General purpose Embree ray tracing model. More...

#include <EmbreeShapeModel.h>

Inheritance diagram for Isis::EmbreeShapeModel:

Collaboration diagram for Isis::EmbreeShapeModel:

Public Member Functions
	EmbreeShapeModel ()
	Default constructor sets type to a TIN. More...

	EmbreeShapeModel (Target target, Pvl &pvl, EmbreeTargetManager targetManager)
	Constructor provided for instantiation from an ISIS cube. More...

	EmbreeShapeModel (Target target, const QString &shapefile, EmbreeTargetManager targetManager)
	Constructor provided for instantiation from a file. More...

virtual	~EmbreeShapeModel ()
	Destructor that notifies the target shape manager that the target shape is no longer in use. More...

virtual bool	intersectSurface (std::vector< double > observerPos, std::vector< double > lookDirection)
	This method computes an intercept point given an observer location and look direction using the Embree model. More...

virtual bool	intersectSurface (const Latitude &lat, const Longitude &lon, const std::vector< double > &observerPos, const bool &backCheck=true)
	Compute intersection of surface vector direction from observer with occulusion. More...

virtual bool	intersectSurface (const SurfacePoint &surfpt, const std::vector< double > &observerPos, const bool &backCheck=true)
	Compute intersection of surface point from observer with occulusion. More...

virtual void	clearSurfacePoint ()
	Flag that the ShapeModel does not have a surface point or normal. More...

virtual bool	isDEM () const
	Indicates that this shape model is not from a DEM. More...

double	getTolerance () const
	Get the tolerance used when checking if the stored surface point is visible. More...

void	setTolerance (const double &tolerance)
	Set the tolerance used when checking if the stored surface point is visible. More...

virtual void	calculateDefaultNormal ()
	Return the surface normal of the ellipsoid as the default. More...

virtual void	calculateLocalNormal (QVector< double * > cornerNeighborPoints)
	Compute the normal for a local region of surface points. More...

virtual void	calculateSurfaceNormal ()
	Return the surface normal of the ellipsoid. More...

QVector< double >	ellipsoidNormal ()
	Compute the true surface normal vector of an ellipsoid. More...

virtual double	incidenceAngle (const std::vector< double > &uB)
	Computes and returns incidence angle, in degrees, given the illuminator position. More...

virtual Distance	localRadius (const Latitude &lat, const Longitude &lon)
	Determine radius at a given lat/lon grid point. More...

virtual bool	isVisibleFrom (const std::vector< double > observerPos, const std::vector< double > lookDirection)
	Check if the current internalized surface point is visible from an observer position and look direction. More...

void	Initialize ()
	Initializes the ShapeModel private variables. More...

SurfacePoint *	surfaceIntersection () const
	Returns the surface intersection for this ShapeModel. More...

bool	hasIntersection ()
	Returns intersection status. More...

bool	hasNormal () const
	Returns surface point normal status. More...

virtual double	emissionAngle (const std::vector< double > &sB)
	Computes and returns emission angle, in degrees, given the observer position. More...

virtual double	phaseAngle (const std::vector< double > &sB, const std::vector< double > &uB)
	Computes and returns phase angle, in degrees, given the positions of the observer and illuminator. More...

QString	name () const
	Gets the shape name. More...

void	setHasIntersection (bool b)
	Sets the flag to indicate whether this ShapeModel has an intersection. More...

virtual void	setSurfacePoint (const SurfacePoint &surfacePoint)
	Set surface intersection point. More...

std::vector< double >	normal ()
	Returns the local surface normal at the current intersection point. More...

Protected Member Functions
void	setNormal (const std::vector< double >)
	Sets the normal for the currect intersection point. More...

void	setNormal (const double a, const double b, const double c)
	Sets the normal for the currect intersection point. More...

void	setName (QString name)
	Sets the shape name. More...

void	calculateEllipsoidalSurfaceNormal ()
	Calculates the ellipsoidal surface normal. More...

bool	hasEllipsoidIntersection ()
	Returns the status of the ellipsoid model intersection. More...

bool	intersectEllipsoid (const std::vector< double > observerPosRelativeToTarget, const std::vector< double > &observerLookVectorToTarget)
	Finds the intersection point on the ellipsoid model using the given position of the observer (spacecraft) and direction vector from the observer to the target (body). More...

bool	hasValidTarget () const
	Returns the status of the target. More...

std::vector< Distance >	targetRadii () const
	Returns the radii of the body in km. More...

void	setHasNormal (bool status)
	Sets the flag to indicate whether this ShapeModel has a surface normal. More...

double	resolution ()
	Convenience method to get pixel resolution (m/pix) at current intersection point. More...

Detailed Description

General purpose Embree ray tracing model.

Author: 2017-04-22 Jesse Mapel and Jeannie Backer

Constructor & Destructor Documentation

◆ EmbreeShapeModel() [1/3]

Isis::EmbreeShapeModel::EmbreeShapeModel ( )

Default constructor sets type to a TIN.

References Isis::ShapeModel::setName().

◆ EmbreeShapeModel() [2/3]

Isis::EmbreeShapeModel::EmbreeShapeModel	(	Target *	target,
		Pvl &	pvl,
		EmbreeTargetManager *	targetManager
	)

Constructor provided for instantiation from an ISIS cube.

This constructor is typically used for and ISIS cube that has been initialized by spiceinit. The target shape file will be read from the Pvl label.

Parameters

target	Target object describing the observed body
pvl	ISIS Cube label. The target shape file will be extracted from the Kernels group
targetManager	The target shape manager that will manage the target shape

References _FILEINFO_, Isis::EmbreeTargetManager::create(), Isis::PvlObject::findGroup(), Isis::PvlContainer::hasKeyword(), Isis::ShapeModel::setName(), Isis::PvlObject::Traverse, and Isis::IException::User.

◆ EmbreeShapeModel() [3/3]

Isis::EmbreeShapeModel::EmbreeShapeModel	(	Target *	target,
		const QString &	shapefile,
		EmbreeTargetManager *	targetManager
	)

Constructor provided for instantiation from a file.

Parameters

target	Target object describing the observed body
shapefile	The targe shape file to use
targetManager	The target shape manager that will manage the target shape

References _FILEINFO_, Isis::EmbreeTargetManager::create(), Isis::ShapeModel::setName(), and Isis::IException::User.

◆ ~EmbreeShapeModel()

Isis::EmbreeShapeModel::~EmbreeShapeModel ( )

virtual

Destructor that notifies the target shape manager that the target shape is no longer in use.

See also: EmbreeTargetManager::free

References Isis::EmbreeTargetManager::free().

Member Function Documentation

◆ calculateDefaultNormal()

void Isis::EmbreeShapeModel::calculateDefaultNormal ( )

virtual

Return the surface normal of the ellipsoid as the default.

Implements Isis::ShapeModel.

References calculateSurfaceNormal().

Referenced by incidenceAngle().

◆ calculateEllipsoidalSurfaceNormal()

void Isis::ShapeModel::calculateEllipsoidalSurfaceNormal ( )

protectedinherited

Calculates the ellipsoidal surface normal.

References _FILEINFO_.

◆ calculateLocalNormal()

void Isis::EmbreeShapeModel::calculateLocalNormal ( QVector< double * > neighborPoints )

virtual

Compute the normal for a local region of surface points.

This method will calculate the surface normal of an assumed very local region of points. This method is provided to fullfil the specs of the ShapeModel class but this approach is not the most efficent means to accomplish this for a pre-exising intercept point. See setLocalNormalFromIntercept() for this.

The ShapeModel class makes the assumption that the four pixel corners of the center intercept point forms a plane from which a surface normal can be computed. For the Naif DSK plate model, we have already identified the plate (see m_intercept) from the DSK plate model (m_model) of the intercept point that provides it directly. That is what setLocalNormalFromIntercept() provides.

So, this implementation will compute the centroid of the neighboring points and make a determination if it intercepts the current intercept plate as defined by m_intercept - if it is valid. If it does not exist or does not intercept the plate, a new intercept point is computed and returned here.

Author: 2017-03-27 Kris Becker

Parameters

neighborPoints Input body-fixed points to compute normal for

Implements Isis::ShapeModel.

References _FILEINFO_, Isis::ShapeModel::hasIntersection(), and Isis::IException::Programmer.

◆ calculateSurfaceNormal()

void Isis::EmbreeShapeModel::calculateSurfaceNormal ( )

virtual

Return the surface normal of the ellipsoid.

Implements Isis::ShapeModel.

References ellipsoidNormal(), and Isis::ShapeModel::setNormal().

Referenced by calculateDefaultNormal().

◆ clearSurfacePoint()

void Isis::EmbreeShapeModel::clearSurfacePoint ( )

virtual

Flag that the ShapeModel does not have a surface point or normal.

Note: This does not actually delete the surface point or normal stored by the parent ShapeModel class, it just sets the flags to false.

Reimplemented from Isis::ShapeModel.

References Isis::ShapeModel::clearSurfacePoint(), and Isis::ShapeModel::setHasNormal().

Referenced by intersectSurface().

◆ ellipsoidNormal()

QVector< double > Isis::EmbreeShapeModel::ellipsoidNormal ( )

Compute the true surface normal vector of an ellipsoid.

This routine is used instead of the one provided by the ShapeModel implementation. This is primarly because ShapeModel::calculateEllipsoidalSurfaceNormal() it is only suitable for a spheroid. This implementation is intended for irregular bodies so we expect triaxial ellipsoids.

Author: 2017-03-27 Kris Becker

Returns: QVector<double> Normal vector at the intercept point relative to the ellipsoid (not the plate model)

References _FILEINFO_, Isis::NaifStatus::CheckErrors(), Isis::ShapeModel::hasIntersection(), Isis::ShapeModel::hasValidTarget(), Isis::IException::Programmer, Isis::ShapeModel::surfaceIntersection(), Isis::ShapeModel::targetRadii(), and Isis::SurfacePoint::ToNaifArray().

Referenced by calculateSurfaceNormal().

◆ emissionAngle()

double Isis::ShapeModel::emissionAngle ( const std::vector< double > & observerBodyFixedPosition )

virtualinherited

Computes and returns emission angle, in degrees, given the observer position.

Emission Angle: The angle between the surface normal vector at the intersection point and the vector from the intersection point to the observer (usually the spacecraft). The emission angle varies from 0 degrees when the observer is viewing the sub-spacecraft point (nadir viewing) to 90 degrees when the intercept is tangent to the surface of the target body. Thus, higher values of emission angle indicate more oblique viewing of the target.

Parameters

observerBodyFixedPosition Three dimensional position of the observer, in the coordinate system of the target body.

Returns: The emission angle, in decimal degrees.

Reimplemented in Isis::PlaneShape.

References Isis::RAD2DEG.

Referenced by Isis::CSMCamera::EmissionAngle(), and Isis::Sensor::EmissionAngle().

◆ getTolerance()

double Isis::EmbreeShapeModel::getTolerance ( ) const

Get the tolerance used when checking if the stored surface point is visible.

Returns: double The tolerance in kilometers

See also: isVisibleFrom

Referenced by isVisibleFrom().

◆ hasEllipsoidIntersection()

bool Isis::ShapeModel::hasEllipsoidIntersection ( )

protectedinherited

Returns the status of the ellipsoid model intersection.

Returns: bool Indicates whether this shape model has a valid ellipsoid intersection.

◆ hasIntersection()

bool Isis::ShapeModel::hasIntersection ( )

inherited

Returns intersection status.

Returns: bool Indicates whether this ShapeModel has an intersection.

Referenced by Isis::DemShape::calculateDefaultNormal(), Isis::BulletShapeModel::calculateLocalNormal(), Isis::EllipsoidShape::calculateLocalNormal(), calculateLocalNormal(), Isis::NaifDskShape::calculateLocalNormal(), Isis::BulletShapeModel::ellipsoidNormal(), ellipsoidNormal(), Isis::NaifDskShape::ellipsoidNormal(), Isis::Camera::GetLocalNormal(), Isis::Sensor::HasSurfaceIntersection(), Isis::BulletShapeModel::intersectSurface(), Isis::DemShape::intersectSurface(), intersectSurface(), Isis::EquatorialCylindricalShape::intersectSurface(), Isis::CSMCamera::SetGround(), Isis::BulletShapeModel::setLocalNormalFromIntercept(), and Isis::NaifDskShape::setLocalNormalFromIntercept().

◆ hasNormal()

bool Isis::ShapeModel::hasNormal ( ) const

inherited

Returns surface point normal status.

Returns: Indicates whether this ShapeModel has a surface normal.

Referenced by Isis::Camera::GetLocalNormal(), and incidenceAngle().

◆ hasValidTarget()

bool Isis::ShapeModel::hasValidTarget ( ) const

protectedinherited

Returns the status of the target.

If it is NULL, this method returns false.

Returns: Indicates whether the target is valid.

Referenced by Isis::BulletShapeModel::ellipsoidNormal(), ellipsoidNormal(), and Isis::NaifDskShape::ellipsoidNormal().

◆ incidenceAngle()

double Isis::EmbreeShapeModel::incidenceAngle ( const std::vector< double > & illuminatorBodyFixedPosition )

virtual

Computes and returns incidence angle, in degrees, given the illuminator position.

The surface normal vector is calculated using an ellipsoid, not the local normal of the actual target shape.

Incidence Angle: The angle between the surface normal vector at the intersection point and the vector from the intersection point to the illuminator (usually the sun).

Note: this method does not use the surface model.

Parameters

illuminatorBodyFixedPosition Three dimensional position for the illuminator, in the body-fixed coordinate system.

Returns: double Incidence angle, in degrees.

Reimplemented from Isis::ShapeModel.

References calculateDefaultNormal(), Isis::ShapeModel::hasNormal(), Isis::ShapeModel::incidenceAngle(), Isis::ShapeModel::normal(), and Isis::ShapeModel::setNormal().

◆ Initialize()

void Isis::ShapeModel::Initialize ( )

inherited

Initializes the ShapeModel private variables.

◆ intersectEllipsoid()

bool Isis::ShapeModel::intersectEllipsoid	(	const std::vector< double >	observerBodyFixedPosition,
		const std::vector< double > &	observerLookVectorToTarget
	)

protectedinherited

Finds the intersection point on the ellipsoid model using the given position of the observer (spacecraft) and direction vector from the observer to the target (body).

Parameters

observerBodyFixedPosition	Three dimensional position of the observer, in the coordinate system of the target body.
observerLookVectorToTarget	Three dimensional direction vector from the observer to the target.

Returns: bool Indicates whether this shape model found a valid ellipsoid intersection.

Referenced by Isis::DemShape::intersectSurface(), and Isis::EllipsoidShape::intersectSurface().

◆ intersectSurface() [1/3]

bool Isis::EmbreeShapeModel::intersectSurface	(	const Latitude &	lat,
		const Longitude &	lon,
		const std::vector< double > &	observerPos,
		const bool &	backCheck = `true`
	)

virtual

Compute intersection of surface vector direction from observer with occulusion.

This method computes a surface intersection point at a given latitude and longitude. All surface points at that latitude and longitude are collected and then the intersect that is non-occluded and closest to the observer is saved. The unit surface normal is also saved.

If occlusion is not checked, then the closest intersection to the observer is saved along with the unit surface normal.

Parameters

lat	The latitude of the surface intersection
lon	The longitude of the surface intersection
observerPos	The position of the observer for occlusion checks
backCheck	If occlusion should be checked

Returns: bool If an intersection was found

Reimplemented from Isis::ShapeModel.

References clearSurfacePoint(), Isis::ShapeModel::hasIntersection(), Isis::RTCOcclusionRay::ignorePrimID, Isis::EmbreeTargetShape::intersectRay(), Isis::EmbreeTargetShape::isOccluded(), Isis::RTCMultiHitRay::lastHit, Isis::LinearAlgebra::magnitude(), Isis::LinearAlgebra::normalize(), and Isis::LinearAlgebra::vector().

◆ intersectSurface() [2/3]

bool Isis::EmbreeShapeModel::intersectSurface	(	const SurfacePoint &	surfpt,
		const std::vector< double > &	observerPos,
		const bool &	backCheck = `true`
	)

virtual

Compute intersection of surface point from observer with occulusion.

Compute the intersection point closest to a surface point. If occlusion is checked, then the intersection that is both closest to the surface point and non-occluded is saved. If occlusion is not checked, then the intersection closest to the surface point is saved.

The unit surface normal is also saved when an intersection is saved.

Parameters

surfpt	Surface intercept point
observerPos	Observer to check occlusion
backCheck	If occlusion should be checked

Returns: bool If an intersection was found

Reimplemented from Isis::ShapeModel.

References clearSurfacePoint(), Isis::ShapeModel::hasIntersection(), Isis::RTCOcclusionRay::ignorePrimID, Isis::EmbreeTargetShape::intersectRay(), Isis::EmbreeTargetShape::isOccluded(), Isis::RTCMultiHitRay::lastHit, Isis::LinearAlgebra::magnitude(), Isis::LinearAlgebra::normalize(), Isis::SurfacePoint::ToNaifArray(), and Isis::LinearAlgebra::vector().

◆ intersectSurface() [3/3]

bool Isis::EmbreeShapeModel::intersectSurface	(	std::vector< double >	observerPos,
		std::vector< double >	lookDirection
	)

virtual

This method computes an intercept point given an observer location and look direction using the Embree model.

This also saves the surface normal.

Parameters

observerPos	Position of observer in body-fixed kilometers
lookDirection	Unit look direction from the observer

Returns: bool If an intercept was found

Implements Isis::ShapeModel.

References clearSurfacePoint(), Isis::EmbreeTargetShape::getHitInformation(), Isis::ShapeModel::hasIntersection(), Isis::EmbreeTargetShape::intersectRay(), Isis::RTCMultiHitRay::lastHit, and Isis::ShapeModel::setHasIntersection().

◆ isDEM()

bool Isis::EmbreeShapeModel::isDEM ( ) const

virtual

Indicates that this shape model is not from a DEM.

Since this method returns false for this class, the Camera class will not calculate the local normal using neighbor points.

Returns: bool Indicates that this is not a DEM shape model.

Implements Isis::ShapeModel.

◆ isVisibleFrom()

bool Isis::EmbreeShapeModel::isVisibleFrom	(	const std::vector< double >	observerPos,
		const std::vector< double >	lookDirection
	)

virtual

Check if the current internalized surface point is visible from an observer position and look direction.

A new intersection is calculated using the observer and look direction. If, the distance between the surface point and new intersection is less than the tolerance, then the surface point is considered to be visible.

Parameters

observerPos	The position of the observer
lookDirection	The look direction of the observer

Reimplemented from Isis::ShapeModel.

References Isis::EmbreeTargetShape::getHitInformation(), getTolerance(), Isis::RayHitInformation::intersection, Isis::EmbreeTargetShape::intersectRay(), Isis::RTCMultiHitRay::lastHit, Isis::LinearAlgebra::magnitude(), Isis::ShapeModel::surfaceIntersection(), Isis::SurfacePoint::ToNaifArray(), and Isis::LinearAlgebra::vector().

◆ localRadius()

Distance Isis::EmbreeShapeModel::localRadius	(	const Latitude &	lat,
		const Longitude &	lon
	)

virtual

Determine radius at a given lat/lon grid point.

@NOTE this call does not update the internal state of the intercept point. Use intersectSurface(lat, lon) for that.

Parameters

lat	Latitude coordinate of grid point
lon	Longitude coordinate of grid point

Returns: Distance Radius value of the intercept grid point

Implements Isis::ShapeModel.

References Isis::EmbreeTargetShape::getHitInformation(), Isis::RayHitInformation::intersection, Isis::EmbreeTargetShape::intersectRay(), Isis::Distance::Kilometers, Isis::RTCMultiHitRay::lastHit, and Isis::LinearAlgebra::magnitude().

◆ name()

QString Isis::ShapeModel::name ( ) const

inherited

Gets the shape name.

Returns: QString The name of the ShapeModel.

Referenced by Isis::UniversalGroundMap::GroundRange(), Isis::VimsGroundMap::SetGround(), Isis::Camera::SetGround(), and Isis::CSMCamera::SetGround().

◆ normal()

std::vector< double > Isis::ShapeModel::normal ( )

inherited

Returns the local surface normal at the current intersection point.

Note: This method will throw an error if the normal doesn't exist. Use the hasNormal() method to verify before calling this method.

See also: hasNormal()

Returns: A surface normal vector, if it exists.

References _FILEINFO_.

Referenced by Isis::DemShape::calculateDefaultNormal(), Isis::DemShape::calculateLocalNormal(), Isis::EllipsoidShape::calculateLocalNormal(), Isis::Camera::GetLocalNormal(), incidenceAngle(), and Isis::BulletShapeModel::setLocalNormalFromIntercept().

◆ phaseAngle()

double Isis::ShapeModel::phaseAngle	(	const std::vector< double > &	observerBodyFixedPosition,
		const std::vector< double > &	illuminatorBodyFixedPosition
	)

virtualinherited

Computes and returns phase angle, in degrees, given the positions of the observer and illuminator.

Phase Angle: The angle between the vector from the intersection point to the observer (usually the spacecraft) and the vector from the intersection point to the illuminator (usually the sun).

Parameters

observerBodyFixedPosition	Three dimensional position of the observer, in the coordinate system of the target body.
illuminatorBodyFixedPosition	Three dimensional position for the illuminator, in the body-fixed coordinate system.

Returns: double Phase angle, in degrees.

References Isis::RAD2DEG.

Referenced by Isis::CSMCamera::PhaseAngle(), and Isis::Sensor::PhaseAngle().

◆ resolution()

double Isis::ShapeModel::resolution ( )

protectedinherited

Convenience method to get pixel resolution (m/pix) at current intersection point.

Returns: @double The pixel resolution at the surface intersection.

References _FILEINFO_.

Referenced by Isis::DemShape::intersectSurface().

◆ setHasIntersection()

void Isis::ShapeModel::setHasIntersection ( bool b )

inherited

Sets the flag to indicate whether this ShapeModel has an intersection.

Parameters

b	Indicates whether there is an intersection.

Referenced by Isis::DemShape::intersectSurface(), intersectSurface(), Isis::EquatorialCylindricalShape::intersectSurface(), Isis::PlaneShape::intersectSurface(), Isis::CSMCamera::SetGround(), and Isis::Sensor::SetLookDirection().

◆ setHasNormal()

void Isis::ShapeModel::setHasNormal ( bool status )

protectedinherited

Sets the flag to indicate whether this ShapeModel has a surface normal.

Parameters

b	Indicates whether there is a normal.

Referenced by Isis::DemShape::calculateDefaultNormal(), Isis::DemShape::calculateLocalNormal(), Isis::EllipsoidShape::calculateLocalNormal(), and clearSurfacePoint().

◆ setName()

void Isis::ShapeModel::setName ( QString name )

protectedinherited

Sets the shape name.

Parameters

name	The name of the ShapeModel.

Referenced by Isis::BulletShapeModel::BulletShapeModel(), Isis::DemShape::DemShape(), Isis::EllipsoidShape::EllipsoidShape(), EmbreeShapeModel(), Isis::EquatorialCylindricalShape::EquatorialCylindricalShape(), Isis::NaifDskShape::NaifDskShape(), and Isis::PlaneShape::PlaneShape().

◆ setNormal() [1/2]

void Isis::ShapeModel::setNormal	(	const double	a,
		const double	b,
		const double	c
	)

protectedinherited

Sets the normal for the currect intersection point.

Note: This method will throw an error if this ShapeModel doesn't have and intersection. Use the hasIntersection() method to verify before calling this method.

See also: hasIntersection()

Parameters

a	First coordinate value for the three dimensional surface normal.
b	Second coordinate value for the three dimensional surface normal.
c	Third coordinate value for the three dimensional surface normal.

References _FILEINFO_.

◆ setNormal() [2/2]

void Isis::ShapeModel::setNormal ( const std::vector< double > normal )

protectedinherited

Sets the normal for the currect intersection point.

Note: This method will throw an error if this ShapeModel doesn't have and intersection. Use the hasIntersection() method to verify before calling this method.

See also: hasIntersection()

Parameters

normal Three dimensional surface normal vector.

References _FILEINFO_.

Referenced by Isis::DemShape::calculateDefaultNormal(), Isis::DemShape::calculateLocalNormal(), Isis::EllipsoidShape::calculateLocalNormal(), Isis::BulletShapeModel::calculateSurfaceNormal(), calculateSurfaceNormal(), Isis::NaifDskShape::calculateSurfaceNormal(), incidenceAngle(), Isis::PlaneShape::intersectSurface(), Isis::BulletShapeModel::setLocalNormalFromIntercept(), and Isis::NaifDskShape::setLocalNormalFromIntercept().

◆ setSurfacePoint()

void Isis::ShapeModel::setSurfacePoint ( const SurfacePoint & surfacePoint )

virtualinherited

Set surface intersection point.

Parameters

surfacePoint Position coordinate for the surface point.

Reimplemented in Isis::BulletShapeModel.

Referenced by Isis::NaifDskShape::intersectSurface(), and Isis::RadarGroundMap::SetGround().

◆ setTolerance()

void Isis::EmbreeShapeModel::setTolerance ( const double & tolerance )

Set the tolerance used when checking if the stored surface point is visible.

Parameters

tolerance The new tolerance in kilometers

See also: isVisibleFrom

Referenced by Isis::ShapeModelFactory::create().

◆ surfaceIntersection()

SurfacePoint * Isis::ShapeModel::surfaceIntersection ( ) const

inherited

Returns the surface intersection for this ShapeModel.

Returns: SurfacePoint Three dimensional position for the surface intersection, in body-fixed coordinate system.

Referenced by Isis::DemShape::calculateDefaultNormal(), Isis::DemShape::calculateLocalNormal(), Isis::EllipsoidShape::calculateLocalNormal(), Isis::Sensor::Coordinate(), Isis::BulletShapeModel::ellipsoidNormal(), ellipsoidNormal(), Isis::NaifDskShape::ellipsoidNormal(), Isis::PlaneShape::emissionAngle(), Isis::Sensor::GetLatitude(), Isis::Sensor::GetLongitude(), Isis::Sensor::GetSurfacePoint(), Isis::PlaneShape::incidenceAngle(), Isis::DemShape::intersectSurface(), Isis::EquatorialCylindricalShape::intersectSurface(), Isis::PlaneShape::intersectSurface(), isVisibleFrom(), Isis::Sensor::LocalRadius(), Isis::PlaneShape::localRadius(), Isis::Sensor::SlantDistance(), and Isis::Sensor::SolarDistance().

◆ targetRadii()

std::vector< Distance > Isis::ShapeModel::targetRadii ( ) const

protectedinherited

Returns the radii of the body in km.

The radii are obtained from the target. Note: This method will throw an error if the ShapeModel does not have a valid target. Use the hasValidTarget() method to verify before calling this method.

See also: hasValidTarget()

Returns: Three dimensional vector containing the ellipsoid radii values.

References _FILEINFO_.

Referenced by Isis::DemShape::calculateDefaultNormal(), Isis::EllipsoidShape::calculateLocalNormal(), Isis::BulletShapeModel::ellipsoidNormal(), ellipsoidNormal(), Isis::NaifDskShape::ellipsoidNormal(), Isis::EquatorialCylindricalShape::intersectSurface(), and Isis::EllipsoidShape::localRadius().

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

/home/isis3mgr/repos/ISIS3/isis/src/base/objs/EmbreeShapeModel/EmbreeShapeModel.h
/home/isis3mgr/repos/ISIS3/isis/src/base/objs/EmbreeShapeModel/EmbreeShapeModel.cpp

Public Member Functions

Protected Member Functions

Detailed Description

Constructor & Destructor Documentation

◆ EmbreeShapeModel() [1/3]

◆ EmbreeShapeModel() [2/3]

◆ EmbreeShapeModel() [3/3]

◆ ~EmbreeShapeModel()

Member Function Documentation

◆ calculateDefaultNormal()

◆ calculateEllipsoidalSurfaceNormal()

◆ calculateLocalNormal()

◆ calculateSurfaceNormal()

◆ clearSurfacePoint()

◆ ellipsoidNormal()

◆ emissionAngle()

◆ getTolerance()

◆ hasEllipsoidIntersection()

◆ hasIntersection()

◆ hasNormal()

◆ hasValidTarget()

◆ incidenceAngle()

◆ Initialize()

◆ intersectEllipsoid()

◆ intersectSurface() [1/3]

◆ intersectSurface() [2/3]

◆ intersectSurface() [3/3]

◆ isDEM()

◆ isVisibleFrom()

◆ localRadius()

◆ name()

◆ normal()

◆ phaseAngle()

◆ resolution()

◆ setHasIntersection()

◆ setHasNormal()

◆ setName()

◆ setNormal() [1/2]

◆ setNormal() [2/2]

◆ setSurfacePoint()

◆ setTolerance()

◆ surfaceIntersection()

◆ targetRadii()