hep.lcd.vertexing.zvtop.ZvHelixVec: get tangent unit vector
getUser() - Method in class hep.lcd.io.Dataset
getV0DecayParticles() - Method in class hep.lcd.vertexing.mc.McVertexer: Get a (Particle) List of the decaying particles producing V0 MC vertices.
getV0Finder() - Method in class hep.lcd.vertexing.zvtop.ZvTopVertexer: Get handle to V0 finder used.
getV0Finder() - Method in class hep.lcd.vertexing.zvtop.ZvgKinVtxFinder: Get handle to V0 finder used.
getV0Type() - Method in class hep.lcd.vertexing.zvtop.ZvV0Vertex: Get the type of V0 this vertex represents.
getV0Vertex() - Method in class hep.lcd.vertexing.zvtop.ZvTrack: Get the associated V0 vertex.
getV0VertexDist(Vertex, int) - Method in class hep.lcd.vertexing.mc.McVertexer: Get the distance to the corresponding MC V0 vertex, if existing.
getV0VertexDistInErrors(Vertex, int) - Method in class hep.lcd.vertexing.mc.McVertexer: Get the distance in errors to the corresponding MC V0 vertex, if existing.
getVSigMin() - Method in class hep.lcd.vertexing.zvtop.ZvTopParam: get the minimum required vertex significance for a spatial point
getVSigMinFrac() - Method in class hep.lcd.vertexing.zvtop.ZvTopParam: set the minimum vertex significance fraction for a spatial point with respect to the maximum per track
getVXDHits() - Method in interface hep.lcd.event.LCDEvent
getVXDHits() - Method in class hep.lcd.util.event.AbstractLCDEvent
getValue(double) - Method in interface hep.lcd.mc.randomBkgr.OneArgumentFunction
getValue(double) - Method in class hep.lcd.mc.randomBkgr.PowerFun
getValueArray() - Method in class hep.lcd.util.collections.CalorimeterHitMap: Get the backing array of values.
getValueArray() - Method in class hep.lcd.util.collections.MuonStripHitMap: Get the backing array of values.
getVelocity() - Method in class hep.lcd.util.step.TrackStepper
getVersion() - Static method in class hep.lcd.Version
getVersion() - Method in interface hep.lcd.io.sio.SIOBlock
getVersion() - Method in class hep.lcd.plugin.Register
getVersionLong() - Static method in class hep.lcd.Version
getVertexDist(Vertex, int) - Method in class hep.lcd.vertexing.mc.McVertexer: Get the distance to the corresponding weak MC vertex, if existing.
getVertexDistInErrors(Vertex, int) - Method in class hep.lcd.vertexing.mc.McVertexer: Get the distance in errors to the corresponding weak MC vertex, if existing.
getVertexErr() - Method in interface hep.lcd.event.Vertex: get vertex error matrix
getVertexErr() - Method in class hep.lcd.vertexing.zvtop.ZvVertex: get vertex error matrix
getVertexList() - Method in interface hep.lcd.event.LCDEvent
getVertexList() - Method in class hep.lcd.util.event.AbstractLCDEvent
getVertexPos() - Method in interface hep.lcd.event.Vertex: get vertex position
getVertexPos() - Method in class hep.lcd.vertexing.mc.McVertex
getVertexPos() - Method in class hep.lcd.vertexing.zvtop.ZvVertex: get vertex position
getVertexType() - Method in class hep.lcd.vertexing.mc.McVertex: Get the MC vertex type.
getVertexer() - Method in class hep.lcd.vertexing.zvtop.ZvVertexList: get the vertexer used; gives handle to different (track) lists
getVertices() - Method in interface hep.lcd.event.VertexList: returns an enumeration of vertices
getVertices() - Method in class hep.lcd.vertexing.zvtop.ZvVertexList: returns an enumeration of ZvVertex
getView() - Method in interface hep.lcd.geometry.PlotGraphics
getVtxInfo() - Method in class hep.lcd.vertexing.zvtop.ZvTrack: get special information on vertex
settingmeaning vtxInfo == -1 --isolated track vtxInfo n >= 0--vertex of order n+1 vtxInfo < -1 --special vertex type Note 1: A special vertex type doesn't necessarily mean that a vertex handle is actually stored.
getVtxSig() - Method in class hep.lcd.vertexing.zvtop.ZvVertex: get vertex significance value for vertex
getVtxSigVec() - Method in class hep.lcd.vertexing.zvtop.ZvTrack: get vector with vertex significances if this track is included into vertex
getVtxTracks() - Method in class hep.lcd.vertexing.zvtop.ZvVertex: get assigned tracks as track list
getVtxTracksCopy() - Method in class hep.lcd.vertexing.zvtop.ZvVertex: get a copy of assigned tracks as track list
getWeakDaughters() - Method in class hep.lcd.vertexing.mc.McVertex
getWeakDaughters(Particle) - Method in class hep.lcd.vertexing.mc.McVertexer: Get a (Particle) List of the non-FINALSTATE weakly decaying daughters (such as B's and D's) which are produced at this vertex.
getWgtDoca() - Method in class hep.lcd.vertexing.zvtop.ZvTwoTrackMatcher: get the weighted Doca point from the TwoTrajDoca minimization and error matrix weighting
getWgtDocaErr() - Method in class hep.lcd.vertexing.zvtop.ZvTwoTrackMatcher: get the weighted Doca point's error matrix from the TwoTrajDoca minimization and error matrix weighting
getWgtMeansWithGhost() - Method in class hep.lcd.vertexing.zvtop.ZvgChi2Calculator: Get the list of weighted mean point of closest approach with ghost.
getWgtMeansWithGhost() - Method in class hep.lcd.vertexing.zvtop.ZvgChi2Calculator2: Get the list of weighted mean points of closest approach with ghost (copies).
getWgtMeansWithGhost() - Method in class hep.lcd.vertexing.zvtop.ZvgGhostTrackFinder2: Get the list of weighted mean points of closest approach with ghost (copies).
getX() - Method in class hep.lcd.geometry.AbstractCalorimeterCell
getX() - Method in interface hep.lcd.geometry.CalorimeterCell: Get the X position of the cell
getX(int, int, int) - Method in interface hep.lcd.geometry.SegmentedDetectorComponent
getX(int, int, int) - Method in class hep.lcd.geometry.component.Calorimeter
getX() - Method in class hep.lcd.geometry.np.ComboCalorimeterCell
getX() - Method in class hep.lcd.geometry.np.NPCalorimeterCell
getX() - Method in class hep.lcd.recon.cluster.radial.cl.CalCellCollection.CalCell
getX() - Method in interface hep.lcd.recon.cluster.radial.cl.ClusterCell
getX() - Method in class hep.lcd.recon.tracking.AbsTracker
getX() - Method in interface hep.lcd.recon.tracking.Tracker: returns pool of x-cordinates of hits
getX() - Method in class hep.lcd.vertexing.zvtop.ZvVertex: get vertex x positon
getY() - Method in class hep.lcd.geometry.AbstractCalorimeterCell
getY() - Method in interface hep.lcd.geometry.CalorimeterCell: Get the Y position of the cell
getY(int, int, int) - Method in interface hep.lcd.geometry.SegmentedDetectorComponent
getY(int, int, int) - Method in class hep.lcd.geometry.component.Calorimeter
getY() - Method in class hep.lcd.geometry.np.ComboCalorimeterCell
getY() - Method in class hep.lcd.geometry.np.NPCalorimeterCell
getY() - Method in class hep.lcd.recon.cluster.radial.cl.CalCellCollection.CalCell
getY() - Method in interface hep.lcd.recon.cluster.radial.cl.ClusterCell
getY() - Method in class hep.lcd.recon.tracking.AbsTracker
getY() - Method in interface hep.lcd.recon.tracking.Tracker: returns pool of y-cordinates of hits
getY() - Method in class hep.lcd.vertexing.zvtop.ZvVertex: get vertex y positon
getZ() - Method in class hep.lcd.geometry.AbstractCalorimeterCell
getZ() - Method in interface hep.lcd.geometry.CalorimeterCell: Get the Z position of the cell
getZ(int, int, int) - Method in interface hep.lcd.geometry.SegmentedDetectorComponent
getZ(int, int, int) - Method in class hep.lcd.geometry.component.BarrelCalorimeter
getZ(int, int, int) - Method in class hep.lcd.geometry.component.EndCapCalorimeter
getZ() - Method in class hep.lcd.geometry.np.ComboCalorimeterCell
getZ() - Method in class hep.lcd.geometry.np.NPCalorimeterCell
getZ() - Method in class hep.lcd.recon.cluster.radial.cl.CalCellCollection.CalCell
getZ() - Method in interface hep.lcd.recon.cluster.radial.cl.ClusterCell
getZ() - Method in class hep.lcd.recon.tracking.AbsTracker
getZ() - Method in interface hep.lcd.recon.tracking.Tracker: returns pool of z-cordinates of hits
getZ() - Method in class hep.lcd.vertexing.zvtop.ZvVertex: get vertex z positon
getZ0() - Method in class hep.lcd.mc.fast.tracking.DocaTrackParameters
getZ0() - Method in interface hep.lcd.mc.fast.tracking.TrackParameters
getZInner() - Method in class hep.lcd.geometry.component.CylindricalDetector
getZInner(int) - Method in class hep.lcd.geometry.component.MultiLayerBarrelDetector
getZInner(int) - Method in class hep.lcd.geometry.component.MultiLayerEndCapDetector
getZMax() - Method in class hep.lcd.geometry.component.MultiLayerBarrelDetector
getZOuter() - Method in class hep.lcd.geometry.component.CylindricalDetector
getZOuter(int) - Method in class hep.lcd.geometry.component.MultiLayerBarrelDetector
getZOuter(int) - Method in class hep.lcd.geometry.component.MultiLayerEndCapDetector
getZResolution() - Method in class hep.lcd.recon.tracking.BaseSpecifications
getZResolution() - Method in interface hep.lcd.recon.tracking.Specifications: Get z measurement resolution of tracking detector.
getZTol(int) - Method in class hep.lcd.recon.tracking.TrkFindStrategy
getZvGhostTrack(double) - Method in class hep.lcd.vertexing.zvtop.ZvFltGhostTrack: Get the ZvGhostTrack with origin at position incremented by flt along track helix.
getZvTrack(double) - Method in class hep.lcd.vertexing.zvtop.ZvFltTrack: Get the ZvTrack with origin at position incremented by flt along track helix.
getZvTrackError(double) - Method in class hep.lcd.vertexing.zvtop.ZvFltGhostTrack: get the helix parameter error matrix array at position incremented by flt along track helix
(5x5 dim - ZvTrack convention)
getZvTrackError(double) - Method in class hep.lcd.vertexing.zvtop.ZvFltTrack: get the helix parameter error matrix array at position incremented by flt along track helix
(5x5 dim - ZvTrack convention)
getZvTrackError() - Method in class hep.lcd.vertexing.zvtop.ZvTrack: get the helix parameter error matrix array
(5x5 dim - ZvTrack convention)
getZvTrackError(int, int) - Method in class hep.lcd.vertexing.zvtop.ZvTrack: get the helix parameter error matrix element (i,j)
(5x5 dim - ZvTrack convention)
getZvTrackErrorCopy(double) - Method in class hep.lcd.vertexing.zvtop.ZvFltGhostTrack: get the helix parameter error matrix array at position incremented by flt along track helix as a deep copy
(5x5 dim - ZvTrack convention)
getZvTrackErrorCopy(double) - Method in class hep.lcd.vertexing.zvtop.ZvFltTrack: get the helix parameter error matrix array at position incremented by flt along track helix as a deep copy
(5x5 dim - ZvTrack convention)
getZvTrackErrorCopy() - Method in class hep.lcd.vertexing.zvtop.ZvTrack: get the helix parameter error matrix array as a deep copy
(5x5 dim - ZvTrack convention)
getZvTrackKappa() - Method in class hep.lcd.vertexing.zvtop.ZvTrack: get track kappa
getZvTrackList() - Method in class hep.lcd.vertexing.zvtop.ZvgGhostTrackFinder: Get handle to original ZvTrackList being used.
getZvTrackList() - Method in class hep.lcd.vertexing.zvtop.ZvgGhostTrackFinder2: Get handle to original ZvTrackList being used.
getZvTrackParam(double) - Method in class hep.lcd.vertexing.zvtop.ZvFltGhostTrack: get the helix parameter array at position incremented by flt along track helix
(6 dim - ZvTrack convention)
getZvTrackParam(double) - Method in class hep.lcd.vertexing.zvtop.ZvFltTrack: get the helix parameter array at position incremented by flt along track helix
(6 dim - ZvTrack convention)
getZvTrackParam() - Method in class hep.lcd.vertexing.zvtop.ZvTrack: get the helix parameter array
(6 dim - ZvTrack convention)
getZvTrackParam(int) - Method in class hep.lcd.vertexing.zvtop.ZvTrack: get the helix parameter i
(6 dim - ZvTrack convention)
getZvTrackParamCopy(double) - Method in class hep.lcd.vertexing.zvtop.ZvFltGhostTrack: get the helix parameter array as a deep copy at position incremented by flt along track helix
(6 dim - ZvTrack convention)
getZvTrackParamCopy(double) - Method in class hep.lcd.vertexing.zvtop.ZvFltTrack: get the helix parameter array as a deep copy at position incremented by flt along track helix
(6 dim - ZvTrack convention)
getZvTrackParamCopy() - Method in class hep.lcd.vertexing.zvtop.ZvTrack: get the helix parameter array as a deep copy
(6 dim - ZvTrack convention)
getZvTrackPhi() - Method in class hep.lcd.vertexing.zvtop.ZvTrack: get track phi
getZvTrackPos(double) - Method in class hep.lcd.vertexing.zvtop.ZvFltGhostTrack: return position incremented by flt along track
getZvTrackPos(double) - Method in class hep.lcd.vertexing.zvtop.ZvFltTrack: return position incremented by flt along track helix
getZvTrackPos() - Method in class hep.lcd.vertexing.zvtop.ZvTrack: get the helix parameter position sub array
(3 out of 6 dim - ZvTrack convention)
getZvTrackTanL() - Method in class hep.lcd.vertexing.zvtop.ZvTrack: get track tanL
getZvTracks() - Method in class hep.lcd.vertexing.zvtop.ZvgCMatList: get an enumeration of the underlying ZvTracks
get_curv(int) - Method in class hep.lcd.recon.tracking.AbsTrackFinder
get_curv(int) - Method in interface hep.lcd.recon.tracking.TrackFinder: Get ...
get_curv() - Method in class hep.lcd.recon.tracking.TrkCandidate
get_curv() - Method in class hep.lcd.recon.tracking.TrkParams
get_d0(int) - Method in class hep.lcd.recon.tracking.AbsTrackFinder
get_d0(int) - Method in interface hep.lcd.recon.tracking.TrackFinder: Get ...
get_d0() - Method in class hep.lcd.recon.tracking.TrkCandidate
get_d0() - Method in class hep.lcd.recon.tracking.TrkParams
get_omega() - Method in class hep.lcd.recon.tracking.TrkCandidate
get_omega() - Method in class hep.lcd.recon.tracking.TrkParams
get_phi0(int) - Method in class hep.lcd.recon.tracking.AbsTrackFinder
get_phi0(int) - Method in interface hep.lcd.recon.tracking.TrackFinder: Get ...
get_phi0() - Method in class hep.lcd.recon.tracking.TrkCandidate
get_phi0() - Method in class hep.lcd.recon.tracking.TrkParams
get_s() - Method in class hep.lcd.recon.tracking.TrkCandidate
get_s() - Method in class hep.lcd.recon.tracking.TrkParams
get_tandip(int) - Method in class hep.lcd.recon.tracking.AbsTrackFinder
get_tandip(int) - Method in interface hep.lcd.recon.tracking.TrackFinder: Get ...
get_tandip() - Method in class hep.lcd.recon.tracking.TrkCandidate
get_tandip() - Method in class hep.lcd.recon.tracking.TrkParams
get_x() - Method in class hep.lcd.recon.tracking.TrkExtrap
get_y() - Method in class hep.lcd.recon.tracking.TrkExtrap
get_z() - Method in class hep.lcd.recon.tracking.TrkExtrap
get_z0(int) - Method in class hep.lcd.recon.tracking.AbsTrackFinder
get_z0(int) - Method in interface hep.lcd.recon.tracking.TrackFinder: Get ...
get_z0() - Method in class hep.lcd.recon.tracking.TrkCandidate
get_z0() - Method in class hep.lcd.recon.tracking.TrkParams
getnHits() - Method in class hep.lcd.contrib.recon.tracking.garfield.GarfieldTrack
getnHits() - Method in class hep.lcd.contrib.recon.tracking.garfield.MipStub
ghostTrackError() - Method in class hep.lcd.vertexing.zvtop.ZvTopStatus: Error in ghost track finding?
ghostTracks() - Method in class hep.lcd.vertexing.zvtop.ZvTrackList: get a sublist of tracks marked as ghost tracks
greaterThan(CalCellCollection.CalCell) - Method in class hep.lcd.recon.cluster.radial.cl.CalCellCollection.CalCell
greaterThan(Orderable) - Method in class hep.lcd.recon.cluster.radial.cl.CalCellCollection.CalCell
greaterThan(ClusterCell) - Method in class hep.lcd.recon.cluster.radial.cl.CalCellCollection.CalCell
greaterThan(ClusterCell) - Method in interface hep.lcd.recon.cluster.radial.cl.ClusterCell
greaterThan(Orderable) - Method in interface hep.lcd.recon.cluster.radial.util.Orderable
guessDistMax() - Method in class hep.lcd.vertexing.zvtop.ZvTopParam: get the maximum distance cutoff for initial 2-track vertex guess

H

HADCalorimeter - class hep.lcd.io.ascii.handler.HADCalorimeter.
HADCalorimeter() - Constructor for class hep.lcd.io.ascii.handler.HADCalorimeter
HADCalorimeter - class hep.lcd.io.sio.lcd.handler.block.HADCalorimeter.
HADCalorimeter() - Constructor for class hep.lcd.io.sio.lcd.handler.block.HADCalorimeter
HADCalorimeterHits - Static variable in interface hep.lcd.event.LCDEvent
HADClusters - Static variable in interface hep.lcd.event.LCDEvent
HAD_Barrel - class hep.lcd.geometry.component.HAD_Barrel.
HAD_Barrel(Detector, LineNumberReader) - Constructor for class hep.lcd.geometry.component.HAD_Barrel
HAD_EndCap - class hep.lcd.geometry.component.HAD_EndCap.
HAD_EndCap(Detector, LineNumberReader) - Constructor for class hep.lcd.geometry.component.HAD_EndCap
HAD_Segmentation - class hep.lcd.geometry.component.HAD_Segmentation.
HAD_Segmentation(Detector, LineNumberReader) - Constructor for class hep.lcd.geometry.component.HAD_Segmentation
HIGHIMP - Static variable in class hep.lcd.vertexing.zvtop.ZvV0Type: Type HIGIMP.
HadCalExtrap - Variable in class hep.lcd.recon.tracking.BaseSpecifications
HadEndExtrap - Variable in class hep.lcd.recon.tracking.BaseSpecifications
HalfLength - Variable in class hep.lcd.recon.tracking.BaseSpecifications
HelicalSwimmer - class hep.lcd.recon.tracking.HelicalSwimmer.: Given a particle of initial momentum, position and charge (p, r0, and iq), calculates its trajectory in a uniform magnetic field in the z-direction and determines its point of intersection (r_hit) with a cylinder centered at the origin with axis parallel to the z-axis and with ends.
HelicalSwimmer() - Constructor for class hep.lcd.recon.tracking.HelicalSwimmer: Create helical swimmer with some default parameters; (essentually not usable set)
HelicalSwimmer(TrkParams, double, double, double) - Constructor for class hep.lcd.recon.tracking.HelicalSwimmer: Create a Helix swimmer for the given trajectory
HelicalSwimmer(TrkParams, double, double) - Constructor for class hep.lcd.recon.tracking.HelicalSwimmer: Create a Helix swimmer for the given trajectory
HelicalSwimmer(double, double, double) - Constructor for class hep.lcd.recon.tracking.HelicalSwimmer: Create a Helix swimmer
Helix - class hep.lcd.util.swim.Helix.: Given a particle of initial momentum, position and charge (p, r0, and iq), calculates its trajectory in a uniform magnetic field in the z-direction and determines its point of intersection (r_hit) with a cylinder centered at the origin with axis parallel to the z-axis and with ends.
Helix(double, double, double) - Constructor for class hep.lcd.util.swim.Helix: Create a Helix swimmer
HelixSwim - class hep.lcd.util.swim.HelixSwim.: Given a particle of initial momentum, position and charge (p, r0 and iq), calculates its trajectory in a uniform magnetic field in the z-direction.
HelixSwim(double) - Constructor for class hep.lcd.util.swim.HelixSwim: Create a helix swimmmer.
HelixSwim(double, double, double, double) - Constructor for class hep.lcd.util.swim.HelixSwim: Create a helix swimmmer set B field and cylindrical geometry parallel to z-axis.
HelixSwim(double, double[], double[], int) - Constructor for class hep.lcd.util.swim.HelixSwim: Create and initialize a helix swimmmer.
Hist - Static variable in class hep.lcd.recon.Reconstruction
Hit3D - class hep.lcd.recon.tracking.ftf.Hit3D.
Hit3D(double, double, double, double, double, double, int, MCParticle) - Constructor for class hep.lcd.recon.tracking.ftf.Hit3D
Hit3D(double, double, double, int, MCParticle) - Constructor for class hep.lcd.recon.tracking.ftf.Hit3D
Hit3D(Hit3D) - Constructor for class hep.lcd.recon.tracking.ftf.Hit3D
hasBarrelHits() - Method in class hep.lcd.recon.cluster.radial.cl.CalClusterCollection.CalCluster
hasBeamSpot() - Method in class hep.lcd.vertexing.zvtop.ZvVertex: Is the beam spot in this vertex?
hasDaughter(MCParticle) - Method in class hep.lcd.vertexing.mc.McVertex
hasEndcapHits() - Method in class hep.lcd.recon.cluster.radial.cl.CalClusterCollection.CalCluster
hasMoreElements() - Method in class hep.lcd.recon.particle.BasicReconstructedParticleVector.BasicReconstructedParticleEnumeration
hasMoreElements() - Method in class hep.lcd.util.collections.IteratorEnumeration
hasMoreParticles() - Method in class hep.lcd.recon.particle.BasicReconstructedParticleVector.BasicReconstructedParticleEnumeration
hasTrack(ZvTrack) - Method in class hep.lcd.vertexing.zvtop.ZvVertex: check for track being in this vertex
hasTrackWithId(ZvTrack) - Method in class hep.lcd.vertexing.zvtop.ZvVertex: check for track being in this vertex using the track id
hasWeakDaughter(MCParticle) - Method in class hep.lcd.vertexing.mc.McVertex
hasZ() - Method in class hep.lcd.contrib.recon.tracking.garfield.GarfieldHit
hasZMeasurement() - Method in class hep.lcd.contrib.recon.tracking.garfield.GarfieldTrack
hashCode() - Method in class hep.lcd.recon.cluster.radial.cl.CalCellCollection.CalCell: Enter in proper hashtable and vector for the layer bin
hel - Variable in class hep.lcd.contrib.recon.tracking.garfield.GarfieldTrack
hep.lcd - package hep.lcd: Reconstruction, Simulation and Analysis code for the LCD project.
hep.lcd.contrib.mc.analysis - package hep.lcd.contrib.mc.analysis
hep.lcd.contrib.physics - package hep.lcd.contrib.physics
hep.lcd.contrib.recon - package hep.lcd.contrib.recon
hep.lcd.contrib.recon.tracking.analysis - package hep.lcd.contrib.recon.tracking.analysis
hep.lcd.contrib.recon.tracking.garfield - package hep.lcd.contrib.recon.tracking.garfield
hep.lcd.contrib.util.functions - package hep.lcd.contrib.util.functions
hep.lcd.event - package hep.lcd.event: The definition of an LCD Event (New users start here!).
hep.lcd.geometry - package hep.lcd.geometry: Generic detector geometry description.
hep.lcd.geometry.component - package hep.lcd.geometry.component: Classes for specific components of an LCD detector.
hep.lcd.geometry.np - package hep.lcd.geometry.np
hep.lcd.io - package hep.lcd.io: Classes for reading and writing event data.
hep.lcd.io.ascii - package hep.lcd.io.ascii: Package for reading LCD Ascii files.
hep.lcd.io.ascii.handler - package hep.lcd.io.ascii.handler
hep.lcd.io.jas - package hep.lcd.io.jas: A JAS DIM for reading LCD files.
hep.lcd.io.jas.sio - package hep.lcd.io.jas.sio: A JAS DIM for reading LCD SIO files.
hep.lcd.io.sio - package hep.lcd.io.sio: A general purpose package for reading and writing SIO files.
hep.lcd.io.sio.lcd - package hep.lcd.io.sio.lcd: A package for writing LCD events as SIO files.
hep.lcd.io.sio.lcd.handler - package hep.lcd.io.sio.lcd.handler
hep.lcd.io.sio.lcd.handler.block - package hep.lcd.io.sio.lcd.handler.block
hep.lcd.io.sio.lcd.handler.record - package hep.lcd.io.sio.lcd.handler.record
hep.lcd.io.smart - package hep.lcd.io.smart
hep.lcd.mc.analysis - package hep.lcd.mc.analysis
hep.lcd.mc.fast - package hep.lcd.mc.fast: A parameterized (fast) Monte-Carlo for LCD.
hep.lcd.mc.fast.cluster.ronan - package hep.lcd.mc.fast.cluster.ronan
hep.lcd.mc.fast.cluster.saurav - package hep.lcd.mc.fast.cluster.saurav
hep.lcd.mc.fast.tracking - package hep.lcd.mc.fast.tracking
hep.lcd.mc.randomBkgr - package hep.lcd.mc.randomBkgr: A package for adding random "salt and pepper" background to LCD events.
hep.lcd.mc.smear - package hep.lcd.mc.smear: A package for smearing hits in LCD events.
hep.lcd.plugin - package hep.lcd.plugin: A JAS Plugin which adds LCD specific functionality to JAS.
hep.lcd.recon - package hep.lcd.recon: The LCD Full reconstruction package.
hep.lcd.recon.cluster.analysis - package hep.lcd.recon.cluster.analysis
hep.lcd.recon.cluster.cheat - package hep.lcd.recon.cluster.cheat: A clustering algorithm which "cheats" by looking at the MC information.
hep.lcd.recon.cluster.clusterID - package hep.lcd.recon.cluster.clusterID
hep.lcd.recon.cluster.radial - package hep.lcd.recon.cluster.radial
hep.lcd.recon.cluster.radial.cl - package hep.lcd.recon.cluster.radial.cl
hep.lcd.recon.cluster.radial.util - package hep.lcd.recon.cluster.radial.util
hep.lcd.recon.cluster.simple - package hep.lcd.recon.cluster.simple: A simple cluster finder which works by combining nerighbouring hits.
hep.lcd.recon.cluster.util - package hep.lcd.recon.cluster.util
hep.lcd.recon.muon - package hep.lcd.recon.muon: The muon finding component of the LCD reconstruction.
hep.lcd.recon.particle - package hep.lcd.recon.particle
hep.lcd.recon.tracking - package hep.lcd.recon.tracking: The track finding and fitting component of the LCD reconstruction.
hep.lcd.recon.tracking.ccd - package hep.lcd.recon.tracking.ccd
hep.lcd.recon.tracking.combined - package hep.lcd.recon.tracking.combined
hep.lcd.recon.tracking.fitters.klm - package hep.lcd.recon.tracking.fitters.klm
hep.lcd.recon.tracking.fitters.sld - package hep.lcd.recon.tracking.fitters.sld
hep.lcd.recon.tracking.ftf - package hep.lcd.recon.tracking.ftf
hep.lcd.recon.tracking.tpc - package hep.lcd.recon.tracking.tpc
hep.lcd.util.collections - package hep.lcd.util.collections: Specialized collections used by multiple packages.
hep.lcd.util.driver - package hep.lcd.util.driver: Defines Driver and Processor, used for chaining reconstruction modules together.
hep.lcd.util.error - package hep.lcd.util.error: LCD wide exceptions.
hep.lcd.util.event - package hep.lcd.util.event: Event utilities.
hep.lcd.util.event.merge - package hep.lcd.util.event.merge: Event merger.
hep.lcd.util.material - package hep.lcd.util.material: Utilities related to physical material properties.
hep.lcd.util.statistics - package hep.lcd.util.statistics: Statistical utilities.
hep.lcd.util.step - package hep.lcd.util.step
hep.lcd.util.swim - package hep.lcd.util.swim: General purpose particle "swimmer".
hep.lcd.vertexing.mc - package hep.lcd.vertexing.mc: Find vertices from Monte-Carlo particles.
hep.lcd.vertexing.zvtop - package hep.lcd.vertexing.zvtop: Package for topological vertex finding written for the LCD JAVA environment.
histogram(String) - Method in class hep.lcd.util.driver.AbstractProcessor
histogram(String) - Method in interface hep.lcd.util.driver.ProcessorContext: Used for filling named histograms
hitOnTrack(LCDEvent, TrackerHit) - Method in class hep.lcd.contrib.recon.tracking.garfield.KshortInfo
hitOnTrack(TrackList, TrackerHit) - Method in class hep.lcd.contrib.recon.tracking.garfield.UnassociatedHits
hitcut - Variable in class hep.lcd.recon.cluster.analysis.ClusterProcessor
hits - Variable in class hep.lcd.contrib.recon.tracking.garfield.GarfieldTrack
hits - Variable in class hep.lcd.mc.fast.cluster.ronan.ReconCluster
hits - Variable in class hep.lcd.recon.cluster.util.AbstractCluster
hits - Variable in class hep.lcd.recon.tracking.TrkCandidate
hits() - Method in class hep.lcd.recon.tracking.ftf.FoundTrack

I

INITIALIZED - Static variable in class hep.lcd.vertexing.zvtop.ZvgGTFStatus
INPUT_TRACK_FAILURE - Static variable in class hep.lcd.vertexing.zvtop.ZvFitStatus
INPUT_TRACK_FAILURE - Static variable in class hep.lcd.vertexing.zvtop.ZvTopStatus
INPUT_TRACK_FAILURE - Static variable in class hep.lcd.vertexing.zvtop.ZvgGTFStatus
INTERACTED - Static variable in interface hep.lcd.event.MCParticle
INTERACTION - Static variable in class hep.lcd.vertexing.zvtop.ZvV0Type: Type INTERACTION.
INVALID_FITMODE - Static variable in class hep.lcd.vertexing.zvtop.ZvFitStatus
INVALID_FITMODE - Static variable in class hep.lcd.vertexing.zvtop.ZvTopStatus
IP_TYPE - Static variable in class hep.lcd.vertexing.mc.McVertexType
Ibal - Variable in class hep.lcd.recon.tracking.AbsTrackFinder
Id - Variable in class hep.lcd.recon.tracking.AbsTrackFinder
IdentifiedCluster - interface hep.lcd.event.IdentifiedCluster.: IdentifiedCluster is an intermediate class between Cluster and Particle.
IniSectionReader - class hep.lcd.geometry.IniSectionReader.
IniSectionReader(LineNumberReader) - Constructor for class hep.lcd.geometry.IniSectionReader
InnerRadius - Variable in class hep.lcd.recon.tracking.BaseSpecifications
IpFakeParticle - class hep.lcd.vertexing.mc.IpFakeParticle.: A fake Particle to represent the interaction point.
IpFakeParticle() - Constructor for class hep.lcd.vertexing.mc.IpFakeParticle
IpFakeParticle(double[]) - Constructor for class hep.lcd.vertexing.mc.IpFakeParticle
IpFakeParticle(double[], double[]) - Constructor for class hep.lcd.vertexing.mc.IpFakeParticle
IteratorEnumeration - class hep.lcd.util.collections.IteratorEnumeration.
IteratorEnumeration(Iterator) - Constructor for class hep.lcd.util.collections.IteratorEnumeration: Creates a new instance of IteratorEnumeration
id - Variable in class hep.lcd.geometry.AbstractCalorimeterCell
identifyDecays(LCDEvent) - Method in class hep.lcd.contrib.mc.analysis.BaseMonteCarlo
identifyDecays(LCDEvent) - Method in interface hep.lcd.contrib.mc.analysis.MonteCarlo
identifyEventType(LCDEvent) - Method in class hep.lcd.contrib.mc.analysis.BaseMonteCarlo
identifyEventType(LCDEvent) - Method in interface hep.lcd.contrib.mc.analysis.MonteCarlo
ilon - Variable in class hep.lcd.recon.tracking.AbsTrackFinder
ilon - Variable in class hep.lcd.recon.tracking.AbsTracker
incGammaFunc(double, double) - Static method in class hep.lcd.util.statistics.StatTools: Incomplete gamma function source: S.Brandt, Datenanalyse, p.564f
indexOf(ZvTrack) - Method in class hep.lcd.vertexing.zvtop.ZvProbTubeList
indexOf(ZvTrack) - Method in class hep.lcd.vertexing.zvtop.ZvTrackList: find index of track in list
returns -1, if not found
indexOf(ZvVertex) - Method in class hep.lcd.vertexing.zvtop.ZvVertexList
indexOf(ZvgCMat) - Method in class hep.lcd.vertexing.zvtop.ZvgCMatList: find index of track in list
returns -1, if not found
indexOfWithId(ZvTrack) - Method in class hep.lcd.vertexing.zvtop.ZvTrackList: index of track in trackList -- checked by using track ids
returns -1 if not found
init() - Method in class hep.lcd.io.jas.LCDPlugin
init() - Method in class hep.lcd.mc.fast.cluster.ronan.MCFastRonan
init() - Method in class hep.lcd.mc.fast.cluster.saurav.FastCal: Called once the ProcessorContext has been set by the Driver.
init() - Method in class hep.lcd.mc.fast.tracking.MCFastTracking
init() - Method in class hep.lcd.plugin.LCDPlugin: Installs the LCD menu in the application's menu bar, and registers a run listener.
init() - Method in class hep.lcd.plugin.Register
init() - Method in class hep.lcd.recon.cluster.clusterID.ApplyClusterIDToSioFile
init() - Method in class hep.lcd.recon.cluster.clusterID.MakeSingleParticleTrainingDataSets
init() - Method in class hep.lcd.recon.cluster.clusterID.TrainClusterID
init() - Method in class hep.lcd.recon.cluster.util.ReplaceCalorimeterHits
init() - Method in class hep.lcd.recon.particle.ParticleReconstructor
init() - Method in class hep.lcd.util.driver.AbstractProcessor: Called once the ProcessorContext has been set by the Driver.
init(ZvTrackList, ZvGhostTrack, double[]) - Method in class hep.lcd.vertexing.zvtop.ZvgChi2Calculator: initialize with track list, ghost track and IP position
init(ZvTrackList, ZvGhostTrack, double[]) - Method in class hep.lcd.vertexing.zvtop.ZvgChi2Calculator2: initialize with track list, ghost track and IP position
init(ZvTrackList, double[], double[], double[], ZvgGTFParam) - Method in class hep.lcd.vertexing.zvtop.ZvgGhostTrackFinder: Initialize with track list, IP position, intial guess direction for the ghost track, jet direction and parameters.
init(ZvTrackList, ZvBeamSpot, double[], double[], ZvgGTFParam) - Method in class hep.lcd.vertexing.zvtop.ZvgGhostTrackFinder2: Initialize with track list, IP position, intial guess direction for the ghost track, jet direction and parameters.
initCMat(ZvTrack) - Method in class hep.lcd.vertexing.zvtop.ZvgCMat: Initialize the CMat with a track; use default reference point (origin).
initCMat(ZvTrack, double[]) - Method in class hep.lcd.vertexing.zvtop.ZvgCMat: Initialize the CMat with a track; use reference point.
initCMat(ZvBeamSpot) - Method in class hep.lcd.vertexing.zvtop.ZvgCMat: init CMat from beam spot
initCMatZvGhostTrack(ZvGhostTrack, double[]) - Method in class hep.lcd.vertexing.zvtop.ZvgCMat: Initialize the CMat with a ZvGhostTrack; use reference point.
initCMatZvTrack(ZvTrack, double[]) - Method in class hep.lcd.vertexing.zvtop.ZvgCMat: Initialize the CMat with a ZvTrack; use reference point.
initCMatZvTrackOld(ZvTrack, double[]) - Method in class hep.lcd.vertexing.zvtop.ZvgCMat: Initialize the CMat with a ZvTrack; use reference point.
initFltTrack(ZvGhostTrack) - Method in class hep.lcd.vertexing.zvtop.ZvFltGhostTrack
initFltTrack(ZvTrack) - Method in class hep.lcd.vertexing.zvtop.ZvFltTrack
initTrackIds() - Method in class hep.lcd.vertexing.zvtop.ZvTrackList: initialize track ids in order of tracks
initTrackIds(int) - Method in class hep.lcd.vertexing.zvtop.ZvTrackList: initialize track ids in order of tracks
initTube(ZvTrack) - Method in class hep.lcd.vertexing.zvtop.ZvProbTube: Initialize the tube with a track; use default reference point (origin).
initTube(ZvTrack, double[], double) - Method in class hep.lcd.vertexing.zvtop.ZvProbTube: Initialize the tube with a track; use reference point.
initTube(ZvTrack, double[]) - Method in class hep.lcd.vertexing.zvtop.ZvProbTube: Initialize the tube with a track; use reference point.
initialize(String) - Method in class hep.lcd.recon.tracking.ftf.FtfTrackFinder
inputTracks() - Method in class hep.lcd.vertexing.zvtop.ZvTopVertexer: input tracks used
inputTracks() - Method in class hep.lcd.vertexing.zvtop.ZvgKinVtxFinder: initial input tracks
insert(Orderable) - Method in class hep.lcd.recon.cluster.radial.util.BSort
insertCMatAt(ZvgCMat, int) - Method in class hep.lcd.vertexing.zvtop.ZvgCMatList
insertCMatAt(ZvTrack, int) - Method in class hep.lcd.vertexing.zvtop.ZvgCMatList
insertTrackAt(ReconTrack, int) - Method in class hep.lcd.vertexing.zvtop.ZvTrackList
insertTrackAt(ZvTrack, int) - Method in class hep.lcd.vertexing.zvtop.ZvTrackList
insertTubeAt(ZvProbTube, int) - Method in class hep.lcd.vertexing.zvtop.ZvProbTubeList
insertVertexAt(ZvVertex, int) - Method in class hep.lcd.vertexing.zvtop.ZvVertexList
instance() - Static method in class hep.lcd.geometry.Detector
internalFind(int) - Method in class hep.lcd.util.collections.CalorimeterHitMap: Internal find key in table.
internalFind(int) - Method in class hep.lcd.util.collections.MuonStripHitMap: Internal find key in table.
invalidFitMode() - Method in class hep.lcd.vertexing.zvtop.ZvFitStatus: invalid fit mode?
invalidFitMode() - Method in class hep.lcd.vertexing.zvtop.ZvTopStatus: invalid fit mode?
ipoi - Variable in class hep.lcd.recon.tracking.AbsTrackFinder
ipoi - Variable in class hep.lcd.recon.tracking.AbsTracker
is3D() - Method in class hep.lcd.contrib.recon.tracking.garfield.GarfieldHit
is3D(TrackerHit) - Method in class hep.lcd.contrib.recon.tracking.garfield.GarfieldTrackFinder
isActive() - Method in class hep.lcd.geometry.component.Material
isActive - Variable in class hep.lcd.recon.tracking.TrkHitOnTrk
isCandidate() - Method in class hep.lcd.recon.tracking.TrkCandidate
isDone() - Method in class hep.lcd.contrib.recon.tracking.garfield.GarfieldTrack
isDuplicate() - Method in class hep.lcd.recon.tracking.AbsTrackFinder
isEmpty() - Method in interface hep.lcd.vertexing.zvtop.VertexListInt: Is the list empty?
isEmpty() - Method in class hep.lcd.vertexing.zvtop.ZvProbTubeList
isEmpty() - Method in class hep.lcd.vertexing.zvtop.ZvTrackList
isEmpty() - Method in class hep.lcd.vertexing.zvtop.ZvVertexList
isEmpty() - Method in class hep.lcd.vertexing.zvtop.ZvgCMatList
isEndCap() - Method in interface hep.lcd.geometry.DetectorComponent
isEndCap() - Method in class hep.lcd.geometry.component.CylindricalDetector
isEndCap() - Method in class hep.lcd.geometry.component.LUM_Segmentation
isEndCap() - Method in class hep.lcd.geometry.component.MultiLayerBarrelDetector
isEndCap() - Method in class hep.lcd.geometry.component.MultiLayerEndCapDetector
isEndcap() - Method in class hep.lcd.contrib.recon.tracking.garfield.GarfieldHit
isEndcap() - Method in class hep.lcd.contrib.recon.tracking.garfield.GarfieldTrack
isEndcap() - Method in class hep.lcd.contrib.recon.tracking.garfield.MipStub
isEndcap() - Method in interface hep.lcd.event.TrackerHit
isEndcap() - Method in interface hep.lcd.geometry.CalorimeterCell: Returns true if the cell is in the endcap (as opposed to the barrel)
isEndcap() - Method in class hep.lcd.geometry.CalorimeterCellNewTag
isEndcap() - Method in class hep.lcd.geometry.CalorimeterCellOldTag
isEndcap() - Method in class hep.lcd.geometry.np.ComboCalorimeterCell
isEndcap() - Method in class hep.lcd.geometry.np.NPCalorimeterCell
isEqual(ZvSpatPoint) - Method in class hep.lcd.vertexing.zvtop.ZvSpatPoint: check for equality of this spatial point with another
-- equality, if dist(sp1,sp2) < maxSep
default: maxSep = 5 um
isEqual(ZvSpatPoint, double) - Method in class hep.lcd.vertexing.zvtop.ZvSpatPoint: check for equality of this spatial point with another
-- equality, if dist(sp1,sp2) < maxSep
isEven(int) - Method in class hep.lcd.contrib.recon.tracking.garfield.GarfieldTrackFinder
isFlipped() - Method in class hep.lcd.mc.fast.tracking.DocaTrackParameters: Check whether this trackparameter set has been calculated for a curvature flipped track.
isFlipped() - Method in class hep.lcd.mc.fast.tracking.ReconTrack: Check whether this track has been curvature flipped.
isFlipped() - Method in class hep.lcd.util.swim.Helix: Status of curvature flipping
isGhost() - Method in class hep.lcd.vertexing.zvtop.ZvTrack: check whether track describes a ghost track
isInAnyV0Vertex() - Method in class hep.lcd.vertexing.zvtop.ZvTrack: Is the track contained in any V0 vertex?
isInAnyVertex() - Method in class hep.lcd.vertexing.zvtop.ZvTrack: Is track in any vertex?
isInV0Vertex(ZvV0Vertex) - Method in class hep.lcd.vertexing.zvtop.ZvTrack: Is the track contained in this V0 vertex?
isInVertex(ZvVertex) - Method in class hep.lcd.vertexing.zvtop.ZvTrack: is track in this specific vertex?
isIsolated() - Method in class hep.lcd.vertexing.zvtop.ZvTrack: Isolated track?
isMipStub(LCDEvent, Cluster) - Method in class hep.lcd.contrib.recon.tracking.garfield.EmcalMipStubs: returns true if c is deemed to contain a MipStub
isNorth() - Method in interface hep.lcd.event.TrackerHit
isNorth() - Method in interface hep.lcd.geometry.CalorimeterCell: Returns true if the cell is in the north endcap
isNorth() - Method in class hep.lcd.geometry.CalorimeterCellNewTag
isNorth() - Method in class hep.lcd.geometry.CalorimeterCellOldTag
isNorth() - Method in class hep.lcd.geometry.np.ComboCalorimeterCell
isNorth() - Method in class hep.lcd.geometry.np.NPCalorimeterCell
isOK() - Method in interface hep.lcd.event.FitStatus
isOK() - Method in class hep.lcd.vertexing.zvtop.BasicFitStatus: Fit status ok?
isOutside() - Method in class hep.lcd.vertexing.zvtop.ZvSwimStatus: position outside detector volume?
isPurged() - Method in class hep.lcd.contrib.recon.tracking.garfield.GarfieldTrack
isRejected() - Method in class hep.lcd.contrib.recon.tracking.garfield.GarfieldTrack
isSingular() - Method in class hep.lcd.vertexing.zvtop.ZvFitStatus: is the error matrix singular?
isSpecial() - Method in class hep.lcd.vertexing.zvtop.ZvTrack: is track marked as special?
isTransverseNeighbor(CalCellCollection.CalCell) - Method in class hep.lcd.recon.cluster.radial.cl.CalCellCollection.CalCell
isTransverseNeighbor(ClusterCell) - Method in class hep.lcd.recon.cluster.radial.cl.CalCellCollection.CalCell
isTransverseNeighbor(ClusterCell) - Method in interface hep.lcd.recon.cluster.radial.cl.ClusterCell
isV0() - Method in class hep.lcd.vertexing.mc.McVertex
isV0() - Method in class hep.lcd.vertexing.mc.McVertexType
isVXD(TrackerHit) - Method in class hep.lcd.contrib.recon.tracking.garfield.GarfieldTrackFinder
isValidLabel(String) - Static method in class hep.lcd.vertexing.zvtop.ZvV0Type: Check for validity of string label for type.
is_Bhabha() - Method in class hep.lcd.contrib.mc.analysis.BaseMonteCarlo
is_Bhabha() - Method in interface hep.lcd.contrib.mc.analysis.MonteCarlo
is_ElectroWeak() - Method in class hep.lcd.contrib.mc.analysis.BaseMonteCarlo
is_ElectroWeak() - Method in interface hep.lcd.contrib.mc.analysis.MonteCarlo
is_GamGam() - Method in class hep.lcd.contrib.mc.analysis.BaseMonteCarlo
is_GamGam() - Method in interface hep.lcd.contrib.mc.analysis.MonteCarlo
is_MuPair() - Method in class hep.lcd.contrib.mc.analysis.BaseMonteCarlo
is_MuPair() - Method in interface hep.lcd.contrib.mc.analysis.MonteCarlo
is_QED() - Method in class hep.lcd.contrib.mc.analysis.BaseMonteCarlo: Event types
is_QED() - Method in interface hep.lcd.contrib.mc.analysis.MonteCarlo: Event types
is_Tau() - Method in class hep.lcd.contrib.mc.analysis.BaseMonteCarlo
is_Tau() - Method in interface hep.lcd.contrib.mc.analysis.MonteCarlo
is_TwoPhoton() - Method in class hep.lcd.contrib.mc.analysis.BaseMonteCarlo
is_TwoPhoton() - Method in interface hep.lcd.contrib.mc.analysis.MonteCarlo
is_Unknown() - Method in class hep.lcd.contrib.mc.analysis.BaseMonteCarlo
is_Unknown() - Method in interface hep.lcd.contrib.mc.analysis.MonteCarlo
is_WW() - Method in class hep.lcd.contrib.mc.analysis.BaseMonteCarlo
is_WW() - Method in interface hep.lcd.contrib.mc.analysis.MonteCarlo
is_WlvWlv() - Method in class hep.lcd.contrib.mc.analysis.BaseMonteCarlo
is_WlvWlv() - Method in interface hep.lcd.contrib.mc.analysis.MonteCarlo
is_WqqWlv() - Method in class hep.lcd.contrib.mc.analysis.BaseMonteCarlo
is_WqqWlv() - Method in interface hep.lcd.contrib.mc.analysis.MonteCarlo
is_WqqWlv_gluons() - Method in class hep.lcd.contrib.mc.analysis.BaseMonteCarlo
is_WqqWlv_gluons() - Method in interface hep.lcd.contrib.mc.analysis.MonteCarlo
is_WqqWqq() - Method in class hep.lcd.contrib.mc.analysis.BaseMonteCarlo
is_WqqWqq() - Method in interface hep.lcd.contrib.mc.analysis.MonteCarlo
is_WqqWqq_gluons() - Method in class hep.lcd.contrib.mc.analysis.BaseMonteCarlo
is_WqqWqq_gluons() - Method in interface hep.lcd.contrib.mc.analysis.MonteCarlo
is_WqqgWlv() - Method in class hep.lcd.contrib.mc.analysis.BaseMonteCarlo
is_WqqgWlv() - Method in interface hep.lcd.contrib.mc.analysis.MonteCarlo
is_WqqgWqq() - Method in class hep.lcd.contrib.mc.analysis.BaseMonteCarlo
is_WqqgWqq() - Method in interface hep.lcd.contrib.mc.analysis.MonteCarlo
is_ZZ() - Method in class hep.lcd.contrib.mc.analysis.BaseMonteCarlo
is_ZZ() - Method in interface hep.lcd.contrib.mc.analysis.MonteCarlo
is_ZllZll() - Method in class hep.lcd.contrib.mc.analysis.BaseMonteCarlo
is_ZllZll() - Method in interface hep.lcd.contrib.mc.analysis.MonteCarlo
is_ZllZvv() - Method in class hep.lcd.contrib.mc.analysis.BaseMonteCarlo
is_ZllZvv() - Method in interface hep.lcd.contrib.mc.analysis.MonteCarlo
is_ZqqZll() - Method in class hep.lcd.contrib.mc.analysis.BaseMonteCarlo
is_ZqqZll() - Method in interface hep.lcd.contrib.mc.analysis.MonteCarlo
is_ZqqZll_gluons() - Method in class hep.lcd.contrib.mc.analysis.BaseMonteCarlo
is_ZqqZll_gluons() - Method in interface hep.lcd.contrib.mc.analysis.MonteCarlo
is_ZqqZqq() - Method in class hep.lcd.contrib.mc.analysis.BaseMonteCarlo
is_ZqqZqq() - Method in interface hep.lcd.contrib.mc.analysis.MonteCarlo
is_ZqqZqq_gluons() - Method in class hep.lcd.contrib.mc.analysis.BaseMonteCarlo
is_ZqqZqq_gluons() - Method in interface hep.lcd.contrib.mc.analysis.MonteCarlo
is_ZqqZvv() - Method in class hep.lcd.contrib.mc.analysis.BaseMonteCarlo
is_ZqqZvv() - Method in interface hep.lcd.contrib.mc.analysis.MonteCarlo
is_ZqqZvv_gluons() - Method in class hep.lcd.contrib.mc.analysis.BaseMonteCarlo
is_ZqqZvv_gluons() - Method in interface hep.lcd.contrib.mc.analysis.MonteCarlo
is_ZqqgZll() - Method in class hep.lcd.contrib.mc.analysis.BaseMonteCarlo
is_ZqqgZll() - Method in interface hep.lcd.contrib.mc.analysis.MonteCarlo
is_ZqqgZvv() - Method in class hep.lcd.contrib.mc.analysis.BaseMonteCarlo
is_ZqqgZvv() - Method in interface hep.lcd.contrib.mc.analysis.MonteCarlo
is_ZvvZvv() - Method in class hep.lcd.contrib.mc.analysis.BaseMonteCarlo
is_ZvvZvv() - Method in interface hep.lcd.contrib.mc.analysis.MonteCarlo
is_bbbar() - Method in class hep.lcd.contrib.mc.analysis.BaseMonteCarlo
is_bbbar() - Method in interface hep.lcd.contrib.mc.analysis.MonteCarlo
is_ccbar() - Method in class hep.lcd.contrib.mc.analysis.BaseMonteCarlo
is_ccbar() - Method in interface hep.lcd.contrib.mc.analysis.MonteCarlo
is_qqbar() - Method in class hep.lcd.contrib.mc.analysis.BaseMonteCarlo
is_qqbar() - Method in interface hep.lcd.contrib.mc.analysis.MonteCarlo
is_tWbtWb() - Method in class hep.lcd.contrib.mc.analysis.BaseMonteCarlo: Decay modes
is_tWbtWb() - Method in interface hep.lcd.contrib.mc.analysis.MonteCarlo: Decay modes
is_ttbar() - Method in class hep.lcd.contrib.mc.analysis.BaseMonteCarlo
is_ttbar() - Method in interface hep.lcd.contrib.mc.analysis.MonteCarlo
is_uds() - Method in class hep.lcd.contrib.mc.analysis.BaseMonteCarlo
is_uds() - Method in interface hep.lcd.contrib.mc.analysis.MonteCarlo
isaChild() - Method in interface hep.lcd.event.IdentifiedCluster
isaChild() - Method in class hep.lcd.recon.cluster.util.ShapeIdentifiedCluster
isaParent() - Method in interface hep.lcd.event.IdentifiedCluster
isaParent() - Method in class hep.lcd.recon.cluster.util.ShapeIdentifiedCluster
isolatedTracks() - Method in class hep.lcd.vertexing.zvtop.ZvTrackList: get a sublist of isolated tracks
issueTrackID() - Method in class hep.lcd.contrib.recon.tracking.garfield.GarfieldTrackFinder
itra - Variable in class hep.lcd.recon.tracking.AbsTrackFinder

K

K0ID - Static variable in interface hep.lcd.contrib.mc.analysis.MonteCarlo
K0S - Static variable in class hep.lcd.vertexing.zvtop.ZvV0Type: Type K0s.
K0S_TYPE - Static variable in class hep.lcd.vertexing.mc.McVertexType
K0ShortFinder - class hep.lcd.contrib.recon.tracking.garfield.K0ShortFinder.: Finds K0shorts with the GarfieldTrackFinder
K0ShortFinder(String, int) - Constructor for class hep.lcd.contrib.recon.tracking.garfield.K0ShortFinder
K0ShortFinderDriver - class hep.lcd.contrib.recon.tracking.garfield.K0ShortFinderDriver.: Driver for K0short reconstruction for SiD detector based on calorimeter assisted tracking
K0ShortFinderDriver() - Constructor for class hep.lcd.contrib.recon.tracking.garfield.K0ShortFinderDriver
KFlag - Variable in class hep.lcd.recon.tracking.AbsTrackFinder
KFlag - Variable in class hep.lcd.recon.tracking.AbsTracker
KLMFitError - exception hep.lcd.recon.tracking.fitters.klm.KLMFitError.: Thrown if an error occurs during fitting
KLMFitTrack - class hep.lcd.recon.tracking.fitters.klm.KLMFitTrack.
KLMFitTrack() - Constructor for class hep.lcd.recon.tracking.fitters.klm.KLMFitTrack
KLMTrackFit - class hep.lcd.recon.tracking.fitters.klm.KLMTrackFit.: An object returned by calling KLMTrackFitter.fitTrack
KLMTrackFit() - Constructor for class hep.lcd.recon.tracking.fitters.klm.KLMTrackFit
KLMTrackParam - class hep.lcd.recon.tracking.fitters.klm.KLMTrackParam.
KLMTrackParam() - Constructor for class hep.lcd.recon.tracking.fitters.klm.KLMTrackParam
KLMTrackParam(TrkParams, double) - Constructor for class hep.lcd.recon.tracking.fitters.klm.KLMTrackParam
KaonID - Static variable in interface hep.lcd.contrib.mc.analysis.MonteCarlo
KlongID - Static variable in interface hep.lcd.contrib.mc.analysis.MonteCarlo
KshortID - Static variable in interface hep.lcd.contrib.mc.analysis.MonteCarlo
KshortInfo - class hep.lcd.contrib.recon.tracking.garfield.KshortInfo.
KshortInfo(String, int) - Constructor for class hep.lcd.contrib.recon.tracking.garfield.KshortInfo
Ksi() - Method in class hep.lcd.vertexing.zvtop.ZvgCMat: get Ksi vector
kappa() - Method in class hep.lcd.contrib.recon.tracking.garfield.GarfieldHelix
kappa - Variable in class hep.lcd.contrib.recon.tracking.garfield.MipStub
kappa() - Method in class hep.lcd.contrib.recon.tracking.garfield.MipStub
keys() - Method in interface hep.lcd.geometry.PropertySet
keys() - Method in class hep.lcd.io.sio.lcd.handler.LCDGeant4Event: Returns an enumeration of the keys in this event.
keys() - Method in class hep.lcd.util.event.LCDHepEvent
keys() - Method in class hep.lcd.util.event.merge.MergedEvent

L

LAMBDA0 - Static variable in class hep.lcd.vertexing.zvtop.ZvV0Type: Type LAMBDA0.
LAMBDA0_TYPE - Static variable in class hep.lcd.vertexing.mc.McVertexType
LCDEvent - interface hep.lcd.event.LCDEvent.: The LCD Event header.
LCDEventServer - class hep.lcd.io.jas.LCDEventServer.
LCDEventSource - class hep.lcd.io.jas.LCDEventSource.
LCDEventSource(String) - Constructor for class hep.lcd.io.jas.LCDEventSource
LCDException - exception hep.lcd.util.error.LCDException.
LCDException(String) - Constructor for class hep.lcd.util.error.LCDException
LCDException(String, Throwable) - Constructor for class hep.lcd.util.error.LCDException
LCDGEOMETRY - class hep.lcd.io.ascii.handler.LCDGEOMETRY.
LCDGEOMETRY() - Constructor for class hep.lcd.io.ascii.handler.LCDGEOMETRY
LCDGeant4Event - class hep.lcd.io.sio.lcd.handler.LCDGeant4Event.
LCDGeant4Event() - Constructor for class hep.lcd.io.sio.lcd.handler.LCDGeant4Event
LCDGismoEvent - class hep.lcd.io.sio.lcd.handler.LCDGismoEvent.
LCDGismoEvent() - Constructor for class hep.lcd.io.sio.lcd.handler.LCDGismoEvent
LCDHepEvent - class hep.lcd.util.event.LCDHepEvent.
LCDHepEvent(EventHeader) - Constructor for class hep.lcd.util.event.LCDHepEvent
LCDLocal - class hep.lcd.io.jas.LCDLocal.
LCDLocal() - Constructor for class hep.lcd.io.jas.LCDLocal
LCDPlugin - class hep.lcd.io.jas.LCDPlugin.
LCDPlugin() - Constructor for class hep.lcd.io.jas.LCDPlugin
LCDPlugin - class hep.lcd.plugin.LCDPlugin.: A plugin subclass for visualizing LCD events.
LCDPlugin() - Constructor for class hep.lcd.plugin.LCDPlugin: The constructor sets up the detector properties.
LCDReader - class hep.lcd.io.sio.lcd.LCDReader.: An SIO reader that has no dependency on JAS2 or JAS3
LCDReader(InputStream) - Constructor for class hep.lcd.io.sio.lcd.LCDReader
LCDWriter - class hep.lcd.io.sio.lcd.LCDWriter.
LCDWriter(OutputStream) - Constructor for class hep.lcd.io.sio.lcd.LCDWriter: Creates a new instance of LCDEventWriter
LCD_Gismo_Detector - class hep.lcd.io.sio.lcd.handler.record.LCD_Gismo_Detector.
LCD_Gismo_Detector() - Constructor for class hep.lcd.io.sio.lcd.handler.record.LCD_Gismo_Detector
LCD_Gismo_Event - class hep.lcd.io.sio.lcd.handler.record.LCD_Gismo_Event.
LCD_Gismo_Event() - Constructor for class hep.lcd.io.sio.lcd.handler.record.LCD_Gismo_Event
LCD_LCDG4_Detector - class hep.lcd.io.sio.lcd.handler.record.LCD_LCDG4_Detector.
LCD_LCDG4_Detector() - Constructor for class hep.lcd.io.sio.lcd.handler.record.LCD_LCDG4_Detector
LCD_LCDG4_Event - class hep.lcd.io.sio.lcd.handler.record.LCD_LCDG4_Event.
LCD_LCDG4_Event() - Constructor for class hep.lcd.io.sio.lcd.handler.record.LCD_LCDG4_Event
LCD_detector_CVS - class hep.lcd.io.sio.lcd.handler.block.LCD_detector_CVS.
LCD_detector_CVS() - Constructor for class hep.lcd.io.sio.lcd.handler.block.LCD_detector_CVS
LCD_detector_ID - class hep.lcd.io.sio.lcd.handler.block.LCD_detector_ID.
LCD_detector_ID() - Constructor for class hep.lcd.io.sio.lcd.handler.block.LCD_detector_ID
LEFT - Static variable in interface hep.lcd.event.MCParticle
LEVEL_HIGH - Static variable in interface hep.lcd.util.driver.ProcessorContext: High level of output or histograms should be produced
LEVEL_LOW - Static variable in interface hep.lcd.util.driver.ProcessorContext: Low level of output or histograms should be produced
LEVEL_MEDIUM - Static variable in interface hep.lcd.util.driver.ProcessorContext: Medium level of output or histograms should be produced
LEVEL_NONE - Static variable in interface hep.lcd.util.driver.ProcessorContext: No output or histogram should be produced
LOOPING - Static variable in interface hep.lcd.event.MCParticle
LOST - Static variable in interface hep.lcd.event.MCParticle
LUMCalorimeter - class hep.lcd.io.ascii.handler.LUMCalorimeter.
LUMCalorimeter() - Constructor for class hep.lcd.io.ascii.handler.LUMCalorimeter
LUMCalorimeter - class hep.lcd.io.sio.lcd.handler.block.LUMCalorimeter.
LUMCalorimeter() - Constructor for class hep.lcd.io.sio.lcd.handler.block.LUMCalorimeter
LUMCalorimeterHits - Static variable in interface hep.lcd.event.LCDEvent
LUM_EndCap - class hep.lcd.geometry.component.LUM_EndCap.
LUM_EndCap(Detector, LineNumberReader) - Constructor for class hep.lcd.geometry.component.LUM_EndCap
LUM_Segmentation - class hep.lcd.geometry.component.LUM_Segmentation.
LUM_Segmentation(Detector, LineNumberReader) - Constructor for class hep.lcd.geometry.component.LUM_Segmentation
LambdaCID - Static variable in interface hep.lcd.contrib.mc.analysis.MonteCarlo
LambdaID - Static variable in interface hep.lcd.contrib.mc.analysis.MonteCarlo
LastEvent - Static variable in class hep.lcd.recon.Reconstruction
LastEvent - Static variable in class hep.lcd.recon.tracking.CombinedReco
LastEvent - Static variable in class hep.lcd.recon.tracking.TrackReco
LastEvent - Static variable in class hep.lcd.recon.tracking.TrackRecoTPC
LayOutRad - Variable in class hep.lcd.recon.tracking.BaseSpecifications
LayRadii - Variable in class hep.lcd.recon.tracking.BaseSpecifications
Level - Variable in class hep.lcd.recon.tracking.AbsTrackFinder
LrsHalfLength - Variable in class hep.lcd.recon.tracking.BaseSpecifications
lD - Variable in class hep.lcd.geometry.component.Calorimeter
lastCMat() - Method in class hep.lcd.vertexing.zvtop.ZvgCMatList
lastIndexOf(ZvProbTube) - Method in class hep.lcd.vertexing.zvtop.ZvProbTubeList
lastIndexOf(ZvTrack) - Method in class hep.lcd.vertexing.zvtop.ZvTrackList: find last index of track in list
returns -1, if not found
lastIndexOf(ZvVertex) - Method in class hep.lcd.vertexing.zvtop.ZvVertexList
lastIndexOf(ZvgCMat) - Method in class hep.lcd.vertexing.zvtop.ZvgCMatList: Find last index of track in list.
lastLayer - Variable in class hep.lcd.contrib.recon.tracking.garfield.GarfieldTrack
lastTrack() - Method in class hep.lcd.vertexing.zvtop.ZvTrackList
lastTube() - Method in class hep.lcd.vertexing.zvtop.ZvProbTubeList
lastVertex() - Method in class hep.lcd.vertexing.zvtop.ZvVertexList
layerrange - Variable in class hep.lcd.geometry.AbstractCalorimeterCell
layers - Variable in class hep.lcd.geometry.component.Calorimeter
listTypes() - Static method in class hep.lcd.vertexing.zvtop.ZvV0Type: List all available types.
lnGamma(double) - Static method in class hep.lcd.util.statistics.StatTools: logarithmic Gamma function ln Gamma(x) source: S.Brandt, Datenanalyse, p.559f
log(String) - Static method in class hep.lcd.recon.tracking.ftf.FtfTrackFinder
longDist() - Method in class hep.lcd.vertexing.zvtop.ZvTrkDist: distance from initial point of along reference axis to point where the transverse distance is measured, negative if in opposite direction than axis
Note: -1000, if there is no solution, ie track parallel to axis
lrshit - Variable in class hep.lcd.recon.tracking.TrkMCTruth

M

MAXSTEPS - Static variable in interface hep.lcd.event.MCParticle
MAXTRACKSMATCHPARTICLES - Static variable in class hep.lcd.vertexing.mc.McVertexer
MCDecay - class hep.lcd.contrib.mc.analysis.MCDecay.
MCDecay(MCParticle) - Constructor for class hep.lcd.contrib.mc.analysis.MCDecay
MCFast - class hep.lcd.mc.fast.MCFast.: Fast Monte Carlo simulator
MCFast() - Constructor for class hep.lcd.mc.fast.MCFast: Creates a MCFast processor with default parameters
MCFast(int) - Constructor for class hep.lcd.mc.fast.MCFast
MCFast(int, int) - Constructor for class hep.lcd.mc.fast.MCFast
MCFast(Processor, Processor) - Constructor for class hep.lcd.mc.fast.MCFast: Creates a MCFast processor with the specified subprocessors
MCFastRonan - class hep.lcd.mc.fast.cluster.ronan.MCFastRonan.: Fast Monte Carlo cluster simulator
MCFastRonan() - Constructor for class hep.lcd.mc.fast.cluster.ronan.MCFastRonan
MCFastTracking - class hep.lcd.mc.fast.tracking.MCFastTracking.: Fast Monte Carlo tracking simulator
MCFastTracking() - Constructor for class hep.lcd.mc.fast.tracking.MCFastTracking
MCFastTracking(int) - Constructor for class hep.lcd.mc.fast.tracking.MCFastTracking
MCFastTracking(int, int) - Constructor for class hep.lcd.mc.fast.tracking.MCFastTracking
MCHist - Static variable in class hep.lcd.recon.Reconstruction
MCJet - class hep.lcd.contrib.mc.analysis.MCJet.
MCJet(MCParticle) - Constructor for class hep.lcd.contrib.mc.analysis.MCJet
MCPar_tk - Variable in class hep.lcd.recon.tracking.AbsTrackFinder
MCParticle - interface hep.lcd.event.MCParticle.
MCParticleClusterInformation - class hep.lcd.recon.cluster.analysis.MCParticleClusterInformation.: Stores cluster information about a MCParticle
MCParticleClusterInformation(MCParticle) - Constructor for class hep.lcd.recon.cluster.analysis.MCParticleClusterInformation
MCParticles - Static variable in interface hep.lcd.event.LCDEvent
MCPrint - class hep.lcd.io.ascii.handler.MCPrint.
MCPrint() - Constructor for class hep.lcd.io.ascii.handler.MCPrint
MCPrint - class hep.lcd.io.sio.lcd.handler.block.MCPrint.
MCPrint() - Constructor for class hep.lcd.io.sio.lcd.handler.block.MCPrint
MCPseudoParticle - class hep.lcd.contrib.mc.analysis.MCPseudoParticle.
MCPseudoParticle(MCParticle) - Constructor for class hep.lcd.contrib.mc.analysis.MCPseudoParticle
MSCAT_OR_DEDX - Static variable in class hep.lcd.recon.tracking.fitters.klm.KLMFitError
MUCalorimeter - class hep.lcd.io.ascii.handler.MUCalorimeter.
MUCalorimeter() - Constructor for class hep.lcd.io.ascii.handler.MUCalorimeter
MUCalorimeter - class hep.lcd.io.sio.lcd.handler.block.MUCalorimeter.
MUCalorimeter() - Constructor for class hep.lcd.io.sio.lcd.handler.block.MUCalorimeter
MUStripSystem - class hep.lcd.io.ascii.handler.MUStripSystem.
MUStripSystem() - Constructor for class hep.lcd.io.ascii.handler.MUStripSystem
MU_Barrel - class hep.lcd.geometry.component.MU_Barrel.
MU_Barrel(Detector, LineNumberReader) - Constructor for class hep.lcd.geometry.component.MU_Barrel
MU_EndCap - class hep.lcd.geometry.component.MU_EndCap.
MU_EndCap(Detector, LineNumberReader) - Constructor for class hep.lcd.geometry.component.MU_EndCap
MU_Segmentation - class hep.lcd.geometry.component.MU_Segmentation.
MU_Segmentation(Detector, LineNumberReader) - Constructor for class hep.lcd.geometry.component.MU_Segmentation
MakeClusterIDInput - class hep.lcd.recon.cluster.clusterID.MakeClusterIDInput.
MakeClusterIDInput() - Constructor for class hep.lcd.recon.cluster.clusterID.MakeClusterIDInput
MakeSingleParticleTrainingDataSets - class hep.lcd.recon.cluster.clusterID.MakeSingleParticleTrainingDataSets.
MakeSingleParticleTrainingDataSets(String, String, String) - Constructor for class hep.lcd.recon.cluster.clusterID.MakeSingleParticleTrainingDataSets
Material - class hep.lcd.geometry.component.Material.
MaterialList - class hep.lcd.geometry.component.MaterialList.
MaterialList(Detector, LineNumberReader) - Constructor for class hep.lcd.geometry.component.MaterialList
MaxLayerToCount - Variable in class hep.lcd.recon.tracking.AbsTrackFinder
MaxLayers - Variable in class hep.lcd.recon.tracking.AbsTrackFinder
MaxLayers - Variable in class hep.lcd.recon.tracking.AbsTracker
MaxLayers - Variable in class hep.lcd.recon.tracking.BaseSpecifications
MaxLayers - Variable in class hep.lcd.recon.tracking.TrkMCTruth
MaxLevel - Variable in class hep.lcd.recon.tracking.AbsTrackFinder
MaxLevel - Variable in class hep.lcd.recon.tracking.AbsTracker
MaxNTracks - Variable in class hep.lcd.recon.tracking.TrkMCTruth
MaxPntBin - Variable in class hep.lcd.recon.tracking.AbsTrackFinder
MaxPoints - Variable in class hep.lcd.recon.tracking.AbsTrackFinder
MaxPoints - Variable in class hep.lcd.recon.tracking.AbsTracker
MaxTracks - Variable in class hep.lcd.recon.tracking.AbsTrackFinder
MaxTrkPts - Variable in class hep.lcd.recon.tracking.AbsTrackFinder
MaxTrkPts - Variable in class hep.lcd.recon.tracking.TrkHotList
McTrackHitsAssociator - class hep.lcd.recon.tracking.ftf.McTrackHitsAssociator.
McTrackHitsAssociator() - Constructor for class hep.lcd.recon.tracking.ftf.McTrackHitsAssociator
McVertex - class hep.lcd.vertexing.mc.McVertex.: MC vertex for weak decays and V0s.
McVertex(Particle) - Constructor for class hep.lcd.vertexing.mc.McVertex
McVertexType - class hep.lcd.vertexing.mc.McVertexType.: Typesafe enum of vertex types for the McVertex class.
McVertexer - class hep.lcd.vertexing.mc.McVertexer.: Creates a database of MC true vertices stored in McVertex objects.
McVertexer(LCDEvent, double[], PrintWriter) - Constructor for class hep.lcd.vertexing.mc.McVertexer
McVertexer(LCDEvent, PrintWriter) - Constructor for class hep.lcd.vertexing.mc.McVertexer
McVertexer(double[], PrintWriter) - Constructor for class hep.lcd.vertexing.mc.McVertexer
MergedEvent - class hep.lcd.util.event.merge.MergedEvent.
MergedEvent(int, int) - Constructor for class hep.lcd.util.event.merge.MergedEvent
MinLevel - Variable in class hep.lcd.recon.tracking.AbsTracker
MipStub - class hep.lcd.contrib.recon.tracking.garfield.MipStub.: simple data format for Minimum ionizing particles in the ECAL.
MonteCarlo - interface hep.lcd.contrib.mc.analysis.MonteCarlo.: Analyzes Monte Carlo particles within JAS framework.
Mother - Variable in class hep.lcd.contrib.mc.analysis.MCPseudoParticle
MultiFileEventSource - class hep.lcd.io.jas.MultiFileEventSource.
MultiFileEventSource(String, String) - Constructor for class hep.lcd.io.jas.MultiFileEventSource
MultiFileEventSource - class hep.lcd.io.jas.sio.MultiFileEventSource.
MultiFileEventSource(String, String) - Constructor for class hep.lcd.io.jas.sio.MultiFileEventSource
MultiFileServer - class hep.lcd.io.jas.MultiFileServer.
MultiFileServer - class hep.lcd.io.jas.sio.MultiFileServer.
MultiLayerBarrelDetector - class hep.lcd.geometry.component.MultiLayerBarrelDetector.
MultiLayerEndCapDetector - class hep.lcd.geometry.component.MultiLayerEndCapDetector.
MultiLayer_TRACK_Barrel - class hep.lcd.geometry.component.MultiLayer_TRACK_Barrel.
MultiLayer_TRACK_Barrel(Detector, LineNumberReader) - Constructor for class hep.lcd.geometry.component.MultiLayer_TRACK_Barrel
MultiLayer_TRACK_EndCap - class hep.lcd.geometry.component.MultiLayer_TRACK_EndCap.
MultiLayer_TRACK_EndCap(Detector, LineNumberReader) - Constructor for class hep.lcd.geometry.component.MultiLayer_TRACK_EndCap
MultiLayer_VERTX_Barrel - class hep.lcd.geometry.component.MultiLayer_VERTX_Barrel.
MultiLayer_VERTX_Barrel(Detector, LineNumberReader) - Constructor for class hep.lcd.geometry.component.MultiLayer_VERTX_Barrel
Muon - interface hep.lcd.event.Muon.: A reconstructed Muon
MuonCalSegmentFinder - class hep.lcd.recon.muon.MuonCalSegmentFinder.: Muon Segment Finder for muon calorimeter.
MuonCalSegmentFinder(Detector, String) - Constructor for class hep.lcd.recon.muon.MuonCalSegmentFinder: Fully qualified constructor.
MuonCalorimeterHits - Static variable in interface hep.lcd.event.LCDEvent
MuonCandidate - class hep.lcd.recon.muon.MuonCandidate.: LCD Muon Candidates.
MuonCandidate(Track, int, int, Enumeration, int, int, Enumeration) - Constructor for class hep.lcd.recon.muon.MuonCandidate: Fully qualified constructor.
MuonEndExtrap - Variable in class hep.lcd.recon.tracking.BaseSpecifications
MuonExtrap - Variable in class hep.lcd.recon.tracking.BaseSpecifications
MuonID - Static variable in interface hep.lcd.contrib.mc.analysis.MonteCarlo
MuonList - Static variable in interface hep.lcd.event.LCDEvent
MuonList - interface hep.lcd.event.MuonList.: A list of reconstructed muons
MuonList - class hep.lcd.recon.muon.MuonList.: LCD Muon Candidates list.
MuonList() - Constructor for class hep.lcd.recon.muon.MuonList: Default constructor.
MuonReco - class hep.lcd.recon.muon.MuonReco.: LCD Muon Reconstruction Processor
MuonReco() - Constructor for class hep.lcd.recon.muon.MuonReco: Default constructor.
MuonReco(int, int) - Constructor for class hep.lcd.recon.muon.MuonReco: Default constructor for central barrel analyses.
MuonReco(String, String, int, int) - Constructor for class hep.lcd.recon.muon.MuonReco: Fully qualified constructor
MuonStripHit - interface hep.lcd.event.MuonStripHit.
MuonStripHitMap - class hep.lcd.util.collections.MuonStripHitMap.: A Hash map using primitive int values as keys mapped to MuonStripHit values.
MuonStripHitMap(int, double) - Constructor for class hep.lcd.util.collections.MuonStripHitMap: Constructor with full specification.
MuonStripHitMap(int) - Constructor for class hep.lcd.util.collections.MuonStripHitMap: Constructor with only size supplied.
MuonStripHitMap() - Constructor for class hep.lcd.util.collections.MuonStripHitMap: Default constructor.
MuonStripHitMap(MuonStripHitMap) - Constructor for class hep.lcd.util.collections.MuonStripHitMap: Copy (clone) constructor.
MuonStripHits - Static variable in interface hep.lcd.event.LCDEvent
MuonStripHits - interface hep.lcd.event.MuonStripHits.: A collection of muon strip hits
MutableTrackerHit - interface hep.lcd.mc.smear.MutableTrackerHit.: A TrackerHit may implement MutableTrackerHit to indicate it is willing to allow a hit smearing routine to change the space point corresponding to the hit
MyFunc(double[]) - Method in class hep.lcd.contrib.recon.tracking.garfield.KshortInfo
MySmearDriver - class hep.lcd.contrib.recon.tracking.garfield.MySmearDriver.: Example SmearDriver for track reconstruction Shows how to set the resolutions for the CCD (vertexing) and TPC (tracker) hits.
MySmearDriver() - Constructor for class hep.lcd.contrib.recon.tracking.garfield.MySmearDriver
MySmearDriver(int) - Constructor for class hep.lcd.contrib.recon.tracking.garfield.MySmearDriver
MySmearDriver(int, int) - Constructor for class hep.lcd.contrib.recon.tracking.garfield.MySmearDriver
m_cells - Variable in class hep.lcd.recon.cluster.radial.cl.CalCellCollection
m_keyTable - Variable in class hep.lcd.util.collections.CalorimeterHitMap: Array of key table slots.
m_keyTable - Variable in class hep.lcd.util.collections.MuonStripHitMap: Array of key table slots.
m_table - Variable in class hep.lcd.recon.cluster.radial.cl.CalCellCollection
m_valueTable - Variable in class hep.lcd.util.collections.CalorimeterHitMap: Array of value table slots.
m_valueTable - Variable in class hep.lcd.util.collections.MuonStripHitMap: Array of value table slots.
mag() - Method in class hep.lcd.mc.fast.tracking.DocaTrackParameters
mag() - Method in class hep.lcd.mc.fast.tracking.ReconTrack
mag() - Method in class hep.lcd.recon.tracking.ReconstructedTrack
mag() - Method in class hep.lcd.recon.tracking.ftf.FoundTrack
mag() - Method in class hep.lcd.vertexing.zvtop.ZvTrack: total momentum for Hep3Vector implementation
mag(double[]) - Static method in class hep.lcd.vertexing.zvtop.ZvUtils: calculate the absolute magnitude from a vector of double[3]
mag2() - Method in class hep.lcd.mc.fast.tracking.DocaTrackParameters
mag2() - Method in class hep.lcd.mc.fast.tracking.ReconTrack
mag2() - Method in class hep.lcd.recon.tracking.ReconstructedTrack
mag2() - Method in class hep.lcd.recon.tracking.ftf.FoundTrack
mag2() - Method in class hep.lcd.vertexing.zvtop.ZvTrack: squared total momentum for Hep3Vector implementation
mag2(double[]) - Static method in class hep.lcd.vertexing.zvtop.ZvUtils: Calculate square of the absolute magnitude from a vector of double[3]
main(String[]) - Static method in class hep.lcd.contrib.recon.tracking.garfield.EventAnalysisDriver
main(String[]) - Static method in class hep.lcd.geometry.Detector: Just for testing
main(String[]) - Static method in class hep.lcd.io.AsciiReader
main(String[]) - Static method in class hep.lcd.io.BinaryReader
main(String[]) - Static method in class hep.lcd.io.jas.LCDEventServer
main(String[]) - Static method in class hep.lcd.io.jas.MultiFileServer
main(String[]) - Static method in class hep.lcd.io.jas.sio.MultiFileServer
main(String[]) - Static method in class hep.lcd.io.jas.sio.SIOEventServer
main(String[]) - Static method in class hep.lcd.io.jas.sio.SIOEventSource: Test routine
main(String[]) - Static method in class hep.lcd.io.sio.lcd.LCDReader
makeClusters() - Method in class hep.lcd.recon.cluster.radial.cl.CalClusterCollection: From clusters from hit cells.
makeTrack(int, int, int, int, double, double, double, double, double) - Method in class hep.lcd.recon.tracking.AbsTrackFinder
makeTrack(int, int, int, double, double, double) - Method in class hep.lcd.recon.tracking.combined.COMBPat2
markUsedHits(boolean[]) - Method in class hep.lcd.recon.tracking.AbsTrackFinder
matchHits(CalorimeterCell, CalorimeterHits) - Method in class hep.lcd.recon.muon.BarrelCalSegmentFinder
materials() - Method in class hep.lcd.geometry.component.MaterialList: Get an Enumeration of the materials
maxLevels - Variable in class hep.lcd.recon.tracking.TrkFindStrategy
maxPatterns - Variable in class hep.lcd.recon.tracking.TrkFindStrategy
mcParticle() - Method in class hep.lcd.recon.tracking.ftf.Hit3D
mcTrackHits(LCDEvent) - Method in class hep.lcd.recon.tracking.ftf.FtfTrackFinder
mchtab - Variable in class hep.lcd.recon.tracking.TrkMCTruth
mci - Variable in class hep.lcd.recon.cluster.analysis.ClusterProcessor
mcp - Variable in class hep.lcd.mc.fast.cluster.ronan.ReconCluster
mcp - Variable in class hep.lcd.recon.tracking.ReconstructedTrack
mcp - Variable in class hep.lcd.recon.tracking.TrkHitOnTrk
mcpart - Variable in class hep.lcd.recon.tracking.TrkCandidate
mcprt - Variable in class hep.lcd.recon.tracking.TrkMCTruth
minRadius - Variable in class hep.lcd.recon.tracking.AbsTrackFinder
minRadius - Variable in class hep.lcd.recon.tracking.TrkFindStrategy

N

NAN_ERROR_IN_DIST - Static variable in class hep.lcd.vertexing.zvtop.ZvFitStatus
NAzBins - Variable in class hep.lcd.recon.tracking.AbsTrackFinder
NDF - Variable in class hep.lcd.recon.tracking.ReconstructedTrack
NDecayed - Variable in class hep.lcd.contrib.mc.analysis.MCPseudoParticle
NEG_SQR_ERR_IN_TRACKS - Static variable in class hep.lcd.vertexing.zvtop.ZvFitStatus
NEG_SQR_ERR_IN_TRACKS - Static variable in class hep.lcd.vertexing.zvtop.ZvTopStatus
NEG_SQR_ERR_IN_VTX - Static variable in class hep.lcd.vertexing.zvtop.ZvFitStatus
NEG_SQR_ERR_IN_VTX - Static variable in class hep.lcd.vertexing.zvtop.ZvTopStatus
NFinal - Variable in class hep.lcd.contrib.mc.analysis.MCPseudoParticle
NLayers - Variable in class hep.lcd.recon.tracking.AbsTracker
NLayers - Variable in class hep.lcd.recon.tracking.BaseSpecifications
NOTFLIPPED - Static variable in class hep.lcd.mc.fast.tracking.DocaTrackParameters
NOTFLIPPED - Static variable in class hep.lcd.mc.fast.tracking.ReconTrack
NOT_ENOUGH_INP_TRACKS - Static variable in class hep.lcd.vertexing.zvtop.ZvFitStatus
NOT_ENOUGH_TRACKS - Static variable in class hep.lcd.vertexing.zvtop.ZvTopStatus
NOT_ENOUGH_TRACKS - Static variable in class hep.lcd.vertexing.zvtop.ZvgGTFStatus
NOT_FITTED - Static variable in interface hep.lcd.vertexing.zvtop.FitStatusInt
NOT_SWUM - Static variable in class hep.lcd.vertexing.zvtop.ZvSwimStatusWords
NO_CONVERGENCE - Static variable in class hep.lcd.vertexing.zvtop.ZvFitStatus
NO_CONVERGENCE - Static variable in class hep.lcd.vertexing.zvtop.ZvTopStatus
NO_GUESS_DIRECTION - Static variable in class hep.lcd.vertexing.zvtop.ZvgGTFStatus
NO_JET_DIRECTION - Static variable in class hep.lcd.vertexing.zvtop.ZvgGTFStatus
NO_TRACK - Static variable in class hep.lcd.vertexing.zvtop.ZvSwimStatusWords
NO_TRACKS - Static variable in class hep.lcd.vertexing.zvtop.ZvFitStatus
NO_TRACKS - Static variable in class hep.lcd.vertexing.zvtop.ZvTopStatus
NO_TRACKS - Static variable in class hep.lcd.vertexing.zvtop.ZvgGTFStatus
NPCalorimeterCell - class hep.lcd.geometry.np.NPCalorimeterCell.: A CalorimeterCell class with fixed-size cells
NPCalorimeterCell(Detector) - Constructor for class hep.lcd.geometry.np.NPCalorimeterCell
NPHADCalorimeterCell - class hep.lcd.geometry.np.NPHADCalorimeterCell.
NPHADCalorimeterCell(Detector) - Constructor for class hep.lcd.geometry.np.NPHADCalorimeterCell: Creates a new instance of NPHADCalorimeterCell
NTotal - Variable in class hep.lcd.contrib.mc.analysis.MCPseudoParticle
NTracks - Variable in class hep.lcd.recon.tracking.AbsTracker
Ndof_tk - Variable in class hep.lcd.recon.tracking.AbsTrackFinder
NeutronID - Static variable in interface hep.lcd.contrib.mc.analysis.MonteCarlo
NoFieldExtrap - Variable in class hep.lcd.recon.tracking.BaseSpecifications
NonEventRecord - interface hep.lcd.io.ascii.NonEventRecord.
NonProjHADCalorimeter - class hep.lcd.io.sio.lcd.handler.block.NonProjHADCalorimeter.
NonProjHADCalorimeter() - Constructor for class hep.lcd.io.sio.lcd.handler.block.NonProjHADCalorimeter
NotEnoughClusterHitsException - exception hep.lcd.recon.cluster.clusterID.NotEnoughClusterHitsException.
NotEnoughClusterHitsException() - Constructor for class hep.lcd.recon.cluster.clusterID.NotEnoughClusterHitsException: Creates a new instance of NotEnoughClusterHitsException
NotEnoughClusterLengthException - exception hep.lcd.recon.cluster.clusterID.NotEnoughClusterLengthException.
NotEnoughClusterLengthException() - Constructor for class hep.lcd.recon.cluster.clusterID.NotEnoughClusterLengthException: Creates a new instance of NotEnoughClusterLengthException
Npatterns - Variable in class hep.lcd.recon.tracking.AbsTrackFinder
NuEID - Static variable in interface hep.lcd.contrib.mc.analysis.MonteCarlo
NuMuID - Static variable in interface hep.lcd.contrib.mc.analysis.MonteCarlo
NuTauID - Static variable in interface hep.lcd.contrib.mc.analysis.MonteCarlo
nBarrels - Variable in class hep.lcd.geometry.component.MultiLayerBarrelDetector
nCCDLrs - Variable in class hep.lcd.recon.tracking.TrackPathMaterials
nCalc - Static variable in class hep.lcd.recon.tracking.TrkCandidate
nDetectors - Variable in class hep.lcd.recon.tracking.TrkFindStrategy
nEndCaps - Variable in class hep.lcd.geometry.component.MultiLayerEndCapDetector
nEvt - Variable in class hep.lcd.recon.tracking.AbsTrackFinder
nGhostTracks() - Method in class hep.lcd.vertexing.zvtop.ZvTrackList: get number of tracks marked as ghost tracks
nHits - Variable in class hep.lcd.contrib.recon.tracking.garfield.GarfieldTrack
nHits() - Method in class hep.lcd.recon.tracking.ftf.FoundTrack
nInAnyV0Vertex() - Method in class hep.lcd.vertexing.zvtop.ZvTrackList: Get number of tracks being in a V0 vertex.
nInAnyVertex() - Method in class hep.lcd.vertexing.zvtop.ZvTrackList: get number of tracks in any vertex
nInNoV0Vertex() - Method in class hep.lcd.vertexing.zvtop.ZvTrackList: Get number of tracks not being in a V0 vertex.
nInNoVertex() - Method in class hep.lcd.vertexing.zvtop.ZvTrackList: get number of tracks not being in regular vertex This is just the rest which is not in #nInAnyVertex().
nIsolated() - Method in class hep.lcd.vertexing.zvtop.ZvTrackList: get number of isolated tracks Note: This is not necessarily the same as not being in any regular vertex.
nLayerMissed - Variable in class hep.lcd.contrib.recon.tracking.garfield.GarfieldTrack
nLevels - Variable in class hep.lcd.recon.tracking.TrkFindStrategy
nPatterns - Variable in class hep.lcd.recon.tracking.TrkFindStrategy
nPtsReq - Variable in class hep.lcd.recon.tracking.AbsTrackFinder
nPtsReq - Variable in class hep.lcd.recon.tracking.TrkFindStrategy
nSpecial() - Method in class hep.lcd.vertexing.zvtop.ZvTrackList: get number of tracks marked as special
nTrackParticlesMatch(TrackList) - Method in class hep.lcd.vertexing.mc.McVertex
nTrackParticlesMatch(Vertex) - Method in class hep.lcd.vertexing.mc.McVertex
nVerticesMatch(VertexList, McVertexType) - Method in class hep.lcd.vertexing.mc.McVertexer: Number of vertices with reco'd vertices which match wrt MC particle matching for a particular vertex type category.
nVerticesMatch(Vertex, McVertexType) - Method in class hep.lcd.vertexing.mc.McVertexer: Number of vertices which match with this reco'd vertex wrt MC particle matching for a particluar vertex type category.
nVerticesV0Match(VertexList) - Method in class hep.lcd.vertexing.mc.McVertexer: Number of V0 vertices with reco'd vertices which match wrt MC particle matching.
nVerticesV0Match(Vertex) - Method in class hep.lcd.vertexing.mc.McVertexer: Number of V0 vertices which match with this reco'd vertex wrt MC particle matching.
nVerticesWeakMatch(VertexList) - Method in class hep.lcd.vertexing.mc.McVertexer: Number of (weak decay) vertices with reco'd vertices which match wrt MC particle matching.
nVerticesWeakMatch(Vertex) - Method in class hep.lcd.vertexing.mc.McVertexer: Number of (weak decay) vertices which match with this reco'd vertex wrt MC particle matching.
ndf - Variable in class hep.lcd.contrib.recon.tracking.garfield.GarfieldTrack
newTrackFit(int, int, double[]) - Static method in class hep.lcd.recon.tracking.fitters.klm.AbsKLMTrackFitter: Initialize for a new track fit
nextDouble() - Method in class hep.lcd.contrib.util.functions.GaussianBoxRandom: Return the next random number as a double.
nextElement() - Method in class hep.lcd.recon.particle.BasicReconstructedParticleVector.BasicReconstructedParticleEnumeration
nextElement() - Method in class hep.lcd.util.collections.IteratorEnumeration
nextFloat() - Method in class hep.lcd.contrib.util.functions.GaussianBoxRandom: Return the next random number as a floating point number.
nextParticle() - Method in class hep.lcd.recon.particle.BasicReconstructedParticleVector.BasicReconstructedParticleEnumeration
nextTrackId() - Method in class hep.lcd.vertexing.zvtop.ZvTrackList: find next free track id
nhits - Variable in class hep.lcd.recon.tracking.TrkHotList
nmctrks - Variable in class hep.lcd.recon.tracking.TrkMCTruth
noBeamSpotConstraint - Static variable in class hep.lcd.mc.fast.MCFast: Switch for MCfast tracking options.
noBeamSpotConstraint - Static variable in class hep.lcd.mc.fast.tracking.MCFastTracking: Switch for MCfast tracking options.
noCurvatureFlip - Static variable in class hep.lcd.mc.fast.MCFast: Switch for MCfast track curvature flipping option.
noCurvatureFlip - Static variable in class hep.lcd.mc.fast.tracking.MCFastTracking: Switch for MCfast track curvature flipping option.
noTrackSet() - Method in class hep.lcd.vertexing.zvtop.ZvSwimStatus: track set?
noTracks() - Method in class hep.lcd.vertexing.zvtop.ZvFitStatus: no tracks?
noTracks() - Method in class hep.lcd.vertexing.zvtop.ZvTopStatus: no tracks?
noTracks() - Method in class hep.lcd.vertexing.zvtop.ZvgGTFStatus: no tracks?
nonGhostTracks() - Method in class hep.lcd.vertexing.zvtop.ZvTrackList: get a sublist of tracks marked as non-ghost tracks
normalizeDir() - Method in class hep.lcd.contrib.recon.tracking.garfield.GarfieldHelix: normalizes the direction vector.
npchkd - Variable in class hep.lcd.recon.tracking.AbsTrackFinder
npteff - Variable in class hep.lcd.recon.tracking.TrkCandidate
ntra - Variable in class hep.lcd.recon.tracking.AbsTrackFinder
ntras - Variable in class hep.lcd.recon.tracking.AbsTrackFinder
ntrk - Variable in class hep.lcd.recon.tracking.TrkHotList
numberMCTracksToFind(LCDEvent) - Method in class hep.lcd.recon.tracking.ftf.FtfTrackFinder
nvtx - Variable in class hep.lcd.recon.tracking.TrkHotList

O

OK - Static variable in interface hep.lcd.vertexing.zvtop.FitStatusInt
OK - Static variable in class hep.lcd.vertexing.zvtop.ZvSwimStatusWords
OneArgumentFunction - interface hep.lcd.mc.randomBkgr.OneArgumentFunction.
Orderable - interface hep.lcd.recon.cluster.radial.util.Orderable.
OuterRadius - Variable in class hep.lcd.recon.tracking.BaseSpecifications
omega - Variable in class hep.lcd.recon.tracking.TrkParams
omkap() - Method in class hep.lcd.vertexing.zvtop.ZvProbTube: Get omkap = sgn(q)*Bz*kappa/333.567 .
openDataSet(String) - Method in class hep.lcd.io.jas.LCDLocal
openDataSet(String) - Method in class hep.lcd.io.jas.MultiFileServer
openDataSet(String) - Method in class hep.lcd.io.jas.sio.MultiFileServer
openDataSet(String) - Method in class hep.lcd.io.jas.sio.SIOLocal
outp - Variable in class hep.lcd.recon.tracking.AbsTrackFinder
outputClass() - Method in class hep.lcd.io.ascii.BasicHandler
outputClass() - Method in interface hep.lcd.io.ascii.EventHandler
outputClass() - Method in class hep.lcd.io.ascii.handler.EMCalorimeter
outputClass() - Method in class hep.lcd.io.ascii.handler.MCPrint
outputClass() - Method in class hep.lcd.io.ascii.handler.MUStripSystem
outputClass() - Method in class hep.lcd.io.ascii.handler.Tracker
outputClass() - Method in class hep.lcd.io.ascii.handler.Tracks
outt - Variable in class hep.lcd.recon.tracking.AbsTrackFinder
overlaps(ZvTrackList) - Method in class hep.lcd.vertexing.zvtop.ZvTrackList: Overlaps with another track list?
overlapsWithId(ZvTrackList) - Method in class hep.lcd.vertexing.zvtop.ZvTrackList: Overlaps with another track list?
overlay(LCDEvent) - Method in class hep.lcd.util.event.merge.MergedEvent

P

PIDHist - Static variable in class hep.lcd.recon.Reconstruction
PI_MASS - Static variable in class hep.lcd.recon.tracking.fitters.klm.KLMFitTrack
PLANE_MINUSZ - Static variable in class hep.lcd.recon.tracking.HelicalSwimmer
PLANE_MINUSZ - Static variable in class hep.lcd.util.swim.Helix
PLANE_PLUSZ - Static variable in class hep.lcd.recon.tracking.HelicalSwimmer
PLANE_PLUSZ - Static variable in class hep.lcd.util.swim.Helix
PLANE_R - Static variable in class hep.lcd.recon.tracking.HelicalSwimmer
PLANE_R - Static variable in class hep.lcd.util.swim.Helix
POOR_QUALITY - Static variable in class hep.lcd.vertexing.zvtop.ZvgGTFStatus
POS_OUT_OF_VOLUME - Static variable in class hep.lcd.vertexing.zvtop.ZvSwimStatusWords
PRIMARY - Static variable in interface hep.lcd.event.MCParticle
PROBLEM - Static variable in class hep.lcd.recon.tracking.HelicalSwimmer
PROBLEM - Static variable in class hep.lcd.util.swim.Helix
PTINY - Static variable in class hep.lcd.util.swim.HelixSwim: public static constants
ParticleReconstructor - class hep.lcd.recon.particle.ParticleReconstructor.
ParticleReconstructor() - Constructor for class hep.lcd.recon.particle.ParticleReconstructor
ParticleReconstructor(String) - Constructor for class hep.lcd.recon.particle.ParticleReconstructor
Paternmb - Variable in class hep.lcd.recon.tracking.AbsTrackFinder
PhotonID - Static variable in interface hep.lcd.contrib.mc.analysis.MonteCarlo
PiZeroID - Static variable in interface hep.lcd.contrib.mc.analysis.MonteCarlo
PionID - Static variable in interface hep.lcd.contrib.mc.analysis.MonteCarlo
Pipe_BARREL - class hep.lcd.geometry.component.Pipe_BARREL.
Pipe_BARREL(Detector, LineNumberReader) - Constructor for class hep.lcd.geometry.component.Pipe_BARREL
PlotGraphics - interface hep.lcd.geometry.PlotGraphics.
PositionError - class hep.lcd.vertexing.mc.PositionError.: Utility class to find error matrix projections.
PositionError() - Constructor for class hep.lcd.vertexing.mc.PositionError
PowerFun - class hep.lcd.mc.randomBkgr.PowerFun.
PowerFun(double, double) - Constructor for class hep.lcd.mc.randomBkgr.PowerFun
PrimaryEnergy - Variable in class hep.lcd.contrib.mc.analysis.MCPseudoParticle
PrimaryID - Static variable in interface hep.lcd.contrib.mc.analysis.MonteCarlo
Processor - interface hep.lcd.util.driver.Processor.: A processor represents a reconstruction or MC processing stage, such as a track finder or cluster finder.
ProcessorContext - interface hep.lcd.util.driver.ProcessorContext.: The context in which a processor runs.
PropertySet - interface hep.lcd.geometry.PropertySet.
PropertyTable - class hep.lcd.geometry.PropertyTable.
PropertyTable() - Constructor for class hep.lcd.geometry.PropertyTable
ProtonID - Static variable in interface hep.lcd.contrib.mc.analysis.MonteCarlo
Px - Variable in class hep.lcd.contrib.mc.analysis.MCPseudoParticle
Py - Variable in class hep.lcd.contrib.mc.analysis.MCPseudoParticle
PythiaParticlePropertyProvider - class hep.lcd.contrib.physics.PythiaParticlePropertyProvider.: Table of particle properties from Pythia Monte Carlo used by Based on Pythia version: 6.154 ParticlePropertyProvider.
PythiaParticlePropertyProvider() - Constructor for class hep.lcd.contrib.physics.PythiaParticlePropertyProvider: Default constructor
PythiaStringID - Static variable in interface hep.lcd.contrib.mc.analysis.MonteCarlo
Pz - Variable in class hep.lcd.contrib.mc.analysis.MCPseudoParticle
p - Variable in class hep.lcd.recon.tracking.fitters.klm.KLMTrackParam
pD - Variable in class hep.lcd.geometry.component.Calorimeter
pT() - Method in class hep.lcd.recon.tracking.ftf.FoundTrack
pageChanged(PageEvent) - Method in class hep.lcd.plugin.LCDPlugin
paint(PlotGraphics) - Method in interface hep.lcd.geometry.DetectorComponent
paint(PlotGraphics) - Method in class hep.lcd.geometry.component.CylindricalDetector
paint(PlotGraphics) - Method in class hep.lcd.geometry.component.MultiLayerBarrelDetector
paint(PlotGraphics) - Method in class hep.lcd.geometry.component.MultiLayerEndCapDetector
panicPurge(List, int) - Method in class hep.lcd.contrib.recon.tracking.garfield.GarfieldTrackFinder
par - Variable in class hep.lcd.mc.randomBkgr.AddRandomBkg
parameters() - Method in class hep.lcd.vertexing.zvtop.ZvTopVertexer: get currently set ZvTopVertexer specific parameters
parametersToString() - Method in class hep.lcd.recon.tracking.ftf.FoundTrack
params - Variable in class hep.lcd.recon.tracking.ReconstructedTrack
params - Variable in class hep.lcd.recon.tracking.TrkCandidate
parent - Variable in class hep.lcd.geometry.component.CylindricalDetector
parent - Variable in class hep.lcd.geometry.component.MultiLayerBarrelDetector
parent - Variable in class hep.lcd.geometry.component.MultiLayerEndCapDetector
parm - Variable in class hep.lcd.mc.fast.cluster.ronan.ReconCluster
parseFloat(String) - Method in class hep.lcd.io.ascii.BasicHandler
parseInt(String) - Method in class hep.lcd.io.ascii.BasicHandler
parsePoint(StringTokenizer) - Method in class hep.lcd.io.ascii.BasicHandler
phi0 - Variable in class hep.lcd.recon.tracking.TrkParams
phi0 - Variable in class hep.lcd.recon.tracking.fitters.klm.KLMTrackParam
phi0() - Method in class hep.lcd.recon.tracking.ftf.FoundTrack
phiBins - Variable in class hep.lcd.geometry.component.Calorimeter
phirange - Variable in class hep.lcd.geometry.AbstractCalorimeterCell
phoff - Variable in class hep.lcd.geometry.component.Calorimeter
plot() - Method in class hep.lcd.contrib.recon.tracking.garfield.MipStub: prepares graphic presentation of a mipstub by providing a list of positions this plot routine uses quite a bit of memory.
plotHitsK0s(LCDEvent, int, int, Particle, Particle) - Method in class hep.lcd.contrib.recon.tracking.garfield.KshortInfo
plus(ZvgCMat) - Method in class hep.lcd.vertexing.zvtop.ZvgCMat: Add another CMat to this one and return result.
poorQuality() - Method in class hep.lcd.vertexing.zvtop.ZvgGTFStatus: poor quality of resulting ghost track?
position() - Method in class hep.lcd.vertexing.zvtop.ZvBeamSpot: get the beam spot position
position() - Method in class hep.lcd.vertexing.zvtop.ZvSpatPoint: get the space point position
presetArray(double[], double) - Static method in class hep.lcd.vertexing.zvtop.ZvUtils: preset an array with a certain value
presetArray(int[], int) - Static method in class hep.lcd.vertexing.zvtop.ZvUtils: preset an array with a certain value
print() - Method in class hep.lcd.recon.cluster.radial.cl.CalCellCollection.CalCell
print() - Method in class hep.lcd.recon.cluster.radial.cl.CalClusterCollection.CalCluster
print() - Method in interface hep.lcd.recon.cluster.radial.cl.ClusterDbg
print() - Method in class hep.lcd.recon.tracking.TrkCandidate
print() - Method in class hep.lcd.recon.tracking.TrkHitOnTrk
print(int) - Method in class hep.lcd.recon.tracking.TrkHitOnTrk
print(Iterator) - Static method in class hep.lcd.recon.tracking.ftf.FtfTrackFinder
printEvent(LCDEvent) - Method in class hep.lcd.contrib.mc.analysis.BaseMonteCarlo
printEvent(LCDEvent) - Method in interface hep.lcd.contrib.mc.analysis.MonteCarlo
printMCParticle(MCParticle) - Method in class hep.lcd.recon.tracking.ftf.McTrackHitsAssociator
printPoints(int) - Method in class hep.lcd.recon.tracking.TrkCandidate
printReason(int) - Method in class hep.lcd.recon.tracking.TrkMCTruth
printStackTrace() - Method in class hep.lcd.util.error.LCDException
printStackTrace(PrintStream) - Method in class hep.lcd.util.error.LCDException
printStackTrace(PrintWriter) - Method in class hep.lcd.util.error.LCDException
printSummary() - Method in class hep.lcd.recon.cluster.radial.cl.CalClusterCollection.CalCluster
printSummary() - Method in interface hep.lcd.recon.cluster.radial.cl.ClusterDbg
printTrackerHit(TrackerHit) - Method in class hep.lcd.recon.tracking.ftf.McTrackHitsAssociator
prob(double[]) - Method in class hep.lcd.vertexing.zvtop.ZvBeamSpot: get the probabilty density at point xc for beam spot
prob(double[]) - Method in class hep.lcd.vertexing.zvtop.ZvProbTube: Get the probablity density at point x_c.
probTubeSuperposition() - Method in class hep.lcd.vertexing.zvtop.ZvProbTubeList: check on switch to use prob tube superposition values on output
process(LCDEvent) - Method in class hep.lcd.contrib.mc.analysis.BaseMonteCarlo
process(LCDEvent) - Method in interface hep.lcd.contrib.mc.analysis.MonteCarlo
process(LCDEvent) - Method in class hep.lcd.contrib.mc.analysis.SimpleMonteCarlo
process(LCDEvent) - Method in class hep.lcd.contrib.recon.tracking.analysis.SimpleAnlReconTrks
process(LCDEvent) - Method in class hep.lcd.contrib.recon.tracking.garfield.EmcalMipStubs: process event and create list of Mipstubs.
process(LCDEvent) - Method in class hep.lcd.contrib.recon.tracking.garfield.GarfieldTrackFinder
process(LCDEvent) - Method in class hep.lcd.contrib.recon.tracking.garfield.K0ShortFinder
process(LCDEvent) - Method in class hep.lcd.contrib.recon.tracking.garfield.KshortInfo
process(LCDEvent) - Method in class hep.lcd.contrib.recon.tracking.garfield.TrackAssociation: A framework method to be called by Driver to process an event.
process(LCDEvent) - Method in class hep.lcd.contrib.recon.tracking.garfield.UnassociatedHits
process(LCDEvent) - Method in class hep.lcd.mc.analysis.CreateFSParticleList: Create the list and add it to Event
process(LCDEvent) - Method in class hep.lcd.mc.fast.cluster.ronan.MCFastRonan
process(LCDEvent) - Method in class hep.lcd.mc.fast.cluster.saurav.FastCal
process(LCDEvent) - Method in class hep.lcd.mc.fast.tracking.MCFastTracking
process(LCDEvent) - Method in class hep.lcd.mc.randomBkgr.AddRandomCCDBkg
process(LCDEvent) - Method in class hep.lcd.mc.randomBkgr.AddRandomEndCpBkg
process(LCDEvent) - Method in class hep.lcd.mc.randomBkgr.AddRandomTPCBkg
process(LCDEvent) - Method in class hep.lcd.mc.smear.SmearCCDHits
process(LCDEvent) - Method in class hep.lcd.mc.smear.SmearTPCHits
process(LCDEvent) - Method in class hep.lcd.recon.cluster.analysis.ClusterProcessor
process(LCDEvent) - Method in class hep.lcd.recon.cluster.analysis.EfficiencyPlotProcessor
process(LCDEvent) - Method in class hep.lcd.recon.cluster.cheat.ClusterCheater
process(LCDEvent) - Method in class hep.lcd.recon.cluster.clusterID.ApplyClusterIDToSioFile
process(LCDEvent) - Method in class hep.lcd.recon.cluster.clusterID.MakeSingleParticleTrainingDataSets
process(LCDEvent) - Method in class hep.lcd.recon.cluster.clusterID.TrainClusterID
process(LCDEvent) - Method in class hep.lcd.recon.cluster.radial.RadialClusterBuilder: Build clusters from calorimeter hits in event header.
process(LCDEvent) - Method in class hep.lcd.recon.cluster.simple.SimpleClusterBuilder
process(LCDEvent) - Method in class hep.lcd.recon.cluster.util.ChangeSegmentation
process(LCDEvent) - Method in class hep.lcd.recon.cluster.util.ReplaceCalorimeterHits
process(LCDEvent) - Method in class hep.lcd.recon.muon.MuonReco: The event process method.
process(LCDEvent) - Method in class hep.lcd.recon.particle.ParticleReconstructor
process(LCDEvent) - Method in class hep.lcd.recon.tracking.AbsTracker
process(LCDEvent) - Method in class hep.lcd.recon.tracking.AddReconTrks
process(LCDEvent) - Method in class hep.lcd.recon.tracking.FitTracks
process(LCDEvent) - Method in class hep.lcd.recon.tracking.TrkMCTruth
process(LCDEvent) - Method in class hep.lcd.recon.tracking.ccd.CCDReco
process(LCDEvent) - Method in class hep.lcd.recon.tracking.combined.COMBReco
process(LCDEvent) - Method in class hep.lcd.recon.tracking.ftf.FtfTrackFinder
process(LCDEvent) - Method in class hep.lcd.recon.tracking.ftf.McTrackHitsAssociator: Process the LCDEvent
process(LCDEvent) - Method in class hep.lcd.recon.tracking.tpc.TPCReco
process(LCDEvent) - Method in class hep.lcd.util.driver.Driver
process(LCDEvent) - Method in interface hep.lcd.util.driver.Processor: Called by the driver when this processor should process an event.
process(LCDEvent) - Method in class hep.lcd.vertexing.mc.McVertexer: Process this event.
processEvent(EventData) - Method in class hep.lcd.util.driver.Driver
processTrack(ZvTrack) - Method in class hep.lcd.vertexing.zvtop.ZvImpCalculator: Process a track.
processTracks(ZvTrackList) - Method in class hep.lcd.vertexing.zvtop.ZvImpCalculator: Process a trackList.
processTracks(ZvTrackList) - Method in class hep.lcd.vertexing.zvtop.ZvV0Finder: Main method -- find V0's.
processVertex(ZvVertex) - Method in class hep.lcd.vertexing.zvtop.ZvImpCalculator: Process a vertex.
processVertices(ZvVertexList) - Method in class hep.lcd.vertexing.zvtop.ZvImpCalculator: Process a ZvVertexList.
processors() - Method in class hep.lcd.util.driver.Driver: Returns an iterator over all the processors added to this Driver
projectSigma2(double[][], double[]) - Static method in class hep.lcd.vertexing.zvtop.ZvUtils: projection of error matrix along specific direction
(Does normalization of direction vector.)
projection(double[], double[], double[][]) - Static method in class hep.lcd.vertexing.mc.PositionError: Returns the projection (units=distance) of the position error ellipsoid specified by the input error matrix in the direction pos2-pos1.
pt - Variable in class hep.lcd.recon.tracking.fitters.klm.KLMTrackParam
purgeHits(double, int, int) - Method in class hep.lcd.contrib.recon.tracking.garfield.GarfieldTrack
purgeTrack() - Method in class hep.lcd.contrib.recon.tracking.garfield.GarfieldTrack
put(String, Object) - Method in class hep.lcd.io.sio.lcd.handler.LCDGeant4Event
put(Object, Object) - Method in class hep.lcd.io.smart.SmartHashtable
put(int, TrkHitOnTrk) - Method in class hep.lcd.recon.tracking.TrkHotList
put(String, Object) - Method in class hep.lcd.util.event.LCDHepEvent
put(String, Object) - Method in class hep.lcd.util.event.merge.MergedEvent
putContcat(int[]) - Method in class hep.lcd.recon.cluster.analysis.ClusterMCInformation
putFrHtsSameMC(int, double) - Method in class hep.lcd.recon.tracking.AbsTrackFinder
putFrHtsSameMC(int, double) - Method in class hep.lcd.recon.tracking.AbsTracker
putFrHtsSameMC(int, double) - Method in interface hep.lcd.recon.tracking.TrackFinder
putFrHtsSameMC(int, double) - Method in interface hep.lcd.recon.tracking.Tracker
putMax(int) - Method in class hep.lcd.recon.cluster.analysis.ClusterMCInformation
putMaxcat(int) - Method in class hep.lcd.recon.cluster.analysis.ClusterMCInformation
putNfragments(int) - Method in class hep.lcd.recon.cluster.analysis.ClusterMCInformation
putNprimary(int) - Method in class hep.lcd.recon.cluster.analysis.ClusterMCInformation
putParams(TrkParams) - Method in class hep.lcd.recon.tracking.TrackPathMaterials
putParams(TrkParams) - Method in class hep.lcd.recon.tracking.fitters.sld.WeightMatrix
putPrim(int[]) - Method in class hep.lcd.recon.cluster.analysis.ClusterMCInformation
putTrack(Track) - Method in class hep.lcd.recon.tracking.TrackPathMaterials
putTrack(Track) - Method in class hep.lcd.recon.tracking.fitters.sld.SLDFitTrack
putTrack(Track) - Method in class hep.lcd.recon.tracking.fitters.sld.WeightMatrix
putTrkCandidate(TrkCandidate) - Method in class hep.lcd.recon.tracking.fitters.sld.SLDFitTrack
putTrkParams(TrkParams, double) - Method in class hep.lcd.recon.tracking.fitters.klm.KLMTrackParam
putTrkParams(TrkParams) - Method in class hep.lcd.recon.tracking.fitters.sld.SLDFitTrack
put_curv(double) - Method in class hep.lcd.recon.tracking.TrkParams
put_d0(double) - Method in class hep.lcd.recon.tracking.TrkParams
put_omega(double) - Method in class hep.lcd.recon.tracking.TrkParams
put_phi0(double) - Method in class hep.lcd.recon.tracking.TrkParams
put_s(double) - Method in class hep.lcd.recon.tracking.TrkParams
put_tandip(double) - Method in class hep.lcd.recon.tracking.TrkParams
put_z0(double) - Method in class hep.lcd.recon.tracking.TrkParams
px - Variable in class hep.lcd.contrib.mc.analysis.MCPseudoParticle
py - Variable in class hep.lcd.contrib.mc.analysis.MCPseudoParticle
pz - Variable in class hep.lcd.contrib.mc.analysis.MCPseudoParticle

Q

q() - Method in class hep.lcd.contrib.recon.tracking.garfield.GarfieldHelix
q() - Method in class hep.lcd.contrib.recon.tracking.garfield.GarfieldTrack
q - Variable in class hep.lcd.recon.tracking.fitters.klm.KLMTrackParam

R

RGN_BRL - Static variable in interface hep.lcd.recon.cluster.radial.util.DetectorConstants
RGN_NEC - Static variable in interface hep.lcd.recon.cluster.radial.util.DetectorConstants
RGN_SEC - Static variable in interface hep.lcd.recon.cluster.radial.util.DetectorConstants
RPhiResolution - Variable in class hep.lcd.recon.tracking.BaseSpecifications
RadLengths - class hep.lcd.recon.tracking.RadLengths.: RadLengths.java This class provides access to radiation lengths table for different materials.
RadLengths() - Constructor for class hep.lcd.recon.tracking.RadLengths: Initialize table
RadLengths(int) - Constructor for class hep.lcd.recon.tracking.RadLengths
RadLengths - class hep.lcd.util.material.RadLengths.: RadLengths.java This class provides access to radiation lengths table for different materials.
RadLengths() - Constructor for class hep.lcd.util.material.RadLengths: Initialize table
RadLengths(int) - Constructor for class hep.lcd.util.material.RadLengths
RadialClusterBuilder - class hep.lcd.recon.cluster.radial.RadialClusterBuilder.: RadialClusterBuilder first assigns all hits with energy above a settable "ignore" threshold to a cell (size of cells is configurable, but default is four layers deep and two detector elements wide in phi and theta).
RadialClusterBuilder() - Constructor for class hep.lcd.recon.cluster.radial.RadialClusterBuilder: Default (and only) constructor for class RadialClusterBuilder.
RadialClusterDriver - class hep.lcd.recon.cluster.radial.RadialClusterDriver.: Bare bones driver for RadialClusterBuilder.
RadialClusterDriver() - Constructor for class hep.lcd.recon.cluster.radial.RadialClusterDriver
ReconCluster - class hep.lcd.mc.fast.cluster.ronan.ReconCluster.
ReconDriver - class hep.lcd.recon.ReconDriver.
ReconDriver() - Constructor for class hep.lcd.recon.ReconDriver: Default constructor creates a reconstructor that will use the fast tracking simulation and jrb clustering algorithm
ReconEMCluster - class hep.lcd.mc.fast.cluster.ronan.ReconEMCluster.
ReconHADCluster - class hep.lcd.mc.fast.cluster.ronan.ReconHADCluster.
ReconTrack - class hep.lcd.mc.fast.tracking.ReconTrack.: Provides MC smeared track.
ReconTrackList - class hep.lcd.recon.tracking.ReconTrackList.
ReconTrackList(Vector) - Constructor for class hep.lcd.recon.tracking.ReconTrackList
ReconstructedParticle - interface hep.lcd.event.ReconstructedParticle.
ReconstructedTrack - class hep.lcd.recon.tracking.ReconstructedTrack.
ReconstructedTrack(double, TrkParams, TrkExtrap) - Constructor for class hep.lcd.recon.tracking.ReconstructedTrack
ReconstructedTrack(int, Tracker, TrkExtrap) - Constructor for class hep.lcd.recon.tracking.ReconstructedTrack
ReconstructedTrack(double, TrkParams) - Constructor for class hep.lcd.recon.tracking.ReconstructedTrack
ReconstructedTrack(double, double, double, double, double, double) - Constructor for class hep.lcd.recon.tracking.ReconstructedTrack
Reconstruction - class hep.lcd.recon.Reconstruction.
Reconstruction() - Constructor for class hep.lcd.recon.Reconstruction
RecordHandler - interface hep.lcd.io.sio.lcd.handler.RecordHandler.
RefinedClusters - Static variable in interface hep.lcd.event.LCDEvent
Register - class hep.lcd.plugin.Register.
Register() - Constructor for class hep.lcd.plugin.Register
Reinit() - Method in class hep.lcd.recon.cluster.radial.RadialClusterBuilder: Get detector parameters.
ReplaceCalorimeterHits - class hep.lcd.recon.cluster.util.ReplaceCalorimeterHits.: Replaces all the EM and HAD calorimeter hits in an event, attributing all the energy to Final State MCParticles
ReplaceCalorimeterHits() - Constructor for class hep.lcd.recon.cluster.util.ReplaceCalorimeterHits
Rho0ID - Static variable in interface hep.lcd.contrib.mc.analysis.MonteCarlo
RhoID - Static variable in interface hep.lcd.contrib.mc.analysis.MonteCarlo
r0() - Method in class hep.lcd.recon.tracking.ftf.FoundTrack
rOut - Variable in class hep.lcd.recon.tracking.AbsTrackFinder
rPipe - Variable in class hep.lcd.recon.tracking.AbsTrackFinder
rTol - Variable in class hep.lcd.recon.tracking.AbsTrackFinder
rTol - Variable in class hep.lcd.recon.tracking.TrkFindStrategy
radius(double[]) - Static method in class hep.lcd.vertexing.zvtop.ZvUtils: Calculate the radial distance from a vector of double[3]
radiusInner - Variable in class hep.lcd.geometry.component.CylindricalDetector
radiusInner - Variable in class hep.lcd.geometry.component.MultiLayerBarrelDetector
radiusInner - Variable in class hep.lcd.geometry.component.MultiLayerEndCapDetector
radiusOuter - Variable in class hep.lcd.geometry.component.CylindricalDetector
radiusOuter - Variable in class hep.lcd.geometry.component.MultiLayerBarrelDetector
radiusOuter - Variable in class hep.lcd.geometry.component.MultiLayerEndCapDetector
reachesRadius(double) - Method in class hep.lcd.recon.tracking.ReconstructedTrack
reachesRadius(double) - Method in class hep.lcd.recon.tracking.TrkExtrap
read(SIOBlock, LCDEvent) - Method in interface hep.lcd.io.sio.lcd.handler.BlockHandler
read(SIORecord) - Method in interface hep.lcd.io.sio.lcd.handler.RecordHandler
read(SIOBlock, LCDEvent) - Method in class hep.lcd.io.sio.lcd.handler.block.EMCalorimeter
read(SIOBlock, LCDEvent) - Method in class hep.lcd.io.sio.lcd.handler.block.EventMarker
read(SIOBlock, LCDEvent) - Method in class hep.lcd.io.sio.lcd.handler.block.HADCalorimeter
read(SIOBlock, LCDEvent) - Method in class hep.lcd.io.sio.lcd.handler.block.LCD_detector_CVS
read(SIOBlock, LCDEvent) - Method in class hep.lcd.io.sio.lcd.handler.block.LCD_detector_ID
read(SIOBlock, LCDEvent) - Method in class hep.lcd.io.sio.lcd.handler.block.LUMCalorimeter
read(SIOBlock, LCDEvent) - Method in class hep.lcd.io.sio.lcd.handler.block.MCPrint
read(SIOBlock, LCDEvent) - Method in class hep.lcd.io.sio.lcd.handler.block.MUCalorimeter
read(SIOBlock, LCDEvent) - Method in class hep.lcd.io.sio.lcd.handler.block.Tracker
read(SIOBlock, LCDEvent) - Method in class hep.lcd.io.sio.lcd.handler.block.VXD
read(SIORecord) - Method in class hep.lcd.io.sio.lcd.handler.record.LCD_Gismo_Detector
read(SIORecord) - Method in class hep.lcd.io.sio.lcd.handler.record.LCD_Gismo_Event
read(SIORecord) - Method in class hep.lcd.io.sio.lcd.handler.record.LCD_LCDG4_Detector
read(SIORecord) - Method in class hep.lcd.io.sio.lcd.handler.record.LCD_LCDG4_Event
readEvent() - Method in class hep.lcd.io.sio.lcd.LCDReader
readPTag(Object) - Method in class hep.lcd.io.sio.SIOInputStream: Read an SIO PTAG and associate it with an Object o
readPntr() - Method in class hep.lcd.io.sio.SIOInputStream: Read an SIO PNTR.
readRecord() - Method in class hep.lcd.io.sio.SIOReader
readSegment(LineNumberReader) - Method in interface hep.lcd.io.ascii.EventMarker
readSegment(LineNumberReader) - Method in interface hep.lcd.io.ascii.NonEventRecord
readSegment(LineNumberReader, EventHeader) - Method in interface hep.lcd.io.ascii.SegmentHandler
readSegment(LineNumberReader) - Method in class hep.lcd.io.ascii.handler.AEventMarker
readSegment(LineNumberReader) - Method in class hep.lcd.io.ascii.handler.AsciiIOVersion
readSegment(LineNumberReader, EventHeader) - Method in class hep.lcd.io.ascii.handler.EMCalorimeter
readSegment(LineNumberReader, EventHeader) - Method in class hep.lcd.io.ascii.handler.HADCalorimeter
readSegment(LineNumberReader) - Method in class hep.lcd.io.ascii.handler.LCDGEOMETRY
readSegment(LineNumberReader, EventHeader) - Method in class hep.lcd.io.ascii.handler.LUMCalorimeter
readSegment(LineNumberReader, EventHeader) - Method in class hep.lcd.io.ascii.handler.MCPrint
readSegment(LineNumberReader, EventHeader) - Method in class hep.lcd.io.ascii.handler.MUCalorimeter
readSegment(LineNumberReader, EventHeader) - Method in class hep.lcd.io.ascii.handler.MUStripSystem
readSegment(LineNumberReader, EventHeader) - Method in class hep.lcd.io.ascii.handler.Tracker
readSegment(LineNumberReader, EventHeader) - Method in class hep.lcd.io.ascii.handler.Tracks
readSegment(LineNumberReader, EventHeader) - Method in class hep.lcd.io.ascii.handler.VXD
reasnot - Variable in class hep.lcd.recon.tracking.TrkMCTruth
recable - Variable in class hep.lcd.recon.tracking.TrkMCTruth
recalculateTrack(Specifications) - Method in class hep.lcd.recon.tracking.TrkCandidate
recmatch - Variable in class hep.lcd.recon.tracking.TrkMCTruth
reconstructable(int) - Method in class hep.lcd.recon.tracking.TrkMCTruth
reconstructed(int) - Method in class hep.lcd.recon.tracking.TrkMCTruth
rectrk - Variable in class hep.lcd.recon.tracking.TrkMCTruth
reflect() - Method in interface hep.lcd.geometry.component.EndCap
reflect() - Method in class hep.lcd.geometry.component.EndCapCalorimeter
reinsert(int) - Method in class hep.lcd.util.collections.CalorimeterHitMap: Reinsert an entry into the hash map.
reinsert(int) - Method in class hep.lcd.util.collections.MuonStripHitMap: Reinsert an entry into the hash map.
rejectTrack() - Method in class hep.lcd.contrib.recon.tracking.garfield.GarfieldTrack
releaseHits(int) - Method in interface hep.lcd.recon.tracking.VertexDetector
releaseHits(int) - Method in class hep.lcd.recon.tracking.ccd.CCDReco
remove(int) - Method in class hep.lcd.util.collections.CalorimeterHitMap: Remove an entry from the table.
remove(int) - Method in class hep.lcd.util.collections.MuonStripHitMap: Remove an entry from the table.
remove(Processor) - Method in class hep.lcd.util.driver.Driver: Removes a Processor from this Driver
removeAllCMats() - Method in class hep.lcd.vertexing.zvtop.ZvgCMatList
removeAllTracks() - Method in class hep.lcd.vertexing.zvtop.ZvTrackList
removeAllTubes() - Method in class hep.lcd.vertexing.zvtop.ZvProbTubeList
removeAllVertices() - Method in class hep.lcd.vertexing.zvtop.ZvVertexList
removeCMat(ZvgCMat) - Method in class hep.lcd.vertexing.zvtop.ZvgCMatList
removeCMatAt(int) - Method in class hep.lcd.vertexing.zvtop.ZvgCMatList
removeTrack(ZvTrack) - Method in class hep.lcd.vertexing.zvtop.ZvTrackList
removeTrackAt(int) - Method in class hep.lcd.vertexing.zvtop.ZvTrackList
removeTube(ZvProbTube) - Method in class hep.lcd.vertexing.zvtop.ZvProbTubeList
removeTubeAt(int) - Method in class hep.lcd.vertexing.zvtop.ZvProbTubeList
removeVertex(ZvVertex) - Method in class hep.lcd.vertexing.zvtop.ZvVertexList
removeVertexAt(int) - Method in class hep.lcd.vertexing.zvtop.ZvVertexList
replaceTrkPrms(int, double[]) - Method in class hep.lcd.recon.tracking.AbsTrackFinder
replaceTrkPrms(int, double[]) - Method in class hep.lcd.recon.tracking.AbsTracker
replaceTrkPrms(int, double[]) - Method in interface hep.lcd.recon.tracking.TrackFinder: To replace track params by fitter output
replaceTrkPrms(int, double[]) - Method in interface hep.lcd.recon.tracking.Tracker
reset() - Method in class hep.lcd.recon.muon.BarrelCalSegmentFinder
reset() - Method in class hep.lcd.recon.muon.SegmentFinder: Erase lists of hits and cells.
reset() - Method in class hep.lcd.vertexing.zvtop.ZvV0Vertex: Reset.
reset() - Method in class hep.lcd.vertexing.zvtop.ZvVertex: Reset to empty vertex.
resetSegmentation(int, int, int) - Method in interface hep.lcd.geometry.SegmentedDetectorComponent
resetSegmentation(int, int, int) - Method in class hep.lcd.geometry.component.Calorimeter
resetTrackType() - Method in class hep.lcd.vertexing.zvtop.ZvTrackList: Reset track type info for all tracks to UNKNOWN.
resetTrackVtxInfo() - Method in class hep.lcd.vertexing.zvtop.ZvTrackList: reset vertex info for all tracks
restrictTo2Pi(double, double) - Static method in class hep.lcd.vertexing.zvtop.ZvUtils: restrict angular value to range [min,min+2*PI] in angle;
restructure(boolean[], Object, Object) - Method in class hep.lcd.util.collections.CalorimeterHitMap: Restructure the table.
restructure(boolean[], Object, Object) - Method in class hep.lcd.util.collections.MuonStripHitMap: Restructure the table.
retrieveAllDesc(BSort.WriteSequence) - Method in class hep.lcd.recon.cluster.radial.util.BSort
rewind() - Method in class hep.lcd.io.smart.EventInputStream
root - Variable in class hep.lcd.recon.tracking.BaseSpecifications
row() - Method in class hep.lcd.recon.tracking.ftf.Hit3D
rp - Static variable in class hep.lcd.util.step.TrackStepper
rpFromTrkParams(TrkParams) - Method in class hep.lcd.util.step.TrackStepper
runStateChanged(RunEvent) - Method in class hep.lcd.plugin.LCDPlugin

S

SHOWER - Static variable in interface hep.lcd.event.MCParticle
SINGULAR_MATRIX - Static variable in class hep.lcd.vertexing.zvtop.ZvFitStatus
SINGULAR_MATRIX - Static variable in class hep.lcd.vertexing.zvtop.ZvTopStatus
SIOBlock - interface hep.lcd.io.sio.SIOBlock.
SIOEventServer - class hep.lcd.io.jas.sio.SIOEventServer.
SIOEventSource - class hep.lcd.io.jas.sio.SIOEventSource.
SIOEventSource(String) - Constructor for class hep.lcd.io.jas.sio.SIOEventSource
SIOInputStream - class hep.lcd.io.sio.SIOInputStream.: An SIOInputStream provides all the functionality of an XDRInputStream, but adds the ability to do pointer relocation within records.
SIOInputStream(InputStream, SIOInputStream) - Constructor for class hep.lcd.io.sio.SIOInputStream: An input stream which shares a map with a parent stream
SIOLocal - class hep.lcd.io.jas.sio.SIOLocal.
SIOLocal() - Constructor for class hep.lcd.io.jas.sio.SIOLocal
SIOOutputStream - class hep.lcd.io.sio.SIOOutputStream.
SIOOutputStream(OutputStream) - Constructor for class hep.lcd.io.sio.SIOOutputStream
SIOReader - class hep.lcd.io.sio.SIOReader.: A class for reading SIO records.
SIOReader(InputStream) - Constructor for class hep.lcd.io.sio.SIOReader
SIORecord - interface hep.lcd.io.sio.SIORecord.
SIORef - interface hep.lcd.io.sio.SIORef.: A reference to an Object which will not be available until the whole record has been read.
SIOWriter - class hep.lcd.io.sio.SIOWriter.
SIOWriter(OutputStream) - Constructor for class hep.lcd.io.sio.SIOWriter: Creates a new instance of SIOWriter
SLDFitTrack - class hep.lcd.recon.tracking.fitters.sld.SLDFitTrack.
SLDFitTrack() - Constructor for class hep.lcd.recon.tracking.fitters.sld.SLDFitTrack
STOPPED - Static variable in interface hep.lcd.event.MCParticle
STUCK - Static variable in interface hep.lcd.event.MCParticle
SUBD_EM - Static variable in interface hep.lcd.recon.cluster.radial.util.DetectorConstants
SUBD_HAD - Static variable in interface hep.lcd.recon.cluster.radial.util.DetectorConstants
SWIM_FAILURE - Static variable in class hep.lcd.vertexing.zvtop.ZvFitStatus
SWIM_FAILURE - Static variable in class hep.lcd.vertexing.zvtop.ZvTopStatus
SWIM_FAILURE - Static variable in class hep.lcd.vertexing.zvtop.ZvgGTFStatus
SYSTEM_TRACKER - Static variable in interface hep.lcd.event.TrackerHit
SYSTEM_VXD - Static variable in interface hep.lcd.event.TrackerHit
SegmentFinder - class hep.lcd.recon.muon.SegmentFinder.: Muon Segment Finder for LCD Muon Reconstruction
SegmentFinder() - Constructor for class hep.lcd.recon.muon.SegmentFinder
SegmentHandler - interface hep.lcd.io.ascii.SegmentHandler.
SegmentedDetectorComponent - interface hep.lcd.geometry.SegmentedDetectorComponent.
SetDetectors(Calorimeter, Calorimeter) - Method in class hep.lcd.recon.cluster.radial.cl.CalCellCollection: Once detector segmentation is known, can do a bunch of initialization.
SetRPhiResolution - Variable in class hep.lcd.recon.tracking.BaseSpecifications
SetValidOrigin(boolean) - Method in interface hep.lcd.event.ReconstructedParticle
SetValidOrigin(boolean) - Method in class hep.lcd.recon.particle.BasicReconstructedParticle
SetZResolution - Variable in class hep.lcd.recon.tracking.BaseSpecifications
ShapeIdentifiedCluster - class hep.lcd.recon.cluster.util.ShapeIdentifiedCluster.
ShapeIdentifiedCluster(CalorimeterCell, Cluster[], ExtendedParticleType[], double[], double, double[], double[], double[][], double[][]) - Constructor for class hep.lcd.recon.cluster.util.ShapeIdentifiedCluster
SigmaB0ID - Static variable in interface hep.lcd.contrib.mc.analysis.MonteCarlo
SimpleAnlReconTrks - class hep.lcd.contrib.recon.tracking.analysis.SimpleAnlReconTrks.: Picks up reconstructed LCD tracks and calorimeter clusters within JAS framework and identifies particles.
SimpleAnlReconTrks(MonteCarlo) - Constructor for class hep.lcd.contrib.recon.tracking.analysis.SimpleAnlReconTrks
SimpleAnlReconTrks(MonteCarlo, boolean) - Constructor for class hep.lcd.contrib.recon.tracking.analysis.SimpleAnlReconTrks
SimpleClusterBuilder - class hep.lcd.recon.cluster.simple.SimpleClusterBuilder.: SimpleClusterBuilder implements a brute force clustering algorithm that simply assigns all neighbouring hits to the same cluster.
SimpleClusterBuilder() - Constructor for class hep.lcd.recon.cluster.simple.SimpleClusterBuilder
SimpleClusterBuilder(int, int, int) - Constructor for class hep.lcd.recon.cluster.simple.SimpleClusterBuilder
SimpleConstrainedFit - class hep.lcd.contrib.recon.tracking.garfield.SimpleConstrainedFit.: Constrains two tracks to a common vertex.
SimpleConstrainedFit() - Constructor for class hep.lcd.contrib.recon.tracking.garfield.SimpleConstrainedFit
SimpleMonteCarlo - class hep.lcd.contrib.mc.analysis.SimpleMonteCarlo.: Analyzes Monte Carlo particles within JAS framework.
SimpleMonteCarlo() - Constructor for class hep.lcd.contrib.mc.analysis.SimpleMonteCarlo
SimpleMonteCarlo(boolean) - Constructor for class hep.lcd.contrib.mc.analysis.SimpleMonteCarlo
SmartHashtable - class hep.lcd.io.smart.SmartHashtable.
SmartHashtable() - Constructor for class hep.lcd.io.smart.SmartHashtable
SmartPointer - class hep.lcd.io.smart.SmartPointer.
SmartPointer(Object) - Constructor for class hep.lcd.io.smart.SmartPointer
SmearCCDHits - class hep.lcd.mc.smear.SmearCCDHits.: Extracts tracker hits, smears them in rphi and z directions independetly and put it back.
SmearCCDHits() - Constructor for class hep.lcd.mc.smear.SmearCCDHits: Create a SmearCCDHits object that will use the default (detector dependent) smearing parameters.
SmearCCDHits(double, double, double) - Constructor for class hep.lcd.mc.smear.SmearCCDHits: Create a SmearCCDHits object that will use the specified smearing parameters.
SmearDriver - class hep.lcd.mc.smear.SmearDriver.
SmearDriver() - Constructor for class hep.lcd.mc.smear.SmearDriver
SmearTPCHits - class hep.lcd.mc.smear.SmearTPCHits.: Extracts tracker hits, smears them in rphi and z directions independetly and put it back.
SmearTPCHits() - Constructor for class hep.lcd.mc.smear.SmearTPCHits: Create a SmearTPCHits object that will use the default (detector dependent) smearing parameters.
SmearTPCHits(double, double, double) - Constructor for class hep.lcd.mc.smear.SmearTPCHits: Create a SmearTPCHits object that will use the specified smearing parameters.
SmearTrack - class hep.lcd.mc.fast.tracking.SmearTrack.
SmearTrack() - Constructor for class hep.lcd.mc.fast.tracking.SmearTrack
SmearTrackerHits - class hep.lcd.mc.smear.SmearTrackerHits.: Extracts tracker hits, smears them in rphi and z directions independetly and put it back.
SmearTrackerHits() - Constructor for class hep.lcd.mc.smear.SmearTrackerHits
Specifications - interface hep.lcd.recon.tracking.Specifications.: Specifies dimensions and performance of tracker.
StatTools - class hep.lcd.util.statistics.StatTools.: static class StatTools Provides statistics functions Recipes taken from: S.
StatTools() - Constructor for class hep.lcd.util.statistics.StatTools
StatusCode - Static variable in class hep.lcd.contrib.mc.analysis.BaseMonteCarlo: Particle status codes
Strategy - Variable in class hep.lcd.recon.tracking.AbsTrackFinder
Swimmer - interface hep.lcd.vertexing.zvtop.Swimmer.: Swimmer -- interface for swimmers
s - Variable in class hep.lcd.recon.tracking.TrkParams
sEta2() - Method in class hep.lcd.vertexing.zvtop.ZvgCMat: get sigma(Eta)^2
sFlt1() - Method in class hep.lcd.vertexing.zvtop.ZvTwoTrajPoca: error in flight length for trajectory 1
(size of last step)
sFlt2() - Method in class hep.lcd.vertexing.zvtop.ZvTwoTrajPoca: error in flight length for trajectory 2
(size of last step)
sKsi2() - Method in class hep.lcd.vertexing.zvtop.ZvgCMat: get sigma(Ksi)^2
sKsi2AtTp() - Method in class hep.lcd.vertexing.zvtop.ZvProbTube: get sigma(ksi)^2 at initial track point
sSave() - Method in class hep.lcd.contrib.recon.tracking.garfield.GarfieldHelix
sZ2AtTp() - Method in class hep.lcd.vertexing.zvtop.ZvProbTube: get sigma(z)^2 at initial track point
same() - Method in class hep.lcd.vertexing.zvtop.ZvSwimStatus: successfully swum to the same point?
same(ZvTrack) - Method in class hep.lcd.vertexing.zvtop.ZvTrack: compare for same handle first
if not identical, than compare trackIds
sameId(ZvTrack) - Method in class hep.lcd.vertexing.zvtop.ZvTrack: compare for same trackId
scale(double[][], double) - Static method in class hep.lcd.vertexing.zvtop.ZvUtils: scale an array of double[][]
segmentName - Variable in class hep.lcd.geometry.component.Calorimeter
selectThreePoints(int, int, double, int, int, int, int) - Method in class hep.lcd.recon.tracking.AbsTrackFinder
selectThreePoints(int, int, double, int, int, int) - Method in class hep.lcd.recon.tracking.combined.COMBPat2
set() - Method in class hep.lcd.mc.smear.SmearTrackerHits
set2dImpact(double) - Method in class hep.lcd.vertexing.zvtop.ZvTrack: set the 2d impact parameter
set2dImpact(double) - Method in class hep.lcd.vertexing.zvtop.ZvVertex: Set the 2d vertex 'impact parameter'.
set3dImpact(double) - Method in class hep.lcd.vertexing.zvtop.ZvTrack: set the 3d impact parameter
set3dImpact(double) - Method in class hep.lcd.vertexing.zvtop.ZvVertex: Set the 3d vertex 'impact parameter'.
setActive(boolean) - Method in class hep.lcd.recon.tracking.TrkHitOnTrk
setAppendToExistingTracks(boolean) - Method in class hep.lcd.contrib.recon.tracking.garfield.GarfieldTrackFinder: default: GarfieldTracks are appended to existing tracks in event-tracklist.
setAssignedVertex(ZvVertex) - Method in class hep.lcd.vertexing.zvtop.ZvTrack: set assigned vertex information
setAssignedVertex(ZvVertex, double) - Method in class hep.lcd.vertexing.zvtop.ZvTrack: set assigned vertex information and chi2 contribution by this track
setAssociationAlgorithm(int) - Method in class hep.lcd.contrib.recon.tracking.garfield.TrackAssociation: Choose the algorithm to be used when deciding whether the cluster can be associated with a track : CHEAT : use Monte Carlo truth DISTANCETOTRACK : associate if the distance between the energy weighted center of the cluster and the track is smaller than distanceTolerance.
setAtR() - Method in class hep.lcd.util.step.TrackStepper
setAtZmax() - Method in class hep.lcd.util.step.TrackStepper
setAxisMomentum(double[]) - Method in class hep.lcd.vertexing.zvtop.ZvProbTubeList: set the jet axis momentum
setB2Norm(double) - Method in class hep.lcd.vertexing.zvtop.ZvTrack: set the normalized 2d impact parameter
setB2Norm(double) - Method in class hep.lcd.vertexing.zvtop.ZvVertex: Set the normalized 2d vertex 'impact parameter'.
setB3Min(double) - Method in class hep.lcd.vertexing.zvtop.ZvV0Finder: Set the minimum b3norm, ie 3d normalized impact parameter for K0s and Lamda0s.
setB3Norm(double) - Method in class hep.lcd.vertexing.zvtop.ZvTrack: set the normalized 3d impact parameter
setB3Norm(double) - Method in class hep.lcd.vertexing.zvtop.ZvVertex: Set the normalized 3d vertex 'impact parameter'.
setBField(double) - Method in class hep.lcd.recon.tracking.HelicalSwimmer
setBackwardCutoff(double) - Method in class hep.lcd.vertexing.zvtop.ZvProbTubeList: set the backward cutoff for point xc along jet axis
-- default set to -0.01 cm
setBackwardCutoff(double) - Method in class hep.lcd.vertexing.zvtop.ZvTopParam: set the backward cutoff for the tube list
default: -0.01 cm
setBarrelTiling(double) - Method in class hep.lcd.contrib.recon.tracking.garfield.GarfieldTrackFinder: sets tiling in z in the tracker barrel
for SiD-thin : recommended value = 200 cm; for SiD-thick: recommended value = 10 cm;
setBase(double, double, double) - Method in class hep.lcd.contrib.recon.tracking.garfield.GarfieldHelix
setBeamDirection(double[]) - Method in interface hep.lcd.vertexing.zvtop.Swimmer: set the beam direction
setBeamDirection(double[]) - Method in class hep.lcd.vertexing.zvtop.Zv2dSwimmer: set the beam direction
(or the reference direction)
default: {0.,0.,1.}
setBeamDirection(double[]) - Method in class hep.lcd.vertexing.zvtop.Zv3dSwimmer: set the beam direction
(or the reference direction)
default: {0.,0.,1.}
setBeamDirection(double[]) - Method in class hep.lcd.vertexing.zvtop.ZvImpCalculator: Set beam direction.
setBeamDirection(double[]) - Method in class hep.lcd.vertexing.zvtop.ZvSwimmer: set the beam direction
(or the reference direction)
default: {0.,0.,1.}
setBeamSpot(ZvBeamSpot) - Method in class hep.lcd.vertexing.zvtop.ZvImpCalculator: Set beam spot
setBeamSpot(ZvBeamSpot) - Method in class hep.lcd.vertexing.zvtop.ZvTopVertexer: set beam spot
default: (0,0,0)
setBeamSpot(ZvBeamSpot) - Method in class hep.lcd.vertexing.zvtop.ZvV0Finder: Set the beam spot.
setBeamSpot(ZvBeamSpot) - Method in class hep.lcd.vertexing.zvtop.ZvgKinVtxFinder: Set beam spot.
setBfield(double) - Method in class hep.lcd.contrib.recon.tracking.garfield.K0ShortFinder: Magnetic field in Tesla.
setCMatAt(ZvgCMat, int) - Method in class hep.lcd.vertexing.zvtop.ZvgCMatList
setCMatList(ZvgCMatList) - Method in class hep.lcd.vertexing.zvtop.ZvgChi2Calculator: Set CMat list to be considered.
setCang(double) - Method in class hep.lcd.vertexing.zvtop.ZvTopParam: set the weight vertex finding probability
Weights the vertex finding probability by the factor exp(-cang*alpha^2) where alpha is the angle (in radians) between the line joining the IP to the 3d spatial coordinate and the jet axis.
setCharge(double) - Method in class hep.lcd.vertexing.zvtop.ZvTrack: set the track charge
setCheckExact(int) - Method in class hep.lcd.vertexing.zvtop.Zv2dSwimmer: set checking for global minimum to exact level
0 = don't check (fastest processing)
1 = rough check (medium processing speed)
2 = full check (slowest processing)
-- default: 1
setCheckExact(int) - Method in class hep.lcd.vertexing.zvtop.Zv3dSwimmer: set checking for global minimum to exact level
0 = don't check (fastest processing)
1 = rough check (medium processing speed)
2 = full check (slowest processing)
-- default: 1
setChi2(double) - Method in class hep.lcd.mc.fast.tracking.DocaTrackParameters: Store the chi2.
setChi2(double) - Method in interface hep.lcd.vertexing.zvtop.VertexInt: set chi2 from vertex fit
setChi2(double) - Method in class hep.lcd.vertexing.zvtop.ZvVertex: set chi2 from vertex fit
setChi2ContribCut(double) - Method in class hep.lcd.contrib.recon.tracking.garfield.GarfieldTrackFinder
setChi2Contribution(double) - Method in class hep.lcd.vertexing.zvtop.ZvTrack: set chi2 contribution to assigned vertex by this track
setChi2Cut(double) - Method in class hep.lcd.contrib.recon.tracking.garfield.GarfieldTrackFinder
setChi2Max(double) - Method in class hep.lcd.vertexing.zvtop.ZvV0Finder: Set the maximum chi2 for a vertex fit to be considered for V0.
setChi2TrackCut(double) - Method in class hep.lcd.vertexing.zvtop.ZvTopParam: set the cut on the chi^2 contribution of a track to a vertex
default: 10.0
setChildren(IdentifiedCluster[]) - Method in class hep.lcd.recon.cluster.util.ShapeIdentifiedCluster
setContext(ProcessorContext) - Method in class hep.lcd.util.driver.AbstractProcessor: Called by the Driver to set the context
setContext(ProcessorContext) - Method in class hep.lcd.util.driver.Driver
setContext(ProcessorContext) - Method in interface hep.lcd.util.driver.Processor: Called by the Driver when this processor is added to the Driver
setCosBeamAxisClear(double) - Method in class hep.lcd.vertexing.zvtop.ZvgGTFParam: Set the cosine for the beam axis clearance angle of the ghost track for good quality check.
setCosInitGuessDev(double) - Method in class hep.lcd.vertexing.zvtop.ZvgGTFParam: Set the cosine of the maximum angle difference to initial ghost track guess for good quality check.
setCurrentDetector(Detector) - Static method in class hep.lcd.geometry.Detector
setCurvatureFlip(boolean) - Method in class hep.lcd.util.swim.Helix: Flag for flipped curvature.
setCurvatureFlip(boolean) - Method in class hep.lcd.util.swim.HelixSwim: Flag for flipped curvature.
setCut(String, double) - Method in class hep.lcd.contrib.recon.tracking.garfield.K0ShortFinder: changes K0s finder cut values.
setCylinderGeometry(double, double, double) - Method in class hep.lcd.util.swim.HelixSwim: Set cylindrical geometry parallel to z-axis.
setDK0sMass(double) - Method in class hep.lcd.vertexing.zvtop.ZvV0Finder: Set the maximum mass deviation for K0s.
setDLambdaMass(double) - Method in class hep.lcd.vertexing.zvtop.ZvV0Finder: Set the maximum mass deviation for Lambas.
setDTrkMax(double) - Method in class hep.lcd.vertexing.zvtop.ZvgGTFParam: Set the maximum distance along track to be swum in ZvgGhostTrackFinder.
setDTrkMin(double) - Method in class hep.lcd.vertexing.zvtop.ZvgGTFParam: Set the minimum distance along track to be swum in ZvgGhostTrackFinder.
setDebugLevel(int) - Method in class hep.lcd.contrib.recon.tracking.garfield.EmcalMipStubs: controls amount of debug text output and test histograms, =0 not output, >0 debug output
setDebugLevel(int) - Method in class hep.lcd.contrib.recon.tracking.garfield.GarfieldHelix: controls amount of debug text output and test histograms, =0 not output, >0 debug output
setDebugLevel(int) - Method in class hep.lcd.contrib.recon.tracking.garfield.GarfieldTrack: controls amount of debug text output and test histograms, =0 not output, >0 debug output
setDebugLevel(int) - Method in class hep.lcd.contrib.recon.tracking.garfield.GarfieldTrackFinder: controls amount of debug text output and test histograms, =0 not output, >0 debug output
setDebugLevel(int) - Method in class hep.lcd.contrib.recon.tracking.garfield.K0ShortFinder: controls amount of debug text output and test histograms, =0 not output, >0 debug output
setDebugLevel(int) - Method in class hep.lcd.contrib.recon.tracking.garfield.SimpleConstrainedFit
setDebugLevel(int) - Method in class hep.lcd.util.driver.AbstractProcessor: Set the debug level for this processor
setDebugLevel(int) - Method in class hep.lcd.util.driver.Driver
setDetector(Detector) - Method in class hep.lcd.mc.fast.cluster.ronan.MCFastRonan
setDetector(Detector) - Method in class hep.lcd.mc.fast.cluster.saurav.FastCal
setDetector(Detector) - Method in class hep.lcd.mc.fast.tracking.MCFastTracking
setDetector(Detector) - Method in class hep.lcd.util.driver.AbstractProcessor: A default implementation of Processor.setDetector().
setDetector(Detector) - Method in class hep.lcd.util.driver.Driver
setDetector(Detector) - Method in interface hep.lcd.util.driver.Processor: Called by the driver when a new detector geometry is set.
setDiagErrors(double[]) - Method in class hep.lcd.vertexing.zvtop.ZvBeamSpot: set errors for beam spot.
setDir(double, double, double) - Method in class hep.lcd.contrib.recon.tracking.garfield.GarfieldHelix
setDirection(double[]) - Method in class hep.lcd.recon.cluster.util.ShapeIdentifiedCluster
setDirectionErrors(double[][]) - Method in class hep.lcd.recon.cluster.util.ShapeIdentifiedCluster
setDist(double) - Method in class hep.lcd.vertexing.zvtop.ZvSwimStatus: set the swum distance & set successful
setDistMin(double) - Method in class hep.lcd.vertexing.zvtop.ZvFitter: Set the minimum swim distance.
setDistMinRes(double) - Method in class hep.lcd.vertexing.zvtop.Zv2dSwimmer: set the resolution for the global minimum check
-- default: 0.00001 cm
setDistMinRes(double) - Method in class hep.lcd.vertexing.zvtop.Zv3dSwimmer: set the resolution for the global minimum check
-- default: 0.00001 cm
setDistanceTolerance(double) - Method in class hep.lcd.contrib.recon.tracking.garfield.TrackAssociation: Set distance tolerance for track association.
setDone() - Method in class hep.lcd.contrib.recon.tracking.garfield.GarfieldTrack
setEMBinning(int, int, int) - Method in class hep.lcd.recon.cluster.radial.RadialClusterBuilder: Set cell size for EM clustering.
setEMIgnoreEnergy(double) - Method in class hep.lcd.recon.cluster.radial.RadialClusterBuilder: Set EM threshold that hits below this energy will be ignored by clustering process.
setEMNucleusEnergy(double) - Method in class hep.lcd.recon.cluster.radial.RadialClusterBuilder: Set EM threshold such that clusters with no hit above the threshold are not included in the list of good EM clusters.
setEMThreshold(double) - Method in class hep.lcd.recon.cluster.simple.SimpleClusterBuilder: Sets the minimum energy needed by a hit in the EM calorimeter for it to form a cluster nucleus
setEnergy(double) - Method in class hep.lcd.recon.cluster.util.ShapeIdentifiedCluster
setErrorMatrix(double[][]) - Method in class hep.lcd.vertexing.zvtop.ZvBeamSpot: set beam spot error matrix.
setErrorSpoilFactor(double) - Method in class hep.lcd.vertexing.zvtop.ZvTwoTrackMatcher: set the factor to multiply errors of initial vertex estimate with
("spoil factor", default: 10000)
setEvent(int) - Method in class hep.lcd.io.sio.lcd.handler.LCDGeant4Event
setEventPrefix(String) - Method in class hep.lcd.util.driver.AbstractProcessor: Set the prefix to prepend to anything added to the event.
setEventPrefix(String) - Method in class hep.lcd.util.driver.Driver: Set the prefix to prepend to anything added to the event.
setFileOutput(PrintWriter) - Method in class hep.lcd.recon.cluster.radial.RadialClusterBuilder: Write diagnostic output
setFileOutput(PrintWriter) - Method in class hep.lcd.recon.cluster.radial.cl.CalCellCollection: Determine if we write to a file or not Method for setting file for diagnostic output.
setFillColor(Color) - Method in class hep.lcd.geometry.component.CylindricalDetector
setFillColor(Color) - Method in class hep.lcd.geometry.component.MultiLayerBarrelDetector
setFillColor(Color) - Method in class hep.lcd.geometry.component.MultiLayerEndCapDetector
setFirstEvent(int) - Static method in class hep.lcd.recon.Reconstruction
setFit(Fitter, double[]) - Method in class hep.lcd.contrib.util.functions.GaussianBoxFunction
setFitStatus(ZvFitStatus) - Method in class hep.lcd.vertexing.zvtop.ZvVertex: set fit status for this vertex
setFitter(TrkFitter) - Method in class hep.lcd.recon.tracking.AbsTrackFinder
setFitter(TrkFitter) - Method in class hep.lcd.recon.tracking.AbsTracker
setFitter(TrkFitter) - Method in interface hep.lcd.recon.tracking.TrackFinder
setFitter(TrkFitter) - Method in interface hep.lcd.recon.tracking.Tracker
setFitter(VtxFitter) - Method in interface hep.lcd.vertexing.zvtop.TwoTrackMatcher: set the Fitter to be used
setFitter(VtxFitter) - Method in class hep.lcd.vertexing.zvtop.ZvSimpleTwoTrackMatcher: set the Fitter to be used.
setFitter(VtxFitter) - Method in class hep.lcd.vertexing.zvtop.ZvTwoTrackMatcher: Set the Fitter to be used.
setFitting() - Method in class hep.lcd.recon.tracking.AddReconTrks
setForwardCutoff(double) - Method in class hep.lcd.vertexing.zvtop.ZvProbTubeList: set the forward cutoff for point xc along jet axis
-- default set to 10 cm
setForwardCutoff(double) - Method in class hep.lcd.vertexing.zvtop.ZvTopParam: set the forward cutoff for the tube list
default: 10 cm
setGWidthIni(double) - Method in class hep.lcd.vertexing.zvtop.ZvgGTFParam: Set the initial ghost track width in ZvgGhostTrackFinder.
setGammaMassMax(double) - Method in class hep.lcd.vertexing.zvtop.ZvV0Finder: Set the maximum mass deviation for Gammas.
setGammaRMin(double) - Method in class hep.lcd.vertexing.zvtop.ZvV0Finder: Set the minimum radius from beam spot for gamma conversions.
setGhostTrack(ZvGhostTrack) - Method in class hep.lcd.vertexing.zvtop.ZvgChi2Calculator: Set ghost track to be used.
setGhostTrack(ZvGhostTrack) - Method in class hep.lcd.vertexing.zvtop.ZvgChi2Calculator2: Set ghost track to be used.
setGhostTrack(double, double) - Method in class hep.lcd.vertexing.zvtop.ZvgChi2Calculator2: Change direction of ghost track.
setGhostTrackParameters(double[], double, double) - Method in class hep.lcd.vertexing.zvtop.ZvFltGhostTrack: create a ghost track along direction (phi,theta) starting at point xp
setGhostTrackParameters(double[], double[]) - Method in class hep.lcd.vertexing.zvtop.ZvFltGhostTrack: create a ghost track along direction vector starting at point xp
setGhostTrackParameters(double[], double, double) - Method in class hep.lcd.vertexing.zvtop.ZvGhostTrack: create a ghost track along direction (phi,theta) starting at point xp
setGhostTrackParameters(double[], double[]) - Method in class hep.lcd.vertexing.zvtop.ZvGhostTrack: create a ghost track along direction vector starting at point xp
setGhostTrackWidth(double) - Method in class hep.lcd.vertexing.zvtop.ZvFltGhostTrack: set the ghost track width (and create error matrix with default values for other parameters)
setGhostTrackWidth(double, double) - Method in class hep.lcd.vertexing.zvtop.ZvFltGhostTrack: set the ghost track width (and create error matrix)
setGhostTrackWidth(double) - Method in class hep.lcd.vertexing.zvtop.ZvGhostTrack: set the ghost track width (and create error matrix with default values for other parameters)
setGhostTrackWidth(double, double) - Method in class hep.lcd.vertexing.zvtop.ZvGhostTrack: set the ghost track width (and create error matrix)
setGhostTrackWidth(double) - Method in class hep.lcd.vertexing.zvtop.ZvgChi2Calculator2: Change direction of ghost track.
setGrade(double) - Method in class hep.lcd.contrib.recon.tracking.garfield.GarfieldTrack: calculate grade of track
setGroup(int) - Method in class hep.lcd.recon.tracking.TrackPathMaterials
setGuessDistMax(double) - Method in class hep.lcd.vertexing.zvtop.ZvTopParam: set the maximum distance cutoff for initial 2-track vertex guess
default: 4.0 cm
setHADBinning(int, int, int) - Method in class hep.lcd.recon.cluster.radial.RadialClusterBuilder: Set cell size for HAD clustering.
setHADIgnoreEnergy(double) - Method in class hep.lcd.recon.cluster.radial.RadialClusterBuilder: Set HAD threshold that hits below this energy will be ignored by clustering process.
setHADNucleusEnergy(double) - Method in class hep.lcd.recon.cluster.radial.RadialClusterBuilder: Set HAD threshold such that clusters with no hit above the threshold are not included in the list of good HAD clusters.
setHADThreshold(double) - Method in class hep.lcd.recon.cluster.simple.SimpleClusterBuilder: Sets the minimum energy needed by a hit in the HAD calorimeter for it to form a cluster nucleus
setHasBeamSpot(boolean) - Method in class hep.lcd.vertexing.zvtop.ZvVertex: set whether beam spot is in vertex
default: false
setHelix(double[], double[]) - Method in class hep.lcd.contrib.recon.tracking.garfield.GarfieldTrack
setHelixBaseToPCA() - Method in class hep.lcd.contrib.recon.tracking.garfield.GarfieldTrack
setHistogramLevel(int) - Method in class hep.lcd.util.driver.AbstractProcessor: Set the histogram level for this processor
setHistogramLevel(int) - Method in class hep.lcd.util.driver.Driver
setHitList(List) - Method in class hep.lcd.contrib.recon.tracking.garfield.GarfieldTrackFinder: sorts and converts standard hits into GarfieldHits
setID(int) - Method in class hep.lcd.contrib.recon.tracking.garfield.GarfieldTrack
setIP(double[]) - Method in class hep.lcd.vertexing.zvtop.ZvgChi2Calculator: Set reference point (eg IP).
setIP(double[]) - Method in class hep.lcd.vertexing.zvtop.ZvgChi2Calculator2: Set reference point (eg IP)
setIP(double[]) - Method in class hep.lcd.vertexing.zvtop.ZvgGhostTrackFinder: Set reference point (eg IP).
setIP(ZvBeamSpot) - Method in class hep.lcd.vertexing.zvtop.ZvgGhostTrackFinder2: Set reference point (eg IP)
setIPConst(double) - Method in class hep.lcd.vertexing.zvtop.ZvProbTubeList: set the constant for IP weighting
setIPWeight(double) - Method in class hep.lcd.vertexing.zvtop.ZvTopParam: set the IP weight
weights the significance of the IP, large values will tend to absorb nearby vertices/fakes into the primary vertex.
setIgnoreHitsOnStdTrack(boolean) - Method in class hep.lcd.contrib.recon.tracking.garfield.UnassociatedHits
setImpact3DCut(double) - Method in class hep.lcd.vertexing.zvtop.ZvgKVFParam: Set the 3D impact parameter cut.
setInitGhostDirection(double[]) - Method in class hep.lcd.vertexing.zvtop.ZvgKinVtxFinder: Set the intial ghost track direction.
setInitGhostWidth(double) - Method in class hep.lcd.vertexing.zvtop.ZvgKVFParam: Set the initial ghost track width.
setInitGuessDir(double[]) - Method in class hep.lcd.vertexing.zvtop.ZvgGhostTrackFinder: Set initial guess direction for ghost track.
setInitGuessDir(double[]) - Method in class hep.lcd.vertexing.zvtop.ZvgGhostTrackFinder2: Set initial guess direction for ghost track.
setJWgtExp(double) - Method in class hep.lcd.vertexing.zvtop.ZvgChi2Calculator: Set the exponent for jet core weighting.
setJWgtExp(double) - Method in class hep.lcd.vertexing.zvtop.ZvgChi2Calculator2: Set the exponent for jet core weighting.
setJWgtExp(double) - Method in class hep.lcd.vertexing.zvtop.ZvgGTFParam: Set the exponent for jet core weighting in ZvgChi2Calculator.
setJWgtFac(double) - Method in class hep.lcd.vertexing.zvtop.ZvgChi2Calculator: Set the factor for jet core weighting.
setJWgtFac(double) - Method in class hep.lcd.vertexing.zvtop.ZvgChi2Calculator2: Set the factor for jet core we