vertex_lcfi Namespace Reference

Root namespace of code used by Processors in the VertexPackage. More...

Namespaces
	nnet
	Neural Net namespace.
	util
	Utility classes for the vertex package.
	ZVTOP
	Namespace containing ZVTOP Implementation.

Classes
class	VertexDecaySignificance
	Calculation of Decay Significance. More...
class	JointProb
	Calculation of the Joint probability flavour tag inputs. More...
class	ParameterSignificance
	Calculation of a series of flavour tag inputs. More...
class	PerEventIPFitter
	Example jet variable that returns the number of tracks in the jet. More...
class	SecVertexProb
	Calculation of Secondary Vertex Probability. More...
class	TrackAttach
	Track attachment algorithm. Calculates the seed vertex and the Tracks attached to it. More...
class	TwoTrackPid
	Simple two track PID for gamma and Ks. More...
class	VertexCharge
	Calculation of the charge of the vertex. More...
class	VertexMass
	Calculation of the Pt corrected mass vertex flavour tag input. More...
class	VertexMomentum
	Calculation of Vertex Momentum. More...
class	VertexMultiplicity
	Calculation of the number of tracks in secondary vertices. More...
class	ZVKIN
	Algorithm interface for decay chain construction or vertexing. More...
class	ZVRES
	Algorithm interface for decay chain construction or vertexing. More...
class	Algo
	Algorithm interface for decay chain construction or vertexing etc. More...
class	DecayChain
	Decay Chain. More...
class	Event
	Event. More...
class	Jet
	Simple Jet Class. More...
class	ReconstructedParticleLCFI
class	ClassName
	Classname. More...
class	Track
	Unique Track representation. More...
class	TrackState
	Spatial point on a Track. More...
class	TState
class	Vertex
	Vertex. More...
class	MemoryManagerType
	Base class for all MemoryManagers. More...
class	MetaMemoryManager
	MemoryManager Controller - see MemoryManager. More...
class	MemoryManager
	Memory management. More...

Enumerations
enum	DecaySignificanceType { Significance, Distance, Significance, Distance }
enum	SignificanceType {   D0SigTrack1, D0SigTrack2, Z0SigTrack1, Z0SigTrack2,   MomentumTrack1, MomentumTrack2, D0SigTrack1, D0SigTrack2,   Z0SigTrack1, Z0SigTrack2, MomentumTrack1, MomentumTrack2 }
enum	PidCutType { Gamma, KShort, Gamma, KShort }
enum	Recalculate { Recalc, Cached, Recalc, Cached }
	Recalculate a variable or use a chached answer if possible.
enum	DecaySignificanceType { Significance, Distance, Significance, Distance }
enum	SignificanceType {   D0SigTrack1, D0SigTrack2, Z0SigTrack1, Z0SigTrack2,   MomentumTrack1, MomentumTrack2, D0SigTrack1, D0SigTrack2,   Z0SigTrack1, Z0SigTrack2, MomentumTrack1, MomentumTrack2 }
enum	PidCutType { Gamma, KShort, Gamma, KShort }
enum	Recalculate { Recalc, Cached, Recalc, Cached }
	Recalculate a variable or use a chached answer if possible.

Functions
vertex_lcfi::Track *	trackFromLCIORP (Event *MyEvent, lcio::ReconstructedParticle *RP)
vertex_lcfi::Jet *	jetFromLCIORP (Event *MyEvent, lcio::ReconstructedParticle *RP)
ReconstructedParticle *	addDecayChainToLCIOEvent (LCEvent *MyLCIOEvent, DecayChain *MyDecayChain, std::string VertexCollectionName, std::string TrackRPCollectionName, bool StoreTrackChiSquareds=false)
DecayChain *	decayChainFromLCIORP (Jet *MyJet, ReconstructedParticle *DecayChainRP)
lcio::Vertex *	vertexFromLCFIVertex (vertex_lcfi::Vertex *MyLCFIVertex)
vertex_lcfi::Vertex *	vertexFromLCIOVertex (lcio::Vertex *LCIOVertex, Event *MyEvent)
template<class charT , class traits >
std::basic_ostream< charT, traits > &	operator<< (std::basic_ostream< charT, traits > &os, const Track &ts)
template<class charT , class traits >
std::basic_ostream< charT, traits > &	operator<< (std::basic_ostream< charT, traits > &os, const TrackState &ts)
bool	Trackd0Ascending (const Track *rpStart, const Track *rpEnd)
bool	Vertexd0Ascending (const Vertex *rpStart, const Vertex *rpEnd)

Detailed Description

Root namespace of code used by Processors in the VertexPackage.

class TState TState.h include/TState.h

author Tomas Lastovicka (LCFI) date 2007-07-26