A class used to abstract away logical geometry based operations. More...

#include <LogicalGeometry.h>

Inheritance diagram for AMP::Geometry::LogicalGeometry:

[legend]

Public Member Functions
virtual std::pair< Point, Point >	box () const =0
	Return the bounding box.

virtual Point	centroid () const =0
	Return the centroid.

virtual std::unique_ptr< AMP::Geometry::Geometry >	clone () const =0
	Clone the object.

virtual void	displace (const double *x)=0
	Displace the entire geometry.

virtual double	distance (const Point &pos, const Point &dir) const =0
	Calculate the distance to the object given a ray.

uint8_t	getDim () const
	Get the number of dimensions for the object.

AMP::Mesh::GeomType	getGeomType () const override final
	Get the geometric type for the geometry.

virtual uint64_t	getID () const
	Return a unique hash id.

uint8_t	getLogicalDim () const
	Return the number of logical dimensions.

virtual ArraySize	getLogicalGridSize (const ArraySize &x) const =0
	Return the logical grid size.

virtual ArraySize	getLogicalGridSize (const std::vector< double > &res) const =0
	Return the logical grid size.

const auto &	getLogicalSurfaceIds () const
	Return the surface ids for the logical boundaries.

virtual std::string	getName () const =0
	Get the name of the geometry.

std::array< bool, 3 >	getPeriodicDim () const
	Return the logical grid periodic dimensions.

virtual bool	inside (const Point &pos) const =0
	Is the point in the geometry.

virtual bool	isConvex () const =0
	Is the object convex.

virtual Point	logical (const Point &x) const =0
	Return the logical position.

	LogicalGeometry (int64_t fid)

virtual Point	nearest (const Point &pos) const =0
	Calculate the nearest point on the surface.

virtual int	NSurface () const =0
	Get the number of surfaces.

bool	operator!= (const Geometry &rhs) const
	Check if two geometries are not equal.

virtual bool	operator== (const Geometry &rhs) const =0
	Check if two geometries are equal.

virtual Point	physical (const Point &x) const =0
	Return the physical position.

virtual void	registerChildObjects (AMP::IO::RestartManager *manager) const
	Register child objects.

virtual int	surface (const Point &x) const =0
	Get the surface id.

virtual Point	surfaceNorm (const Point &x) const =0
	Return the outward normal to a surface.

virtual double	volume () const =0
	Return the volume.

void	writeRestart (int64_t fid) const override
	Write restart data to file.

virtual	~LogicalGeometry ()=default
	Destructor.

Static Public Member Functions
static std::shared_ptr< AMP::Geometry::Geometry >	buildGeometry (std::shared_ptr< const AMP::Database > db)
	Create a geometry.

Protected Member Functions
	LogicalGeometry (const LogicalGeometry &)=default

	LogicalGeometry (int physical, int logical, const std::array< int, 6 > &ids={ 1, 2, 3, 4, 5, 6 })
	Default constructor for the base class.

	LogicalGeometry (LogicalGeometry &&)=delete

LogicalGeometry &	operator= (const LogicalGeometry &)=delete

LogicalGeometry &	operator= (LogicalGeometry &&)=delete

Protected Attributes
const std::array< int, 6 >	d_ids

const uint8_t	d_logicalDim

const uint8_t	d_physicalDim

Detailed Description

A class used to abstract away logical geometry based operations.

This class provides routines for reading, accessing and writing logical geometries.

Definition at line 16 of file LogicalGeometry.h.

Constructor & Destructor Documentation

◆ ~LogicalGeometry()

virtual AMP::Geometry::LogicalGeometry::~LogicalGeometry ( )

virtualdefault

Destructor.

◆ LogicalGeometry() [1/4]

AMP::Geometry::LogicalGeometry::LogicalGeometry ( int64_t fid )

◆ LogicalGeometry() [2/4]

AMP::Geometry::LogicalGeometry::LogicalGeometry	(	int	physical,
		int	logical,
		const std::array< int, 6 > &	ids = `{ 1, 2, 3, 4, 5, 6 }`
	)

protected

Default constructor for the base class.

◆ LogicalGeometry() [3/4]

AMP::Geometry::LogicalGeometry::LogicalGeometry ( LogicalGeometry && )

protecteddelete

◆ LogicalGeometry() [4/4]

AMP::Geometry::LogicalGeometry::LogicalGeometry ( const LogicalGeometry & )

protecteddefault

Member Function Documentation

◆ box()

virtual std::pair< Point, Point > AMP::Geometry::Geometry::box ( ) const

pure virtualinherited

Return the bounding box.

This function will return the bounding box of the object

Returns: Returns the bounding box [lb,ub]

Implemented in AMP::Geometry::MeshGeometry, AMP::Geometry::MultiGeometry, AMP::Geometry::RotationalGeometry, AMP::Geometry::Box< NDIM >, AMP::Geometry::Circle, AMP::Geometry::CircleFrustum, AMP::Geometry::CircleSurface, AMP::Geometry::Cylinder, AMP::Geometry::Parallelepiped, AMP::Geometry::RegularPolygon, AMP::Geometry::Shell, AMP::Geometry::Sphere, AMP::Geometry::SphereSurface, AMP::Geometry::SquareFrustum, and AMP::Geometry::Tube.

◆ buildGeometry()

static std::shared_ptr< AMP::Geometry::Geometry > AMP::Geometry::Geometry::buildGeometry ( std::shared_ptr< const AMP::Database > db )

staticinherited

Create a geometry.

This function will create a geometry based on the input database.

Parameters

[in] db Parameters for constructing a geometry from an input database

◆ centroid()

virtual Point AMP::Geometry::Geometry::centroid ( ) const

pure virtualinherited

Return the centroid.

This function will return the centroid of the object. The centroid is equivalent to the center of mass of object of uniform density.

Returns: Returns the physical coordinates

Implemented in AMP::Geometry::MeshGeometry, AMP::Geometry::MultiGeometry, AMP::Geometry::RotationalGeometry, AMP::Geometry::Box< NDIM >, AMP::Geometry::Circle, AMP::Geometry::CircleFrustum, AMP::Geometry::CircleSurface, AMP::Geometry::Cylinder, AMP::Geometry::Parallelepiped, AMP::Geometry::RegularPolygon, AMP::Geometry::Shell, AMP::Geometry::Sphere, AMP::Geometry::SphereSurface, AMP::Geometry::SquareFrustum, and AMP::Geometry::Tube.

◆ clone()

virtual std::unique_ptr< AMP::Geometry::Geometry > AMP::Geometry::Geometry::clone ( ) const

pure virtualinherited

Clone the object.

Implemented in AMP::Geometry::MeshGeometry, AMP::Geometry::Box< NDIM >, AMP::Geometry::MultiGeometry, AMP::Geometry::RotationalGeometry, AMP::Geometry::Grid< NDIM >, AMP::Geometry::Circle, AMP::Geometry::CircleFrustum, AMP::Geometry::CircleSurface, AMP::Geometry::Cylinder, AMP::Geometry::Parallelepiped, AMP::Geometry::RegularPolygon, AMP::Geometry::Shell, AMP::Geometry::Sphere, AMP::Geometry::SphereSurface, AMP::Geometry::SquareFrustum, and AMP::Geometry::Tube.

◆ displace()

virtual void AMP::Geometry::Geometry::displace ( const double * x )

pure virtualinherited

Displace the entire geometry.

This function will displace the entire geometry by a scalar value. The displacement vector should be the size of the physical dimension.

Parameters

[in] x Displacement vector

Implemented in AMP::Geometry::MeshGeometry, AMP::Geometry::Box< NDIM >, AMP::Geometry::MultiGeometry, AMP::Geometry::RotationalGeometry, AMP::Geometry::Grid< NDIM >, AMP::Geometry::Circle, AMP::Geometry::CircleFrustum, AMP::Geometry::CircleSurface, AMP::Geometry::Cylinder, AMP::Geometry::Parallelepiped, AMP::Geometry::RegularPolygon, AMP::Geometry::Shell, AMP::Geometry::Sphere, AMP::Geometry::SphereSurface, AMP::Geometry::SquareFrustum, and AMP::Geometry::Tube.

◆ distance()

virtual double AMP::Geometry::Geometry::distance	(	const Point &	pos,
		const Point &	dir
	)		const

pure virtualinherited

Calculate the distance to the object given a ray.

This function computes the distance to the object given a ray. If the ray is inside the object, this distance is negitive. If the ray will never intersect the object, this distance is inf.

Parameters

[in]	pos	Current position of ray
[in]	dir	Direction of ray (should be normalized for most uses)

Returns: Returns the distance to the nearest surface (intersection = pos + dir*distance)

Implemented in AMP::Geometry::MeshGeometry, AMP::Geometry::MultiGeometry, AMP::Geometry::Box< NDIM >, AMP::Geometry::Circle, AMP::Geometry::CircleFrustum, AMP::Geometry::CircleSurface, AMP::Geometry::Cylinder, AMP::Geometry::Parallelepiped, AMP::Geometry::RegularPolygon, AMP::Geometry::Shell, AMP::Geometry::Sphere, AMP::Geometry::SphereSurface, AMP::Geometry::SquareFrustum, AMP::Geometry::Tube, and AMP::Geometry::RotationalGeometry.

◆ getDim()

uint8_t AMP::Geometry::Geometry::getDim ( ) const

inlineinherited

Get the number of dimensions for the object.

This function returns the number of physical dimensions for the geometry

Returns: Returns the number of physical dimensions

Definition at line 42 of file Geometry.h.

References AMP::Geometry::Geometry::d_physicalDim.

◆ getGeomType()

AMP::Mesh::GeomType AMP::Geometry::LogicalGeometry::getGeomType ( ) const

finaloverridevirtual

Get the geometric type for the geometry.

This function returns the largest geometric type supported by the geometry

Returns: Returns the geometric dimensions

Reimplemented from AMP::Geometry::Geometry.

◆ getID()

virtual uint64_t AMP::Geometry::Geometry::getID ( ) const

virtualinherited

Return a unique hash id.

◆ getLogicalDim()

uint8_t AMP::Geometry::LogicalGeometry::getLogicalDim ( ) const

inline

Return the number of logical dimensions.

This function will return the number of logical dimensions of the underlying geometry. If the geometry is not logically rectangular this function should return 0.

Definition at line 44 of file LogicalGeometry.h.

References d_logicalDim.

◆ getLogicalGridSize() [1/2]

virtual ArraySize AMP::Geometry::LogicalGeometry::getLogicalGridSize ( const ArraySize & x ) const

pure virtual

Return the logical grid size.

This function will return the dimensions of a logical grid given a size that makes sense for the object.

Parameters

[in] x Input size

Returns: Return the logical grid size

Implemented in AMP::Geometry::Box< NDIM >, AMP::Geometry::Circle, AMP::Geometry::CircleFrustum, AMP::Geometry::CircleSurface, AMP::Geometry::Cylinder, AMP::Geometry::Parallelepiped, AMP::Geometry::RegularPolygon, AMP::Geometry::Shell, AMP::Geometry::Sphere, AMP::Geometry::SphereSurface, AMP::Geometry::SquareFrustum, and AMP::Geometry::Tube.

◆ getLogicalGridSize() [2/2]

virtual ArraySize AMP::Geometry::LogicalGeometry::getLogicalGridSize ( const std::vector< double > & res ) const

pure virtual

Return the logical grid size.

This function will return the dimensions of a logical grid given a desired resolution

Parameters

[in] res Desired resolution

Returns: Return the logical grid size

Implemented in AMP::Geometry::RotationalGeometry, AMP::Geometry::Box< NDIM >, AMP::Geometry::Circle, AMP::Geometry::CircleFrustum, AMP::Geometry::CircleSurface, AMP::Geometry::Cylinder, AMP::Geometry::Parallelepiped, AMP::Geometry::RegularPolygon, AMP::Geometry::Shell, AMP::Geometry::Sphere, AMP::Geometry::SphereSurface, AMP::Geometry::SquareFrustum, and AMP::Geometry::Tube.

◆ getLogicalSurfaceIds()

const auto & AMP::Geometry::LogicalGeometry::getLogicalSurfaceIds ( ) const

inline

Return the surface ids for the logical boundaries.

This function will return the surface ids for each logical boundary. If a logical boundary is periodic, it will return -1. If a logical boundary maps to another point on the boundary, it will return -2. If a logical boundary is not periodic, is not physical, and does not map to another point on the boundary (i.e. unused dimensions), it will return -3. Note: The returned array may be larger than the number of dimensions

Returns: Return the logical boundary ids (2*logicalDim)

Definition at line 83 of file LogicalGeometry.h.

References d_ids.

◆ getName()

virtual std::string AMP::Geometry::Geometry::getName ( ) const

pure virtualinherited

Get the name of the geometry.

Implemented in AMP::Geometry::RotationalGeometry, AMP::Geometry::MeshGeometry, AMP::Geometry::Box< NDIM >, AMP::Geometry::Grid< NDIM >, AMP::Geometry::RegularPolygon, AMP::Geometry::MultiGeometry, AMP::Geometry::Circle, AMP::Geometry::CircleFrustum, AMP::Geometry::CircleSurface, AMP::Geometry::Cylinder, AMP::Geometry::Parallelepiped, AMP::Geometry::Shell, AMP::Geometry::Sphere, AMP::Geometry::SphereSurface, AMP::Geometry::SquareFrustum, and AMP::Geometry::Tube.

◆ getPeriodicDim()

std::array< bool, 3 > AMP::Geometry::LogicalGeometry::getPeriodicDim ( ) const

Return the logical grid periodic dimensions.

This function will return a vector indicating which logical grid dimensions are periodic. Note: The returned array may be larger than the number of dimensions

Returns: Return the periodic dimensions

◆ inside()

virtual bool AMP::Geometry::Geometry::inside ( const Point & pos ) const

pure virtualinherited

Is the point in the geometry.

This function checks if the ray is in the geometry. If it is on the surface, it will return true.

Parameters

[in] pos Current position

Returns: Returns true if the point is inside the geometry (or on the surface)

Implemented in AMP::Geometry::MeshGeometry, AMP::Geometry::MultiGeometry, AMP::Geometry::Box< NDIM >, AMP::Geometry::Circle, AMP::Geometry::CircleFrustum, AMP::Geometry::CircleSurface, AMP::Geometry::Cylinder, AMP::Geometry::Parallelepiped, AMP::Geometry::RegularPolygon, AMP::Geometry::Shell, AMP::Geometry::Sphere, AMP::Geometry::SphereSurface, AMP::Geometry::SquareFrustum, AMP::Geometry::Tube, and AMP::Geometry::RotationalGeometry.

◆ isConvex()

virtual bool AMP::Geometry::Geometry::isConvex ( ) const

pure virtualinherited

Is the object convex.

Check if the geometric object is convex

Returns: Returns true if the object is convex

Implemented in AMP::Geometry::RotationalGeometry, AMP::Geometry::MeshGeometry, AMP::Geometry::MultiGeometry, AMP::Geometry::Box< NDIM >, AMP::Geometry::Circle, AMP::Geometry::CircleFrustum, AMP::Geometry::CircleSurface, AMP::Geometry::Cylinder, AMP::Geometry::Parallelepiped, AMP::Geometry::RegularPolygon, AMP::Geometry::Shell, AMP::Geometry::Sphere, AMP::Geometry::SphereSurface, AMP::Geometry::SquareFrustum, and AMP::Geometry::Tube.

◆ logical()

virtual Point AMP::Geometry::LogicalGeometry::logical ( const Point & x ) const

pure virtual

Return the logical position.

This function will return logical coordinate given the physical coordinates

Parameters

[in] x Physical coordinate of the point

Returns: Returns the logical coordinates

Implemented in AMP::Geometry::RotationalGeometry, AMP::Geometry::Box< NDIM >, AMP::Geometry::Grid< NDIM >, AMP::Geometry::Circle, AMP::Geometry::CircleFrustum, AMP::Geometry::CircleSurface, AMP::Geometry::Cylinder, AMP::Geometry::Parallelepiped, AMP::Geometry::RegularPolygon, AMP::Geometry::Shell, AMP::Geometry::Sphere, AMP::Geometry::SphereSurface, AMP::Geometry::SquareFrustum, and AMP::Geometry::Tube.

◆ nearest()

virtual Point AMP::Geometry::Geometry::nearest ( const Point & pos ) const

pure virtualinherited

Calculate the nearest point on the surface.

This function computes the nearest point on the surface

Parameters

[in] pos Current position of ray

Returns: Returns the nearest surface point

Implemented in AMP::Geometry::MeshGeometry, AMP::Geometry::MultiGeometry, AMP::Geometry::Box< NDIM >, AMP::Geometry::Circle, AMP::Geometry::CircleFrustum, AMP::Geometry::CircleSurface, AMP::Geometry::Cylinder, AMP::Geometry::Parallelepiped, AMP::Geometry::RegularPolygon, AMP::Geometry::Shell, AMP::Geometry::Sphere, AMP::Geometry::SphereSurface, AMP::Geometry::SquareFrustum, AMP::Geometry::Tube, and AMP::Geometry::RotationalGeometry.

◆ NSurface()

virtual int AMP::Geometry::Geometry::NSurface ( ) const

pure virtualinherited

Get the number of surfaces.

This function will return the number of unique surfaces

Returns: Returns the number of unique surfaces

Implemented in AMP::Geometry::RotationalGeometry, AMP::Geometry::MeshGeometry, AMP::Geometry::MultiGeometry, AMP::Geometry::Box< NDIM >, AMP::Geometry::Circle, AMP::Geometry::CircleFrustum, AMP::Geometry::CircleSurface, AMP::Geometry::Cylinder, AMP::Geometry::Parallelepiped, AMP::Geometry::RegularPolygon, AMP::Geometry::Shell, AMP::Geometry::Sphere, AMP::Geometry::SphereSurface, AMP::Geometry::SquareFrustum, and AMP::Geometry::Tube.

◆ operator!=()

bool AMP::Geometry::Geometry::operator!= ( const Geometry & rhs ) const

inlineinherited

Check if two geometries are not equal.

Definition at line 151 of file Geometry.h.

References AMP::Geometry::Geometry::operator==().

◆ operator=() [1/2]

LogicalGeometry & AMP::Geometry::LogicalGeometry::operator= ( const LogicalGeometry & )

protecteddelete

◆ operator=() [2/2]

LogicalGeometry & AMP::Geometry::LogicalGeometry::operator= ( LogicalGeometry && )

protecteddelete

◆ operator==()

virtual bool AMP::Geometry::Geometry::operator== ( const Geometry & rhs ) const

pure virtualinherited

Check if two geometries are equal.

Implemented in AMP::Geometry::MeshGeometry, AMP::Geometry::Box< NDIM >, AMP::Geometry::MultiGeometry, AMP::Geometry::Grid< NDIM >, AMP::Geometry::Circle, AMP::Geometry::CircleFrustum, AMP::Geometry::CircleSurface, AMP::Geometry::Cylinder, AMP::Geometry::Parallelepiped, AMP::Geometry::RegularPolygon, AMP::Geometry::Shell, AMP::Geometry::Sphere, AMP::Geometry::SphereSurface, AMP::Geometry::SquareFrustum, and AMP::Geometry::Tube.

Referenced by AMP::Geometry::Geometry::operator!=().

◆ physical()

virtual Point AMP::Geometry::LogicalGeometry::physical ( const Point & x ) const

pure virtual

Return the physical position.

This function will return physical coordinate given the logical coordinates

Parameters

[in] x Logical coordinate of the point

Returns: Returns the physical coordinates

Implemented in AMP::Geometry::Box< NDIM >, AMP::Geometry::RotationalGeometry, AMP::Geometry::Grid< NDIM >, AMP::Geometry::Circle, AMP::Geometry::CircleFrustum, AMP::Geometry::CircleSurface, AMP::Geometry::Cylinder, AMP::Geometry::Parallelepiped, AMP::Geometry::RegularPolygon, AMP::Geometry::Shell, AMP::Geometry::Sphere, AMP::Geometry::SphereSurface, AMP::Geometry::SquareFrustum, and AMP::Geometry::Tube.

◆ registerChildObjects()

virtual void AMP::Geometry::Geometry::registerChildObjects ( AMP::IO::RestartManager * manager ) const

virtualinherited

Register child objects.

This function register child objects if necessary

Parameters

manager Restart manager

Reimplemented in AMP::Geometry::MultiGeometry.

◆ surface()

virtual int AMP::Geometry::Geometry::surface ( const Point & x ) const

pure virtualinherited

Get the surface id.

This function will return the surface id closest to the point

Parameters

[in] x Current position

Returns: Returns the surface id (0:NSurface-1)

Implemented in AMP::Geometry::Circle, AMP::Geometry::CircleSurface, AMP::Geometry::Parallelepiped, AMP::Geometry::RegularPolygon, AMP::Geometry::Sphere, AMP::Geometry::SphereSurface, AMP::Geometry::RotationalGeometry, AMP::Geometry::MeshGeometry, AMP::Geometry::MultiGeometry, AMP::Geometry::Box< NDIM >, AMP::Geometry::CircleFrustum, AMP::Geometry::Cylinder, AMP::Geometry::Shell, AMP::Geometry::SquareFrustum, and AMP::Geometry::Tube.

◆ surfaceNorm()

virtual Point AMP::Geometry::Geometry::surfaceNorm ( const Point & x ) const

pure virtualinherited

Return the outward normal to a surface.

This function will return the surface id and outward normal to the surface at the given point

Parameters

[in] x Current position

Returns: Returns the surface normal

Implemented in AMP::Geometry::Parallelepiped, AMP::Geometry::Sphere, AMP::Geometry::RotationalGeometry, AMP::Geometry::MeshGeometry, AMP::Geometry::MultiGeometry, AMP::Geometry::Box< NDIM >, AMP::Geometry::Circle, AMP::Geometry::CircleFrustum, AMP::Geometry::CircleSurface, AMP::Geometry::Cylinder, AMP::Geometry::RegularPolygon, AMP::Geometry::Shell, AMP::Geometry::SphereSurface, AMP::Geometry::SquareFrustum, and AMP::Geometry::Tube.

◆ volume()

virtual double AMP::Geometry::Geometry::volume ( ) const

pure virtualinherited

Return the volume.

This function will return the interior volume of the object

Returns: Returns the volume

Implemented in AMP::Geometry::MeshGeometry, AMP::Geometry::MultiGeometry, AMP::Geometry::RotationalGeometry, AMP::Geometry::Box< NDIM >, AMP::Geometry::Circle, AMP::Geometry::CircleFrustum, AMP::Geometry::CircleSurface, AMP::Geometry::Cylinder, AMP::Geometry::Parallelepiped, AMP::Geometry::RegularPolygon, AMP::Geometry::Shell, AMP::Geometry::Sphere, AMP::Geometry::SphereSurface, AMP::Geometry::SquareFrustum, and AMP::Geometry::Tube.

◆ writeRestart()

void AMP::Geometry::LogicalGeometry::writeRestart ( int64_t fid ) const

overridevirtual

Write restart data to file.

This function will write the mesh to an HDF5 file

Parameters

fid	File identifier to write

Reimplemented from AMP::Geometry::Geometry.

Reimplemented in AMP::Geometry::Parallelepiped, AMP::Geometry::RegularPolygon, AMP::Geometry::Shell, AMP::Geometry::Sphere, AMP::Geometry::SphereSurface, AMP::Geometry::SquareFrustum, and AMP::Geometry::Tube.

Member Data Documentation

◆ d_ids

const std::array<int, 6> AMP::Geometry::LogicalGeometry::d_ids

protected

Definition at line 113 of file LogicalGeometry.h.

Referenced by getLogicalSurfaceIds(), and AMP::Geometry::RotationalGeometry::RotationalGeometry().

◆ d_logicalDim

const uint8_t AMP::Geometry::LogicalGeometry::d_logicalDim

protected

Definition at line 112 of file LogicalGeometry.h.

Referenced by getLogicalDim(), and AMP::Geometry::RotationalGeometry::RotationalGeometry().

◆ d_physicalDim

const uint8_t AMP::Geometry::Geometry::d_physicalDim

protectedinherited

Definition at line 200 of file Geometry.h.

Referenced by AMP::Geometry::Geometry::getDim().

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

src/geometry/LogicalGeometry.h

Public Member Functions

Static Public Member Functions

Protected Member Functions

Protected Attributes

Detailed Description

Constructor & Destructor Documentation

◆ ~LogicalGeometry()

◆ LogicalGeometry() [1/4]

◆ LogicalGeometry() [2/4]

◆ LogicalGeometry() [3/4]

◆ LogicalGeometry() [4/4]

Member Function Documentation

◆ box()

◆ buildGeometry()

◆ centroid()

◆ clone()

◆ displace()

◆ distance()

◆ getDim()

◆ getGeomType()

◆ getID()

◆ getLogicalDim()

◆ getLogicalGridSize() [1/2]

◆ getLogicalGridSize() [2/2]

◆ getLogicalSurfaceIds()

◆ getName()

◆ getPeriodicDim()

◆ inside()

◆ isConvex()

◆ logical()

◆ nearest()

◆ NSurface()

◆ operator!=()

◆ operator=() [1/2]

◆ operator=() [2/2]

◆ operator==()

◆ physical()

◆ registerChildObjects()

◆ surface()

◆ surfaceNorm()

◆ volume()

◆ writeRestart()

Member Data Documentation

◆ d_ids

◆ d_logicalDim

◆ d_physicalDim