Acts::TrackSelector::Config Struct Reference

Configuration of a set of cuts for a single eta bin Default construction yields a set of cuts that accepts everything. More...

#include <Acts/TrackFinding/TrackSelector.hpp>

Collaboration diagram for Acts::TrackSelector::Config:

Public Member Functions
Config &	absEta (double min, double max)
	Set the absolute eta acceptance range.
Config &	eta (double min, double max)
	Set the eta acceptance range.
Config &	loc0 (double min, double max)
	Set loc0 acceptance range.
Config &	loc1 (double min, double max)
	Set loc1 acceptance range.
Config &	phi (double min, double max)
	Set phi acceptance range.
Config &	pt (double min, double max)
	Set the pt acceptance range.
Config &	time (double min, double max)
	Set time acceptance range.

Public Attributes
double	absEtaMax = inf
	Maximum absolute eta cut for track selection.
double	absEtaMin = 0.0
	Minimum absolute eta cut for track selection.
double	etaMax = inf
	Maximum eta cut for track selection.
double	etaMin = -inf
	Minimum eta cut for track selection.
double	loc0Max = inf
	Maximum local position in first coordinate.
double	loc0Min = -inf
	Minimum local position in first coordinate.
double	loc1Max = inf
	Maximum local position in second coordinate.
double	loc1Min = -inf
	Minimum local position in second coordinate.
double	maxChi2 = inf
	Maximum chi-squared cut for track selection.
std::size_t	maxHoles = std::numeric_limits<std::size_t>::max()
	Maximum number of holes allowed.
std::size_t	maxHolesAndOutliers = std::numeric_limits<std::size_t>::max()
	Maximum number of holes and outliers combined.
std::size_t	maxOutliers = std::numeric_limits<std::size_t>::max()
	Maximum number of outliers allowed.
std::size_t	maxSharedHits = std::numeric_limits<std::size_t>::max()
	Maximum number of shared hits allowed.
MeasurementCounter	measurementCounter
	Counter for geometry-specific measurement requirements.
std::size_t	minMeasurements = 0
	Minimum number of measurements required.
double	phiMax = inf
	Maximum phi cut for track selection.
double	phiMin = -inf
	Minimum phi cut for track selection.
double	ptMax = inf
	Maximum transverse momentum cut.
double	ptMin = 0.0
	Minimum transverse momentum cut.
bool	requireReferenceSurface = true
	Whether a reference surface is required for the track If false, the parameter cuts are not evaluated.
double	timeMax = inf
	Maximum track time cut.
double	timeMin = -inf
	Minimum track time cut.

Detailed Description

Configuration of a set of cuts for a single eta bin Default construction yields a set of cuts that accepts everything.

Member Function Documentation

absEta()

TrackSelector::Config & Acts::TrackSelector::Config::absEta	(	double	min,
		double	max )

Set the absolute eta acceptance range.

Parameters

min	Minimum value
max	Maximum value

Returns

Reference to this object

eta()

TrackSelector::Config & Acts::TrackSelector::Config::eta	(	double	min,
		double	max )

Set the eta acceptance range.

Parameters

min	Minimum value
max	Maximum value

Returns

Reference to this object

loc0()

TrackSelector::Config & Acts::TrackSelector::Config::loc0	(	double	min,
		double	max )

Set loc0 acceptance range.

Parameters

min	Minimum value
max	Maximum value

Returns

Reference to this object

loc1()

TrackSelector::Config & Acts::TrackSelector::Config::loc1	(	double	min,
		double	max )

Set loc1 acceptance range.

Parameters

min	Minimum value
max	Maximum value

Returns

Reference to this object

phi()

TrackSelector::Config & Acts::TrackSelector::Config::phi	(	double	min,
		double	max )

Set phi acceptance range.

Parameters

min	Minimum value
max	Maximum value

Returns

Reference to this object

pt()

TrackSelector::Config & Acts::TrackSelector::Config::pt	(	double	min,
		double	max )

Set the pt acceptance range.

Parameters

min	Minimum value
max	Maximum value

Returns

Reference to this object

time()

TrackSelector::Config & Acts::TrackSelector::Config::time	(	double	min,
		double	max )

Set time acceptance range.

Parameters

min	Minimum value
max	Maximum value

Returns

Reference to this object