#include </home/docs/checkouts/readthedocs.org/user_builds/axom/checkouts/develop/src/axom/quest/IntersectionShaper.hpp>

Inheritance diagram for axom::quest::IntersectionShaper:

[legend]

Public Types
using	BoundingBox2D = primal::BoundingBox< double, 2 >

using	BoundingBox3D = primal::BoundingBox< double, 3 >

using	HexahedronType = primal::Hexahedron< double, 3 >

using	OctahedronType = primal::Octahedron< double, 3 >

using	PolyhedronType = primal::Polyhedron< double, 3 >

using	Point2D = primal::Point< double, 2 >

using	Point3D = primal::Point< double, 3 >

using	TetrahedronType = primal::Tetrahedron< double, 3 >

using	SegmentMesh = mint::UnstructuredMesh< mint::SINGLE_SHAPE >

using	TetMesh = mint::UnstructuredMesh< mint::SINGLE_SHAPE >

using	PolygonStaticType = primal::Polygon< double, 2, axom::primal::PolygonArray::Static >

using	RuntimePolicy = axom::runtime_policy::Policy

using	RefinementType = DiscreteShape::RefinementType
	Refinement type. More...

Public Member Functions
template<typename ShapeType >
void	setMeshDependentData ()
	Set data that depends on mesh (but not on shapes). More...

template<typename ExecSpace >
void	setMeshDependentDataImpl2D ()
	Set 2D mesh-dependent data, using the given ExecSpace for execution. More...

template<typename ExecSpace >
void	setMeshDependentDataImpl3D ()
	Set 3D mesh-dependent data, using the given ExecSpace for execution. More...

double	getRevolvedVolume () const
	Return the revolved volume that was computed during dynamic refinement. More...

double	getApproximateRevolvedVolume () const
	Return the revolved volume for the m_surfaceMesh at m_level circle refinement. More...

virtual void	loadShape (const klee::Shape &shape) override
	Loads the shape from file into m_surfaceMesh. More...

void	prepareShapeQuery (klee::Dimensions shapeDimension, const klee::Shape &shape) override
	Prepares the shaping query, based on the policy member set (default is sequential) More...

void	runShapeQuery (const klee::Shape &shape) override

axom::ArrayView< const double >	getOverlapVolumes () const

axom::ArrayView< const double >	getCellVolumes () const

double	sumOverlapVolumes (bool global=true) const

template<typename ExecSpace , typename Summable >
Summable	sumArray (const Summable *a, axom::IndexType count) const

void	adjustVolumeFractions () override

std::vector< std::string >	getMaterialNames () const

std::pair< axom::ArrayView< double >, int >	getMaterial (const std::string &materialName)
	Gets the grid function and material number for a material name. More...

bool	verifyInputMesh (std::string &whyBad) const
	Verify the input mesh is okay for this class to work with. More...

void	setFilePath (const std::string &filePath)
	Set path of shape input file. More...

mint::Mesh *	getSurfaceMesh () const

bool	isVerbose () const

virtual bool	isValidFormat (const std::string &format) const
	Predicate to determine if the specified format is valid. More...

std::string	shapeFormat (const klee::Shape &shape) const
	Returns the format type of the supplied shape. More...

RuntimePolicy	getExecutionPolicy () const
	Returns the execution policy used by the Shaper. More...

double	allReduceSum (double val) const
	Helper to apply a parallel sum reduction to a quantity. More...

double	allReduceMin (double val) const
	Helper to apply a parallel min reduction to a quantity. More...

double	allReduceMax (double val) const
	Helper to apply a parallel max reduction to a quantity. More...

Functions to get and set shaping parameters related to intersection; supplements parameters in base class
void	setLevel (int level)

void	setFreeMaterialName (const std::string &name)
	Set the name of the material used to account for free volume fractions. More...

Functions to get and set shaping parameters
void	setSamplesPerKnotSpan (int nSamples)

void	setVertexWeldThreshold (double threshold)

void	setVerbosity (bool isVerbose)

void	setPercentError (double percent)

void	setRefinementType (RefinementType t)

Static Public Attributes
static constexpr int	DEFAULT_CIRCLE_REFINEMENT_LEVEL {7}

static constexpr double	DEFAULT_REVOLVED_VOLUME {0.}

static constexpr int	DEFAULT_SAMPLES_PER_KNOT_SPAN {25}

static constexpr double	MINIMUM_PERCENT_ERROR {0.}

static constexpr double	MAXIMUM_PERCENT_ERROR {100.}

static constexpr double	DEFAULT_VERTEX_WELD_THRESHOLD {1e-9}

Protected Member Functions
void	loadShapeInternal (const klee::Shape &shape, double percentError, double &revolvedVolume)
	Loads the shape into m_surfaceMesh. More...

void	applyTransforms (const klee::Shape &shape)
	Computes transforms for the shape and applies them to the surface mesh. More...

void	applyTransforms (const numerics::Matrix< double > &transform)
	Computes transforms for the shape and applies them to the surface mesh. More...

numerics::Matrix< double >	getTransforms (const klee::Shape &shape) const
	Get a matrix that contains the shape's concatenated transforms. More...

int	getRank () const
	Helper function to get the rank associated with the current process. More...

Protected Attributes
RuntimePolicy	m_execPolicy

int	m_allocatorId

sidre::DataStore	m_dataStore

const klee::ShapeSet &	m_shapeSet

std::string	m_prefixPath
	Prefix path for shape file names with relative path. More...

axom::IndexType	m_cellCount
	Number of cells in computational mesh (m_dc or m_bpGrp). More...

std::shared_ptr< mint::Mesh >	m_surfaceMesh

int	m_samplesPerKnotSpan {DEFAULT_SAMPLES_PER_KNOT_SPAN}

double	m_percentError {MINIMUM_PERCENT_ERROR}

RefinementType	m_refinementType {DiscreteShape::RefinementUniformSegments}

bool	m_verboseOutput {false}

MPI_Comm	m_comm {MPI_COMM_SELF}

Private functions related to the stages for a given shape
template<typename ExecSpace >
axom::ArrayView< double >	getCompletelyFree ()
	Make a new grid function that contains all of the free space not occupied by existing materials. More...

template<typename ExecSpace >
void	applyReplacementRulesImpl (const klee::Shape &shape)
	Set the volume fractions for the current shape into the grid function for the material and adjust any other material volume fraction grid functions. More...

void	applyReplacementRules (const klee::Shape &shape) override
	Apply material replacement rules for the current shape, using the appropriate execution policy. More...

void	finalizeShapeQuery () override

Member Typedef Documentation

◆ BoundingBox2D

using axom::quest::IntersectionShaper::BoundingBox2D = primal::BoundingBox<double, 2>

◆ BoundingBox3D

using axom::quest::IntersectionShaper::BoundingBox3D = primal::BoundingBox<double, 3>

◆ HexahedronType

using axom::quest::IntersectionShaper::HexahedronType = primal::Hexahedron<double, 3>

◆ OctahedronType

using axom::quest::IntersectionShaper::OctahedronType = primal::Octahedron<double, 3>

◆ PolyhedronType

using axom::quest::IntersectionShaper::PolyhedronType = primal::Polyhedron<double, 3>

◆ Point2D

using axom::quest::IntersectionShaper::Point2D = primal::Point<double, 2>

◆ Point3D

using axom::quest::IntersectionShaper::Point3D = primal::Point<double, 3>

◆ TetrahedronType

using axom::quest::IntersectionShaper::TetrahedronType = primal::Tetrahedron<double, 3>

◆ SegmentMesh

using axom::quest::IntersectionShaper::SegmentMesh = mint::UnstructuredMesh<mint::SINGLE_SHAPE>

◆ TetMesh

using axom::quest::IntersectionShaper::TetMesh = mint::UnstructuredMesh<mint::SINGLE_SHAPE>

◆ PolygonStaticType

using axom::quest::IntersectionShaper::PolygonStaticType = primal::Polygon<double, 2, axom::primal::PolygonArray::Static>

◆ RuntimePolicy

using axom::quest::IntersectionShaper::RuntimePolicy = axom::runtime_policy::Policy

◆ RefinementType

using axom::quest::Shaper::RefinementType = DiscreteShape::RefinementType

inherited

Refinement type.

Member Function Documentation

◆ setMeshDependentData()

template<typename ShapeType >

void axom::quest::IntersectionShaper::setMeshDependentData ( )

inline

Set data that depends on mesh (but not on shapes).

References AXOM_ANNOTATE_SCOPE, axom::quest::Shaper::m_execPolicy, and SLIC_ERROR.

◆ setMeshDependentDataImpl2D()

template<typename ExecSpace >

void axom::quest::IntersectionShaper::setMeshDependentDataImpl2D ( )

inline

Set 2D mesh-dependent data, using the given ExecSpace for execution.

This method has proven to be a potential bottleneck on devices. The performance annotations will be removed once it is robustly fixed.

References axom::primal::BoundingBox< T, NDIMS >::addPoint(), AXOM_ANNOTATE_BEGIN, AXOM_ANNOTATE_END, AXOM_LAMBDA, axom::Array< T, DIM, SPACE, StoragePolicy >::fill(), axom::quest::Shaper::m_allocatorId, axom::quest::Shaper::m_cellCount, SLIC_INFO, and axom::Array< T, DIM, SPACE, StoragePolicy >::view().

◆ setMeshDependentDataImpl3D()

template<typename ExecSpace >

void axom::quest::IntersectionShaper::setMeshDependentDataImpl3D ( )

inline

Set 3D mesh-dependent data, using the given ExecSpace for execution.

This method has proven to be a potential bottleneck on devices. The performance annotations will be removed once it is robustly fixed.

References AXOM_ANNOTATE_BEGIN, AXOM_ANNOTATE_END, AXOM_LAMBDA, axom::Array< T, DIM, SPACE, StoragePolicy >::fill(), axom::quest::Shaper::m_allocatorId, axom::quest::Shaper::m_cellCount, SLIC_INFO, and axom::Array< T, DIM, SPACE, StoragePolicy >::view().

◆ setLevel()

void axom::quest::IntersectionShaper::setLevel ( int level )

inline

◆ setFreeMaterialName()

void axom::quest::IntersectionShaper::setFreeMaterialName ( const std::string & name )

inline

Set the name of the material used to account for free volume fractions.

Parameters

name	The new name of the material. This name cannot contain underscores and it cannot be set once shaping has started.

Note: This should not be called once any shaping has occurred.

References axom::quest::Shaper::m_cellCount, and SLIC_ERROR.

◆ getRevolvedVolume()

double axom::quest::IntersectionShaper::getRevolvedVolume ( ) const

inline

Return the revolved volume that was computed during dynamic refinement.

Returns: The revolved volume (or zero).

◆ getApproximateRevolvedVolume()

double axom::quest::IntersectionShaper::getApproximateRevolvedVolume ( ) const

inline

Return the revolved volume for the m_surfaceMesh at m_level circle refinement.

Note: loadShape should have been called before this method.

Returns: The revolved volume (or zero).

References axom::quest::Shaper::m_surfaceMesh.

◆ loadShape()

virtual void axom::quest::IntersectionShaper::loadShape ( const klee::Shape & shape )

inlineoverridevirtual

Loads the shape from file into m_surfaceMesh.

Reimplemented from axom::quest::Shaper.

References axom::quest::Shaper::loadShapeInternal(), axom::quest::Shaper::m_percentError, axom::quest::Shaper::m_surfaceMesh, and axom::quest::Shaper::shapeFormat().

◆ getCompletelyFree()

template<typename ExecSpace >

axom::ArrayView<double> axom::quest::IntersectionShaper::getCompletelyFree ( )

inline

Make a new grid function that contains all of the free space not occupied by existing materials.

Note: We currently leave the free material in the data collection, even after the shaper has executed.

Template Parameters

ExecSpace The execution space where the data are computed.

Returns: The grid function that represents the amount of completely free space in each zone.

References AXOM_ANNOTATE_SCOPE, AXOM_LAMBDA, axom::ArrayView< T, DIM, SPACE >::empty(), axom::ArrayView< T, DIM, SPACE >::size(), and SLIC_ASSERT.

◆ applyReplacementRulesImpl()

template<typename ExecSpace >

void axom::quest::IntersectionShaper::applyReplacementRulesImpl ( const klee::Shape & shape )

inline

Set the volume fractions for the current shape into the grid function for the material and adjust any other material volume fraction grid functions.

Template Parameters

ExecSpace The execution space where the data are computed.

Parameters

shape The shape whose volume fractions are being stored.

The replacement rules operate on the current shape's material as well as the rest of the materials since they need to be updated to sum to 1. When adding a volume fraction to a zone, the code adds the allowed amount to the zone. In most cases, this is just the computed material volume, though it can be restricted by amounts of other materials if replacing materials. Once a volume fraction has been added, a list of update materials is iterated and a corresponding amount is subtracted from them. This update list consists of "completely free", all non-shape materials, and finally the shape material itself. The shape material is added at the end in case the initial volume fraction addition exceeded 1.

The "completely free" material (CF) represents any volume fraction in the zones that has not been assigned to any material. We subtract from CF first as part of the update process so we do not have to subtract from real materials in the event that a zone is not full.

The list of update materials depends on the shape's material replacement rule.

Example: update mats |-—>

mat1 | CF mat0

add 0.4 mat1 -> | 0.4 | 0.2 | 0.4 |

mat1 CF mat0 subtract

| 0.8 | 0.2 | 0.4 | | 0.4 | (added 0.4 to mat1)

mat1 CF mat0 subtract

| 0.8 | 0.0 | 0.4 | | 0.2 | (subtracted 0.2 from CF)

mat1 CF mat0 subtract

| 0.8 | 0.0 | 0.2 | | 0.0 | (subtracted 0.2 from mat0)

References AXOM_ANNOTATE_SCOPE, AXOM_LAMBDA, axom::klee::Shape::getMaterial(), getMaterial(), getMaterialNames(), axom::klee::Shape::getMaterialsNotReplaced(), axom::klee::Shape::getMaterialsReplaced(), axom::klee::Shape::getName(), axom::quest::Shaper::m_allocatorId, SLIC_ERROR_IF, axom::sort(), and axom::Array< T, DIM, SPACE, StoragePolicy >::view().

◆ applyReplacementRules()

void axom::quest::IntersectionShaper::applyReplacementRules ( const klee::Shape & shape )

inlineoverridevirtual

Apply material replacement rules for the current shape, using the appropriate execution policy.

Implements axom::quest::Shaper.

References AXOM_ANNOTATE_SCOPE, AXOM_UNUSED_VAR, and axom::quest::Shaper::m_execPolicy.

◆ finalizeShapeQuery()

void axom::quest::IntersectionShaper::finalizeShapeQuery ( )

inlineoverridevirtual

Implements axom::quest::Shaper.

References AXOM_ANNOTATE_SCOPE, and axom::quest::Shaper::m_surfaceMesh.

◆ prepareShapeQuery()

void axom::quest::IntersectionShaper::prepareShapeQuery	(	klee::Dimensions	shapeDimension,
		const klee::Shape &	shape
	)

inlineoverridevirtual

Prepares the shaping query, based on the policy member set (default is sequential)

Implements axom::quest::Shaper.

References AXOM_ANNOTATE_SCOPE, AXOM_UNUSED_VAR, axom::klee::Geometry::getFormat(), axom::klee::Shape::getGeometry(), axom::quest::Shaper::m_execPolicy, axom::quest::Shaper::m_percentError, axom::bump::views::shapeDimension(), and axom::quest::Shaper::shapeFormat().

◆ runShapeQuery()

void axom::quest::IntersectionShaper::runShapeQuery ( const klee::Shape & shape )

inlineoverridevirtual

Implements axom::quest::Shaper.

References AXOM_ANNOTATE_SCOPE, axom::klee::Geometry::getFormat(), axom::klee::Shape::getGeometry(), axom::quest::Shaper::m_execPolicy, axom::quest::Shaper::shapeFormat(), and SLIC_ERROR.

◆ getOverlapVolumes()

axom::ArrayView<const double> axom::quest::IntersectionShaper::getOverlapVolumes ( ) const

inline

References axom::Array< T, DIM, SPACE, StoragePolicy >::view().

◆ getCellVolumes()

axom::ArrayView<const double> axom::quest::IntersectionShaper::getCellVolumes ( ) const

inline

References axom::Array< T, DIM, SPACE, StoragePolicy >::view().

◆ sumOverlapVolumes()

double axom::quest::IntersectionShaper::sumOverlapVolumes ( bool global = true ) const

inline

References axom::quest::Shaper::allReduceSum(), axom::Array< T, DIM, SPACE, StoragePolicy >::data(), axom::quest::Shaper::m_execPolicy, and axom::Array< T, DIM, SPACE, StoragePolicy >::size().

◆ sumArray()

template<typename ExecSpace , typename Summable >

Summable axom::quest::IntersectionShaper::sumArray	(	const Summable *	a,
		axom::IndexType	count
	)		const

inline

References AXOM_LAMBDA.

◆ adjustVolumeFractions()

void axom::quest::IntersectionShaper::adjustVolumeFractions ( )

inlineoverridevirtual

Implements axom::quest::Shaper.

◆ getMaterialNames()

std::vector<std::string> axom::quest::IntersectionShaper::getMaterialNames ( ) const

inline

◆ getMaterial()

std::pair<axom::ArrayView<double>, int> axom::quest::IntersectionShaper::getMaterial ( const std::string & materialName )

inline

Gets the grid function and material number for a material name.

Parameters

materialName The name of the material.

Returns: A pair containing the associated grid function (an element in the m_vf_grid_functions array) and material number (its index in the array).

References AXOM_LAMBDA, axom::detail::getAllocatorSpace(), axom::quest::Shaper::m_execPolicy, and SLIC_ASSERT.

◆ verifyInputMesh()

bool axom::quest::Shaper::verifyInputMesh ( std::string & whyBad ) const

inherited

Verify the input mesh is okay for this class to work with.

◆ setSamplesPerKnotSpan()

void axom::quest::Shaper::setSamplesPerKnotSpan ( int nSamples )

inherited

◆ setVertexWeldThreshold()

void axom::quest::Shaper::setVertexWeldThreshold ( double threshold )

inherited

◆ setVerbosity()

void axom::quest::Shaper::setVerbosity ( bool isVerbose )

inlineinherited

References axom::quest::Shaper::isVerbose(), and axom::quest::Shaper::m_verboseOutput.

◆ setPercentError()

void axom::quest::Shaper::setPercentError ( double percent )

inherited

◆ setRefinementType()

void axom::quest::Shaper::setRefinementType ( RefinementType t )

inherited

◆ setFilePath()

void axom::quest::Shaper::setFilePath ( const std::string & filePath )

inherited

Set path of shape input file.

The path is used to resolve relative paths that may have been specified in the file.

◆ getSurfaceMesh()

mint::Mesh* axom::quest::Shaper::getSurfaceMesh ( ) const

inlineinherited

References axom::quest::Shaper::m_surfaceMesh.

◆ isVerbose()

bool axom::quest::Shaper::isVerbose ( ) const

inlineinherited

References axom::quest::Shaper::m_verboseOutput.

◆ isValidFormat()

virtual bool axom::quest::Shaper::isValidFormat ( const std::string & format ) const

virtualinherited

Predicate to determine if the specified format is valid.

Parameters

format A string listing the format to check

◆ shapeFormat()

std::string axom::quest::Shaper::shapeFormat ( const klee::Shape & shape ) const

inlineinherited

Returns the format type of the supplied shape.

References axom::klee::Geometry::getFormat(), and axom::klee::Shape::getGeometry().

◆ getExecutionPolicy()

RuntimePolicy axom::quest::Shaper::getExecutionPolicy ( ) const

inlineinherited

Returns the execution policy used by the Shaper.

References axom::quest::Shaper::m_execPolicy.

◆ allReduceSum()

double axom::quest::Shaper::allReduceSum ( double val ) const

inherited

Helper to apply a parallel sum reduction to a quantity.

Note: This is the identity function when running without MPI

◆ allReduceMin()

double axom::quest::Shaper::allReduceMin ( double val ) const

inherited

Helper to apply a parallel min reduction to a quantity.

Note: This is the identity function when running without MPI

◆ allReduceMax()

double axom::quest::Shaper::allReduceMax ( double val ) const

inherited

Helper to apply a parallel max reduction to a quantity.

Note: This is the identity function when running without MPI

◆ loadShapeInternal()

void axom::quest::Shaper::loadShapeInternal	(	const klee::Shape &	shape,
		double	percentError,
		double &	revolvedVolume
	)

protectedinherited

Loads the shape into m_surfaceMesh.

Parameters

	shape	The shape.
	percentError	A percent error to use when refining the shape. If it positive then Axom will try to refine dynamically according to this error. Otherwise, it will use the segmentsPerKnotSpan value.
[out]	revolvedvolume	A revolved volume for the shape, if the shape is from a C2C contour.

◆ applyTransforms() [1/2]

void axom::quest::Shaper::applyTransforms ( const klee::Shape & shape )

protectedinherited

Computes transforms for the shape and applies them to the surface mesh.

Parameters

shape The shape.

◆ applyTransforms() [2/2]

void axom::quest::Shaper::applyTransforms ( const numerics::Matrix< double > & transform )

protectedinherited

Computes transforms for the shape and applies them to the surface mesh.

Parameters

shape	The shape.
transform	A 4x4 matrix containing the transformation to apply.

◆ getTransforms()

numerics::Matrix<double> axom::quest::Shaper::getTransforms ( const klee::Shape & shape ) const

protectedinherited

Get a matrix that contains the shape's concatenated transforms.

Parameters

shape The shape whose transforms are being concatenated.

Returns: A 4x4 matrix that represents the transforms.

◆ getRank()

int axom::quest::Shaper::getRank ( ) const

protectedinherited

Helper function to get the rank associated with the current process.

Note: This function can be called even in non-mpi configurations

Member Data Documentation

◆ DEFAULT_CIRCLE_REFINEMENT_LEVEL

constexpr int axom::quest::IntersectionShaper::DEFAULT_CIRCLE_REFINEMENT_LEVEL {7}

staticconstexpr

◆ DEFAULT_REVOLVED_VOLUME

constexpr double axom::quest::IntersectionShaper::DEFAULT_REVOLVED_VOLUME {0.}

staticconstexpr

◆ DEFAULT_SAMPLES_PER_KNOT_SPAN

constexpr int axom::quest::Shaper::DEFAULT_SAMPLES_PER_KNOT_SPAN {25}

staticconstexprinherited

◆ MINIMUM_PERCENT_ERROR

constexpr double axom::quest::Shaper::MINIMUM_PERCENT_ERROR {0.}

staticconstexprinherited

◆ MAXIMUM_PERCENT_ERROR

constexpr double axom::quest::Shaper::MAXIMUM_PERCENT_ERROR {100.}

staticconstexprinherited

◆ DEFAULT_VERTEX_WELD_THRESHOLD

constexpr double axom::quest::Shaper::DEFAULT_VERTEX_WELD_THRESHOLD {1e-9}

staticconstexprinherited

◆ m_execPolicy

RuntimePolicy axom::quest::Shaper::m_execPolicy

protectedinherited

◆ m_allocatorId

int axom::quest::Shaper::m_allocatorId

protectedinherited

◆ m_dataStore

sidre::DataStore axom::quest::Shaper::m_dataStore

protectedinherited

◆ m_shapeSet

const klee::ShapeSet& axom::quest::Shaper::m_shapeSet

protectedinherited

◆ m_prefixPath

std::string axom::quest::Shaper::m_prefixPath

protectedinherited

Prefix path for shape file names with relative path.

◆ m_cellCount

axom::IndexType axom::quest::Shaper::m_cellCount

protectedinherited

Number of cells in computational mesh (m_dc or m_bpGrp).

◆ m_surfaceMesh

std::shared_ptr<mint::Mesh> axom::quest::Shaper::m_surfaceMesh

protectedinherited

◆ m_samplesPerKnotSpan

int axom::quest::Shaper::m_samplesPerKnotSpan {DEFAULT_SAMPLES_PER_KNOT_SPAN}

protectedinherited

◆ m_percentError

double axom::quest::Shaper::m_percentError {MINIMUM_PERCENT_ERROR}

protectedinherited

◆ m_refinementType

RefinementType axom::quest::Shaper::m_refinementType {DiscreteShape::RefinementUniformSegments}

protectedinherited

◆ m_verboseOutput

bool axom::quest::Shaper::m_verboseOutput {false}

protectedinherited

◆ m_comm

MPI_Comm axom::quest::Shaper::m_comm {MPI_COMM_SELF}

protectedinherited

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

/home/docs/checkouts/readthedocs.org/user_builds/axom/checkouts/develop/src/axom/quest/IntersectionShaper.hpp

Public Types

Public Member Functions

Static Public Attributes

Protected Member Functions

Protected Attributes

Private functions related to the stages for a given shape

Member Typedef Documentation

◆ BoundingBox2D

◆ BoundingBox3D

◆ HexahedronType

◆ OctahedronType

◆ PolyhedronType

◆ Point2D

◆ Point3D

◆ TetrahedronType

◆ SegmentMesh

◆ TetMesh

◆ PolygonStaticType

◆ RuntimePolicy

◆ RefinementType

Member Function Documentation

◆ setMeshDependentData()

◆ setMeshDependentDataImpl2D()

◆ setMeshDependentDataImpl3D()

◆ setLevel()

◆ setFreeMaterialName()

◆ getRevolvedVolume()

◆ getApproximateRevolvedVolume()

◆ loadShape()

◆ getCompletelyFree()

◆ applyReplacementRulesImpl()

mat1 | CF mat0

add 0.4 mat1 -> | 0.4 | 0.2 | 0.4 |

◆ applyReplacementRules()

◆ finalizeShapeQuery()

◆ prepareShapeQuery()

◆ runShapeQuery()

◆ getOverlapVolumes()

◆ getCellVolumes()

◆ sumOverlapVolumes()

◆ sumArray()

◆ adjustVolumeFractions()

◆ getMaterialNames()

◆ getMaterial()

◆ verifyInputMesh()

◆ setSamplesPerKnotSpan()

◆ setVertexWeldThreshold()

◆ setVerbosity()

◆ setPercentError()

◆ setRefinementType()

◆ setFilePath()

◆ getSurfaceMesh()

◆ isVerbose()

◆ isValidFormat()

◆ shapeFormat()

◆ getExecutionPolicy()

◆ allReduceSum()

◆ allReduceMin()

◆ allReduceMax()

◆ loadShapeInternal()

◆ applyTransforms() [1/2]

◆ applyTransforms() [2/2]

◆ getTransforms()

◆ getRank()

Member Data Documentation

◆ DEFAULT_CIRCLE_REFINEMENT_LEVEL

◆ DEFAULT_REVOLVED_VOLUME

◆ DEFAULT_SAMPLES_PER_KNOT_SPAN

◆ MINIMUM_PERCENT_ERROR

◆ MAXIMUM_PERCENT_ERROR

◆ DEFAULT_VERTEX_WELD_THRESHOLD

◆ m_execPolicy

◆ m_allocatorId

◆ m_dataStore

◆ m_shapeSet

◆ m_prefixPath

◆ m_cellCount

◆ m_surfaceMesh

◆ m_samplesPerKnotSpan

◆ m_percentError