Class to access station level reconstructed data. More...

#include "revt/StationRecData.h"

Public Types
typedef StationRRecDataQuantities	Parameter

Public Member Functions
void	DeleteParameter (const Parameter i1)

void	DeleteParameterCovariance (const Parameter i1, const Parameter i2)

std::vector< std::pair < Parameter, Parameter > >	GetCovarianceEnumVector () const

std::vector< Parameter >	GetEnumVector () const

double	GetParameter (const Parameter i) const

double	GetParameterCovariance (const Parameter i1, const Parameter i2) const

bool	GetParameterCovarianceLockStatus (const Parameter i1, const Parameter i2) const

double	GetParameterError (const Parameter i) const

bool	GetParameterErrorLockStatus (const Parameter i) const

bool	GetParameterLockStatus (const Parameter i) const

bool	GetPulseFound () const

double	GetSignalArrivalAzimuth () const
	returns the azimuth angle of the signal arrival direction (perpendicular to wavefront) More...

double	GetSignalArrivalAzimuthError () const
	returns the error of the azimuth angle of the signal arrival direction (perpendicular to wavefront) More...

double	GetSignalArrivalZenith () const
	returns the zenith angle of the signal arrival direction (perpendicular to wavefront) More...

double	GetSignalArrivalZenithError () const
	returns the error of the zenith angle of the signal arrival direction (perpendicular to wavefront) More...

bool	HasParameter (const Parameter i) const

bool	HasParameterCovariance (const Parameter i1, const Parameter i2) const

bool	HasParameterError (const Parameter i1) const

void	SetParameter (Parameter i, double value, bool lock=true)

void	SetParameterCovariance (Parameter i1, Parameter i2, double value, bool lock=true)

void	SetParameterError (Parameter i, double value, bool lock=true)

void	SetPulseFound (const bool pulsefound)

Private Member Functions
	StationRecData ()=default

	~StationRecData ()=default

Static Private Member Functions
static const std::string &	CurrentModule ()

Private Attributes
bool	fPulseFound = false

utl::ParameterStorage< Parameter >	fStationQuantities {"REvent:StationRecData"}

Friends
class	revt::Station

class	utl::ShadowPtr< StationRecData >

Detailed Description

Class to access station level reconstructed data.

Definition at line 26 of file REvent/StationRecData.h.

Member Typedef Documentation

typedef StationRRecDataQuantities revt::StationRecData::Parameter

Definition at line 30 of file REvent/StationRecData.h.

Constructor & Destructor Documentation

revt::StationRecData::StationRecData ( )

privatedefault

revt::StationRecData::~StationRecData ( )

privatedefault

Member Function Documentation

static const std::string& revt::StationRecData::CurrentModule ( )

inlinestaticprivate

Definition at line 104 of file REvent/StationRecData.h.

Referenced by DeleteParameter(), DeleteParameterCovariance(), GetParameter(), GetParameterCovariance(), GetParameterCovarianceLockStatus(), GetParameterError(), GetParameterErrorLockStatus(), GetParameterLockStatus(), SetParameter(), SetParameterCovariance(), and SetParameterError().

void revt::StationRecData::DeleteParameter ( const Parameter i1 )

inline

Definition at line 68 of file REvent/StationRecData.h.

References CurrentModule(), and fStationQuantities.

Referenced by RdWaveFit::RdWaveFit::ConicalWaveFit(), RdWaveFit::RdWaveFit::PlaneWaveFit(), RdWaveFit::RdWaveFit::Run(), RdWaveFit::RdWaveFit::SphericalWaveFit(), and RdWaveFit::RdWaveFit::SphericalWaveFitVarC().

void revt::StationRecData::DeleteParameterCovariance	(	const Parameter	i1,
		const Parameter	i2
	)

inline

Definition at line 71 of file REvent/StationRecData.h.

References CurrentModule(), and fStationQuantities.

std::vector<std::pair<Parameter, Parameter> > revt::StationRecData::GetCovarianceEnumVector ( ) const

inline

Definition at line 77 of file REvent/StationRecData.h.

References fStationQuantities.

Referenced by otoa::RdFiller::FillRadioStations().

std::vector<Parameter> revt::StationRecData::GetEnumVector ( ) const

inline

Definition at line 74 of file REvent/StationRecData.h.

References fStationQuantities.

Referenced by otoa::RdFiller::FillRadioStations().

double revt::StationRecData::GetParameter ( const Parameter i ) const

inline

Definition at line 32 of file REvent/StationRecData.h.

References CurrentModule(), and fStationQuantities.

Referenced by RdStationSignalInterpolator::RdStationSignalInterpolator::BicubicInterpolation(), RdStationSignalInterpolator::RdStationSignalInterpolator::BilinearInterpolation(), RdPolarizationReconstructor::RdPolarizationReconstructor::CalculateAndFillChargeExcessFraction(), RdPolarizationReconstructor::RdPolarizationReconstructor::CalculateAndFillStokesParameters(), RdPlaneFit::RdPlaneFit::CalculateTimeResidual(), RdScintPlaneFit::RdScintPlaneFit::CalculateTimeResidual(), RdHyperbolicWavefrontFit::RdHyperbolicWavefrontFit::CalculateTimeResidual(), RdStationPulseShapeRejector::RdStationPulseShapeRejector::CheckT1Crossings(), RdStationPulseShapeRejector::RdStationPulseShapeRejector::CheckT2Crossings(), RdScintSignalReconstructor::RdScintSignalReconstructor::ComputeBaryCenter(), RdWaveFit::RdWaveFit::ComputeBaryCenter(), RdScintSignalReconstructor::RdScintSignalReconstructor::ComputeBaryTime(), RdWaveFit::RdWaveFit::ConicalWaveFit(), otoa::RdFiller::FillRadioStations(), RdChannelLinearPredictorRFISuppressor::RdChannelLinearPredictorRFISuppressor::FillSampleDataWithRelevantValuesForFirstChannel(), RdChannelNoisePulseCounter::RdChannelNoisePulseCounter::FindPulse(), RdStationPulseShapeRejector::RdStationPulseShapeRejector::FindTraceMaximum(), RdLDFFitter::RdLDFFitter::GetAnglesToEFieldExpectation(), RdLDFFitter::RdLDFFitter::GetAnglesToLorentzVector(), RdPlaneFit::RdPlaneFit::LinearFit(), RdScintPlaneFit::RdScintPlaneFit::LinearFit(), RdChannelBeaconSignalExtractor::RdChannelBeaconSignalExtractor::matchStationTimeStamps(), RdTimeCalibration::RdTimeCalibration::MatchStationTimeStamps(), CalcBeaconRefPhase::CalcBeaconRefPhase::matchStationTimeStamps(), RdChannelBeaconTimingCalibrator::RdChannelBeaconTimingCalibrator::matchStationTimeStamps(), RdStationSignalInterpolator::RdStationSignalInterpolator::NearestNeighbourInterpolation(), RdPlaneFit::RdPlaneFit::PlaneFit3DFnc(), RdScintPlaneFit::RdScintPlaneFit::PlaneFit3DFnc(), RdPlaneFit::RdPlaneFit::PlaneFit3DHorizonFnc(), RdScintPlaneFit::RdScintPlaneFit::PlaneFit3DHorizonFnc(), RdPreWaveFitter::RdPreWaveFitter::PlaneWaveFit(), RdWaveFit::RdWaveFit::PlaneWaveFit(), RdLDFFitter::RdLDFFitter::PlotGoodnessOfFit(), RdSphericalFit::RdSphericalFit::Run(), RdStationTimeWindowConsolidatorOG::RdStationTimeWindowConsolidator::Run(), RdStationEFieldVectorCalculator::RdStationEFieldVectorCalculator::Run(), RdTimeJitterAdder::RdTimeJitterAdder::Run(), RdScintSignalReconstructor::RdScintSignalReconstructor::Run(), RdStationQualityAssessor::RdStationQualityAssessor::Run(), RdStationTimingCalibratorOG::RdStationTimingCalibrator::Run(), RdStationPolarizationRejector::RdStationPolarizationRejector::Run(), RdChannelRiseTimeCalculator::RdChannelRiseTimeCalculator::Run(), RdStationPositionCorrectionOG::RdStationPositionCorrection::Run(), RdStationRiseTimeCalculator::RdStationRiseTimeCalculator::Run(), Rd2dLDFFitter::Rd2dLDFFitter::Run(), RdChannelBeaconTimingCalibrator::RdChannelBeaconTimingCalibrator::Run(), RdLDFChargeExcessCorrector::RdLDFChargeExcessCorrector::Run(), RdStationSignalReconstructor::RdStationSignalReconstructor::Run(), RdChannelNoisePulseCounter::RdChannelNoisePulseCounter::Run(), RdStationSignalReconstructorWithBgSubtraction::RdStationSignalReconstructorWithBgSubtraction::Run(), RdPlaneFit::RdPlaneFit::Run(), RdTimeCalibration::RdTimeCalibration::Run(), RdCheckFootprint::RdCheckFootprint::Run(), RdScintPlaneFit::RdScintPlaneFit::Run(), RdGlobalFit::RdGlobalFit::Run(), RdLDFMultiFitter::RdLDFMultiFitter::Run(), RdStationSignalInterpolator::RdStationSignalInterpolator::Run(), RdLDFFitter::RdLDFFitter::Run(), RdGeoCeLDFFitter::RdGeoCeLDFFitter::Run(), RdWaveFit::RdWaveFit::Run(), RdBeamFormer::RdBeamFormer::shiftTraces(), RdWaveFit::RdWaveFit::SphericalWaveFit(), RdWaveFit::RdWaveFit::SphericalWaveFitVarC(), and RdAirplane::PulseInfoWriter::writePulseInfo().

double revt::StationRecData::GetParameterCovariance	(	const Parameter	i1,
		const Parameter	i2
	)		const

inline

Definition at line 44 of file REvent/StationRecData.h.

References CurrentModule(), and fStationQuantities.

Referenced by otoa::RdFiller::FillRadioStations().

bool revt::StationRecData::GetParameterCovarianceLockStatus	(	const Parameter	i1,
		const Parameter	i2
	)		const

inline

Definition at line 47 of file REvent/StationRecData.h.

References CurrentModule(), and fStationQuantities.

double revt::StationRecData::GetParameterError ( const Parameter i ) const

inline

Definition at line 38 of file REvent/StationRecData.h.

References CurrentModule(), fStationQuantities, and sqrt().

Referenced by RdStationSignalInterpolator::RdStationSignalInterpolator::BicubicInterpolation(), RdStationSignalInterpolator::RdStationSignalInterpolator::BilinearInterpolation(), RdPolarizationReconstructor::RdPolarizationReconstructor::CalculateAndFillChargeExcessFraction(), RdPlaneFit::RdPlaneFit::CalculateTimeResidual(), RdScintPlaneFit::RdScintPlaneFit::CalculateTimeResidual(), RdHyperbolicWavefrontFit::RdHyperbolicWavefrontFit::CalculateTimeResidual(), RdWaveFit::RdWaveFit::ConicalWaveFit(), RdLDFFitter::RdLDFFitter::GetAnglesToEFieldExpectation(), RdLDFFitter::RdLDFFitter::GetAnglesToLorentzVector(), RdPlaneFit::RdPlaneFit::LinearFit(), RdStationSignalInterpolator::RdStationSignalInterpolator::NearestNeighbourInterpolation(), RdPlaneFit::RdPlaneFit::PlaneFit3DFnc(), RdScintPlaneFit::RdScintPlaneFit::PlaneFit3DFnc(), RdPlaneFit::RdPlaneFit::PlaneFit3DHorizonFnc(), RdScintPlaneFit::RdScintPlaneFit::PlaneFit3DHorizonFnc(), RdPreWaveFitter::RdPreWaveFitter::PlaneWaveFit(), RdWaveFit::RdWaveFit::PlaneWaveFit(), RdLDFFitter::RdLDFFitter::PlotGoodnessOfFit(), RdSphericalFit::RdSphericalFit::Run(), Rd2dLDFFitter::Rd2dLDFFitter::Run(), RdLDFChargeExcessCorrector::RdLDFChargeExcessCorrector::Run(), RdStationSignalReconstructor::RdStationSignalReconstructor::Run(), RdStationSignalReconstructorWithBgSubtraction::RdStationSignalReconstructorWithBgSubtraction::Run(), RdCheckFootprint::RdCheckFootprint::Run(), RdGlobalFit::RdGlobalFit::Run(), RdLDFMultiFitter::RdLDFMultiFitter::Run(), RdLDFFitter::RdLDFFitter::Run(), RdGeoCeLDFFitter::RdGeoCeLDFFitter::Run(), RdWaveFit::RdWaveFit::Run(), RdWaveFit::RdWaveFit::SphericalWaveFit(), and RdWaveFit::RdWaveFit::SphericalWaveFitVarC().

bool revt::StationRecData::GetParameterErrorLockStatus ( const Parameter i ) const

inline

Definition at line 41 of file REvent/StationRecData.h.

References CurrentModule(), and fStationQuantities.

bool revt::StationRecData::GetParameterLockStatus ( const Parameter i ) const

inline

Definition at line 35 of file REvent/StationRecData.h.

References CurrentModule(), and fStationQuantities.

bool revt::StationRecData::GetPulseFound ( ) const

inline

bool is set to true, if the pulse finder finds a pulse higher than a minimal signal and a minimal signal to noise value, which can be set in the xml file

Definition at line 82 of file REvent/StationRecData.h.

References fPulseFound.

Referenced by RdPreWaveFitter::RdPreWaveFitter::PlaneWaveFit(), RdLDFChargeExcessCorrector::RdLDFChargeExcessCorrector::Run(), RdAirplane::RdAirplaneTiming::Run(), RdCheckFootprint::RdCheckFootprint::Run(), RdLDFMultiFitter::RdLDFMultiFitter::Run(), and RdClusterFinder::RdClusterFinder::UseStation().

double StationRecData::GetSignalArrivalAzimuth ( ) const

returns the azimuth angle of the signal arrival direction (perpendicular to wavefront)

returns the azimuth angle of signal arrival direction

Definition at line 13 of file REvent/StationRecData.cc.

References WARNING.

Referenced by RdAntennaChannelToStationConverter::RdAntennaChannelToStationConverter::Run().

double StationRecData::GetSignalArrivalAzimuthError ( ) const

returns the error of the azimuth angle of the signal arrival direction (perpendicular to wavefront)

returs the error of the azimuth angle of signal arrival direction

Definition at line 30 of file REvent/StationRecData.cc.

References sqrt(), and WARNING.

double StationRecData::GetSignalArrivalZenith ( ) const

returns the zenith angle of the signal arrival direction (perpendicular to wavefront)

returs the zenith angle of signal arrival direction

Definition at line 67 of file REvent/StationRecData.cc.

References WARNING.

Referenced by RdAntennaChannelToStationConverter::RdAntennaChannelToStationConverter::Run().

double StationRecData::GetSignalArrivalZenithError ( ) const

returns the error of the zenith angle of the signal arrival direction (perpendicular to wavefront)

returs the error of the zenith angle of signal arrival direction

Definition at line 86 of file REvent/StationRecData.cc.

References sqrt(), and WARNING.

bool revt::StationRecData::HasParameter ( const Parameter i ) const

inline

Definition at line 50 of file REvent/StationRecData.h.

References fStationQuantities, and utl::ParameterStorage< IndexEnum, ParameterType, ParameterCovarianceType >::HasParameter().

Referenced by RdStationSignalInterpolator::RdStationSignalInterpolator::BicubicInterpolation(), RdStationSignalInterpolator::RdStationSignalInterpolator::BilinearInterpolation(), RdScintPlaneFit::RdScintPlaneFit::CalculateTimeResidual(), RdScintSignalReconstructor::RdScintSignalReconstructor::ComputeBaryCenter(), RdScintSignalReconstructor::RdScintSignalReconstructor::ComputeBaryTime(), otoa::RdFiller::FillRadioStations(), RdScintPlaneFit::RdScintPlaneFit::LinearFit(), RdStationSignalInterpolator::RdStationSignalInterpolator::NearestNeighbourInterpolation(), RdScintPlaneFit::RdScintPlaneFit::PlaneFit3DFnc(), RdScintPlaneFit::RdScintPlaneFit::PlaneFit3DHorizonFnc(), RdAntennaChannelToStationConverter::RdAntennaChannelToStationConverter::Run(), RdStationTimeWindowConsolidatorOG::RdStationTimeWindowConsolidator::Run(), RdTimeJitterAdder::RdTimeJitterAdder::Run(), RdStationTimingCalibratorOG::RdStationTimingCalibrator::Run(), RdStationPositionCorrectionOG::RdStationPositionCorrection::Run(), RdStationSignalReconstructor::RdStationSignalReconstructor::Run(), RdScintPlaneFit::RdScintPlaneFit::Run(), RdStationSignalInterpolator::RdStationSignalInterpolator::Run(), RdLDFFitter::RdLDFFitter::Run(), and RdBeamFormer::RdBeamFormer::shiftTraces().

bool revt::StationRecData::HasParameterCovariance	(	const Parameter	i1,
		const Parameter	i2
	)		const

inline

Definition at line 56 of file REvent/StationRecData.h.

References fStationQuantities.

Referenced by otoa::RdFiller::FillRadioStations().

bool revt::StationRecData::HasParameterError ( const Parameter i1 ) const

inline

Definition at line 53 of file REvent/StationRecData.h.

References fStationQuantities.

Referenced by RdStationSignalInterpolator::RdStationSignalInterpolator::BicubicInterpolation(), RdStationSignalInterpolator::RdStationSignalInterpolator::BilinearInterpolation(), RdStationSignalInterpolator::RdStationSignalInterpolator::NearestNeighbourInterpolation(), RdStationTimingCalibratorOG::RdStationTimingCalibrator::Run(), and RdLDFFitter::RdLDFFitter::Run().

void revt::StationRecData::SetParameter	(	Parameter	i,
		double	value,
		bool	lock = `true`
	)

inline

Definition at line 59 of file REvent/StationRecData.h.

References CurrentModule(), and fStationQuantities.

Referenced by RdPolarizationReconstructor::RdPolarizationReconstructor::CalculateAndFillChargeExcessFraction(), RdPolarizationReconstructor::RdPolarizationReconstructor::CalculateAndFillStokesParameters(), RdPlaneFit::RdPlaneFit::CalculateTimeResidual(), RdScintPlaneFit::RdScintPlaneFit::CalculateTimeResidual(), RdHyperbolicWavefrontFit::RdHyperbolicWavefrontFit::CalculateTimeResidual(), RdWaveFit::RdWaveFit::ConicalWaveFit(), RdChannelBeaconSignalExtractor::RdChannelBeaconSignalExtractor::matchStationTimeStamps(), RdTimeCalibration::RdTimeCalibration::MatchStationTimeStamps(), CalcBeaconRefPhase::CalcBeaconRefPhase::matchStationTimeStamps(), RdChannelBeaconTimingCalibrator::RdChannelBeaconTimingCalibrator::matchStationTimeStamps(), RdWaveFit::RdWaveFit::PlaneWaveFit(), RdSphericalFit::RdSphericalFit::Run(), RdHASLDFFitter::RdHASLDFFitter::Run(), RdStationTimeWindowConsolidatorOG::RdStationTimeWindowConsolidator::Run(), RdStationEFieldVectorCalculator::RdStationEFieldVectorCalculator::Run(), RdTimeJitterAdder::RdTimeJitterAdder::Run(), RdScintSignalReconstructor::RdScintSignalReconstructor::Run(), RdStationTimingCalibratorOG::RdStationTimingCalibrator::Run(), RdStationPositionCorrectionOG::RdStationPositionCorrection::Run(), RdStationRiseTimeCalculator::RdStationRiseTimeCalculator::Run(), Rd2dLDFFitter::Rd2dLDFFitter::Run(), RdChannelBeaconTimingCalibrator::RdChannelBeaconTimingCalibrator::Run(), RdLDFChargeExcessCorrector::RdLDFChargeExcessCorrector::Run(), RdStationSignalReconstructor::RdStationSignalReconstructor::Run(), RdStationSignalReconstructorWithBgSubtraction::RdStationSignalReconstructorWithBgSubtraction::Run(), RdPlaneFit::RdPlaneFit::Run(), RdAirplane::RdAirplaneArrivalDirectionSetter::Run(), RdTimeCalibration::RdTimeCalibration::Run(), RdStationSignalInterpolator::RdStationSignalInterpolator::Run(), RdLDFFitter::RdLDFFitter::Run(), RdGeoCeLDFFitter::RdGeoCeLDFFitter::Run(), RdWaveFit::RdWaveFit::Run(), RdWaveFit::RdWaveFit::SphericalWaveFit(), and RdWaveFit::RdWaveFit::SphericalWaveFitVarC().

void revt::StationRecData::SetParameterCovariance	(	Parameter	i1,
		Parameter	i2,
		double	value,
		bool	lock = `true`
	)

inline

Definition at line 65 of file REvent/StationRecData.h.

References CurrentModule(), and fStationQuantities.

void revt::StationRecData::SetParameterError	(	Parameter	i,
		double	value,
		bool	lock = `true`
	)

inline

Definition at line 62 of file REvent/StationRecData.h.

References CurrentModule(), and fStationQuantities.

Referenced by RdPlaneFit::RdPlaneFit::CalculateTimeResidual(), RdScintPlaneFit::RdScintPlaneFit::CalculateTimeResidual(), RdHyperbolicWavefrontFit::RdHyperbolicWavefrontFit::CalculateTimeResidual(), RdWaveFit::RdWaveFit::ConicalWaveFit(), RdWaveFit::RdWaveFit::PlaneWaveFit(), RdSphericalFit::RdSphericalFit::Run(), RdHASLDFFitter::RdHASLDFFitter::Run(), RdStationEFieldVectorCalculator::RdStationEFieldVectorCalculator::Run(), RdTimeJitterAdder::RdTimeJitterAdder::Run(), RdScintSignalReconstructor::RdScintSignalReconstructor::Run(), RdStationTimingCalibratorOG::RdStationTimingCalibrator::Run(), RdChannelBeaconTimingCalibrator::RdChannelBeaconTimingCalibrator::Run(), RdLDFChargeExcessCorrector::RdLDFChargeExcessCorrector::Run(), RdStationSignalReconstructor::RdStationSignalReconstructor::Run(), RdStationSignalReconstructorWithBgSubtraction::RdStationSignalReconstructorWithBgSubtraction::Run(), RdStationSignalInterpolator::RdStationSignalInterpolator::Run(), RdWaveFit::RdWaveFit::Run(), RdWaveFit::RdWaveFit::SphericalWaveFit(), and RdWaveFit::RdWaveFit::SphericalWaveFitVarC().

void revt::StationRecData::SetPulseFound ( const bool pulsefound )

inline

bool is set to true, if the pulse finder finds a pulse higher than a minimal signal and a minimal sognal to noise value, which can be set in the xml file

Definition at line 86 of file REvent/StationRecData.h.

References fPulseFound.

Referenced by RdStationSignalReconstructor::RdStationSignalReconstructor::Run(), RdStationSignalReconstructorWithBgSubtraction::RdStationSignalReconstructorWithBgSubtraction::Run(), RdCheckFootprint::RdCheckFootprint::Run(), and RdStationSignalInterpolator::RdStationSignalInterpolator::Run().