UnfoldUtilities.icc File Reference

Go to the source code of this file.

Functions
double	CustomInfillShowerToShowerFluctuation (const double lgE)
double	CustomShowerToShowerFluctuation (const double lgE)
double	DataSD1500EnergyResolution (const double lgE, const double zenith)
double	DataSD750EnergyResolution (const double lgE, const double zenith)
double	EfficientZenithDistrib (double *x, double *par)
TVectorD	EnergyBias (TVectorD lgEs, TVectorD pCal, const bool infill)
TVectorD	EnergyResolution (TVectorD lgEs, const bool data, const bool infill)
TVectorD	GetSDCalPars (bool infill=false)
double	IntegrateEnergyResolution (const double lgE, const bool data, const bool infill)
double	InverseSdCalibration (const double lgE, TVectorD pCal)
TMatrixD	kResolutionMatrix (TVectorD pCal, TVectorD xos, double *resolutionOffset, const bool useResFromData, const bool infill)
double	ResolutionZenithDistrib (double *x, double *par)
double	ScaledErrorFunction (const double x, const std::vector< double > &pars)
double	SD1500TriggerEfficiency (const double lgE, const double zenith)
double	SD750TriggerEfficiency (const double lgE, const double zenith)
double	SDTriggerEfficiency (const double lgE, const bool infill)
double	SimulationSD1500EnergyResolution (const double lgE, const double zenith)
double	SimulationSD750EnergyResolution (const double lgE, const double zenith)

Function Documentation

double CustomInfillShowerToShowerFluctuation

(

const double

lgE

)

Definition at line 284 of file UnfoldUtilities.icc.

Referenced by EnergyResolution().

double CustomShowerToShowerFluctuation

(

const double

lgE

)

Definition at line 271 of file UnfoldUtilities.icc.

Referenced by EnergyResolution().

double DataSD1500EnergyResolution	(	const double	lgE,
		const double	zenith
	)

Definition at line 184 of file UnfoldUtilities.icc.

References GetSDCalPars(), InverseSdCalibration(), and std::pow().

Referenced by ResolutionValue(), and ResolutionZenithDistrib().

double DataSD750EnergyResolution	(	const double	lgE,
		const double	zenith
	)

Definition at line 208 of file UnfoldUtilities.icc.

References GetSDCalPars(), InverseSdCalibration(), and std::pow().

Referenced by ResolutionZenithDistrib().

double EfficientZenithDistrib	(	double *	x,
		double *	par
	)

Definition at line 88 of file UnfoldUtilities.icc.

References SD1500TriggerEfficiency(), and SD750TriggerEfficiency().

Referenced by SDTriggerEfficiency().

TVectorD EnergyBias	(	TVectorD	lgEs,
		TVectorD	pCal,
		const bool	infill
	)

Definition at line 130 of file UnfoldUtilities.icc.

Referenced by kResolutionMatrix().

TVectorD EnergyResolution	(	TVectorD	lgEs,
		const bool	data,
		const bool	infill
	)

Definition at line 291 of file UnfoldUtilities.icc.

References CustomInfillShowerToShowerFluctuation(), CustomShowerToShowerFluctuation(), IntegrateEnergyResolution(), and std::pow().

Referenced by kResolutionMatrix().

TVectorD GetSDCalPars

(

bool

infill = false

)

Definition at line 6 of file UnfoldUtilities.icc.

References HeraldAnalysis.

Referenced by DataSD1500EnergyResolution(), DataSD750EnergyResolution(), EfficiencyValues(), main(), ResolutionValue(), ResolutionZenithDistrib(), SD1500TriggerEfficiency(), SD750TriggerEfficiency(), and SDTriggerEfficiency_AveragedZenithAngle().

double IntegrateEnergyResolution	(	const double	lgE,
		const bool	data,
		const bool	infill
	)

Definition at line 247 of file UnfoldUtilities.icc.

References std::pow(), and ResolutionZenithDistrib().

Referenced by EnergyResolution().

double InverseSdCalibration	(	const double	lgE,
		TVectorD	pCal
	)

Definition at line 33 of file UnfoldUtilities.icc.

Referenced by DataSD1500EnergyResolution(), DataSD750EnergyResolution(), ResolutionValue(), ResolutionZenithDistrib(), SD1500TriggerEfficiency(), SD750TriggerEfficiency(), SDTriggerEfficiencyICRC2017_SD1500(), SDTriggerEfficiencyICRC2017_SD750(), and SDTriggerEfficiencyICRC2019_SD750().

TMatrixD kResolutionMatrix	(	TVectorD	pCal,
		TVectorD	xos,
		double *	resolutionOffset,
		const bool	useResFromData,
		const bool	infill
	)

Definition at line 319 of file UnfoldUtilities.icc.

References EnergyBias(), EnergyResolution(), std::pow(), and SDTriggerEfficiency().

Referenced by main().

double ResolutionZenithDistrib	(	double *	x,
		double *	par
	)

Definition at line 223 of file UnfoldUtilities.icc.

References data, DataSD1500EnergyResolution(), DataSD750EnergyResolution(), SimulationSD1500EnergyResolution(), and SimulationSD750EnergyResolution().

Referenced by IntegrateEnergyResolution().

double ScaledErrorFunction	(	const double	x,
		const std::vector< double > &	pars
	)

Definition at line 39 of file UnfoldUtilities.icc.

Referenced by SD1500TriggerEfficiency(), SD1500TriggerEfficiency_ICRC2019(), SD1500TriggerEfficiencyHybrids2019(), SD750TriggerEfficiency(), SDTriggerEfficiencyICRC2017_SD1500(), SDTriggerEfficiencyICRC2017_SD750(), and SDTriggerEfficiencyICRC2019_SD750().

double SD1500TriggerEfficiency	(	const double	lgE,
		const double	zenith
	)

Definition at line 45 of file UnfoldUtilities.icc.

References GetSDCalPars(), InverseSdCalibration(), std::pow(), and ScaledErrorFunction().

Referenced by EfficientZenithDistrib().

double SD750TriggerEfficiency	(	const double	lgE,
		const double	zenith
	)

Definition at line 66 of file UnfoldUtilities.icc.

References GetSDCalPars(), InverseSdCalibration(), std::pow(), and ScaledErrorFunction().

Referenced by EfficientZenithDistrib().

double SDTriggerEfficiency	(	const double	lgE,
		const bool	infill
	)

Definition at line 107 of file UnfoldUtilities.icc.

References EfficientZenithDistrib(), and std::pow().

Referenced by kResolutionMatrix().

double SimulationSD1500EnergyResolution	(	const double	lgE,
		const double	zenith
	)

Definition at line 157 of file UnfoldUtilities.icc.

References std::pow(), and sqrt().

Referenced by ResolutionValue(), and ResolutionZenithDistrib().

double SimulationSD750EnergyResolution	(	const double	lgE,
		const double	zenith
	)

Definition at line 171 of file UnfoldUtilities.icc.

References std::pow(), and sqrt().

Referenced by ResolutionZenithDistrib().