Top of the interface to Atmosphere information. More...

#include <atm/Atmosphere.h>

Public Types
enum	EmissionMode { eFluorescence = 0, eCerenkov }

enum	ModelWithUncertainty { eMie }

Public Member Functions
	Atmosphere ()

void	SetUncertaintyBound (const ModelWithUncertainty model, const double nSigma) const
	alter Model "model" by "nSigma" standard deviations More...

void	Update ()

	~Atmosphere ()

Rayleigh models
atm::AttenuationResult	EvaluateRayleighAttenuation (const utl::Point &xInit, const utl::Point &xFinal, const std::vector< double > &wLength) const
	Compute Rayleigh attenuation between points. More...

double	EvaluateRayleighAttenuation (const utl::Point &xInit, const utl::Point &xFinal, const double wLength) const

atm::ScatteringResult	EvaluateRayleighScattering (const utl::Point &xA, const utl::Point &xB, const double angle, const double distance, const std::vector< double > &xLength) const

double	EvaluateRayleighScattering (const utl::Point &xA, const utl::Point &xB, const double angle, const double distance, const double xLength) const

atm::ScatteringResult	EvaluateRayleighScattering (const utl::Point &xA, const utl::Point &xB, const double angle, const double distance, const atm::AttenuationResult &rayleighAttenuation) const

double	EvaluateRayleighScattering (const utl::Point &xA, const utl::Point &xB, const double angle, const double distance, const double xLength, const double rayleighAttenuation) const

double	GetRayleighAttenuationLength (const utl::Point &xA, const double wLength) const

Mie models
atm::AttenuationResult	EvaluateMieAttenuation (const utl::Point &xInit, const utl::Point &xFinal, const std::vector< double > &wLength) const

double	EvaluateMieAttenuation (const utl::Point &xInit, const utl::Point &xFinal, const double wLength) const

atm::ScatteringResult	EvaluateMieScattering (const utl::Point &xA, const utl::Point &xB, const double angle, const double distance, const std::vector< double > &xLength) const

double	EvaluateMieScattering (const utl::Point &xA, const utl::Point &xB, const double angle, const double distance, const double xLength) const

atm::ScatteringResult	EvaluateMieScattering (const utl::Point &xA, const utl::Point &xB, const double angle, const double distance, const atm::AttenuationResult &mieAttenuation) const

double	EvaluateMieScattering (const utl::Point &xA, const utl::Point &xB, const double angle, const double distance, const double xLength, const double mieAttenuation) const

double	GetMieAttenuationLength (const utl::Point &xA, const double wLength) const

double	GetVerticalAerosolOpticalDepth (const unsigned int eyeId, const double altitude=4.5 *utl::km) const
	Retrieve vertical optical depth at some location and altitude. More...

Cloud obscuration models
atm::CloudResult	EvaluateCloudCoverage (const fdet::Pixel &pix, const utl::Point &x) const

atm::CloudResult	EvaluateCloudCoverage (const fevt::Pixel &pix, const utl::Point &x) const

atm::CloudResult	EvaluateCloudCoverage (const unsigned int eyeId, const unsigned int telId, const unsigned int pixId, const utl::Point &x) const

Molecular profile models
const atm::ProfileResult &	EvaluateDepthVsHeight () const
	Tabulated function giving Y=depth as a function of X=height. More...

const atm::ProfileResult &	EvaluateHeightVsDepth () const
	Tabulated function giving Y=height as a function of X=depth. More...

const atm::ProfileResult &	EvaluatePressureVsHeight () const
	Tabulated function giving Y=air pressure as a function of X=height. More...

const atm::ProfileResult &	EvaluateVaporPressureVsHeight () const
	Tabulated function giving Y=H20 vapor pressure as a function of X=height. More...

const atm::ProfileResult &	EvaluateTemperatureVsHeight () const
	Tabulated function giving Y=temperature as a function of X=height. More...

const atm::ProfileResult &	EvaluateDensityVsHeight () const
	Tabulated function giving Y=density as a function of X=height. More...

const atm::ProfileResult &	EvaluateRefractionIndexVsHeight () const
	Tabulated function giving Y=refraction index as a function of X=height. More...

const atm::ProfileResult &	EvaluateRefractionIndexVsHeight (const double wavelength) const
	Tabulated function giving Y=refraction index as a function of X=height at particular wavelength. More...

Slant profile model (non-vertical geometry)
In order to use these methods, first call the InitSlantProfileModel method. Otherwise, an exception will be thrown. Note also that there is no method to get the distance given a height. This is on purpose.
void	InitSlantProfileModel (const utl::Point &core, const utl::Vector &dir, const double deltaX) const

double	IntegratedGrammage (const utl::Point &pStart, const utl::Point &pStop, const double delta) const

const atm::ProfileResult &	EvaluateSlantDepthVsDistance () const

const atm::ProfileResult &	EvaluateDistanceVsSlantDepth () const
	Table of distance as a function of slant depth. More...

const atm::ProfileResult &	EvaluateHeightVsSlantDepth () const
	Table of height as a function of slant depth. More...

const atm::ProfileResult &	EvaluateHeightVsDistance () const
	Table of height as a function of distance. More...

Fluorescence models
const utl::TabulatedFunction &	EvaluateFluorescenceYield (const double heightAboveSeaLevel) const
	Evaluated Fluorescence Yield for a specific model. More...

const std::vector< double > &	GetWavelengths (const EmissionMode mode=eFluorescence) const

double	GetdEdX0 () const
	get reference energy deposit for fluorescence yield model More...

double	GetDeExcitationTime (const double height) const
	get fluorescence de-excitation time More...

double	GetVerticalTimeOfFlight (const double height1, const double height2) const
	Evaluate light signal time-of-flight between two altitudes. More...

Cherenkov models
void	SetCherenkovEnergyCutoff (const double eCut) const

double	AngularCherenkovCDF (const double theta, const double verticalDepth, const double showerAge) const
	cumulative of angular Cherenkov distribution from 0 to theta More...

double	AngularCherenkovPDF (const double theta, const double verticalDepth, const double showerAge) const
	angular Cherenkov light distribution More...

const utl::TabulatedFunction &	EvaluateCherenkovPhotons (const utl::Point &xA, const utl::Point &xB, const double showerAge) const

const utl::TabulatedFunction &	EvaluateCherenkovDirect (const utl::Point &xA, const utl::Point &xB, const utl::Point &xEye, const double showerAge) const

double	EvaluateDirectCherenkovProbability (const utl::Point &xA, const utl::Point &xB, const utl::Point &xEye, const double showerAge) const

double	EvaluateDirectCherenkovProbability (const utl::Point &xA, const utl::Point &xB, const utl::Point &xEye, const double showerAge, const double wavelength) const

Low-level database interfaces
const AerosolDB &	GetAerosolDB () const
	Low-level interface to portion of the database with aerosol information. More...

const MolecularDB &	GetMolecularDB (const MolecularIds::ProfileId &id) const
	Low-level interface to portion of the database with molecular information. More...

const OverallQualityDB &	GetOverallQualityDB () const
	low-level interface to portion of the database summarizing overall quality More...

const LidarDB &	GetLidarDB () const
	low-level interface to portion of the database with cloud data from lidar analysis More...

const GOESDB &	GetGOESDB () const
	low-level interface to the cloud information from the GOES database More...

Private Types
typedef std::map < MolecularIds::ProfileId, MolecularDB * >	MolecularDBMap

Private Member Functions
	Atmosphere (const Atmosphere &)

void	Clean ()

void	Init ()

Atmosphere &	operator= (const Atmosphere &)

Static Private Member Functions
static bool	HasModel (VModel *const model)

Private Attributes
AerosolDB *	fAerosolDB = nullptr

VCherenkovModel *	fCherenkovModel = nullptr

VCloudModel *	fCloudModel = nullptr

VFluorescenceModel *	fFluorescenceModel = nullptr

GOESDB *	fGOESDB = nullptr

InclinedAtmosphericProfile *	fInclinedProfileModel = nullptr

LidarDB *	fLidarDB = nullptr

VMieModel *	fMieModel = nullptr

MolecularDBMap	fMolecularDBMap

OverallQualityDB *	fOverallQualityDB = nullptr

VProfileModel *	fProfileModel = nullptr

VRayleighModel *	fRayleighModel = nullptr

Friends
class	det::Detector

Detailed Description

Top of the interface to Atmosphere information.

Interface to atmospheric models.

The atmosphere interface provides access to atmospheric monitoring data as well as functions to evaluate various atmosphre-related physics (scattering, attenuation, Cherenkov production) based on either parametrizations or on monitoring data.

Author: Stefano Argiro',; Luis Prado Jr; Tom Paul

Date: 23 Sep 2003

Important note: that whenever "height" or "altitude" is invoked, this means height over the "sea level", i.e. height above the WGS84 ellipsoid (or the height of the UTM coordinate).

Definition at line 61 of file Framework/Atmosphere/Atmosphere.h.

Member Typedef Documentation

typedef std::map<MolecularIds::ProfileId, MolecularDB*> atm::Atmosphere::MolecularDBMap

private

Definition at line 359 of file Framework/Atmosphere/Atmosphere.h.

Member Enumeration Documentation

enum atm::Atmosphere::EmissionMode

Enumerator
eFluorescence	Fluorescence emission model.
eCerenkov	Cerenkov emission model.

Definition at line 63 of file Framework/Atmosphere/Atmosphere.h.

enum atm::Atmosphere::ModelWithUncertainty

Enumerator
eMie

Definition at line 303 of file Framework/Atmosphere/Atmosphere.h.

Constructor & Destructor Documentation

atm::Atmosphere::Atmosphere ( )

inline

Definition at line 70 of file Framework/Atmosphere/Atmosphere.h.

atm::Atmosphere::~Atmosphere ( )

inline

Definition at line 72 of file Framework/Atmosphere/Atmosphere.h.

References Clean().

atm::Atmosphere::Atmosphere ( const Atmosphere & )

private

Member Function Documentation

double atm::Atmosphere::AngularCherenkovCDF	(	const double	theta,
		const double	verticalDepth,
		const double	showerAge
	)		const

cumulative of angular Cherenkov distribution from 0 to theta

Definition at line 845 of file Framework/Atmosphere/Atmosphere.cc.

Referenced by FdProfileReconstructorKG::CherenkovFluorescenceMatrix::AngularCherenkovCDFWithCone(), FdProfileReconstructorKG::CherenkovFluorescenceMatrix::GillerFraction(), and ShowerPhotonGeneratorOG::ShowerPhotonGenerator::LateralDistributionScatteredCherenkov().

double atm::Atmosphere::AngularCherenkovPDF	(	const double	theta,
		const double	verticalDepth,
		const double	showerAge
	)		const

angular Cherenkov light distribution

Definition at line 858 of file Framework/Atmosphere/Atmosphere.cc.

void atm::Atmosphere::Clean ( )

private

Definition at line 804 of file Framework/Atmosphere/Atmosphere.cc.

Referenced by Update(), and ~Atmosphere().

const TabulatedFunction & atm::Atmosphere::EvaluateCherenkovDirect	(	const utl::Point &	xA,
		const utl::Point &	xB,
		const utl::Point &	xEye,
		const double	showerAge
	)		const

Definition at line 660 of file Framework/Atmosphere/Atmosphere.cc.

Referenced by FdEnergyDepositFinderKG::CFMatrixCalculator::CalculateDirectCherenkovMatrix(), FdProfileReconstructorKG::CherenkovFluorescenceMatrix::CalculateDirectCherenkovMatrix(), and FdCherenkovFinderOG::FdCherenkovFinder::CherenkovFinderAtAperture().

const TabulatedFunction & atm::Atmosphere::EvaluateCherenkovPhotons	(	const utl::Point &	xA,
		const utl::Point &	xB,
		const double	showerAge
	)		const

Definition at line 646 of file Framework/Atmosphere/Atmosphere.cc.

Referenced by FdProfileReconstructorKG::CherenkovFluorescenceMatrix::CalculateCherenkovAtTrack(), FdEnergyDepositFinderKG::CFMatrixCalculator::CalculateDiagonalParameters(), FdCherenkovFinderOG::FdCherenkovFinder::CherenkovFinderAtAperture(), ShowerLightSimulatorKG::ShowerLightSimulator::CherenkovLight(), and FdCherenkovFinderOG::FdCherenkovFinder::InitialCherenkov().

CloudResult atm::Atmosphere::EvaluateCloudCoverage	(	const fdet::Pixel &	pix,
		const utl::Point &	x
	)		const

Definition at line 178 of file Framework/Atmosphere/Atmosphere.cc.

Referenced by otoa::FD2ADST::FillCloudCameraDataBrief(), and ReadCloudHLNS::ReadCloudHL::Run().

CloudResult atm::Atmosphere::EvaluateCloudCoverage	(	const fevt::Pixel &	pix,
		const utl::Point &	x
	)		const

Definition at line 193 of file Framework/Atmosphere/Atmosphere.cc.

CloudResult atm::Atmosphere::EvaluateCloudCoverage	(	const unsigned int	eyeId,
		const unsigned int	telId,
		const unsigned int	pixId,
		const utl::Point &	x
	)		const

Definition at line 208 of file Framework/Atmosphere/Atmosphere.cc.

const ProfileResult & atm::Atmosphere::EvaluateDensityVsHeight ( ) const

Tabulated function giving Y=density as a function of X=height.

Definition at line 295 of file Framework/Atmosphere/Atmosphere.cc.

Referenced by atm::AnalyticalCherenkovModel::AsymmCorrection(), RdREASSimPreparatorNG::RdREASSimPreparatorNG::CherenkovRadius(), TelescopeSimulatorLX::FDsimG4Materials::ConstructTableOfMaterials(), atm::AirFluorescenceModel::EvaluateFluorescenceYield(), atm::Keilhauer2008FluorescenceModel::EvaluateFluorescenceYield(), atm::AirflyFluorescenceModel::EvaluateFluorescenceYield(), atm::Nagano2004FluorescenceModel::EvaluateFluorescenceYield(), atm::Kakimoto1996FluorescenceModel::EvaluateFluorescenceYield(), FdProfileFinderOG::FdProfileFinder::LightAtApertureToSize(), FdProfileReconstructorKG::CherenkovFluorescenceMatrix::PekalaFraction(), RdHASLDFFitter::RdHASLDFFitter::Run(), ReadMolecularHLNS::ReadMolecularHL::Run(), ShowerLightSimulatorKG::ShowerLightSimulator::Run(), testParametricXMLProfileModel::testEvaluateDensity(), testUSStdADBProfileModel::testEvaluateDensityVsHeight(), testRadiosondeDBProfileModel::testEvaluateDensityVsHeight(), and testMonthlyAvgDBProfileModel::testEvaluateDensityVsHeight().

const ProfileResult & atm::Atmosphere::EvaluateDepthVsHeight ( ) const

Tabulated function giving Y=depth as a function of X=height.

Definition at line 225 of file Framework/Atmosphere/Atmosphere.cc.

double atm::Atmosphere::EvaluateDirectCherenkovProbability	(	const utl::Point &	xA,
		const utl::Point &	xB,
		const utl::Point &	xEye,
		const double	showerAge
	)		const

Definition at line 675 of file Framework/Atmosphere/Atmosphere.cc.

Referenced by LightAtDiaphragmSimulatorKG::LightAtDiaphragmSimulator::Run().

double atm::Atmosphere::EvaluateDirectCherenkovProbability	(	const utl::Point &	xA,
		const utl::Point &	xB,
		const utl::Point &	xEye,
		const double	showerAge,
		const double	wavelength
	)		const

Definition at line 689 of file Framework/Atmosphere/Atmosphere.cc.

const ProfileResult & atm::Atmosphere::EvaluateDistanceVsSlantDepth ( ) const

Table of distance as a function of slant depth.

Attention: {The distance is positive in the opposite direction given by the direction vector provided when initializing the profile model.}

Definition at line 374 of file Framework/Atmosphere/Atmosphere.cc.

Referenced by FdEnergyDepositFinderKG::CFMatrixCalculator::AddBinsOutsideFOV(), FdProfileReconstructorKG::FdProfileReconstructor::AddPointsOutsideFOV(), RdREASSimPreparatorNG::RdREASSimPreparatorNG::CherenkovRadius(), otoa::FD2ADST::FillAtmosphericProfileVars(), otoa::LongitudinalXmaxScanner::FillLightFactors(), SdSimpleSimKG::SdSimpleSim::GetLogZdist(), ShowerPhotonGeneratorOG::ShowerPhotonGenerator::PlotLDF(), ShowerLightSimulatorKG::ShowerLightSimulator::PrimaryCherenkovLight(), RdSphericalFit::RdSphericalFit::Run(), RdHASLDFFitter::RdHASLDFFitter::Run(), RdAntennaChannelToStationConverter::RdAntennaChannelToStationConverter::Run(), RdAntennaStationToChannelConverter::RdAntennaStationToChannelConverter::Run(), FieldOfViewCalculatorKG::FieldOfViewCalculator::Run(), and ShowerLightSimulatorKG::ShowerLightSimulator::Run().

const TabulatedFunction & atm::Atmosphere::EvaluateFluorescenceYield ( const double heightAboveSeaLevel ) const

Evaluated Fluorescence Yield for a specific model.

The fluorescence yield is usually given as y= dEdX/dEdX0 * f(T,P) This function will return f(T,P)

Definition at line 568 of file Framework/Atmosphere/Atmosphere.cc.

Referenced by FdEnergyDepositFinderKG::CFMatrixCalculator::CalculateFluorescenceMatrix(), otoa::LongitudinalXmaxScanner::CalculateLightFactor(), ShowerLightSimulatorKG::ShowerLightSimulator::FluorescenceLight(), and FdProfileFinderOG::FdProfileFinder::LightAtApertureToSize().

const ProfileResult & atm::Atmosphere::EvaluateHeightVsDepth ( ) const

Tabulated function giving Y=height as a function of X=depth.

Definition at line 239 of file Framework/Atmosphere/Atmosphere.cc.

Referenced by FdProfileReconstructorKG::FdProfileReconstructor::AddPointsOutsideFOV(), SdSimpleSimKG::SdSimpleSim::CalculateLogZdist(), TimeModel::ConvertProductionHeightDistribution(), otoa::FD2ADST::FillAtmosphericProfileVars(), TimeModelTestKG::TimeModelTest::GetLogZdist(), SdSimpleSimKG::SdSimpleSim::GetLogZdist(), FdCherenkovFinderOG::FdCherenkovFinder::InitialCherenkov(), TimeModel::MakeProductionHeightDistribution(), ShowerLightSimulatorKG::ShowerLightSimulator::Run(), LDFTestKG::LDFTest::Run(), SdSimpleSimKG::SdSimpleSim::Run(), testParametricXMLProfileModel::testEvaluateDepth(), testRadiosondeDBProfileModel::testEvaluateDepthVsHeight(), testParametricXMLProfileModel::testEvaluateHeight(), testUSStdADBProfileModel::testEvaluateHeightVsDepth(), testRadiosondeDBProfileModel::testEvaluateHeightVsDepth(), testMonthlyAvgDBProfileModel::testEvaluateHeightVsDepth(), and testMonthlyAvgDBProfileModel::testOutOfBoundsHeightVsDepth().

const ProfileResult & atm::Atmosphere::EvaluateHeightVsDistance ( ) const

Table of height as a function of distance.

Definition at line 396 of file Framework/Atmosphere/Atmosphere.cc.

Referenced by RdREASSimPreparatorNG::RdREASSimPreparatorNG::CherenkovRadius(), ShowerPhotonGeneratorOG::ShowerPhotonGenerator::PlotLDF(), RdHASLDFFitter::RdHASLDFFitter::Run(), and ShowerLightSimulatorKG::ShowerLightSimulator::Run().

const ProfileResult & atm::Atmosphere::EvaluateHeightVsSlantDepth ( ) const

Table of height as a function of slant depth.

Definition at line 385 of file Framework/Atmosphere/Atmosphere.cc.

Referenced by otoa::FD2ADST::FillAtmosphericProfileVars(), TimeModelTestKG::TimeModelTest::GetLogZdist(), ShowerLightSimulatorKG::ShowerLightSimulator::PrimaryCherenkovLight(), and ShowerLightSimulatorKG::ShowerLightSimulator::Run().

AttenuationResult atm::Atmosphere::EvaluateMieAttenuation	(	const utl::Point &	xInit,
		const utl::Point &	xFinal,
		const std::vector< double > &	wLength
	)		const

Definition at line 116 of file Framework/Atmosphere/Atmosphere.cc.

Referenced by MultipleScatterer::AddPhotons(), FdLaserEnergyReconstructorKG::FdLaserEnergyReconstructor::CalculateAtmosphereCoefficient(), FdProfileReconstructorKG::CherenkovFluorescenceMatrix::CalculateAttenuationAlongTrack(), FdProfileReconstructorKG::CherenkovFluorescenceMatrix::CalculateAttenuationToEye(), FdEnergyDepositFinderKG::CFMatrixCalculator::CalculateDiagonalParameters(), otoa::LongitudinalXmaxScanner::CalculateLightFactor(), FdCherenkovFinderOG::FdCherenkovFinder::CherenkovFinderAtAperture(), ShowerLightSimulatorKG::ShowerLightSimulator::CherenkovLight(), LightAtDiaphragmSimulatorKG::LightAtDiaphragmSimulator::EvaluateDirectCherenkovHits(), LaserLightSimulatorNA::LaserLightSimulator::EvaluatePhotons(), otoa::FD2ADST::FillAtmosphericProfileVars(), FdCherenkovFinderOG::FdCherenkovFinder::InitialCherenkov(), FdProfileFinderOG::FdProfileFinder::LightAtApertureToSize(), FdEnergyDepositFinderKG::CFMatrixCalculator::MultipleScatteringFraction(), FdProfileReconstructorKG::CherenkovFluorescenceMatrix::PekalaFraction(), ShowerLightSimulatorKG::ShowerLightSimulator::PrimaryCherenkovLight(), FdProfileReconstructorKG::CherenkovFluorescenceMatrix::RobertsFraction(), ReadAerosolHLNS::ReadAerosolHL::Run(), LightAtDiaphragmSimulatorKG::LightAtDiaphragmSimulator::Run(), testParametricXMLMieModel::testAttenuation(), testMeasuredDBMieModel::testAttenuation(), testSuperMieModel::testGetAttFromDB(), testSuperMieModel::testGetAttFromXML(), testMeasuredDBMieModel::testLambdaDependence(), testMeasuredDBMieModel::testNoData(), testMeasuredDBMieModel::testNoDataMultipleCalls(), testMeasuredDBMieModel::testOutOfBound(), testParametricXMLMieModel::testScattering(), testMeasuredDBMieModel::testUncertainty(), testSuperMieModel::testUncertaintyDB(), testSuperMieModel::testUncertaintyXML(), and testMeasuredDBMieModel::testZoneSelection().

double atm::Atmosphere::EvaluateMieAttenuation	(	const utl::Point &	xInit,
		const utl::Point &	xFinal,
		const double	wLength
	)		const

Definition at line 132 of file Framework/Atmosphere/Atmosphere.cc.

ScatteringResult atm::Atmosphere::EvaluateMieScattering	(	const utl::Point &	xA,
		const utl::Point &	xB,
		const double	angle,
		const double	distance,
		const std::vector< double > &	xLength
	)		const

Definition at line 495 of file Framework/Atmosphere/Atmosphere.cc.

Referenced by FdLaserEnergyReconstructorKG::FdLaserEnergyReconstructor::CalculateAtmosphereCoefficient(), FdEnergyDepositFinderKG::CFMatrixCalculator::CalculateDiagonalParameters(), FdProfileReconstructorKG::CherenkovFluorescenceMatrix::CalculateScatteringToEye(), FdCherenkovFinderOG::FdCherenkovFinder::CherenkovFinderAtAperture(), ReadAerosolHLNS::ReadAerosolHL::Run(), LightAtDiaphragmSimulatorKG::LightAtDiaphragmSimulator::Run(), testSuperMieModel::testGetScatFromDB(), testSuperMieModel::testGetScatFromXML(), testParametricXMLMieModel::testScattering(), and testMeasuredDBMieModel::testScattering().

double atm::Atmosphere::EvaluateMieScattering	(	const utl::Point &	xA,
		const utl::Point &	xB,
		const double	angle,
		const double	distance,
		const double	xLength
	)		const

Definition at line 513 of file Framework/Atmosphere/Atmosphere.cc.

ScatteringResult atm::Atmosphere::EvaluateMieScattering	(	const utl::Point &	xA,
		const utl::Point &	xB,
		const double	angle,
		const double	distance,
		const atm::AttenuationResult &	mieAttenuation
	)		const

Definition at line 531 of file Framework/Atmosphere/Atmosphere.cc.

double atm::Atmosphere::EvaluateMieScattering	(	const utl::Point &	xA,
		const utl::Point &	xB,
		const double	angle,
		const double	distance,
		const double	xLength,
		const double	mieAttenuation
	)		const

Definition at line 549 of file Framework/Atmosphere/Atmosphere.cc.

const ProfileResult & atm::Atmosphere::EvaluatePressureVsHeight ( ) const

Tabulated function giving Y=air pressure as a function of X=height.

Definition at line 253 of file Framework/Atmosphere/Atmosphere.cc.

Referenced by RdAirplane::Ads_bEvent::Ads_bEvent(), TelescopeSimulatorLX::FDsimG4Materials::ConstructTableOfMaterials(), atm::AnalyticalCherenkovModel::EvaluateCherenkovPhotons(), atm::AnalyticalCherenkovModel::EvaluateDirectCherenkovProbability(), atm::AirFluorescenceModel::EvaluateFluorescenceYield(), atm::Keilhauer2008FluorescenceModel::EvaluateFluorescenceYield(), atm::AirflyFluorescenceModel::EvaluateFluorescenceYield(), atm::HumidAirRayleighModel::EvaluateRayleighAttenuation(), atm::HumidAirRayleighModel::EvaluateScatteringAngle(), otoa::Detector2ADST::FillDetector(), atm::HumidAirRayleighModel::GetAttenuationLength(), FdProfileReconstructorKG::CherenkovFluorescenceMatrix::GoraFraction(), FdProfileConstrainedGeometryFitPG::ChiZeroRegression::MinuitFitFunc(), ShowerPhotonGeneratorOG::ShowerPhotonGenerator::Run(), and UniversalityFitter::UniversalityFitter::Run().

AttenuationResult atm::Atmosphere::EvaluateRayleighAttenuation	(	const utl::Point &	xInit,
		const utl::Point &	xFinal,
		const std::vector< double > &	wLength
	)		const

Compute Rayleigh attenuation between points.

Evaluate the attenuation between two points

Parameters

xInit : initial point
Parameters

xFinal : final point
Parameters

wLength : spectrum of inital photons

Definition at line 84 of file Framework/Atmosphere/Atmosphere.cc.

Referenced by MultipleScatterer::AddPhotons(), FdLaserEnergyReconstructorKG::FdLaserEnergyReconstructor::CalculateAtmosphereCoefficient(), FdProfileReconstructorKG::CherenkovFluorescenceMatrix::CalculateAttenuationAlongTrack(), FdProfileReconstructorKG::CherenkovFluorescenceMatrix::CalculateAttenuationToEye(), FdEnergyDepositFinderKG::CFMatrixCalculator::CalculateDiagonalParameters(), otoa::LongitudinalXmaxScanner::CalculateLightFactor(), FdCherenkovFinderOG::FdCherenkovFinder::CherenkovFinderAtAperture(), ShowerLightSimulatorKG::ShowerLightSimulator::CherenkovLight(), LightAtDiaphragmSimulatorKG::LightAtDiaphragmSimulator::EvaluateDirectCherenkovHits(), LaserLightSimulatorNA::LaserLightSimulator::EvaluatePhotons(), otoa::FD2ADST::FillAtmosphericProfileVars(), FdCherenkovFinderOG::FdCherenkovFinder::InitialCherenkov(), FdProfileFinderOG::FdProfileFinder::LightAtApertureToSize(), FdEnergyDepositFinderKG::CFMatrixCalculator::MultipleScatteringFraction(), FdProfileReconstructorKG::CherenkovFluorescenceMatrix::PekalaFraction(), ShowerLightSimulatorKG::ShowerLightSimulator::PrimaryCherenkovLight(), FdProfileReconstructorKG::CherenkovFluorescenceMatrix::RobertsFraction(), LightAtDiaphragmSimulatorKG::LightAtDiaphragmSimulator::Run(), testParametricXMLMieModel::testAttenuation(), and testParametricXMLRayleighModel::testEvaluateAttenuation().

double atm::Atmosphere::EvaluateRayleighAttenuation	(	const utl::Point &	xInit,
		const utl::Point &	xFinal,
		const double	wLength
	)		const

Definition at line 100 of file Framework/Atmosphere/Atmosphere.cc.

ScatteringResult atm::Atmosphere::EvaluateRayleighScattering	(	const utl::Point &	xA,
		const utl::Point &	xB,
		const double	angle,
		const double	distance,
		const std::vector< double > &	xLength
	)		const

Definition at line 407 of file Framework/Atmosphere/Atmosphere.cc.

Referenced by FdLaserEnergyReconstructorKG::FdLaserEnergyReconstructor::CalculateAtmosphereCoefficient(), FdEnergyDepositFinderKG::CFMatrixCalculator::CalculateDiagonalParameters(), FdProfileReconstructorKG::CherenkovFluorescenceMatrix::CalculateScatteringToEye(), FdCherenkovFinderOG::FdCherenkovFinder::CherenkovFinderAtAperture(), LightAtDiaphragmSimulatorKG::LightAtDiaphragmSimulator::Run(), and testParametricXMLRayleighModel::testEvaluateScattering().

double atm::Atmosphere::EvaluateRayleighScattering	(	const utl::Point &	xA,
		const utl::Point &	xB,
		const double	angle,
		const double	distance,
		const double	xLength
	)		const

Definition at line 443 of file Framework/Atmosphere/Atmosphere.cc.

ScatteringResult atm::Atmosphere::EvaluateRayleighScattering	(	const utl::Point &	xA,
		const utl::Point &	xB,
		const double	angle,
		const double	distance,
		const atm::AttenuationResult &	rayleighAttenuation
	)		const

Definition at line 425 of file Framework/Atmosphere/Atmosphere.cc.

double atm::Atmosphere::EvaluateRayleighScattering	(	const utl::Point &	xA,
		const utl::Point &	xB,
		const double	angle,
		const double	distance,
		const double	xLength,
		const double	rayleighAttenuation
	)		const

Definition at line 461 of file Framework/Atmosphere/Atmosphere.cc.

const ProfileResult & atm::Atmosphere::EvaluateRefractionIndexVsHeight ( ) const

Tabulated function giving Y=refraction index as a function of X=height.

Definition at line 309 of file Framework/Atmosphere/Atmosphere.cc.

Referenced by TelescopeSimulatorLX::FDsimG4Materials::ConstructTableOfMaterials(), atm::HumidAirRayleighModel::EvaluateRayleighAttenuation(), atm::HumidAirRayleighModel::GetAttenuationLength(), ShowerLightSimulatorKG::ShowerLightSimulator::PrimaryCherenkovLight(), RdHASLDFFitter::RdHASLDFFitter::Run(), testParametricXMLProfileModel::testEvaluateRefractionIndex(), testUSStdADBProfileModel::testEvaluateRefractionIndexVsHeight(), testMonthlyAvgDBProfileModel::testEvaluateRefractionIndexVsHeight(), and testRadiosondeDBProfileModel::testEvaluateRefractionIndexVsHeight().

const ProfileResult & atm::Atmosphere::EvaluateRefractionIndexVsHeight ( const double wavelength ) const

Tabulated function giving Y=refraction index as a function of X=height at particular wavelength.

Definition at line 323 of file Framework/Atmosphere/Atmosphere.cc.

const ProfileResult & atm::Atmosphere::EvaluateSlantDepthVsDistance ( ) const

Table of slant depth as a function of distance

Attention: {The distance is positive in the opposite direction given by the direction vector provided when initializing the profile model.}

Definition at line 363 of file Framework/Atmosphere/Atmosphere.cc.

Referenced by FdProfileReconstructorKG::FdProfileReconstructor::AddPointsOutsideFOV(), otoa::FOVCalculator::CalculateFOVBoundaries(), FdProfileReconstructorKG::FdProfileReconstructor::CalculateGeometryAndDepth(), ShowerLightSimulatorKG::ShowerLightSimulator::CherenkovLight(), ShowerLightSimulatorKG::ShowerLightSimulator::FluorescenceLight(), otoa::LongitudinalXmaxScanner::GetChangedDepth(), FdProfileReconstructorKG::FdProfileReconstructor::InitializeAtmosphere(), FdProfileConstrainedGeometryFitPG::ChiZeroRegression::MinuitFitFunc(), ShowerPhotonGeneratorOG::ShowerPhotonGenerator::PlotLDF(), AtmosphericProfileNS::AtmosphericProfile::Run(), ConexShowerGeneratorKG::ConexShowerGenerator::Run(), ShowerLightSimulatorKG::ShowerLightSimulator::Run(), FdLaserEnergyReconstructorKG::FdLaserEnergyReconstructor::Run(), SdSimpleSimKG::SdSimpleSim::Run(), LightAtDiaphragmSimulatorKG::LightAtDiaphragmSimulator::Run(), ShowerPhotonGeneratorOG::ShowerPhotonGenerator::Run(), and MuonProductionDepthFinderGL::MuonProductionDepthFinder::SetMuonProductionDepthHist().

const ProfileResult & atm::Atmosphere::EvaluateTemperatureVsHeight ( ) const

Tabulated function giving Y=temperature as a function of X=height.

Definition at line 267 of file Framework/Atmosphere/Atmosphere.cc.

Referenced by TelescopeSimulatorLX::FDsimG4Materials::ConstructTableOfMaterials(), atm::AnalyticalCherenkovModel::EvaluateCherenkovPhotons(), atm::AnalyticalCherenkovModel::EvaluateDirectCherenkovProbability(), atm::AirFluorescenceModel::EvaluateFluorescenceYield(), atm::Keilhauer2008FluorescenceModel::EvaluateFluorescenceYield(), atm::AirflyFluorescenceModel::EvaluateFluorescenceYield(), atm::Kakimoto1996FluorescenceModel::EvaluateFluorescenceYield(), atm::Nagano2004FluorescenceModel::EvaluateFluorescenceYield(), atm::HumidAirRayleighModel::EvaluateRayleighAttenuation(), otoa::Detector2ADST::FillDetector(), atm::HumidAirRayleighModel::GetAttenuationLength(), FdProfileReconstructorKG::CherenkovFluorescenceMatrix::GoraFraction(), FdProfileFinderOG::FdProfileFinder::LightAtApertureToSize(), FdProfileConstrainedGeometryFitPG::ChiZeroRegression::MinuitFitFunc(), ShowerPhotonGeneratorOG::ShowerPhotonGenerator::PlotLDF(), ReadMolecularHLNS::ReadMolecularHL::Run(), ShowerLightSimulatorKG::ShowerLightSimulator::Run(), LDFTestKG::LDFTest::Run(), SdSimpleSimKG::SdSimpleSim::Run(), ShowerPhotonGeneratorOG::ShowerPhotonGenerator::Run(), UniversalityFitter::UniversalityFitter::Run(), testMonthlyAvgDBProfileModel::testCheckUpdates(), testParametricXMLProfileModel::testEvaluateTemperature(), testUSStdADBProfileModel::testEvaluateTemperatureVsHeight(), testRadiosondeDBProfileModel::testEvaluateTemperatureVsHeight(), testMonthlyAvgDBProfileModel::testEvaluateTemperatureVsHeight(), testUSStdADBProfileModel::testNoDataForTimeStamp(), testRadiosondeDBProfileModel::testNoDataForTimeStamp(), testMonthlyAvgDBProfileModel::testNoDataForTimeStamp(), testRadiosondeDBProfileModel::testNoDataMultipleCalls(), and testMonthlyAvgDBProfileModel::testOutOfBoundsTemperatureVsHeight().

const ProfileResult & atm::Atmosphere::EvaluateVaporPressureVsHeight ( ) const

Tabulated function giving Y=H20 vapor pressure as a function of X=height.

Definition at line 281 of file Framework/Atmosphere/Atmosphere.cc.

Referenced by atm::AnalyticalCherenkovModel::EvaluateCherenkovPhotons(), atm::AnalyticalCherenkovModel::EvaluateDirectCherenkovProbability(), atm::AirFluorescenceModel::EvaluateFluorescenceYield(), atm::Keilhauer2008FluorescenceModel::EvaluateFluorescenceYield(), atm::AirflyFluorescenceModel::EvaluateFluorescenceYield(), atm::HumidAirRayleighModel::EvaluateRayleighAttenuation(), atm::HumidAirRayleighModel::EvaluateScatteringAngle(), and atm::HumidAirRayleighModel::GetAttenuationLength().

const AerosolDB & atm::Atmosphere::GetAerosolDB ( ) const

Low-level interface to portion of the database with aerosol information.

For an example of using this interface, see the ReadAerosolLLNS::ReadAerosolLL example.

Definition at line 704 of file Framework/Atmosphere/Atmosphere.cc.

Referenced by ReadAerosolLLNS::ReadAerosolLL::Run(), testAtmLowLevelAtmInterface::testAerosolDB(), testAtmLowLevelAtmInterface::testAerosolDBNotFound(), testAtmLowLevelAtmInterface::testAttSlice(), and testAtmLowLevelAtmInterface::testPFSlice().

double atm::Atmosphere::GetdEdX0 ( ) const

get reference energy deposit for fluorescence yield model

Definition at line 598 of file Framework/Atmosphere/Atmosphere.cc.

Referenced by FdEnergyDepositFinderKG::CFMatrixCalculator::CalculateFluorescenceMatrix(), otoa::LongitudinalXmaxScanner::CalculateLightFactor(), ShowerLightSimulatorKG::ShowerLightSimulator::FluorescenceLight(), and FdProfileFinderOG::FdProfileFinder::LightAtApertureToSize().

double atm::Atmosphere::GetDeExcitationTime ( const double height ) const

get fluorescence de-excitation time

Definition at line 609 of file Framework/Atmosphere/Atmosphere.cc.

Referenced by fdet::FTimeFitModel::GetTimeAtAperture().

const GOESDB & atm::Atmosphere::GetGOESDB ( ) const

low-level interface to the cloud information from the GOES database

For an example of using this interface, see the ReadGOESLL example.

Definition at line 733 of file Framework/Atmosphere/Atmosphere.cc.

Referenced by otoa::FD2ADST::FillCloudsBetweenEyeAndShower(), otoa::Detector2ADST::FillGOESData(), PlotGOESNS::PlotGOES::Run(), testAtmLowLevelAtmInterface::testGOESDB(), testAtmLowLevelAtmInterface::testGOESDBNotFound1(), testAtmLowLevelAtmInterface::testGOESDBNotFound2(), and testAtmLowLevelAtmInterface::testGOESDBNotFound3().

const LidarDB & atm::Atmosphere::GetLidarDB ( ) const

low-level interface to portion of the database with cloud data from lidar analysis

For an example of using this interface, see the ReadLidarLLNS::ReadLidarLL example.

Definition at line 724 of file Framework/Atmosphere/Atmosphere.cc.

Referenced by otoa::Detector2ADST::FillLidarData(), ReadLidarLLNS::ReadLidarLL::Run(), testAtmLowLevelAtmInterface::testLidarDB(), and testAtmLowLevelAtmInterface::testVAODSlice().

double atm::Atmosphere::GetMieAttenuationLength	(	const utl::Point &	xA,
		const double	wLength
	)		const

Definition at line 148 of file Framework/Atmosphere/Atmosphere.cc.

Referenced by otoa::Detector2ADST::FillAerosols().

const MolecularDB & atm::Atmosphere::GetMolecularDB ( const MolecularIds::ProfileId & id ) const

Low-level interface to portion of the database with molecular information.

For an example of using this interface, see the ReadMolecularLLNS::ReadMolecularLL example.

Definition at line 743 of file Framework/Atmosphere/Atmosphere.cc.

References utl::m.

Referenced by otoa::Detector2ADST::FillDetector(), ReadMolecularLLNS::ReadMolecularLL::Run(), testAtmLowLevelAtmInterface::testMolecularDB(), testAtmLowLevelAtmInterface::testMolecularDBNotFound(), and testAtmLowLevelAtmInterface::testMolecularLayer().

const OverallQualityDB & atm::Atmosphere::GetOverallQualityDB ( ) const

low-level interface to portion of the database summarizing overall quality

For an example of using this interface, see the ReadAtmQualityLLNS::ReadAtmQualityLL example.

Definition at line 714 of file Framework/Atmosphere/Atmosphere.cc.

Referenced by otoa::Detector2ADST::FillDetector(), ReadAtmQualityLLNS::ReadAtmQualityLL::Run(), testAtmLowLevelAtmInterface::testOverallQualityDB(), and testAtmLowLevelAtmInterface::testOverallQualityDBNotFound().

double atm::Atmosphere::GetRayleighAttenuationLength	(	const utl::Point &	xA,
		const double	wLength
	)		const

Definition at line 480 of file Framework/Atmosphere/Atmosphere.cc.

double atm::Atmosphere::GetVerticalAerosolOpticalDepth	(	const unsigned int	eyeId,
		const double	altitude = `4.5*utl::km`
	)		const

Retrieve vertical optical depth at some location and altitude.

Definition at line 163 of file Framework/Atmosphere/Atmosphere.cc.

Referenced by otoa::Detector2ADST::FillDetector().

double atm::Atmosphere::GetVerticalTimeOfFlight	(	const double	height1,
		const double	height2
	)		const

Evaluate light signal time-of-flight between two altitudes.

Definition at line 620 of file Framework/Atmosphere/Atmosphere.cc.

Referenced by fdet::FTimeFitModel::GetTimeAtAperture().

const vector< double > & atm::Atmosphere::GetWavelengths ( const EmissionMode mode = eFluorescence ) const

Definition at line 579 of file Framework/Atmosphere/Atmosphere.cc.

Referenced by otoa::LongitudinalXmaxScanner::CalculateLightFactor(), ShowerLightSimulatorKG::ShowerLightSimulator::CherenkovLight(), LightAtDiaphragmSimulatorKG::LightAtDiaphragmSimulator::EvaluateDirectCherenkovHits(), otoa::FD2ADST::FillTelSimData(), ShowerLightSimulatorKG::ShowerLightSimulator::FluorescenceLight(), UserModule::PlotTotalCherBeam(), UserModule::PlotTotalFluorLight(), ShowerLightSimulatorKG::ShowerLightSimulator::PrimaryCherenkovLight(), LightAtDiaphragmSimulatorKG::LightAtDiaphragmSimulator::Run(), and ShowerPhotonGeneratorOG::ShowerPhotonGenerator::Run().

bool atm::Atmosphere::HasModel ( VModel *const model )

staticprivate

Definition at line 762 of file Framework/Atmosphere/Atmosphere.cc.

References ERROR.

void atm::Atmosphere::Init ( void )

private

Definition at line 773 of file Framework/Atmosphere/Atmosphere.cc.

References DEBUGLOG, and utl::Branch::GetTopBranch().

void atm::Atmosphere::InitSlantProfileModel	(	const utl::Point &	core,
		const utl::Vector &	dir,
		const double	deltaX
	)		const

Initialize the slant depth model for simulations

Parameters

[in]	core	The point from which distances are measured.
[in]	dir	The direction along the path, starting at the core. This can be the negative of the shower direction, for example.
[in]	deltaX	The step size to do the integration in depth.

Definition at line 337 of file Framework/Atmosphere/Atmosphere.cc.

Referenced by RdREASSimPreparatorNG::RdREASSimPreparatorNG::CherenkovRadius(), otoa::FD2ADST::FillEye(), otoa::FOVCalculator::FillFOVVariables(), otoa::LongitudinalXmaxScanner::FillLightFactors(), otoa::LongitudinalXmaxScanner::GetChangedDepth(), FdProfileReconstructorKG::FdProfileReconstructor::InitializeAtmosphere(), FdProfileConstrainedGeometryFitPG::ChiZeroRegression::MinuitFitFunc(), RdSphericalFit::RdSphericalFit::Run(), RdHASLDFFitter::RdHASLDFFitter::Run(), RdAntennaChannelToStationConverter::RdAntennaChannelToStationConverter::Run(), AtmosphericProfileNS::AtmosphericProfile::Run(), RdAntennaStationToChannelConverter::RdAntennaStationToChannelConverter::Run(), ConexShowerGeneratorKG::ConexShowerGenerator::Run(), FieldOfViewCalculatorKG::FieldOfViewCalculator::Run(), FdLaserEnergyReconstructorKG::FdLaserEnergyReconstructor::Run(), TimeModelTestKG::TimeModelTest::Run(), SdSimpleSimKG::SdSimpleSim::Run(), and MuonProductionDepthFinderGL::MuonProductionDepthFinder::SetMuonProductionDepthHist().