Data structure to define extrapolation state. More...

Collaboration diagram for ExtState:

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Public Attributes
const Track *	track
	Pointer to the reconstructed track.

int	pdgCode
	Particle hypothesis that is being extrapolated.

bool	isCosmic
	True for back-propagation of a cosmic ray.

double	tof
	Time of flight from IP (ns), updated during extrapolation.

double	length
	Length from start of extrapolation (rad lengths), updated during extrapolation.

G4ThreeVector	directionAtIP
	MUID: initial direction of track, used for KLID.

double	chi2
	MUID: accumulated chi-squared of all in-plane transverse deviations between extrapolation and matching hit.

int	nPoint
	MUID: accumulated number of points with matching 2D hits.

int	firstBarrelLayer
	MUID: outermost barrel layer encountered by the extrapolated track in the prior steps.

int	firstEndcapLayer
	MUID: outermost barrel layer encountered by the extrapolated track in the prior steps.

int	lastBarrelExtLayer
	MUID: outermost barrel layer crossed by the extrapolated track.

int	lastBarrelHitLayer
	MUID: outermost barrel layer with a matching hit.

int	lastEndcapExtLayer
	MUID: outermost endcap layer crossed by the extrapolated track.

int	lastEndcapHitLayer
	MUID: outermost endcap layer with a matching hit.

int	extLayerPattern
	MUID: accumulated bit pattern of layers crossed by the extrapolated track.

int	hitLayerPattern
	MUID: accumulated bit pattern of layers with matching hits.

bool	escaped
	MUID: flag to indicate that the extrapolated track escaped from the KLM.

Detailed Description

Data structure to define extrapolation state.

Definition at line 91 of file TrackExtrapolateG4e.h.

The documentation for this struct was generated from the following file:

Public Attributes