Inheritance diagram for StJetEtCell:

Public Member Functions
	StJetEtCell (const StJetEtCell &c)

	StJetEtCell (double etaMin, double etaMax, double phiMin, double phiMax)

StEtaPhiCell *	clone () const

double	eT () const

void	addProtoJet (const StProtoJet &)

void	addCell (StEtaPhiCell *cell)

void	clear ()

Public Member Functions inherited from StEtaPhiCell
	StEtaPhiCell (double etaMin, double etaMax, double phiMin, double phiMax)

bool	isSamePosition (const StEtaPhiCell &other) const

StProtoJet &	protoJet ()

bool	empty () const

void	setNtimesUsed (int v)

int	nTimesUsed () const

const StProtoJet &	centroid ()

double	eta () const

double	phi () const

void	setEt (double v)

double	Et () const

void	update ()

CellList &	cellList ()

const CellList &	cellList () const

double	distance (const StEtaPhiCell &rhs) const

Additional Inherited Members
Public Types inherited from StEtaPhiCell
typedef std::list< StProtoJet >	JetList

typedef StProtoJet::FourVecList	FourList

typedef std::list< StEtaPhiCell * >	CellList

Protected Attributes inherited from StEtaPhiCell
int	mNtimesUsed

double	mEt

bool	mUpToDate

CellList	mCells

StProtoJet	mProtoJet

Detailed Description

Author: M.L. Miller (Yale Software) The work object of StConeJetFinder and derived classes. A collection of cells constitutes a grid. Protojets are filled into the grid by calling StJetEtCell::add(StProtoJet&). The protojets are stored in a container, so there is no loss of information. Thus, StJetEtCell is used for computation efficiency.

Definition at line 27 of file StJetEtCell.h.

The documentation for this class was generated from the following files:

Public Member Functions