Acts::GsfOptions< traj_t > Struct Template Reference

#include <Acts/TrackFitting/GsfOptions.hpp>

Collaboration diagram for Acts::GsfOptions< traj_t >:

Public Member Functions
	GsfOptions (const GeometryContext &geoCtxt, const MagneticFieldContext &magFieldCtxt, const CalibrationContext &calibCtxt)

Public Attributes
bool	abortOnError = false
std::reference_wrapper< const CalibrationContext >	calibrationContext
ComponentMergeMethod	componentMergeMethod = ComponentMergeMethod::eMaxWeight
bool	disableAllMaterialHandling = false
GsfExtensions< traj_t >	extensions
std::string_view	finalMultiComponentStateColumn = ""
std::reference_wrapper< const GeometryContext >	geoContext
std::reference_wrapper< const MagneticFieldContext >	magFieldContext
std::size_t	maxComponents = 4
PropagatorPlainOptions	propagatorPlainOptions
const Surface *	referenceSurface = nullptr
double	reverseFilteringCovarianceScaling = 100.0
	Scaling factor for the covariance matrix before reverse filtering.
bool	useExternalSurfaces = true
	Whether to use the external-surfaces mechanism of the navigator which switches off the boundary-check for measurement surfaces.
double	weightCutoff = 1.e-4

Constructor & Destructor Documentation

GsfOptions()

template<typename traj_t>

Acts::GsfOptions< traj_t >::GsfOptions	(	const GeometryContext &	geoCtxt,
		const MagneticFieldContext &	magFieldCtxt,
		const CalibrationContext &	calibCtxt )

Member Data Documentation

abortOnError

template<typename traj_t>

bool Acts::GsfOptions< traj_t >::abortOnError = false

calibrationContext

template<typename traj_t>

std::reference_wrapper<const CalibrationContext> Acts::GsfOptions< traj_t >::calibrationContext

componentMergeMethod

template<typename traj_t>

ComponentMergeMethod Acts::GsfOptions< traj_t >::componentMergeMethod = ComponentMergeMethod::eMaxWeight

disableAllMaterialHandling

template<typename traj_t>

bool Acts::GsfOptions< traj_t >::disableAllMaterialHandling = false

extensions

template<typename traj_t>

GsfExtensions<traj_t> Acts::GsfOptions< traj_t >::extensions

finalMultiComponentStateColumn

template<typename traj_t>

std::string_view Acts::GsfOptions< traj_t >::finalMultiComponentStateColumn = ""

geoContext

template<typename traj_t>

std::reference_wrapper<const GeometryContext> Acts::GsfOptions< traj_t >::geoContext

magFieldContext

template<typename traj_t>

std::reference_wrapper<const MagneticFieldContext> Acts::GsfOptions< traj_t >::magFieldContext

maxComponents

template<typename traj_t>

std::size_t Acts::GsfOptions< traj_t >::maxComponents = 4

propagatorPlainOptions

template<typename traj_t>

PropagatorPlainOptions Acts::GsfOptions< traj_t >::propagatorPlainOptions

referenceSurface

template<typename traj_t>

const Surface* Acts::GsfOptions< traj_t >::referenceSurface = nullptr

reverseFilteringCovarianceScaling

template<typename traj_t>

double Acts::GsfOptions< traj_t >::reverseFilteringCovarianceScaling = 100.0

Scaling factor for the covariance matrix before reverse filtering.

Note that the default value is not tuned and might need adjustment for different use cases.

useExternalSurfaces

template<typename traj_t>

bool Acts::GsfOptions< traj_t >::useExternalSurfaces = true

Whether to use the external-surfaces mechanism of the navigator which switches off the boundary-check for measurement surfaces.

weightCutoff

template<typename traj_t>

double Acts::GsfOptions< traj_t >::weightCutoff = 1.e-4