Empirical Lunar Lambert photometric model Derive model albedo using phase dependent Minnaert equation and calculated empirically. More...

#include <LunarLambertEmpirical.h>

Inheritance diagram for Isis::LunarLambertEmpirical:

Collaboration diagram for Isis::LunarLambertEmpirical:

Public Member Functions
	LunarLambertEmpirical (Pvl &pvl)

virtual	~LunarLambertEmpirical ()

void	SetPhotoPhaseList (QString phasestrlist)
	Set the empirical Lunar Lambert function phase angle list.

void	SetPhotoPhaseList (PvlKeyword phaselist)
	Set the empirical Lunar Lambert function phase angle list.

void	SetPhotoLList (QString kstrlist)
	Set the empirical Lunar Lambert function L exponent list.

void	SetPhotoLList (PvlKeyword lstrList)
	Set the empirical Lunar Lambert function L exponent list.

void	SetPhotoPhaseCurveList (QString phasecurvestrlist)
	Set the empirical Lunar Lambert function phase curve list.

void	SetPhotoPhaseCurveList (PvlKeyword phasecurvestrlist)
	Set the empirical Lunar Lambert function phase curve list.

virtual double	PhotoModelAlgorithm (double phase, double incidence, double emission)
	Return photometric phase angle list.

QString	AlgorithmName () const
	Return algorithm name found in Pvl file from constructor.

virtual void	SetStandardConditions (bool standard)
	Sets whether standard conditions will be used.

bool	StandardConditions () const
	Returns true if standard conditions are used, i.e., if SetStandardConditions(true) has been called. This is initialized to false in the constructor.

double	PhtTopder (double phase, double incidence, double emission)
	Obtain topographic derivative of an arbitrary photometric function.

double	CalcSurfAlbedo (double pha, double inc, double ema)
	Calculate the surface brightness using photometric angle information.

virtual void	SetPhotoL (const double l)

double	PhotoL () const
	Return photometric L value.

virtual void	SetPhotoK (const double k)

double	PhotoK () const
	Return photometric K value.

virtual void	SetPhotoHg1 (const double hg1)

double	PhotoHg1 () const
	Return photometric Hg1 value.

virtual void	SetPhotoHg2 (const double hg2)

double	PhotoHg2 () const
	Return photometric Hg2 value.

virtual void	SetPhotoBh (const double bh)

double	PhotoBh () const
	Return photometric Bh value.

virtual void	SetPhotoCh (const double ch)

double	PhotoCh () const
	Return photometric Ch value.

virtual void	SetPhotoWh (const double wh)

double	PhotoWh () const
	Return photometric Wh value.

virtual void	SetPhotoHh (const double hh)

double	PhotoHh () const
	Return photometric Hh value.

virtual void	SetPhotoB0 (const double b0)

double	PhotoB0 () const
	Return photometric B0 value.

virtual void	SetPhotoTheta (const double theta)

double	PhotoTheta () const
	Return photometric Theta value.

virtual void	SetPhoto0B0Standard (const QString &b0standard)

QString	Photo0B0Standard () const
	Return photometric B0 standardization value.

double	Hfunc (double u, double gamma)
	Hapke's approximation to Chandra's H function.

virtual void	SetPhotoKList (const QString)

std::vector< double >	PhotoPhaseList () const
	Return photometric phase angle list.

std::vector< double >	PhotoKList () const
	Return photometric k value list.

std::vector< double >	PhotoLList () const
	Return photometric l value list.

std::vector< double >	PhotoPhaseCurveList () const
	Return photometric phase curve value list.

Static Public Member Functions
static double	PhtAcos (double cosang)
	Obtain arccosine of input value.

Protected Attributes
double	p_photoL

double	p_photoK

double	p_photoHg1

double	p_photoHg2

double	p_photoBh

double	p_photoCh

double	p_photoCott

double	p_photoCot2t

double	p_photoTant

double	p_photoSr

double	p_photoOsr

QString	p_algName

QString	p_photo0B0Standard

double	p_photoWh

double	p_photoHh

double	p_photoB0

double	p_photoB0save

double	p_photoTheta

double	p_photoThetaold

std::vector< double >	p_photoPhaseList

std::vector< double >	p_photoKList

std::vector< double >	p_photoLList

std::vector< double >	p_photoPhaseCurveList

int	p_photoPhaseAngleCount

NumericalApproximation	p_photoKSpline

NumericalApproximation	p_photoLSpline

NumericalApproximation	p_photoBSpline

Detailed Description

Empirical Lunar Lambert photometric model Derive model albedo using phase dependent Minnaert equation and calculated empirically.

Limb-darkening k and phase function are arbitrary polynomials in phase angle.

albedo = brightness*[mu / (mu*munot)**k)]
assumptions:
  1. bidirectional reflectance
  2. semi-infinite medium
                                             k      k-1
reflectance (inc,ema,phase)=albedo  *  munot   * mu
         Minnaert               Minnaert

Where k is the Minnaert index, an empirical constant (called nu in Hapke)

If k (nu) = 1, Minnaert's law reduces to Lambert's law. See Theory of Reflectance and Emittance Spectroscopy, 1993; Bruce Hapke; pg. 191-192.

Author: 1999-01-08 Randy Kirk

Constructor & Destructor Documentation

◆ LunarLambertEmpirical()

Isis::LunarLambertEmpirical::LunarLambertEmpirical ( Pvl & pvl )

References _FILEINFO_, Isis::NumericalApproximation::AddData(), Isis::NumericalApproximation::CubicClamped, Isis::PhotoModel::p_photoBSpline, Isis::PhotoModel::p_photoLList, Isis::PhotoModel::p_photoLSpline, Isis::PhotoModel::p_photoPhaseAngleCount, Isis::PhotoModel::p_photoPhaseCurveList, Isis::PhotoModel::p_photoPhaseList, Isis::NumericalApproximation::Reset(), Isis::NumericalApproximation::SetCubicClampedEndptDeriv(), Isis::NumericalApproximation::SetInterpType(), SetPhotoLList(), SetPhotoPhaseCurveList(), SetPhotoPhaseList(), Isis::PvlObject::Traverse, and Isis::IException::User.

◆ ~LunarLambertEmpirical()

Isis::LunarLambertEmpirical::~LunarLambertEmpirical ( )

virtual

References Isis::PhotoModel::p_photoBSpline, Isis::PhotoModel::p_photoLList, Isis::PhotoModel::p_photoLSpline, Isis::PhotoModel::p_photoPhaseCurveList, Isis::PhotoModel::p_photoPhaseList, and Isis::NumericalApproximation::Reset().

Member Function Documentation

◆ AlgorithmName()

QString Isis::PhotoModel::AlgorithmName ( ) const

inlineinherited

Return algorithm name found in Pvl file from constructor.

Referenced by Isis::AtmosModel::GenerateAhTable(), and Isis::Hapke::Hapke().

◆ CalcSurfAlbedo()

double Isis::PhotoModel::CalcSurfAlbedo	(	double	pha,
		double	inc,
		double	ema )

inherited

Calculate the surface brightness using photometric angle information.

Parameters

pha	Phase angle
inc	Incidence angle
ema	Emission angle

Returns: double Surface brightness calculated by the photometric function

References Isis::PhotoModel::PhotoModelAlgorithm().

Referenced by Isis::Albedo::Albedo(), Isis::AlbedoAtm::AlbedoAtm(), Isis::Mixed::Mixed(), Isis::Albedo::NormModelAlgorithm(), Isis::AlbedoAtm::NormModelAlgorithm(), Isis::Mixed::NormModelAlgorithm(), Isis::MoonAlbedo::NormModelAlgorithm(), Isis::NoNormalization::NormModelAlgorithm(), Isis::Shade::NormModelAlgorithm(), Isis::ShadeAtm::NormModelAlgorithm(), Isis::Topo::NormModelAlgorithm(), Isis::TopoAtm::NormModelAlgorithm(), Isis::PhotoModel::PhtTopder(), and Isis::TopoAtm::TopoAtm().

◆ Hfunc()

double Isis::PhotoModel::Hfunc	(	double	u,
		double	gamma )

inlineinherited

Hapke's approximation to Chandra's H function.

Referenced by Isis::Hapke::PhotoModelAlgorithm().

◆ Photo0B0Standard()

QString Isis::PhotoModel::Photo0B0Standard ( ) const

inlineinherited

Return photometric B0 standardization value.

References Isis::PhotoModel::p_photo0B0Standard.

◆ PhotoB0()

double Isis::PhotoModel::PhotoB0 ( ) const

inlineinherited

Return photometric B0 value.

References Isis::PhotoModel::p_photoB0.

◆ PhotoBh()

double Isis::PhotoModel::PhotoBh ( ) const

inlineinherited

Return photometric Bh value.

References Isis::PhotoModel::p_photoBh.

◆ PhotoCh()

double Isis::PhotoModel::PhotoCh ( ) const

inlineinherited

Return photometric Ch value.

References Isis::PhotoModel::p_photoCh.

◆ PhotoHg1()

double Isis::PhotoModel::PhotoHg1 ( ) const

inlineinherited

Return photometric Hg1 value.

References Isis::PhotoModel::p_photoHg1.

◆ PhotoHg2()

double Isis::PhotoModel::PhotoHg2 ( ) const

inlineinherited

Return photometric Hg2 value.

References Isis::PhotoModel::p_photoHg2.

◆ PhotoHh()

double Isis::PhotoModel::PhotoHh ( ) const

inlineinherited

Return photometric Hh value.

References Isis::PhotoModel::p_photoHh.

◆ PhotoK()

double Isis::PhotoModel::PhotoK ( ) const

inlineinherited

Return photometric K value.

References Isis::PhotoModel::p_photoK.

◆ PhotoKList()

std::vector< double > Isis::PhotoModel::PhotoKList ( ) const

inlineinherited

Return photometric k value list.

References Isis::PhotoModel::p_photoKList.

◆ PhotoL()

double Isis::PhotoModel::PhotoL ( ) const

inlineinherited

Return photometric L value.

References Isis::PhotoModel::p_photoL.

◆ PhotoLList()

std::vector< double > Isis::PhotoModel::PhotoLList ( ) const

inlineinherited

Return photometric l value list.

References Isis::PhotoModel::p_photoLList.

◆ PhotoModelAlgorithm()

double Isis::LunarLambertEmpirical::PhotoModelAlgorithm	(	double	phase,
		double	incidence,
		double	emission )

virtual

Return photometric phase angle list.

Return photometric l value list Return photometric phase curve value list

Implements Isis::PhotoModel.

References Isis::NumericalApproximation::Evaluate(), Isis::NumericalApproximation::Extrapolate, Isis::PhotoModel::p_photoBSpline, Isis::PhotoModel::p_photoLSpline, and Isis::PI.

◆ PhotoPhaseCurveList()

std::vector< double > Isis::PhotoModel::PhotoPhaseCurveList ( ) const

inlineinherited

Return photometric phase curve value list.

References Isis::PhotoModel::p_photoPhaseCurveList.

◆ PhotoPhaseList()

std::vector< double > Isis::PhotoModel::PhotoPhaseList ( ) const

inlineinherited

Return photometric phase angle list.

References Isis::PhotoModel::p_photoPhaseList.

◆ PhotoTheta()

double Isis::PhotoModel::PhotoTheta ( ) const

inlineinherited

Return photometric Theta value.

References Isis::PhotoModel::p_photoTheta.

◆ PhotoWh()

double Isis::PhotoModel::PhotoWh ( ) const

inlineinherited

Return photometric Wh value.

References Isis::PhotoModel::p_photoWh.

◆ PhtAcos()

double Isis::PhotoModel::PhtAcos ( double cosang )

staticinherited

Obtain arccosine of input value.

If the input value is outside of the valid range (-1 to 1), then obtain the arccosine of the closest valid value.

Parameters

cosang input value to obtain arccosine of (in radians)

Returns: double Arccosine of cosang, if valid.

History: 2008-11-05 Jeannie Walldren - This method was moved from NumericalMethods class.

Referenced by Isis::PhotoModel::PhtTopder().

◆ PhtTopder()

double Isis::PhotoModel::PhtTopder	(	double	phase,
		double	incidence,
		double	emission )

inherited

Obtain topographic derivative of an arbitrary photometric function.

Parameters

phase	Input phase angle
incidence	Input incidence angle
emission	Input emission angle

Returns: double Gradient

References Isis::PhotoModel::CalcSurfAlbedo(), Isis::PhotoModel::PhtAcos(), and Isis::PI.

Referenced by Isis::Mixed::Mixed(), Isis::Mixed::NormModelAlgorithm(), Isis::Topo::NormModelAlgorithm(), Isis::TopoAtm::NormModelAlgorithm(), and Isis::TopoAtm::TopoAtm().

◆ SetPhoto0B0Standard()

virtual void Isis::PhotoModel::SetPhoto0B0Standard ( const QString & b0standard )

inlinevirtualinherited

Reimplemented in Isis::Hapke.

References Isis::PhotoModel::p_photo0B0Standard.

◆ SetPhotoB0()

virtual void Isis::PhotoModel::SetPhotoB0 ( const double b0 )

inlinevirtualinherited

Reimplemented in Isis::Hapke.

References Isis::PhotoModel::p_photoB0.

◆ SetPhotoBh()

virtual void Isis::PhotoModel::SetPhotoBh ( const double bh )

inlinevirtualinherited

Reimplemented in Isis::Hapke.

References Isis::PhotoModel::p_photoBh.

◆ SetPhotoCh()

virtual void Isis::PhotoModel::SetPhotoCh ( const double ch )

inlinevirtualinherited

Reimplemented in Isis::Hapke.

References Isis::PhotoModel::p_photoCh.

◆ SetPhotoHg1()

virtual void Isis::PhotoModel::SetPhotoHg1 ( const double hg1 )

inlinevirtualinherited

Reimplemented in Isis::Hapke.

References Isis::PhotoModel::p_photoHg1.

◆ SetPhotoHg2()

virtual void Isis::PhotoModel::SetPhotoHg2 ( const double hg2 )

inlinevirtualinherited

Reimplemented in Isis::Hapke.

References Isis::PhotoModel::p_photoHg2.

◆ SetPhotoHh()

virtual void Isis::PhotoModel::SetPhotoHh ( const double hh )

inlinevirtualinherited

Reimplemented in Isis::Hapke.

References Isis::PhotoModel::p_photoHh.

◆ SetPhotoK()

virtual void Isis::PhotoModel::SetPhotoK ( const double k )

inlinevirtualinherited

Reimplemented in Isis::Minnaert.

References Isis::PhotoModel::p_photoK.

◆ SetPhotoKList()

virtual void Isis::PhotoModel::SetPhotoKList ( const QString )

inlinevirtualinherited

Reimplemented in Isis::MinnaertEmpirical.

◆ SetPhotoL()

virtual void Isis::PhotoModel::SetPhotoL ( const double l )

inlinevirtualinherited

Reimplemented in Isis::LunarLambert.

References Isis::PhotoModel::p_photoL.

◆ SetPhotoLList() [1/2]

void Isis::LunarLambertEmpirical::SetPhotoLList ( PvlKeyword lstrList )

Set the empirical Lunar Lambert function L exponent list.

This is used to govern the limb-darkening in the Lunar Lambert photometric function. Values of the Lunar Lambert exponent generally fall in the range from 0.0 (Lambert function) to 1.0 (Lommel-Seeliger or "lunar" function). There are no limits on the value of this parameter, but values far outside the 0 to 1 range will not be very useful.

Parameters

llist PvkKeyword containing List of Lunar Lambert function exponents to interpolate

References Isis::PhotoModel::p_photoLList, SetPhotoLList(), and Isis::toDouble().

◆ SetPhotoLList() [2/2]

void Isis::LunarLambertEmpirical::SetPhotoLList ( QString lstrlist )

virtual

Set the empirical Lunar Lambert function L exponent list.

This is used to govern the limb-darkening in the Lunar Lambert photometric function. Values of the Lunar Lambert exponent generally fall in the range from 0.0 (Lambert function) to 1.0 (Lommel-Seeliger or "lunar" function). There are no limits on the value of this parameter, but values far outside the 0 to 1 range will not be very useful.

Parameters

llist List of Lunar Lambert function exponents to interpolate

Reimplemented from Isis::PhotoModel.

References Isis::PhotoModel::p_photoLList.

Referenced by LunarLambertEmpirical(), and SetPhotoLList().

◆ SetPhotoPhaseCurveList() [1/2]

void Isis::LunarLambertEmpirical::SetPhotoPhaseCurveList ( PvlKeyword photocurvestrList )

Set the empirical Lunar Lambert function phase curve list.

This list provides the brightness values that correspond to the limb-darkening values in the empirical Lunar Lambert photometric function.

Parameters

phasecurvelist PvlKeyword containing list of brightness values corresponding to Lunar Lambert function exponents

References Isis::PhotoModel::p_photoPhaseCurveList, SetPhotoPhaseCurveList(), and Isis::toDouble().

◆ SetPhotoPhaseCurveList() [2/2]

void Isis::LunarLambertEmpirical::SetPhotoPhaseCurveList ( QString phasecurvestrlist )

virtual

Set the empirical Lunar Lambert function phase curve list.

This list provides the brightness values that correspond to the limb-darkening values in the empirical Lunar Lambert photometric function.

Parameters

phasecurvelist List of brightness values corresponding to Lunar Lambert function exponents

Reimplemented from Isis::PhotoModel.

References Isis::PhotoModel::p_photoPhaseCurveList.

Referenced by LunarLambertEmpirical(), and SetPhotoPhaseCurveList().

◆ SetPhotoPhaseList() [1/2]

void Isis::LunarLambertEmpirical::SetPhotoPhaseList ( PvlKeyword phaseList )

Set the empirical Lunar Lambert function phase angle list.

This is the list of phase angles that Lunar Lambert L values and phase curve list values will be provided for. A spline curve will be used to interpolate L values and phase curve values that exist between the given phase angles. The values in the phase angle list are limited to values that are >=0 and <=180.

Parameters

phaselist PvlKeyword containing phase angles to interpolate

References _FILEINFO_, Isis::PhotoModel::p_photoPhaseList, SetPhotoPhaseList(), Isis::toString(), and Isis::IException::User.

◆ SetPhotoPhaseList() [2/2]

void Isis::LunarLambertEmpirical::SetPhotoPhaseList ( QString phasestrlist )

virtual

Set the empirical Lunar Lambert function phase angle list.

This is the list of phase angles that Lunar Lambert L values and phase curve list values will be provided for. A spline curve will be used to interpolate L values and phase curve values that exist between the given phase angles. The values in the phase angle list are limited to values that are >=0 and <=180.

Parameters

phaselist List of phase angles to interpolate

Reimplemented from Isis::PhotoModel.

References _FILEINFO_, Isis::PhotoModel::p_photoPhaseList, Isis::toString(), and Isis::IException::User.

Referenced by LunarLambertEmpirical(), and SetPhotoPhaseList().

◆ SetPhotoTheta()

virtual void Isis::PhotoModel::SetPhotoTheta ( const double theta )

inlinevirtualinherited

Reimplemented in Isis::Hapke.

References Isis::PhotoModel::p_photoTheta.

◆ SetPhotoWh()

virtual void Isis::PhotoModel::SetPhotoWh ( const double wh )

inlinevirtualinherited

Reimplemented in Isis::Hapke.

References Isis::PhotoModel::p_photoWh.

◆ SetStandardConditions()

void Isis::PhotoModel::SetStandardConditions ( bool standard )

virtualinherited

Sets whether standard conditions will be used.

Parameters

standard True if standard conditions are used.

Reimplemented in Isis::Hapke.

Referenced by Isis::Albedo::Albedo(), Isis::AlbedoAtm::AlbedoAtm(), Isis::Mixed::Mixed(), Isis::Shade::NormModelAlgorithm(), Isis::ShadeAtm::NormModelAlgorithm(), Isis::Topo::NormModelAlgorithm(), Isis::Hapke::SetStandardConditions(), and Isis::TopoAtm::TopoAtm().

◆ StandardConditions()

bool Isis::PhotoModel::StandardConditions ( ) const

inlineinherited

Returns true if standard conditions are used, i.e., if SetStandardConditions(true) has been called. This is initialized to false in the constructor.

Member Data Documentation

◆ p_algName

QString Isis::PhotoModel::p_algName

protectedinherited

Referenced by Isis::Hapke::Hapke(), and Isis::Hapke::PhotoModelAlgorithm().

◆ p_photo0B0Standard

QString Isis::PhotoModel::p_photo0B0Standard

protectedinherited

Referenced by Isis::PhotoModel::Photo0B0Standard(), Isis::Hapke::SetPhoto0B0Standard(), Isis::PhotoModel::SetPhoto0B0Standard(), and Isis::Hapke::SetStandardConditions().

◆ p_photoB0

double Isis::PhotoModel::p_photoB0

protectedinherited

Referenced by Isis::Hapke::Hapke(), Isis::PhotoModel::PhotoB0(), Isis::Hapke::PhotoModelAlgorithm(), Isis::Hapke::SetPhotoB0(), Isis::PhotoModel::SetPhotoB0(), and Isis::Hapke::SetStandardConditions().

◆ p_photoB0save

double Isis::PhotoModel::p_photoB0save

protectedinherited

Referenced by Isis::Hapke::Hapke(), and Isis::Hapke::SetStandardConditions().

◆ p_photoBh

double Isis::PhotoModel::p_photoBh

protectedinherited

Referenced by Isis::PhotoModel::PhotoBh(), Isis::Hapke::PhotoModelAlgorithm(), Isis::Hapke::SetPhotoBh(), and Isis::PhotoModel::SetPhotoBh().

◆ p_photoBSpline

NumericalApproximation Isis::PhotoModel::p_photoBSpline

protectedinherited

Referenced by LunarLambertEmpirical(), Isis::MinnaertEmpirical::MinnaertEmpirical(), PhotoModelAlgorithm(), Isis::MinnaertEmpirical::PhotoModelAlgorithm(), ~LunarLambertEmpirical(), and Isis::MinnaertEmpirical::~MinnaertEmpirical().

◆ p_photoCh

double Isis::PhotoModel::p_photoCh

protectedinherited

Referenced by Isis::PhotoModel::PhotoCh(), Isis::Hapke::PhotoModelAlgorithm(), Isis::Hapke::SetPhotoCh(), and Isis::PhotoModel::SetPhotoCh().

◆ p_photoCot2t

double Isis::PhotoModel::p_photoCot2t

protectedinherited

Referenced by Isis::Hapke::PhotoModelAlgorithm().

◆ p_photoCott

double Isis::PhotoModel::p_photoCott

protectedinherited

Referenced by Isis::Hapke::PhotoModelAlgorithm().

◆ p_photoHg1

double Isis::PhotoModel::p_photoHg1

protectedinherited

Referenced by Isis::Hapke::Hapke(), Isis::PhotoModel::PhotoHg1(), Isis::Hapke::PhotoModelAlgorithm(), Isis::Hapke::SetPhotoHg1(), and Isis::PhotoModel::SetPhotoHg1().

◆ p_photoHg2

double Isis::PhotoModel::p_photoHg2

protectedinherited

Referenced by Isis::Hapke::Hapke(), Isis::PhotoModel::PhotoHg2(), Isis::Hapke::PhotoModelAlgorithm(), Isis::Hapke::SetPhotoHg2(), and Isis::PhotoModel::SetPhotoHg2().

◆ p_photoHh

double Isis::PhotoModel::p_photoHh

protectedinherited

Referenced by Isis::Hapke::Hapke(), Isis::PhotoModel::PhotoHh(), Isis::Hapke::PhotoModelAlgorithm(), Isis::Hapke::SetPhotoHh(), and Isis::PhotoModel::SetPhotoHh().

◆ p_photoK

double Isis::PhotoModel::p_photoK

protectedinherited

Referenced by Isis::PhotoModel::PhotoK(), Isis::Minnaert::PhotoModelAlgorithm(), Isis::Minnaert::SetPhotoK(), and Isis::PhotoModel::SetPhotoK().

◆ p_photoKList

std::vector<double> Isis::PhotoModel::p_photoKList

protectedinherited

Referenced by Isis::MinnaertEmpirical::MinnaertEmpirical(), Isis::PhotoModel::PhotoKList(), Isis::MinnaertEmpirical::SetPhotoKList(), Isis::MinnaertEmpirical::SetPhotoKList(), and Isis::MinnaertEmpirical::~MinnaertEmpirical().

◆ p_photoKSpline

NumericalApproximation Isis::PhotoModel::p_photoKSpline

protectedinherited

Referenced by Isis::MinnaertEmpirical::MinnaertEmpirical(), Isis::MinnaertEmpirical::PhotoModelAlgorithm(), and Isis::MinnaertEmpirical::~MinnaertEmpirical().

◆ p_photoL

double Isis::PhotoModel::p_photoL

protectedinherited

Referenced by Isis::PhotoModel::PhotoL(), Isis::LunarLambert::PhotoModelAlgorithm(), Isis::LunarLambert::SetPhotoL(), and Isis::PhotoModel::SetPhotoL().

◆ p_photoLList

std::vector<double> Isis::PhotoModel::p_photoLList

protectedinherited

Referenced by LunarLambertEmpirical(), Isis::PhotoModel::PhotoLList(), SetPhotoLList(), SetPhotoLList(), and ~LunarLambertEmpirical().

◆ p_photoLSpline

NumericalApproximation Isis::PhotoModel::p_photoLSpline

protectedinherited

Referenced by LunarLambertEmpirical(), PhotoModelAlgorithm(), and ~LunarLambertEmpirical().

◆ p_photoOsr

double Isis::PhotoModel::p_photoOsr

protectedinherited

Referenced by Isis::Hapke::PhotoModelAlgorithm().

◆ p_photoPhaseAngleCount

int Isis::PhotoModel::p_photoPhaseAngleCount

protectedinherited

Referenced by LunarLambertEmpirical(), and Isis::MinnaertEmpirical::MinnaertEmpirical().

◆ p_photoPhaseCurveList

std::vector<double> Isis::PhotoModel::p_photoPhaseCurveList

protectedinherited

Referenced by LunarLambertEmpirical(), Isis::MinnaertEmpirical::MinnaertEmpirical(), Isis::PhotoModel::PhotoPhaseCurveList(), SetPhotoPhaseCurveList(), Isis::MinnaertEmpirical::SetPhotoPhaseCurveList(), SetPhotoPhaseCurveList(), Isis::MinnaertEmpirical::SetPhotoPhaseCurveList(), ~LunarLambertEmpirical(), and Isis::MinnaertEmpirical::~MinnaertEmpirical().

◆ p_photoPhaseList

std::vector<double> Isis::PhotoModel::p_photoPhaseList

protectedinherited

Referenced by LunarLambertEmpirical(), Isis::MinnaertEmpirical::MinnaertEmpirical(), Isis::PhotoModel::PhotoPhaseList(), SetPhotoPhaseList(), Isis::MinnaertEmpirical::SetPhotoPhaseList(), SetPhotoPhaseList(), Isis::MinnaertEmpirical::SetPhotoPhaseList(), ~LunarLambertEmpirical(), and Isis::MinnaertEmpirical::~MinnaertEmpirical().

◆ p_photoSr

double Isis::PhotoModel::p_photoSr

protectedinherited

Referenced by Isis::Hapke::PhotoModelAlgorithm().

◆ p_photoTant

double Isis::PhotoModel::p_photoTant

protectedinherited

Referenced by Isis::Hapke::PhotoModelAlgorithm().

◆ p_photoTheta

double Isis::PhotoModel::p_photoTheta

protectedinherited

Referenced by Isis::Hapke::Hapke(), Isis::Hapke::PhotoModelAlgorithm(), Isis::PhotoModel::PhotoTheta(), Isis::Hapke::SetPhotoTheta(), and Isis::PhotoModel::SetPhotoTheta().

◆ p_photoThetaold

double Isis::PhotoModel::p_photoThetaold

protectedinherited

Referenced by Isis::Hapke::Hapke(), Isis::Hapke::PhotoModelAlgorithm(), and Isis::Hapke::SetOldTheta().

◆ p_photoWh

double Isis::PhotoModel::p_photoWh

protectedinherited

Referenced by Isis::Hapke::Hapke(), Isis::Hapke::PhotoModelAlgorithm(), Isis::PhotoModel::PhotoWh(), Isis::Hapke::SetPhotoWh(), and Isis::PhotoModel::SetPhotoWh().

The documentation for this class was generated from the following files:

/Users/chkim/repos/ISIS3/isis/src/base/objs/LunarLambertEmpirical/LunarLambertEmpirical.h
/Users/chkim/repos/ISIS3/isis/src/base/objs/LunarLambertEmpirical/LunarLambertEmpirical.cpp

Public Member Functions

Static Public Member Functions

Protected Attributes

Detailed Description

Constructor & Destructor Documentation

◆ LunarLambertEmpirical()

◆ ~LunarLambertEmpirical()

Member Function Documentation

◆ AlgorithmName()

◆ CalcSurfAlbedo()

◆ Hfunc()

◆ Photo0B0Standard()

◆ PhotoB0()

◆ PhotoBh()

◆ PhotoCh()

◆ PhotoHg1()

◆ PhotoHg2()

◆ PhotoHh()

◆ PhotoK()

◆ PhotoKList()

◆ PhotoL()

◆ PhotoLList()

◆ PhotoModelAlgorithm()

◆ PhotoPhaseCurveList()

◆ PhotoPhaseList()

◆ PhotoTheta()

◆ PhotoWh()

◆ PhtAcos()

◆ PhtTopder()

◆ SetPhoto0B0Standard()

◆ SetPhotoB0()

◆ SetPhotoBh()

◆ SetPhotoCh()

◆ SetPhotoHg1()

◆ SetPhotoHg2()

◆ SetPhotoHh()

◆ SetPhotoK()

◆ SetPhotoKList()

◆ SetPhotoL()

◆ SetPhotoLList() [1/2]

◆ SetPhotoLList() [2/2]

◆ SetPhotoPhaseCurveList() [1/2]

◆ SetPhotoPhaseCurveList() [2/2]

◆ SetPhotoPhaseList() [1/2]

◆ SetPhotoPhaseList() [2/2]

◆ SetPhotoTheta()

◆ SetPhotoWh()

◆ SetStandardConditions()

◆ StandardConditions()

Member Data Documentation

◆ p_algName

◆ p_photo0B0Standard

◆ p_photoB0

◆ p_photoB0save

◆ p_photoBh

◆ p_photoBSpline

◆ p_photoCh

◆ p_photoCot2t

◆ p_photoCott

◆ p_photoHg1

◆ p_photoHg2

◆ p_photoHh

◆ p_photoK

◆ p_photoKList

◆ p_photoKSpline

◆ p_photoL

◆ p_photoLList

◆ p_photoLSpline

◆ p_photoOsr

◆ p_photoPhaseAngleCount

◆ p_photoPhaseCurveList

◆ p_photoPhaseList

◆ p_photoSr

◆ p_photoTant

◆ p_photoTheta

◆ p_photoThetaold

◆ p_photoWh