MarlinUtil  1.12.1
Class Hierarchy
This inheritance list is sorted roughly, but not completely, alphabetically:
[detail level 123]
oCANNkd_node
|oCANNbd_shrink
|oCANNkd_leaf
|\CANNkd_split
oCANNkdStats
oCANNmin_k
oCANNorthHalfSpace
oCANNorthRect
oCANNpointSet
|oCANNbruteForce
|\CANNkd_tree
| \CANNbd_tree
oCANNpr_queue
oCANNsampStat
oCBooElement
oCCaloHitExtendedClass extending native LCIO class CalorimeterHit
oCCalorimeterHitWithAttributes
oCCEDGeoBox
oCCEDGeoTubeParams
oCCEDMapParticleObject
oCCEDPickingHandlerBring the feature to print a LCIO-Objekt given by his ID
oCCHTHelper class for decoding/encoding lcio::CalorimeterHit types for the ILD detector
oCCircle
oCClusterExtendedClass extending native LCIO class Cluster
oCClusterImplWithAttributes
oCClusterShapesUtility class to derive properties of clusters, such as centre of gravity, axes of inertia, fits of the cluster shape and so on
oCCSVParser
oCdata
oCDDCEDMapParticleObject
oCDDCEDPickingHandlerBring the feature to print a LCIO-Objekt given by his ID
oCDDMarlinCEDSingleton class to manage access to CED from several processors
oCEnergyCut< T >Simple predicate class for applying an energy cut to the objects of type T
oCFPCCDData
oCFPCCDPixelHit
oCGroupTracks
oCHelixClass
oCHelixClass_double
oCLayerGeometry
oCLCCylinderDefinition of a LCCylinder describing a geometrical cylinder in 3D space
oCLCIOCluster< T >Helper class that creates an lcio::Cluster from a generic cluster with hit types that have a getPosition() and a getEnergy() method
oCLCLine3DDefinition of a LCLine3D describing a geometrical line in 3D space
oCLCPlane3DDefinition of a LCPlane3D describing a geometrical plane in 3D space
oCLineClass
oClist
|oCGenericCluster< U >Templated class for generic clusters of GenericHits that are clustered with an NN-like clustering algorithm
|\CGenericClusterVec< T >Helper vector of GenericCluster<T> taking care of memory management
oCMarlinCEDSingleton class to manage access to CED from several processors
oCMarlinDrawUtil
oCMarlinUtil
oCMCParticleHelper
oCMCTreeUtility class for MC particles
oCMilleClass to write a C binary (cf
oCMinMax< _Tp >
oCNNDistance< HitClass, PosType >Simple predicate class for NN clustering
oCpair
|\CGenericHit< T >Templated class for generic hit type objects that are to be clustered with an NN-like clustering algorithm
oCPG_Zone
oCPGdb
                                                                         <br>

Phys_Geom_Database class make connection between detector geometry and
Particle-Flow reconstruction package

oCPoint2D
|\CPoint3D
| \CVector3D
oCProcessor
|oCConvertToMIPScale
|oCCutOnCosThetaQQbar
|oCCutOnGEANT4Bug
|oCDrawMCParticles
|oCPGDBP
|oCSelectEventsSelect a range of events by setting the boolean 'SelectEvents' to true for the events processed by this processor in the range FirstEvent-LastEvent
|oCSimpleTimerSimple timimg processor, which offers a delay after an event has been processed
|\CSkipNEvents
oCPseudoHistogramSimple class with a histogram-like array without any display features
oCRandomNumberGenerator
oCSimpleLinearFit
oCSphere3D
oCTrackerHitExtendedClass extending native LCIO class TrackerHit
oCTrackExtendedClass extending native LCIO class Track
oCTrackHitPairClass implementing association of TrackExtended and TrackerHitExtended objects
oCTrackPair
oCTrackwiseClusters
oCTrackwiseClustersGeometryParameters
oCTrackwiseClustersParameters
oCTrajectoryAbstract trajectory interface describing a geometrical path in 3D space
|oCPhysicalTrajectoryPhysical trajectory describing a (charged) particle's path in a B field and material
|oCSimpleHelixSimple helix trajectory
|\CSimpleLineSimple line trajectory
oCvector
|\CGenericHitVec< T >Helper vector of GenericHit<T> taking care of memory management, i.e
oCPGdb::Volume
|\CPGdb::Zone
oCWeightedPoints3DUtility class to derive properties of a set od weighted points in 3D, such as centre of gravity, eigen-values and eigen-vectors, and their uncertainties
\CZIndex< T, N >Simple predicate class for computing an index from N bins of the z-coordinate of LCObjects that have a float/double* getPostion() method