SHiP::trout Namespace Reference

Classes
struct	DetectorField
struct	DetectorGeometry
class	CalorimeterHistogrammer
class	MultiplicityHistogrammer
struct	SeedHitPair
struct	HitUncertaintyContext
class	SpectrometerCkf
class	SpectrometerHistogrammer
class	SpectrometerMeasurements
struct	SpillContext
class	SurroundTaggerHistogrammer
class	TimingDetectorHistogrammer
class	UpstreamTaggerHistogrammer
class	HistoFileService
class	IndexSourceLink
	A source link that stores just an index. More...
struct	IndexSourceLinkSurfaceAccessor
struct	IndexSourceLinkAccessor
	Accessor for the above source link container. More...
struct	FixedString
struct	NamedHit
class	RNTupleFileService
class	TypedHitWriter
class	TypedHitWriters
class	HitRNTupleWriter

Typedefs
using	SpectrometerTracks = std::vector<SHiP::TrackFitResult>
using	UpstreamTaggerObjects = std::vector<SHiP::UBTHit>
using	SurroundTaggerObjects = std::vector<SHiP::SBTHit>
using	CalorimeterObjects = std::vector<SHiP::CaloHit>
using	TimingDetectorObjects = std::vector<SHiP::TimeDetHit>
using	SimHits = std::vector<SHiP::SimHit>
using	SimParticles = std::vector<SHiP::SimParticle>
using	ReconstructedWriters
using	SimTruthWriters
using	ModuleProxy = phlex::detail::module_graph_proxy<phlex::detail::void_tag>

Functions
void	register_fit_seed (ModuleProxy const &m, phlex::experimental::identifier const &layer, phlex::experimental::identifier const &seedLayer)
void	register_generate_seeds (ModuleProxy const &m, phlex::experimental::identifier const &layer, std::string const &seedLayerName)
Acts::SquareMatrix2	hitCovariance (HitUncertaintyContext const &)
void	register_prepare_measurements (ModuleProxy const &m, phlex::experimental::identifier const &layer)
template<typename Hit, typename Registrar>
void	register_identity_reco (Registrar &m, phlex::configuration const &config, std::string const &name, std::string const &input_suffix)
std::optional< Acts::BoundTrackParameters >	makeSeedFromHitPair (const SpectrometerMeasurements::Measurement &m0, const SpectrometerMeasurements::Measurement &m1)
template<typename TrackStateProxy>
Acts::Result< std::pair< typename std::vector< TrackStateProxy >::iterator, typename std::vector< TrackStateProxy >::iterator > >	selectNearestMeasurement (std::vector< TrackStateProxy > &candidates, bool &isOutlier, const Acts::Logger &)
TrackFitResult	fromActsFitResult (const Acts::Result< Acts::TrackContainer< Acts::VectorTrackContainer, Acts::VectorMultiTrajectory, Acts::ValueHolder >::TrackProxy > &actsResult, Acts::TrackContainer< Acts::VectorTrackContainer, Acts::VectorMultiTrajectory, Acts::ValueHolder > &tracks, Acts::GeometryContext const &gctx)
std::shared_ptr< ROOT::Experimental::RHist< double > >	make_hist (std::uint64_t nbins, double low, double high)

Typedef Documentation

CalorimeterObjects

using SHiP::trout::CalorimeterObjects = std::vector<SHiP::CaloHit>

ModuleProxy

using SHiP::trout::ModuleProxy = phlex::detail::module_graph_proxy<phlex::detail::void_tag>

ReconstructedWriters

using SHiP::trout::ReconstructedWriters

Initial value:

 TypedHitWriters<
    NamedHit<"spectrometer_tracks", SHiP::TrackFitResult>,
    NamedHit<"upstream_tagger", SHiP::UBTHit>, NamedHit<"surround_tagger", SHiP::SBTHit>,
    NamedHit<"calorimeter", SHiP::CaloHit>, NamedHit<"timing_detector", SHiP::TimeDetHit>>

SimHits

using SHiP::trout::SimHits = std::vector<SHiP::SimHit>

SimParticles

using SHiP::trout::SimParticles = std::vector<SHiP::SimParticle>

SimTruthWriters

using SHiP::trout::SimTruthWriters

Initial value:

 TypedHitWriters<NamedHit<"sim_hits", SHiP::SimHit>,
                                        NamedHit<"sim_particles", SHiP::SimParticle>>

SpectrometerTracks

using SHiP::trout::SpectrometerTracks = std::vector<SHiP::TrackFitResult>

SurroundTaggerObjects

using SHiP::trout::SurroundTaggerObjects = std::vector<SHiP::SBTHit>

TimingDetectorObjects

using SHiP::trout::TimingDetectorObjects = std::vector<SHiP::TimeDetHit>

UpstreamTaggerObjects

using SHiP::trout::UpstreamTaggerObjects = std::vector<SHiP::UBTHit>

Function Documentation

fromActsFitResult()

TrackFitResult SHiP::trout::fromActsFitResult ( const Acts::Result< Acts::TrackContainer< Acts::VectorTrackContainer, Acts::VectorMultiTrajectory, Acts::ValueHolder >::TrackProxy > & actsResult, Acts::TrackContainer< Acts::VectorTrackContainer, Acts::VectorMultiTrajectory, Acts::ValueHolder > & tracks, Acts::GeometryContext const & gctx )

inline

hitCovariance()

Acts::SquareMatrix2 SHiP::trout::hitCovariance

(

HitUncertaintyContext const &

)

make_hist()

std::shared_ptr< ROOT::Experimental::RHist< double > > SHiP::trout::make_hist ( std::uint64_t nbins, double low, double high )

inline

makeSeedFromHitPair()

std::optional< Acts::BoundTrackParameters > SHiP::trout::makeSeedFromHitPair ( const SpectrometerMeasurements::Measurement & m0, const SpectrometerMeasurements::Measurement & m1 )

inline

register_fit_seed()

void SHiP::trout::register_fit_seed	(	ModuleProxy const &	m,
		phlex::experimental::identifier const &	layer,
		phlex::experimental::identifier const &	seedLayer )

register_generate_seeds()

void SHiP::trout::register_generate_seeds	(	ModuleProxy const &	m,
		phlex::experimental::identifier const &	layer,
		std::string const &	seedLayerName )

register_identity_reco()

template<typename Hit, typename Registrar>

void SHiP::trout::register_identity_reco	(	Registrar &	m,
		phlex::configuration const &	config,
		std::string const &	name,
		std::string const &	input_suffix )

register_prepare_measurements()

void SHiP::trout::register_prepare_measurements	(	ModuleProxy const &	m,
		phlex::experimental::identifier const &	layer )

selectNearestMeasurement()

template<typename TrackStateProxy>

Acts::Result< std::pair< typename std::vector< TrackStateProxy >::iterator, typename std::vector< TrackStateProxy >::iterator > > SHiP::trout::selectNearestMeasurement	(	std::vector< TrackStateProxy > &	candidates,
		bool &	isOutlier,
		const Acts::Logger &	)