Interface class for all objects with respect to whom the levelset function may be computed. More...

Inheritance diagram for bitpit::LevelSetObject:

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Collaboration diagram for bitpit::LevelSetObject:

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Public Types
typedef LevelSetCachedKernel::CellCacheCollection	CellCacheCollection

Public Member Functions
virtual	~LevelSetObject ()

	BITPIT_DEPRECATED_FOR (double getValue(long cellId) const, double evalCellValue(long id, bool signedLevelSet) const)

	BITPIT_DEPRECATED_FOR (short getSign(long cellId) const, short evalCellSign(long id) const)

	BITPIT_DEPRECATED_FOR (std::array< double BITPIT_COMMA 3 > getGradient(long cellId) const, std::array< double BITPIT_COMMA 3 > evalCellGradient(long id, bool signedLevelSet) const)

virtual LevelSetObject *	clone () const =0

std::array< double BITPIT_COMMA 3 >	computeProjectionPoint (const std::array< double, 3 > &point) const

std::array< double BITPIT_COMMA 3 >	computeProjectionPoint (long cellId) const

std::array< double BITPIT_COMMA 3 >	computeVertexProjectionPoint (long vertexId) const

void	disableFieldCellCache (LevelSetField field)

virtual bool	empty () const =0

void	enableFieldCellCache (LevelSetField field, LevelSetCacheMode cacheMode)

void	enableVTKOutput (const LevelSetFieldset &fieldset, bool enable=true)

void	enableVTKOutput (const LevelSetFieldset &fieldset, const std::string &objectName, bool enable=true)

void	enableVTKOutput (LevelSetField field, bool enable=true)

void	enableVTKOutput (LevelSetField field, const std::string &objectName, bool enable=true)

void	enableVTKOutput (LevelSetWriteField field, bool enable=true)

void	enableVTKOutput (LevelSetWriteField fieldset, const std::string &objectName, bool enable=true)

virtual std::array< double, 3 >	evalCellGradient (long id, bool signedLevelSet) const

virtual std::array< double, 3 >	evalCellProjectionPoint (long id) const

virtual short	evalCellSign (long id) const

virtual double	evalCellValue (long id, bool signedLevelSet) const

virtual std::array< double, 3 >	evalGradient (const std::array< double, 3 > &point, bool signedLevelSet) const

virtual std::array< double, 3 >	evalProjectionPoint (const std::array< double, 3 > &point) const

virtual short	evalSign (const std::array< double, 3 > &point) const

virtual double	evalValue (const std::array< double, 3 > &point, bool signedLevelSet) const

void	flushData (std::fstream &, const std::string &, VTKFormat) override

LevelSetBulkEvaluationMode	getCellBulkEvaluationMode () const

LevelSetCacheMode	getFieldCellCacheMode (LevelSetField field) const

int	getId () const

virtual const LevelSetKernel *	getKernel () const

LevelSetInfo	getLevelSetInfo (long cellId) const

double	getLS (long cellId) const

double	getNarrowBandSize () const

std::size_t	getReferenceCount () const

double	getSizeNarrowBand () const

virtual LevelSetFieldset	getSupportedFields () const

LevelSetIntersectionStatus	intersectSurface (long id, LevelSetIntersectionMode=LevelSetIntersectionMode::FAST_FUZZY) const

virtual bool	isCellInNarrowBand (long id) const

LevelSetIntersectionStatus	isCellIntersected (long id, LevelSetIntersectionMode=LevelSetIntersectionMode::FAST_FUZZY) const

virtual bool	isInNarrowBand (const std::array< double, 3 > &point) const

LevelSetIntersectionStatus	isInterfaceIntersected (long id) const

LevelSetIntersectionStatus	isInterfaceIntersected (long id, bool invert, std::array< std::array< double, 3 >, 2 > intersection, std::vector< std::array< double, 3 > > polygon) const

virtual bool	isPrimary () const

void	setCellBulkEvaluationMode (LevelSetBulkEvaluationMode evaluationMode)

void	update (const std::vector< adaption::Info > &adaptionData)

Public Member Functions inherited from bitpit::VTKBaseStreamer
virtual void	absorbData (std::fstream &, const std::string &, VTKFormat, uint64_t, uint8_t, VTKDataType)

template<typename T>
void	flushValue (std::fstream &, VTKFormat, const T &value) const

template<typename T>
void	flushValue (std::fstream &, VTKFormat, const T *values, int nValues) const

Protected Types
template<typename data_t>
using	CellCacheEntry = typename CellCacheCollection::ValueCache<data_t>::Entry

Protected Member Functions
	LevelSetObject (const LevelSetObject &other)

	LevelSetObject (int)

	LevelSetObject (LevelSetObject &&other)

virtual std::array< double, 3 >	_evalCellGradient (long id, bool signedLevelSet) const =0

virtual short	_evalCellSign (long id) const =0

virtual double	_evalCellValue (long id, bool signedLevelSet) const =0

virtual std::array< double, 3 >	_evalGradient (const std::array< double, 3 > &point, bool signedLevelSet) const =0

virtual short	_evalSign (const std::array< double, 3 > &point) const

virtual double	_evalValue (const std::array< double, 3 > &point, bool signedLevelSet) const =0

virtual LevelSetIntersectionStatus	_isCellIntersected (long, double distance, LevelSetIntersectionMode=LevelSetIntersectionMode::FAST_FUZZY) const

virtual LevelSetIntersectionStatus	_isInterfaceIntersected (long id, bool positivePart, std::array< std::array< double, 3 >, 2 > intersection, std::vector< std::array< double, 3 > > polygon) const

void	adaptCellCaches (const std::vector< adaption::Info > &adaptionData)

virtual void	addVTKOutputData (LevelSetField field, const std::string &objectName)

void	clearCellCache (std::size_t cacheId, bool release)

void	completeCellCacheExchange (const std::unordered_map< int, std::vector< long > > &sendCellIds, std::size_t cacheIds, DataCommunicator *)

void	completeCellCachesExchange (const std::unordered_map< int, std::vector< long > > &sendCellIds, const std::vector< std::size_t > &cacheIds, DataCommunicator *)

template<typename value_t>
std::size_t	createCellCache (LevelSetFillIn expectedFillIn, std::size_t cacheId=CellCacheCollection::NULL_CACHE_ID)

virtual std::size_t	createCellLocationCache (std::size_t cacheId=CellCacheCollection::NULL_CACHE_ID)

virtual std::size_t	createCellPropagatedSignCache (std::size_t cacheId=CellCacheCollection::NULL_CACHE_ID)

virtual std::size_t	createFieldCellCache (LevelSetField field, std::size_t cacheId=CellCacheCollection::NULL_CACHE_ID)

template<typename value_t>
std::size_t	createFieldCellCache (LevelSetField field, std::size_t cacheId=CellCacheCollection::NULL_CACHE_ID)

void	destroyCellBulkData ()

void	destroyCellCache (std::size_t cacheId)

void	destroyCellLocationCache ()

void	destroyCellNarrowBandData ()

void	destroyCellPropagatedSignCache ()

virtual void	destroyFieldCellCache (LevelSetField field)

virtual void	dump (std::ostream &)

std::vector< long >	evalCellCacheFillIds (LevelSetZone zone, LevelSetCacheMode cacheMode) const

std::vector< long >	evalCellCacheFillIds (LevelSetZone zone, LevelSetCacheMode cacheMode, const std::vector< adaption::Info > &adaptionData) const

std::vector< long >	evalCellCacheStaleIds (const std::vector< adaption::Info > &adaptionData) const

template<typename value_t, typename evaluator_t, typename fallback_t>
value_t	evalCellField (LevelSetField field, long id, const evaluator_t &evaluator, const fallback_t &fallback) const

template<typename value_t, typename evaluator_t, typename fallback_t>
value_t	evalCellFieldCached (LevelSetField field, long id, const evaluator_t &evaluator, const fallback_t &fallback) const

std::vector< long >	evalCellFullCacheFillIds (LevelSetZone zone) const

std::vector< long >	evalCellFullCacheFillIds (LevelSetZone zone, const std::vector< adaption::Info > &adaptionData) const

std::vector< long >	evalCellNarrowBandCacheFillIds (LevelSetZone zone) const

std::vector< long >	evalCellNarrowBandCacheFillIds (LevelSetZone zone, const std::vector< adaption::Info > &adaptionData) const

std::vector< long >	evalCellOnDemandCacheFillIds (LevelSetZone zone) const

std::vector< long >	evalCellOnDemandCacheFillIds (LevelSetZone zone, const std::vector< adaption::Info > &adaptionData) const

void	evaluate ()

void	evaluateCellBulkData ()

void	evaluateCellNarrowBandData ()

short	evalValueSign (double value) const

virtual LevelSetCellLocation	fillCellGeometricNarrowBandLocationCache (long id)

virtual void	fillCellLocationCache ()

virtual void	fillCellLocationCache (const std::vector< adaption::Info > &adaptionData)

virtual void	fillCellPropagatedSignCache ()

void	fillFieldCellCache (LevelSetField field, const std::vector< long > &cellIds)

virtual void	fillFieldCellCache (LevelSetField field, long id)

template<typename value_t>
void	fillFieldCellCache (LevelSetField field, long id, const value_t &value) const

void	fillFieldCellCaches (LevelSetZone zone, const std::vector< LevelSetField > &fields)

void	fillFieldCellCaches (LevelSetZone zone, const std::vector< LevelSetField > &fields, const std::vector< adaption::Info > &adaptionData)

virtual void	flushVTKOutputData (std::fstream &stream, VTKFormat format, LevelSetField field) const

template<typename value_t, typename evaluator_t, typename fallback_t>
void	flushVTKOutputData (std::fstream &stream, VTKFormat format, LevelSetField field, const evaluator_t evluator, const fallback_t fallback) const

template<typename value_t>
CellCacheCollection::ValueCache< value_t > *	getCellCache (std::size_t cacheId) const

CellCacheCollection::Cache *	getCellCache (std::size_t cacheId) const

LevelSetCellLocation	getCellLocation (long id) const

LevelSetZone	getCellZone (long id) const

template<typename value_t>
CellCacheCollection::ValueCache< value_t > *	getFieldCellCache (LevelSetField field) const

CellCacheCollection::Cache *	getFieldCellCache (LevelSetField field) const

std::size_t	getFieldCellCacheId (LevelSetField field) const

virtual LevelSetKernel *	getKernel ()

std::string	getVTKOutputDataName (LevelSetField field, const std::string &objectName) const

virtual std::string	getVTKOutputFieldName (LevelSetField field) const

bool	hasVTKOutputData (LevelSetField field, const std::string &objectName) const

void	pruneCellCache (std::size_t cacheId, const std::vector< long > &cellIds)

void	removeVTKOutputData (LevelSetField field, const std::string &objectName)

virtual void	restore (std::istream &)

void	setDefaultLevelSetSigndness (bool signedLevelSet)

virtual void	setKernel (LevelSetKernel *)

void	setNarrowBandSize (double size)

void	setSizeNarrowBand (double)

void	startCellCacheExchange (const std::unordered_map< int, std::vector< long > > &recvCellIds, std::size_t cacheIds, DataCommunicator *) const

void	startCellCachesExchange (const std::unordered_map< int, std::vector< long > > &recvCellIds, const std::vector< std::size_t > &cacheIds, DataCommunicator *) const

void	update ()

void	updateCellBulkData (const std::vector< adaption::Info > &adaptionData)

void	updateCellNarrowBandData (const std::vector< adaption::Info > &adaptionData)

Protected Attributes
std::size_t	m_cellLocationCacheId
	Id of the cache that will keep track if cell zones.

std::size_t	m_cellPropagatedSignCacheId
	Id of the cache that will keep track if cell propagated sign.

bool	m_defaultSignedLevelSet

LevelSetFieldMap< std::string >	m_enabledOutputFields

LevelSetKernel *	m_kernel

double	m_narrowBandSize
	Size of narrow band.

Static Protected Attributes
static const bool	CELL_CACHE_IS_SIGNED = false

static const LevelSetIntersectionMode	CELL_LOCATION_INTERSECTION_MODE = LevelSetIntersectionMode::FAST_GUARANTEE_FALSE

Friends
class	LevelSet

template<typename SourceLevelSetObject, typename BaseLevelSetObject>
class	LevelSetProxyObject

Detailed Description

Interface class for all objects with respect to whom the levelset function may be computed.

Evaluation of the fields inside the narrow band is always performed using an exact algorithm, on the other hand evaluation of the fields in the bulk can be performed choosing one of the following modes:

NONE, no data is evaluated (a dummy value will be returned when requesting any
data);
SIGN_PROPAGATION, sign is propagated from the narrow band, no other data will be evaluated (a dummy value will be returned when requesting data other than the sign, whenever possible the evaluated sign will be used for assigning the correct sign to the dummy value);
EXACT, exact data is evaluated.

Fields evaluated by the object on cell centroids can be cached. Cache can be enabled for each individual field separately and one of the following modes can be chosen:

NONE, no caching will be performed;
ON_DEMAND, data are cached only where explicitly evaluated;
NARROW_BAND, Data are cached only inside the narrow band;
FULL, data are cached in the whole domain.

Examples: RBF_example_00001.cpp.

Definition at line 55 of file levelSetObject.hpp.

Member Typedef Documentation

◆ CellCacheCollection

typedef LevelSetCachedKernel::CellCacheCollection bitpit::LevelSetObject::CellCacheCollection

Definition at line 63 of file levelSetObject.hpp.

◆ CellCacheEntry

template<typename data_t>

using bitpit::LevelSetObject::CellCacheEntry = typename CellCacheCollection::ValueCache<data_t>::Entry

protected

Definition at line 132 of file levelSetObject.hpp.

Constructor & Destructor Documentation

◆ ~LevelSetObject()

bitpit::LevelSetObject::~LevelSetObject ( )

virtual

Destructor.

Definition at line 151 of file levelSetObject.cpp.

◆ LevelSetObject() [1/3]

bitpit::LevelSetObject::LevelSetObject ( int id )

protected

Constructor

Parameters

[in] id id assigned to object

Implemented in bitpit::LevelSetSegmentationBaseObject.

Definition at line 84 of file levelSetObject.cpp.

◆ LevelSetObject() [2/3]

bitpit::LevelSetObject::LevelSetObject ( const LevelSetObject & other )

protected

Copy constructor

Parameters

[in] other is another object whose content is copied in this object

Implemented in bitpit::LevelSetSegmentationBaseObject.

Definition at line 102 of file levelSetObject.cpp.

◆ LevelSetObject() [3/3]

bitpit::LevelSetObject::LevelSetObject ( LevelSetObject && other )

protected

Move constructor

Parameters

[in] other is another object whose content is moved in this object

Implemented in bitpit::LevelSetSegmentationBaseObject.

Definition at line 126 of file levelSetObject.cpp.

Member Function Documentation

◆ _evalCellGradient()

virtual std::array< double, 3 > bitpit::LevelSetObject::_evalCellGradient	(	long	id,
		bool	signedLevelSet ) const

protectedpure virtual

Implemented in bitpit::LevelSetBooleanBaseObject< LevelSetObject >, bitpit::LevelSetBooleanBaseObject< LevelSetSegmentationBaseObject >, bitpit::LevelSetComplementBaseObject< LevelSetObject >, bitpit::LevelSetComplementBaseObject< LevelSetSegmentationBaseObject >, and bitpit::LevelSetSegmentationObject.

◆ _evalCellSign()

virtual short bitpit::LevelSetObject::_evalCellSign ( long id ) const

protectedpure virtual

Implemented in bitpit::LevelSetBooleanBaseObject< LevelSetObject >, bitpit::LevelSetBooleanBaseObject< LevelSetSegmentationBaseObject >, bitpit::LevelSetComplementBaseObject< LevelSetObject >, bitpit::LevelSetComplementBaseObject< LevelSetSegmentationBaseObject >, and bitpit::LevelSetSegmentationObject.

◆ _evalCellValue()

virtual double bitpit::LevelSetObject::_evalCellValue	(	long	id,
		bool	signedLevelSet ) const

protectedpure virtual

Implemented in bitpit::LevelSetBooleanBaseObject< LevelSetObject >, bitpit::LevelSetBooleanBaseObject< LevelSetSegmentationBaseObject >, bitpit::LevelSetComplementBaseObject< LevelSetObject >, bitpit::LevelSetComplementBaseObject< LevelSetSegmentationBaseObject >, and bitpit::LevelSetSegmentationObject.

◆ _evalGradient()

virtual std::array< double, 3 > bitpit::LevelSetObject::_evalGradient	(	const std::array< double, 3 > &	point,
		bool	signedLevelSet ) const

protectedpure virtual

Implemented in bitpit::LevelSetBooleanBaseObject< LevelSetObject >, bitpit::LevelSetBooleanBaseObject< LevelSetSegmentationBaseObject >, bitpit::LevelSetComplementBaseObject< LevelSetObject >, bitpit::LevelSetComplementBaseObject< LevelSetSegmentationBaseObject >, and bitpit::LevelSetSegmentationObject.

◆ _evalSign()

short bitpit::LevelSetObject::_evalSign ( const std::array< double, 3 > & point ) const

protectedvirtual

Evaluate levelset sign at the specified point.

Parameters

point are the coordinates of the point

Returns: The sign of the levelset at the specified point.

Implemented in bitpit::LevelSetComplementBaseObject< LevelSetObject >, bitpit::LevelSetComplementBaseObject< LevelSetSegmentationBaseObject >, and bitpit::LevelSetSegmentationObject.

Definition at line 1753 of file levelSetObject.cpp.

◆ _evalValue()

virtual double bitpit::LevelSetObject::_evalValue	(	const std::array< double, 3 > &	point,
		bool	signedLevelSet ) const

protectedpure virtual

Implemented in bitpit::LevelSetBooleanBaseObject< LevelSetObject >, bitpit::LevelSetBooleanBaseObject< LevelSetSegmentationBaseObject >, bitpit::LevelSetComplementBaseObject< LevelSetObject >, bitpit::LevelSetComplementBaseObject< LevelSetSegmentationBaseObject >, and bitpit::LevelSetSegmentationObject.

◆ _isCellIntersected()

LevelSetIntersectionStatus bitpit::LevelSetObject::_isCellIntersected	(	long	id,
		double	distance,
		LevelSetIntersectionMode	mode = LevelSetIntersectionMode::FAST_FUZZY ) const

protectedvirtual

Check if the specified cell intersects the zero-levelset iso-surface.

If mode==LevelSetIntersectionMode::FAST_FUZZY the method will compare the levelset value to tangent and bounding radius of a cell. If the value is smaller than the tangent radius LevelSetIntersectionStatus::TRUE is returned, if it is larger than the bounding radius LevelSetIntersectionStatus::FALSE is returned. If it is in-between LevelSetIntersectionStatus::CLOSE is returned.

If mode==LevelSetIntersectionMode::FAST_GUARANTEE_TRUE and the levelset value is smaller than the rangent radius LevelSetIntersectionStatus::TRUE is returned, otherwise LevelSetIntersectionStatus::FALSE.

If mode==LevelSetIntersectionMode::FAST_GURANTEE_FALSE and the levelset value is larger than the bounding radius LevelSetIntersectionStatus::FALSE is returned, otherwise LevelSetIntersectionStatus::TRUE.

If mode==LevelSetIntersectionMode::ACCURATE, the same checks of fuzzy mode are performed, however, in the cases where fuzzy mode would return CLOSE, an additional check on the intersection between the tangent plane at the projection point and the cell is performed. Errors of the method are related to the ratio of surface curvature over cell size.

The bounding sphere is the sphere with the minimum radius that contains all the cell vertices and has the center in the cell centroid.

The tangent sphere is a sphere having the center in the level centroid and tangent to the cell.

Parameters

[in]	id	cell id
[in]	distance	is the unsigned distance of the cell centroid from the zero-levelset iso-surface
[in]	mode	describes the types of check that should be performed

Returns: indicator regarding intersection

Implemented in bitpit::LevelSetSegmentationBaseObject.

Definition at line 1481 of file levelSetObject.cpp.

◆ _isInterfaceIntersected()

LevelSetIntersectionStatus bitpit::LevelSetObject::_isInterfaceIntersected	(	long	id,
		bool	invert,
		std::array< std::array< double, 3 >, 2 > *	intersection,
		std::vector< std::array< double, 3 > > *	polygon ) const

protectedvirtual

Check if the specified interface intersects the zero-levelset iso-surface.

The iso-surface is considered planar. Calculate the intersection as a segment defined by two points and the part of the interface belonging to the subspace of negative level-set. If the interface is not intersected, an empty polygon is returned. The interface belonging to the possitive level-set subspace is returned if the "invert" argument is false.

Parameters

[in]	id	is the interface index
[in]	invert	when false the part of the interface occupying the possitive levelset area is returned
[out]	intersection	If intersects, return the cutting segment. In case of a liner interface the intersection degenerates to a point which coincides with the begining and the ending of the segment
[out]	polygon	is the polygon constructed by the interface intersection placed on the opposite subspace of the one pointed by the plane's normal

Returns: the level set status

Implemented in bitpit::LevelSetSegmentationBaseObject, and bitpit::LevelSetSegmentationObject.

Definition at line 1573 of file levelSetObject.cpp.

◆ adaptCellCaches()

void bitpit::LevelSetObject::adaptCellCaches ( const std::vector< adaption::Info > & adaptionData )

protected

Adapt cell cache after a mesh update.

Only the transformation listed in the adaption data will be applied, entries associated with new cell will not be filled.

Parameters

adaptionData are the information about the mesh update

Definition at line 2414 of file levelSetObject.cpp.

◆ addVTKOutputData()

void bitpit::LevelSetObject::addVTKOutputData	(	LevelSetField	field,
		const std::string &	objectName )

protectedvirtual

Add the VTK data associated with the specified field.

Parameters

[in]	field	is the field
[in]	objectName	is the name that will be associated with the object

Implemented in bitpit::LevelSetSegmentationBaseObject.

Definition at line 2092 of file levelSetObject.cpp.

◆ clearCellCache()

void bitpit::LevelSetObject::clearCellCache	(	std::size_t	cacheId,
		bool	release )

protected

Clear the specified cell cache.

Parameters

cacheId	is the id of the cached that will be cleared
release	if set to true the memory hold by the caches will be released, otherwise the caches will be cleared but its memory may not be released

Definition at line 2535 of file levelSetObject.cpp.

◆ clone()

virtual LevelSetObject * bitpit::LevelSetObject::clone ( ) const

pure virtual

Implemented in bitpit::LevelSetBooleanObject< LevelSetSegmentationBaseObject >, bitpit::LevelSetComplementObject< LevelSetObject >, bitpit::LevelSetComplementObject< LevelSetSegmentationBaseObject >, and bitpit::LevelSetSegmentationObject.

◆ completeCellCacheExchange()

void bitpit::LevelSetObject::completeCellCacheExchange	(	const std::unordered_map< int, std::vector< long > > &	recvCellIds,
		std::size_t	cacheId,
		DataCommunicator *	dataCommunicator )

protected

Complete exchange of cell cache data.

Parameters

[in]	recvCellIds	is the list of cell ids to receive
[in]	cacheId	is the id of the cache whose data will be exchanged
[in,out]	dataCommunicator	is the data communicator that will be used for the data exchange

Definition at line 2292 of file levelSetObject.cpp.

◆ completeCellCachesExchange()

void bitpit::LevelSetObject::completeCellCachesExchange	(	const std::unordered_map< int, std::vector< long > > &	recvCellIds,
		const std::vector< std::size_t > &	cacheIds,
		DataCommunicator *	dataCommunicator )

protected

Complete exchange of cell cache data.

Parameters

[in]	recvCellIds	is the list of cell ids to receive
[in]	cacheId	is the id of the cache whose data will be exchanged
[in,out]	dataCommunicator	is the data communicator that will be used for the data exchange

Definition at line 2305 of file levelSetObject.cpp.

◆ computeProjectionPoint() [1/2]

std::array< double, 3 > bitpit::LevelSetObject::computeProjectionPoint ( const std::array< double, 3 > & point ) const

Projects a vertex on the zero levelset

Parameters

[in] point point coordinates

Returns: the projected point

Definition at line 3322 of file levelSetObject.cpp.

◆ computeProjectionPoint() [2/2]

std::array< double, 3 > bitpit::LevelSetObject::computeProjectionPoint ( long cellId ) const

Computes the projection point of the cell center, i.e. the closest point to the cell center on the zero level set

Parameters

[in] cellId cell id

Returns: the projection point

Definition at line 3302 of file levelSetObject.cpp.

◆ computeVertexProjectionPoint()

std::array< double, 3 > bitpit::LevelSetObject::computeVertexProjectionPoint ( long vertexId ) const

Computes the projection point of the vertex, i.e. the closest point to the vertex on the zero level set

Parameters

[in] vertexId vertex id

Returns: the projection point

Definition at line 3312 of file levelSetObject.cpp.

◆ createCellCache()

template<typename value_t>

std::size_t bitpit::LevelSetObject::createCellCache	(	LevelSetFillIn	expectedFillIn,
		std::size_t	cacheId = CellCacheCollection::NULL_CACHE_ID )

protected

Create the cache that will be used for storing cell information of the specified field.

Parameters

expectedFillIn	is the expected fill-in of the cache
cacheId	is the id that will be associated with the cache, if a NULL_ID is specified the cache id will be assigned automatically

Returns: The id associated with the registered cache.

Definition at line 112 of file levelSetObject.tpp.

◆ createCellLocationCache()

std::size_t bitpit::LevelSetObject::createCellLocationCache ( std::size_t cacheId = CellCacheCollection::NULL_CACHE_ID )

protectedvirtual

Create the cache that will be used for storing cell location information.

Parameters

cacheId is the id that will be associated with the cache, if a NULL_ID is specified the cache id will be assigned automatically

Returns: The id associated with the cache.

Definition at line 865 of file levelSetObject.cpp.

◆ createCellPropagatedSignCache()

std::size_t bitpit::LevelSetObject::createCellPropagatedSignCache ( std::size_t cacheId = CellCacheCollection::NULL_CACHE_ID )

protectedvirtual

Create the cache that will be used for storing cell propagated sign.

Parameters

cacheId is the id that will be associated with the cache, if a NULL_ID is specified the cache id will be assigned automatically

Returns: The id associated with the cache.

Definition at line 1292 of file levelSetObject.cpp.

◆ createFieldCellCache() [1/2]

std::size_t bitpit::LevelSetObject::createFieldCellCache	(	LevelSetField	field,
		std::size_t	cacheId = CellCacheCollection::NULL_CACHE_ID )

protectedvirtual

Create the cache that will be used for storing cell information of the specified field.

Parameters

field	is the field for which the caches will be added
cacheId	is the id that will be associated with the cache, if a NULL_ID is specified the cache id will be assigned automatically

Returns: The id associated with the cache.

Implemented in bitpit::LevelSetSegmentationBaseObject.

Definition at line 2944 of file levelSetObject.cpp.

◆ createFieldCellCache() [2/2]

template<typename value_t>

std::size_t bitpit::LevelSetObject::createFieldCellCache	(	LevelSetField	field,
		std::size_t	cacheId = CellCacheCollection::NULL_CACHE_ID )

protected

Create the cache that will be used for storing cell information of the specified field.

Parameters

field	is the field for which the caches will be added
cacheId	is the id that will be associated with the cache, if a NULL_ID is specified the cache id will be assigned automatically

Returns: The id associated with the registered cache.

Implemented in bitpit::LevelSetSegmentationBaseObject.

Definition at line 79 of file levelSetObject.tpp.

◆ destroyCellBulkData()

void bitpit::LevelSetObject::destroyCellBulkData ( )

protected

Destroy cell data in the bulk.

Definition at line 1021 of file levelSetObject.cpp.

◆ destroyCellCache()

void bitpit::LevelSetObject::destroyCellCache ( std::size_t cacheId )

protected

Destroy the specified cache.

Parameters

cacheId the id of the cell that will be unregistered

Definition at line 3291 of file levelSetObject.cpp.

◆ destroyCellLocationCache()

void bitpit::LevelSetObject::destroyCellLocationCache ( )

protected

Destroy identification of cell location.

Definition at line 875 of file levelSetObject.cpp.

◆ destroyCellNarrowBandData()

void bitpit::LevelSetObject::destroyCellNarrowBandData ( )

protected

Destroy cell data inside the narrow band.

Definition at line 469 of file levelSetObject.cpp.

◆ destroyCellPropagatedSignCache()

void bitpit::LevelSetObject::destroyCellPropagatedSignCache ( )

protected

Destroy data related to sign propagation in the bulk.

Definition at line 1302 of file levelSetObject.cpp.

◆ destroyFieldCellCache()

void bitpit::LevelSetObject::destroyFieldCellCache ( LevelSetField field )

protectedvirtual

Unregister the specified field cache.

Parameters

field is the field for which the caches will be added

Definition at line 2968 of file levelSetObject.cpp.

◆ disableFieldCellCache()

void bitpit::LevelSetObject::disableFieldCellCache ( LevelSetField field )

Disable the cache for the specified specified field.

Parameters

field is the field for which cache will be disabled

Definition at line 2391 of file levelSetObject.cpp.

◆ dump()

void bitpit::LevelSetObject::dump ( std::ostream & stream )

protectedvirtual

Writes LevelSetObject to stream in binary format

Parameters

[in] stream output stream

Definition at line 1779 of file levelSetObject.cpp.

◆ empty()

virtual bool bitpit::LevelSetObject::empty ( ) const

pure virtual

Implemented in bitpit::LevelSetBooleanBaseObject< LevelSetObject >, bitpit::LevelSetBooleanBaseObject< LevelSetSegmentationBaseObject >, bitpit::LevelSetComplementBaseObject< LevelSetObject >, bitpit::LevelSetComplementBaseObject< LevelSetSegmentationBaseObject >, and bitpit::LevelSetSegmentationObject.

◆ enableFieldCellCache()

void bitpit::LevelSetObject::enableFieldCellCache	(	LevelSetField	field,
		LevelSetCacheMode	cacheMode )

Enable the cache for the specified specified field.

If a cache with the same mode is already defined for the specified field, the function will exit without performing any action. If a cache with a different mode is already defined for the specified field, the existing cache will be destroyed and a new cache with the requested mode will be created from scratch.

Parameters

field	is the field for which cache will be enabled
cacheMode	is the cache mode that will be used for field

Definition at line 2353 of file levelSetObject.cpp.

◆ enableVTKOutput() [1/6]

void bitpit::LevelSetObject::enableVTKOutput	(	const LevelSetFieldset &	fieldset,
		bool	enable = true )

Enables or disables the VTK output

Parameters

[in]	fieldset	is the fieldset that that should be enabled/disabled
[in]	enable	true for enabling, false for disabling

Examples: RBF_example_00001.cpp.

Definition at line 1938 of file levelSetObject.cpp.

◆ enableVTKOutput() [2/6]

void bitpit::LevelSetObject::enableVTKOutput	(	const LevelSetFieldset &	fieldset,
		const std::string &	objectName,
		bool	enable = true )

Enables or disables the VTK output The output will be enabled only if the object supports it.

Parameters

[in]	fieldset	is the fieldset that that should be enabled/disabled
[in]	objectName	is the name that will be associated with the object
[in]	enable	true for enabling, false for disabling

Definition at line 1954 of file levelSetObject.cpp.

◆ enableVTKOutput() [3/6]

void bitpit::LevelSetObject::enableVTKOutput	(	LevelSetField	field,
		bool	enable = true )

Enables or disables the VTK output

Parameters

[in]	field	is the field that that should be enabled/disabled
[in]	enable	true for enabling, false for disabling

Definition at line 1967 of file levelSetObject.cpp.

◆ enableVTKOutput() [4/6]

void bitpit::LevelSetObject::enableVTKOutput	(	LevelSetField	field,
		const std::string &	objectName,
		bool	enable = true )

Enables or disables the VTK output The output will be enabled only if the object supports it.

Parameters

[in]	field	is the field that that should be enabled/disabled
[in]	objectName	is the name that will be associated with the object
[in]	enable	true for enabling, false for disabling

Definition at line 1983 of file levelSetObject.cpp.

◆ enableVTKOutput() [5/6]

void bitpit::LevelSetObject::enableVTKOutput	(	LevelSetWriteField	field,
		bool	enable = true )

Enables or disables the VTK output

Parameters

[in]	field	is the field that that should be enabled/disabled
[in]	enable	true for enabling, false for disabling

Definition at line 2012 of file levelSetObject.cpp.

◆ enableVTKOutput() [6/6]

void bitpit::LevelSetObject::enableVTKOutput	(	LevelSetWriteField	writeField,
		const std::string &	objectName,
		bool	enable = true )

Enables or disables the VTK output The output will be enabled only if the object supports it.

Parameters

[in]	writeField	is the write field that that should be enabled/disabled
[in]	objectName	is the name that will be associated with the object
[in]	enable	true for enabling, false for disabling

Definition at line 2028 of file levelSetObject.cpp.

◆ evalCellCacheFillIds() [1/2]

std::vector< long > bitpit::LevelSetObject::evalCellCacheFillIds	(	LevelSetZone	zone,
		LevelSetCacheMode	cacheMode ) const

protected

Identify the cells that should be inserted in a cache operating in the specified mode.

Parameters

zone	is the zone for which the fillable cells are requested
cacheMode	is the cache mode for which the fillable cells are requested

Returns: The ids of the cells that should be inserted in a cache operating in the specified mode.

Definition at line 2579 of file levelSetObject.cpp.

◆ evalCellCacheFillIds() [2/2]

std::vector< long > bitpit::LevelSetObject::evalCellCacheFillIds	(	LevelSetZone	zone,
		LevelSetCacheMode	cacheMode,
		const std::vector< adaption::Info > &	adaptionData ) const

protected

Identify the newly added cells that should be inserted after a mesh update in a cache operating in the specified mode.

Parameters

zone	is the zone for which the fillable cells are requested
cacheMode	is the cache mode for which the fillable cells are requested
adaptionData	are the information about the mesh update

Returns: The ids of newly added cells that should be inserted after a mesh update in a cache operating in the specified mode.

Definition at line 2608 of file levelSetObject.cpp.

◆ evalCellCacheStaleIds()

std::vector< long > bitpit::LevelSetObject::evalCellCacheStaleIds ( const std::vector< adaption::Info > & adaptionData ) const

protected

Identify the stale cell ids that should be removed from the cache after a mesh update.

Parameters

adaptionData are the information about the mesh update

Returns: The stale cell ids that should be removed from the cache after a mesh update.

Definition at line 2880 of file levelSetObject.cpp.

◆ evalCellField()

template<typename value_t, typename evaluator_t, typename fallback_t>

value_t bitpit::LevelSetObject::evalCellField	(	LevelSetField	field,
		long	id,
		const evaluator_t &	evaluator,
		const fallback_t &	fallback ) const

protected

Evaluate the specified field for the given cell.

Parameters

[in]	field	is the field that should be evaluated
[in]	id	is the id of the cell where the field should be evaluated
[in]	evaluator	is the function that should be used to evaluate the field when an exact value is requested
[in]	fallback	is the function that should be used to evaluate the field when a dummy value is requested

Definition at line 267 of file levelSetObject.tpp.

◆ evalCellFieldCached()

template<typename value_t, typename evaluator_t, typename fallback_t>

value_t bitpit::LevelSetObject::evalCellFieldCached	(	LevelSetField	field,
		long	id,
		const evaluator_t &	evaluator,
		const fallback_t &	fallback ) const

protected

Evaluate the specified field for the given cell.

The value is first searched in the cache. If the cache doesn't contain an entry for the specified cell, the value is evaluated from scratch and the cache is updated.

Parameters

[in]	field	is the field that should be evaluated
[in]	id	is the id of the cell where the field should be evaluated
[in]	evaluator	is the function that should be used to evaluate the field when an exact value is requested
[in]	fallback	is the function that should be used to evaluate the field when a dummy value is requested

Definition at line 236 of file levelSetObject.tpp.

◆ evalCellFullCacheFillIds() [1/2]

std::vector< long > bitpit::LevelSetObject::evalCellFullCacheFillIds ( LevelSetZone zone ) const

protected

Identify the cells that should be inserted in a cache operating in "full" mode.

Cache operating in "full" mode should contain all the cells inside the requested zone.

Parameters

zone	is the zone for which the fillable cells are requested

Returns: The ids of cells that should be inserted in a cache operating in "full" mode.

Definition at line 2776 of file levelSetObject.cpp.

◆ evalCellFullCacheFillIds() [2/2]

std::vector< long > bitpit::LevelSetObject::evalCellFullCacheFillIds	(	LevelSetZone	zone,
		const std::vector< adaption::Info > &	adaptionData ) const

protected

Identify the newly added cells that should be inserted after a mesh update in a cache operating in "full" mode.

Cache operating in "full" mode should contain all the cells inside the requested zone.

Parameters

zone	is the zone for which the fillable cells are requested
adaptionData	are the information about the mesh update

Returns: The ids of the cells that should be inserted after a mesh update in a cache operating in "full" mode.

Definition at line 2834 of file levelSetObject.cpp.

◆ evalCellGradient()

std::array< double, 3 > bitpit::LevelSetObject::evalCellGradient	(	long	id,
		bool	signedLevelSet ) const

virtual

Evaluate levelset gradient at the specified cell.

Parameters

[in]	id	cell id
[in]	signedLevelSet	controls if signed levelset function will be used

Returns: The gradient of the levelset at the specified cell.

Definition at line 1678 of file levelSetObject.cpp.

◆ evalCellNarrowBandCacheFillIds() [1/2]

std::vector< long > bitpit::LevelSetObject::evalCellNarrowBandCacheFillIds ( LevelSetZone zone ) const

protected

Identify the cells that should be inserted in a cache operating in "narrow band" mode.

Cache operating in "narrow band" mode should contain the cells inside the narrow band.

Parameters

zone	is the zone for which the fillable cells are requested

Returns: The ids of cells that should be inserted in a cache operating in "narrow band" mode.

Definition at line 2670 of file levelSetObject.cpp.

◆ evalCellNarrowBandCacheFillIds() [2/2]

std::vector< long > bitpit::LevelSetObject::evalCellNarrowBandCacheFillIds	(	LevelSetZone	zone,
		const std::vector< adaption::Info > &	adaptionData ) const

protected

Identify the newly added cells that should be inserted after a mesh update in a cache operating in "narrow band" mode.

Cache operating in "narrow band" mode should contain the cells inside the narrow band.

Parameters

zone	is the zone for which the fillable cells are requested
adaptionData	are the information about the mesh update

Returns: The ids of the cells that should be inserted after a mesh update in a cache operating in "narrow band" mode.

Definition at line 2732 of file levelSetObject.cpp.

◆ evalCellOnDemandCacheFillIds() [1/2]

std::vector< long > bitpit::LevelSetObject::evalCellOnDemandCacheFillIds ( LevelSetZone zone ) const

protected

Identify the cells that should be inserted in a cache operating in "on-demand" mode.

No cells should be automatically added to caches operating in "on-demand" mode.

Parameters

zone	is the zone for which the fillable cells are requested

Returns: The ids of cells that should be inserted in a cache operating in "on-demand" mode.

Definition at line 2636 of file levelSetObject.cpp.

◆ evalCellOnDemandCacheFillIds() [2/2]

std::vector< long > bitpit::LevelSetObject::evalCellOnDemandCacheFillIds	(	LevelSetZone	zone,
		const std::vector< adaption::Info > &	adaptionData ) const

protected

Identify the newly added cells that should be inserted after a mesh update in a cache operating in "on-demand" mode.

No cells should be automatically added to caches operating in "on-demand" mode.

Parameters

zone	is the zone for which the fillable cells are requested
adaptionData	are the information about the mesh update

Returns: The ids of the cells that should be inserted after a mesh update in a cache operating in "on-demand" mode.

Definition at line 2654 of file levelSetObject.cpp.

◆ evalCellProjectionPoint()

std::array< double, 3 > bitpit::LevelSetObject::evalCellProjectionPoint ( long id ) const

virtual

Computes the projection point of the cell center, i.e. the closest point to the cell center on the zero level set

Parameters

[in] id cell id

Returns: the projection point

Definition at line 1714 of file levelSetObject.cpp.

◆ evalCellSign()

short bitpit::LevelSetObject::evalCellSign ( long id ) const

virtual

Evaluate levelset sign at the specified cell.

Parameters

[in] id cell id

Returns: The sign of the levelset at the specified cell.

Definition at line 1598 of file levelSetObject.cpp.

◆ evalCellValue()

double bitpit::LevelSetObject::evalCellValue	(	long	id,
		bool	signedLevelSet ) const

virtual

Evaluate levelset value at the specified cell.

Parameters

[in]	id	cell id
[in]	signedLevelSet	controls if signed levelset function will be used

Returns: The value of the levelset at the specified cell.

Examples: RBF_example_00001.cpp.

Definition at line 1644 of file levelSetObject.cpp.

◆ evalGradient()

std::array< double, 3 > bitpit::LevelSetObject::evalGradient	(	const std::array< double, 3 > &	point,
		bool	signedLevelSet ) const

virtual

Evaluate levelset gradient at the specified point.

Parameters

	point	are the coordinates of the point
[in]	signedLevelSet	controls if signed levelset function will be used

Returns: The gradient of the levelset at the specified point.

Definition at line 1743 of file levelSetObject.cpp.

◆ evalProjectionPoint()

std::array< double, 3 > bitpit::LevelSetObject::evalProjectionPoint ( const std::array< double, 3 > & point ) const

virtual

Projects a vertex on the zero levelset

Parameters

[in] point point coordinates

Returns: the projected point

Definition at line 1762 of file levelSetObject.cpp.

◆ evalSign()

short bitpit::LevelSetObject::evalSign ( const std::array< double, 3 > & point ) const

virtual

Evaluate levelset sign at the specified point.

Parameters

point are the coordinates of the point

Returns: The sign of the levelset at the specified point.

Definition at line 1723 of file levelSetObject.cpp.

◆ evaluate()

void bitpit::LevelSetObject::evaluate ( )

protected

Evaluate object data.

Definition at line 295 of file levelSetObject.cpp.

◆ evaluateCellBulkData()

void bitpit::LevelSetObject::evaluateCellBulkData ( )

protected

Evaluate cell data inside the bulk.

Definition at line 998 of file levelSetObject.cpp.

◆ evaluateCellNarrowBandData()

void bitpit::LevelSetObject::evaluateCellNarrowBandData ( )

protected

Evaluate cell data inside the narrow band.

Definition at line 444 of file levelSetObject.cpp.

◆ evalValue()

double bitpit::LevelSetObject::evalValue	(	const std::array< double, 3 > &	point,
		bool	signedLevelSet ) const

virtual

Evaluate levelset value at the specified point.

Parameters

	point	are the coordinates of the point
[in]	signedLevelSet	controls if signed levelset function will be used

Returns: The value of the levelset at the specified point.

Definition at line 1733 of file levelSetObject.cpp.

◆ evalValueSign()

short bitpit::LevelSetObject::evalValueSign ( double value ) const

protected

Evaluates the sign of the given levelset value.

Parameters

[in] value is the levleset value

Returns: The sign of the given levelset value.

Definition at line 1771 of file levelSetObject.cpp.

◆ fillCellGeometricNarrowBandLocationCache()

LevelSetCellLocation bitpit::LevelSetObject::fillCellGeometricNarrowBandLocationCache ( long id )

protectedvirtual

Fill location cache for the specified cell if it is geometrically inside the narrow band

A cell is geometrically inside the narrow band if its distance from the surface is smaller than the narrow band side or if it intersects the surface.

This function may require the evaluation of some levelset fields. To improve performance, it is important to attempt filling the cache of the evaluated fields. It is then up to the caches to decide if the fields can be cached.

Parameters

[in] id is the cell id

Returns: The cell location of the cache or LevelSetCellLocation::UNKNOWN if the cell location was not identified.

Implemented in bitpit::LevelSetSegmentationObject.

Definition at line 826 of file levelSetObject.cpp.

◆ fillCellLocationCache() [1/2]

void bitpit::LevelSetObject::fillCellLocationCache ( )

protectedvirtual

Fill the cache that contains the location associated to the cells.

A cell can be either in the narrow band or in the bulk. It will be considered inside the narrow band if one of the following conditions holds:

its distance from the surface is less than the narrow band size;
it intersects the zero-levelset iso-surface (intersections are checked using the FAST_GUARANTEE_FALSE criterium);
one of its neighbors intersects the zero-levelset iso-surface.

Implemented in bitpit::LevelSetProxyObject< SourceLevelSetObject, BaseLevelSetObject >, bitpit::LevelSetProxyObject< LevelSetObject >, bitpit::LevelSetProxyObject< LevelSetObject >, bitpit::LevelSetProxyObject< LevelSetObject, LevelSetObject >, bitpit::LevelSetProxyObject< LevelSetSegmentationBaseObject, LevelSetSegmentationBaseObject >, and bitpit::LevelSetSegmentationObject.

Definition at line 550 of file levelSetObject.cpp.

◆ fillCellLocationCache() [2/2]

void bitpit::LevelSetObject::fillCellLocationCache ( const std::vector< adaption::Info > & adaptionData )

protectedvirtual

Fill the cache that contains the location associated to the cells.

A cell can be either in the narrow band or in the bulk. It will be considered inside the narrow band if one of the following conditions holds:

its distance from the surface is less than the narrow band size;
it intersects the zero-levelset iso-surface (intersections are checked using the FAST_GUARANTEE_FALSE criterium);
one of its neighbors intersects the zero-levelset iso-surface.

Parameters

adaptionData are the information about the mesh update

Implemented in bitpit::LevelSetProxyObject< SourceLevelSetObject, BaseLevelSetObject >, bitpit::LevelSetProxyObject< LevelSetObject >, bitpit::LevelSetProxyObject< LevelSetObject >, bitpit::LevelSetProxyObject< LevelSetObject, LevelSetObject >, bitpit::LevelSetProxyObject< LevelSetSegmentationBaseObject, LevelSetSegmentationBaseObject >, and bitpit::LevelSetSegmentationObject.

Definition at line 655 of file levelSetObject.cpp.

◆ fillCellPropagatedSignCache()

void bitpit::LevelSetObject::fillCellPropagatedSignCache ( )

protectedvirtual

Fill the cache that contains the propagated cell sign.

Implemented in bitpit::LevelSetBooleanBaseObject< LevelSetObject >, bitpit::LevelSetBooleanBaseObject< LevelSetSegmentationBaseObject >, bitpit::LevelSetComplementBaseObject< LevelSetObject >, and bitpit::LevelSetComplementBaseObject< LevelSetSegmentationBaseObject >.

Definition at line 1031 of file levelSetObject.cpp.

◆ fillFieldCellCache() [1/3]

void bitpit::LevelSetObject::fillFieldCellCache	(	LevelSetField	field,
		const std::vector< long > &	cellIds )

protected

Fill the cache values associated with the given cell ids for the specified field.

Parameters

field	is the field whose cache will be filled
cellIds	are the ids of the cells whose values will be filled

Implemented in bitpit::LevelSetSegmentationBaseObject.

Definition at line 3145 of file levelSetObject.cpp.

◆ fillFieldCellCache() [2/3]

void bitpit::LevelSetObject::fillFieldCellCache	(	LevelSetField	field,
		long	id )

protectedvirtual

Fill the specified field cache of the given cell.

Parameters

field	is the field whose cache will be filled
id	is the id of the cell whose cache will be filled

Implemented in bitpit::LevelSetSegmentationBaseObject.

Definition at line 3240 of file levelSetObject.cpp.

◆ fillFieldCellCache() [3/3]

template<typename value_t>

void bitpit::LevelSetObject::fillFieldCellCache	(	LevelSetField	field,
		long	id,
		const value_t &	value ) const

protected

Fill the cache value associated with the given cell ids for the specified field.

Depending on the cache mode and on the bulk evaluation mode the cached may not need to be filled for the specified cell. If the cache already contains a value for the specified cell, that value will be replaced with the given one.

Parameters

[in]	field	is the field that should be evaluated
[in]	id	is the id of the cell where the field should be evaluated
[in]	value	is the value that will be added to the cell

Implemented in bitpit::LevelSetSegmentationBaseObject.

Definition at line 302 of file levelSetObject.tpp.

◆ fillFieldCellCaches() [1/2]

void bitpit::LevelSetObject::fillFieldCellCaches	(	LevelSetZone	zone,
		const std::vector< LevelSetField > &	fields )

protected

Fill the cell caches of the specified fields.

Parameters

zone	is the zone where the cell caches will be filled
fields	are the fields whose caches will be filled

Definition at line 2985 of file levelSetObject.cpp.

◆ fillFieldCellCaches() [2/2]

void bitpit::LevelSetObject::fillFieldCellCaches	(	LevelSetZone	zone,
		const std::vector< LevelSetField > &	fields,
		const std::vector< adaption::Info > &	adaptionData )

protected

Fill the cell caches of the specified fields after a mesh update.

Parameters

zone	is the zone where the cell caches will be filled
fields	are the fields whose caches will be filled
adaptionData	are the information about the mesh update

Definition at line 3027 of file levelSetObject.cpp.

◆ flushData()

void bitpit::LevelSetObject::flushData	(	std::fstream &	stream,
		const std::string &	name,
		VTKFormat	format )

overridevirtual

Interface for writing data to the VTK stream.

Parameters

[in]	stream	output stream
[in]	name	is the name of the data to be written. Either user data or patch data
[in]	format	is the format which must be used. Supported options are "ascii" or "appended". For "appended" type an unformatted binary stream must be used

Implements bitpit::VTKBaseStreamer.

Definition at line 2173 of file levelSetObject.cpp.

◆ flushVTKOutputData() [1/2]

void bitpit::LevelSetObject::flushVTKOutputData	(	std::fstream &	stream,
		VTKFormat	format,
		LevelSetField	field ) const

protectedvirtual

Write the VTK data associated with the specified field to the given stream.

Only data currently stored in the cache will be written, no new field data will be evaluated by the function.

Parameters

[in]	field	is the field
[in]	stream	is the output stream
[in]	format	is the format which must be used. Supported options are "ascii" or "appended". For "appended" type an unformatted binary stream must be used

Implemented in bitpit::LevelSetSegmentationBaseObject.

Definition at line 2197 of file levelSetObject.cpp.

◆ flushVTKOutputData() [2/2]

template<typename value_t, typename evaluator_t, typename fallback_t>

void bitpit::LevelSetObject::flushVTKOutputData	(	std::fstream &	stream,
		VTKFormat	format,
		LevelSetField	field,
		const evaluator_t	evaluator,
		const fallback_t	fallback ) const

protected

Write the VTK data associated with the specified field to the given stream.

Only data currently stored in the cache will be written, no new field data will be evaluated by the function.

Parameters

[in]	stream	is the output stream
[in]	format	is the format which must be used. Supported options are "ascii" or "appended". For "appended" type an unformatted binary stream must be used
[in]	field	is the field
[in]	evaluator	is the functor that should be used to evaluate the field
[in]	fallback	is the functor that should be used to evaluate the field fallback value

Implemented in bitpit::LevelSetSegmentationBaseObject.

Definition at line 164 of file levelSetObject.tpp.

◆ getCellBulkEvaluationMode()

LevelSetBulkEvaluationMode bitpit::LevelSetObject::getCellBulkEvaluationMode ( ) const

Get the mode that will be used to evaluate cell data in the bulk.

Returns: The mode that will be used to evaluate cell data in the bulk.

Definition at line 945 of file levelSetObject.cpp.

◆ getCellCache() [1/2]

template<typename value_t>

LevelSetObject::CellCacheCollection::ValueCache< value_t > * bitpit::LevelSetObject::getCellCache ( std::size_t cacheId ) const

protected

Get a pointer to the specified cell cache.

If the specified cell cache was not registered, a null pointer is returned.

Parameters

cacheId the id of the cache that will be unregistered

Returns: A pointer to the specified cell cache or a null pointer if the cache was not registered.

Definition at line 61 of file levelSetObject.tpp.

◆ getCellCache() [2/2]

LevelSetObject::CellCacheCollection::Cache * bitpit::LevelSetObject::getCellCache ( std::size_t cacheId ) const

protected

Get a pointer to the specified cell cache.

If specified cell cache was not registered or if an invalid cache id is specified, a null pointer is returned.

Parameters

cacheId the id of the cell that will be unregistered

Returns: A pointer to the specified cell cache.

Definition at line 3277 of file levelSetObject.cpp.

◆ getCellLocation()

LevelSetCellLocation bitpit::LevelSetObject::getCellLocation ( long id ) const

protected

Get the location associated with the specified cell.

Parameters

[in] id is the cell id

Returns: The location associated with the specified cell.

Definition at line 483 of file levelSetObject.cpp.

◆ getCellZone()

LevelSetZone bitpit::LevelSetObject::getCellZone ( long id ) const

protected

Get the zone of the specified cell.

Parameters

[in] id is the cell id

Returns: Return the zone of the specified cell.

Definition at line 517 of file levelSetObject.cpp.

◆ getFieldCellCache() [1/2]

template<typename value_t>

LevelSetObject::CellCacheCollection::ValueCache< value_t > * bitpit::LevelSetObject::getFieldCellCache ( LevelSetField field ) const

protected

Get a pointer to the cell cache for the specified field.

If a cache was not enabled for the specified field, a null pointer is returned. If a cache was enabled for the field, but it was not yet created, it will be created now.

Parameters

field is the field for which the caches is requested

Returns: A pointer to the cell cache for the specified field.

Definition at line 40 of file levelSetObject.tpp.

◆ getFieldCellCache() [2/2]

LevelSetObject::CellCacheCollection::Cache * bitpit::LevelSetObject::getFieldCellCache ( LevelSetField field ) const

protected

Get a pointer to the cell cache for the specified field.

If no cache was registered for the specified field, a null pointer is returned.

Parameters

field is the field whose cache will be retrieved

Returns: A pointer to the cell cache for the specified field.

Definition at line 2910 of file levelSetObject.cpp.

◆ getFieldCellCacheId()

std::size_t bitpit::LevelSetObject::getFieldCellCacheId ( LevelSetField field ) const

protected

Get the id of the cache associated with the specified field.

Parameters

field is the specified field

Returns: The id of the cache associated with the specified field.

Definition at line 2929 of file levelSetObject.cpp.

◆ getFieldCellCacheMode()

LevelSetCacheMode bitpit::LevelSetObject::getFieldCellCacheMode ( LevelSetField field ) const

Get the cache mode associated with the specified field.

Parameters

field is the specified field

Returns: The cache mode associated with the specified field.

Definition at line 2335 of file levelSetObject.cpp.

◆ getId()

int bitpit::LevelSetObject::getId ( ) const

Get the id of the object.

Returns: The id of the object.

Definition at line 279 of file levelSetObject.cpp.

◆ getKernel() [1/2]

LevelSetKernel * bitpit::LevelSetObject::getKernel ( )

protectedvirtual

Gets a pointer to the kernel of the object.

Returns: A pointer to the kernel of the object.

Definition at line 263 of file levelSetObject.cpp.

◆ getKernel() [2/2]

const LevelSetKernel * bitpit::LevelSetObject::getKernel ( ) const

virtual

Gets a constant pointer to the kernel of the object.

Returns: A constant pointer to the kernel of the object.

Definition at line 271 of file levelSetObject.cpp.

◆ getLevelSetInfo()

LevelSetInfo bitpit::LevelSetObject::getLevelSetInfo ( long cellId ) const

Get LevelSetInfo of cell

Parameters

[in] cellId cell idex

Returns: LevelSetInfo of cell

Definition at line 3364 of file levelSetObject.cpp.

◆ getLS()

double bitpit::LevelSetObject::getLS ( long cellId ) const

Get the levelset value of cell

Parameters

[in] cellId cell id

Returns: levelset value in cell

Definition at line 3375 of file levelSetObject.cpp.

◆ getNarrowBandSize()

double bitpit::LevelSetObject::getNarrowBandSize ( ) const

Get the physical size of the narrow band.

The size of the narrow band is the absolute distance from the zero-levelset iso surface below which a point is considered belonging to the narrow band. Setting the size of the narrow band to LEVELSET_NARROW_BAND_UNLIMITED means that the whole domain belongs to the narrow band. Regardless of the specified size, the narrow band will always contain the intersected cells and their neighbours.

Returns: The physical size of the narrow band.

Definition at line 384 of file levelSetObject.cpp.

◆ getReferenceCount()

std::size_t bitpit::LevelSetObject::getReferenceCount ( ) const

Count how many times the object is referenced by other objects.

Returns: The number of times the object is referenced by other objects.

Definition at line 221 of file levelSetObject.cpp.

◆ getSizeNarrowBand()

double bitpit::LevelSetObject::getSizeNarrowBand ( ) const

Get the current size of the narrow band. The function will always return an "infinite" distance.

Returns: size of the current narrow band

Definition at line 3386 of file levelSetObject.cpp.

◆ getSupportedFields()

LevelSetFieldset bitpit::LevelSetObject::getSupportedFields ( ) const

virtual

Get the list of supported field.

Returns: The list of supported field.

Implemented in bitpit::LevelSetSegmentationBaseObject.

Definition at line 175 of file levelSetObject.cpp.

◆ getVTKOutputDataName()

std::string bitpit::LevelSetObject::getVTKOutputDataName	(	LevelSetField	field,
		const std::string &	objectName ) const

protected

Get the name that will be used by the VTK writer for the specifed data.

Parameters

[in]	field	is the field
[in]	objectName	is the name that will be associated with the object

Returns: The name that will be used by the VTK writer for the specifed data.

Definition at line 2126 of file levelSetObject.cpp.

◆ getVTKOutputFieldName()

std::string bitpit::LevelSetObject::getVTKOutputFieldName ( LevelSetField field ) const

protectedvirtual

Get the name that will be used by the VTK writer for the specifed field.

Parameters

[in] field is the field

Returns: The name that will be used by the VTK writer for the specifed field.

Implemented in bitpit::LevelSetSegmentationBaseObject.

Definition at line 2142 of file levelSetObject.cpp.

◆ hasVTKOutputData()

bool bitpit::LevelSetObject::hasVTKOutputData	(	LevelSetField	field,
		const std::string &	objectName ) const

protected

Check if the VTK writer has data associated with the specified field.

Parameters

[in]	field	is the field
[in]	objectName	is the name that will be associated with the object

Returns: True if the VTK writer has data associated with the specified field, false otherwise.

Definition at line 2062 of file levelSetObject.cpp.

◆ intersectSurface()

LevelSetIntersectionStatus bitpit::LevelSetObject::intersectSurface	(	long	id,
		LevelSetIntersectionMode	mode = LevelSetIntersectionMode::FAST_FUZZY ) const

Function for checking if the specified cell intersects the zero-levelset iso-surface.

If mode==LevelSetIntersectionMode::FAST_FUZZY the method will compare the levelset value to tangent and bounding radius of a cell. If the value is smaller than the tangent radius LevelSetIntersectionStatus::TRUE is returned, if it is larger than the bounding radius LevelSetIntersectionStatus::FALSE is returned. If it is in-between LevelSetIntersectionStatus::CLOSE is returned.

If mode==LevelSetIntersectionMode::FAST_GUARANTEE_TRUE and the levelset value is smaller than the rangent radius LevelSetIntersectionStatus::TRUE is returned, otherwise LevelSetIntersectionStatus::FALSE.

If mode==LevelSetIntersectionMode::FAST_GURANTEE_FALSE and the levelset value is larger than the bounding radius LevelSetIntersectionStatus::FALSE is returned, otherwise LevelSetIntersectionStatus::TRUE.

If mode==LevelSetIntersectionMode::ACCURATE, the same checks of fuzzy mode are performed, however, in the cases where fuzzy mode would return CLOSE, an additional check on the intersection between the tangent plane at the projection point and the cell is performed. Errors of the method are related to the ratio of surface curvature over cell size.

The bounding sphere is the sphere with the minimum radius that contains all the cell vertices and has the center in the cell centroid.

The tangent sphere is a sphere having the center in the level centroid and tangent to the cell.

Parameters

[in]	id	cell id
[in]	mode	describes the types of check that should be performed

Returns: indicator regarding intersection

Definition at line 1341 of file levelSetObject.cpp.

◆ isCellInNarrowBand()

bool bitpit::LevelSetObject::isCellInNarrowBand ( long id ) const

virtual

Check if the specified cell lies inside the narrow band.

A cell is considered inside the narrow band if one of the following conditions hold:

its distance from the surface is less than the narrow band size;
it intersects the zero-levelset iso-surface (intersections are checked using the FAST_GUARANTEE_FALSE criterium);
one of its neighbors intersects the zero-levelset iso-surface.

If no caches with "narrow band" mode have been filled, the function may return wrong results if the cell is on the last layer of ghosts.

Parameters

[in] id is the cell id

Returns: Return true if the cell is in the narrow band, false otherwise.

Implemented in bitpit::LevelSetProxyObject< SourceLevelSetObject, BaseLevelSetObject >, bitpit::LevelSetProxyObject< LevelSetObject >, bitpit::LevelSetProxyObject< LevelSetObject >, bitpit::LevelSetProxyObject< LevelSetObject, LevelSetObject >, and bitpit::LevelSetProxyObject< LevelSetSegmentationBaseObject, LevelSetSegmentationBaseObject >.

Definition at line 896 of file levelSetObject.cpp.

◆ isCellIntersected()

LevelSetIntersectionStatus bitpit::LevelSetObject::isCellIntersected	(	long	id,
		LevelSetIntersectionMode	mode = LevelSetIntersectionMode::FAST_FUZZY ) const

Function for checking if the specified cell intersects the zero-levelset iso-surface.

If mode==LevelSetIntersectionMode::FAST_FUZZY the method will compare the levelset value to tangent and bounding radius of a cell. If the value is smaller than the tangent radius LevelSetIntersectionStatus::TRUE is returned, if it is larger than the bounding radius LevelSetIntersectionStatus::FALSE is returned. If it is in-between LevelSetIntersectionStatus::CLOSE is returned.

If mode==LevelSetIntersectionMode::FAST_GUARANTEE_TRUE and the levelset value is smaller than the rangent radius LevelSetIntersectionStatus::TRUE is returned, otherwise LevelSetIntersectionStatus::FALSE.

If mode==LevelSetIntersectionMode::FAST_GURANTEE_FALSE and the levelset value is larger than the bounding radius LevelSetIntersectionStatus::FALSE is returned, otherwise LevelSetIntersectionStatus::TRUE.

If mode==LevelSetIntersectionMode::ACCURATE, the same checks of fuzzy mode are performed, however, in the cases where fuzzy mode would return CLOSE, an additional check on the intersection between the tangent plane at the projection point and the cell is performed. Errors of the method are related to the ratio of surface curvature over cell size.

The bounding sphere is the sphere with the minimum radius that contains all the cell vertices and has the center in the cell centroid.

The tangent sphere is a sphere having the center in the level centroid and tangent to the cell.

Parameters

[in]	id	cell id
[in]	mode	describes the types of check that should be performed

Returns: indicator regarding intersection

Definition at line 1379 of file levelSetObject.cpp.

◆ isInNarrowBand()

bool bitpit::LevelSetObject::isInNarrowBand ( const std::array< double, 3 > & point ) const

virtual

Check if the specified point lies inside the narrow band.

The value of the levelset is evaluated and compared with the specified narrow band size.

If a point is inside a cell that belongs to the narrow band because it is a neighbour of a cell with a different levelset sign, its function may identify the point as outside the narrow band. That's because it will only compare the levelset of the point with the narrow band size. The extreme case is when the narrow band size is set to zero and being a neighbour of a cell with a different levelset sign is the only criterion to identify cells inside the narrow band. In this situation, this function will identify as inside the narrow band only the points that lie on the levelset-zero iso surface.

Parameters

point are the coordinates of the point

Returns: Return true if the cell is in the narrow band, false otherwise.

Implemented in bitpit::LevelSetProxyObject< SourceLevelSetObject, BaseLevelSetObject >, bitpit::LevelSetProxyObject< LevelSetObject >, bitpit::LevelSetProxyObject< LevelSetObject >, bitpit::LevelSetProxyObject< LevelSetObject, LevelSetObject >, and bitpit::LevelSetProxyObject< LevelSetSegmentationBaseObject, LevelSetSegmentationBaseObject >.

Definition at line 919 of file levelSetObject.cpp.

◆ isInterfaceIntersected() [1/2]

LevelSetIntersectionStatus bitpit::LevelSetObject::isInterfaceIntersected ( long id ) const

Check if the specified interface intersects the zero-levelset iso-surface.

The iso-surface is considered planar.

Parameters

[in] id is the interface index

Returns: the level set status

Definition at line 1439 of file levelSetObject.cpp.

◆ isInterfaceIntersected() [2/2]

LevelSetIntersectionStatus bitpit::LevelSetObject::isInterfaceIntersected	(	long	id,
		bool	invert,
		std::array< std::array< double, 3 >, 2 > *	intersection,
		std::vector< std::array< double, 3 > > *	polygon ) const

Check if the specified interface intersects the zero-levelset iso-surface.

The iso-surface is considered planar. Calculate the intersection as a segment defined by two points and the part of the interface belonging to the subspace of negative level-set. If the interface is not intersected, an empty polygon is returned. The interface belonging to the possitive level-set subspace is returned if the "invert" argument is false.

Parameters

[in]	id	is the interface index
[in]	invert	when false the part of the interface occupying the possitive levelset area is returned
[in]	signedLevelSet	controls if signed levelset function will be used
[out]	intersection	If intersects, return the cutting segment. In case of a liner interface the intersection degenerates to a point which coincides with the begining and the ending of the segment
[out]	polygon	is the polygon constructed by the interface intersection placed on the opposite subspace of the one pointed by the plane's normal

Returns: the level set status

Definition at line 1424 of file levelSetObject.cpp.

◆ isPrimary()

bool bitpit::LevelSetObject::isPrimary ( ) const

virtual

Check if the levelset is a primary object (e.g. of a surface triangulation) or not (e.g. derived by boolean operations between two levelsets)

Returns: Returns true if object is a primary object, false otherwise.

Implemented in bitpit::LevelSetProxyObject< SourceLevelSetObject, BaseLevelSetObject >, bitpit::LevelSetProxyObject< LevelSetObject >, bitpit::LevelSetProxyObject< LevelSetObject >, bitpit::LevelSetProxyObject< LevelSetObject, LevelSetObject >, and bitpit::LevelSetProxyObject< LevelSetSegmentationBaseObject, LevelSetSegmentationBaseObject >.

Definition at line 288 of file levelSetObject.cpp.

◆ pruneCellCache()

void bitpit::LevelSetObject::pruneCellCache	(	std::size_t	cacheId,
		const std::vector< long > &	cellIds )

protected

Remove the values associated with the given cell ids from the specified cache.

Parameters

cacheId	is the id of the cache
cellIds	are the ids of the cells whose values will be removed from the cache

Definition at line 2553 of file levelSetObject.cpp.

◆ removeVTKOutputData()

void bitpit::LevelSetObject::removeVTKOutputData	(	LevelSetField	field,
		const std::string &	objectName )

protected

Remove the VTK data associated with the specified field.

Parameters

[in]	field	is the field
[in]	objectName	is the name that will be associated with the object

Definition at line 2077 of file levelSetObject.cpp.

◆ restore()

void bitpit::LevelSetObject::restore ( std::istream & stream )

protectedvirtual

Reads LevelSetObject from stream in binary format

Parameters

[in] stream output stream

Definition at line 1843 of file levelSetObject.cpp.

◆ setCellBulkEvaluationMode()

void bitpit::LevelSetObject::setCellBulkEvaluationMode ( LevelSetBulkEvaluationMode evaluationMode )

Set the mode that will be used to evaluate cell data in the bulk.

Parameters

evaluationMode is the mode that will be used to evaluate cell data in the bulk.

Examples: RBF_example_00001.cpp.

Definition at line 955 of file levelSetObject.cpp.

◆ setDefaultLevelSetSigndness()

void bitpit::LevelSetObject::setDefaultLevelSetSigndness ( bool signedLevelSet )

protected

Set whether a signed or unsigned levelset is used when signdness is not explicitly specified. This function is only needed for guarantee backwards compatibility with older versions. In such versions, functions for evaluating levelset information were not taking in input the signdness.

Parameters

signedLevelSet controls if signed levelset function will be used

Definition at line 234 of file levelSetObject.cpp.

◆ setKernel()

void bitpit::LevelSetObject::setKernel ( LevelSetKernel * kernel )

protectedvirtual

Sets the kernel for the object.

Parameters

[in] kernel is the kernel that will be associated with the object

Definition at line 242 of file levelSetObject.cpp.

◆ setNarrowBandSize()

void bitpit::LevelSetObject::setNarrowBandSize ( double size )

protected

Set the physical size of the narrow band.

The size of the narrow band is the absolute distance from the zero-levelset iso surface below which a point is considered belonging to the narrow band. Setting the size of the narrow band to LEVELSET_NARROW_BAND_UNLIMITED means that the whole domain belongs to the narrow band. Regardless of the specified size, the narrow band will always contain the intersected cells and their neighbours.

Parameters

size	is the physical size of the narrow band

Definition at line 400 of file levelSetObject.cpp.

◆ setSizeNarrowBand()

void bitpit::LevelSetObject::setSizeNarrowBand ( double r )

protected

Manually set the size of the narrow band. The function is a no-op.

Parameters

[in] r size of the narrow band.

Definition at line 3395 of file levelSetObject.cpp.

◆ startCellCacheExchange()

void bitpit::LevelSetObject::startCellCacheExchange	(	const std::unordered_map< int, std::vector< long > > &	sendCellIds,
		std::size_t	cacheId,
		DataCommunicator *	dataCommunicator ) const

protected

Start data exchange for the specified cell cache.

Parameters

[in]	sendCellIds	is the list of cell ids to send
[in]	cacheId	is the id of the caches whose data will be exchanged
[in,out]	dataCommunicator	is the data communicator that will be used for the data exchange

Definition at line 2241 of file levelSetObject.cpp.

◆ startCellCachesExchange()

void bitpit::LevelSetObject::startCellCachesExchange	(	const std::unordered_map< int, std::vector< long > > &	sendCellIds,
		const std::vector< std::size_t > &	cacheIds,
		DataCommunicator *	dataCommunicator ) const

protected

Start data exchange for the specified cell caches.

Parameters

[in]	sendCellIds	is the list of cell ids to send
[in]	cacheIds	are the ids of the caches whose data will be exchanged
[in,out]	dataCommunicator	is the data communicator that will be used for the data exchange

Definition at line 2254 of file levelSetObject.cpp.

◆ update()

void bitpit::LevelSetObject::update ( const std::vector< adaption::Info > & adaptionData )

Updates object data after a mesh update.

Parameters

[in] adaptionData are the information about the mesh update

Definition at line 337 of file levelSetObject.cpp.

◆ updateCellBulkData()

void bitpit::LevelSetObject::updateCellBulkData ( const std::vector< adaption::Info > & adaptionData )

protected

Update cell data inside the bulk.

Definition at line 1009 of file levelSetObject.cpp.

◆ updateCellNarrowBandData()

void bitpit::LevelSetObject::updateCellNarrowBandData ( const std::vector< adaption::Info > & adaptionData )

protected

Update cell data inside the narrow band after a mesh update.

Parameters

adaptionData are the information about the mesh update

Definition at line 458 of file levelSetObject.cpp.

Friends And Related Symbol Documentation

◆ LevelSet

friend class LevelSet

friend

Definition at line 57 of file levelSetObject.hpp.

◆ LevelSetProxyObject

template<typename SourceLevelSetObject, typename BaseLevelSetObject>

friend class LevelSetProxyObject

friend

Definition at line 60 of file levelSetObject.hpp.

Member Data Documentation

◆ CELL_CACHE_IS_SIGNED

const bool bitpit::LevelSetObject::CELL_CACHE_IS_SIGNED = false

staticprotected

Controls if the cache stores signed values.

The implemented algorithms requires that the cache stores unsigned values.

Definition at line 134 of file levelSetObject.hpp.

◆ CELL_LOCATION_INTERSECTION_MODE

const LevelSetIntersectionMode bitpit::LevelSetObject::CELL_LOCATION_INTERSECTION_MODE = LevelSetIntersectionMode::FAST_GUARANTEE_FALSE

staticprotected

Intersection mode that should be used when detecting the location of a cell.

This intersection mode needs to be FAST_GUARANTEE_FALSE because we can accept cells tagged as intersecting the surface but actually not intersecting it, but we cannot accept cells tagged as not intersecting the surface but actually intersecting it. There are places where we make use of the fact that the identification of the location uses the FAST_GUARANTEE_FALSE mode (for example when checking if a cell intersects the zero-levelset iso-surface).

Definition at line 135 of file levelSetObject.hpp.

◆ m_cellLocationCacheId

std::size_t bitpit::LevelSetObject::m_cellLocationCacheId

protected

Id of the cache that will keep track if cell zones.

Definition at line 145 of file levelSetObject.hpp.

◆ m_cellPropagatedSignCacheId

std::size_t bitpit::LevelSetObject::m_cellPropagatedSignCacheId

protected

Id of the cache that will keep track if cell propagated sign.

Definition at line 146 of file levelSetObject.hpp.

◆ m_defaultSignedLevelSet

bool bitpit::LevelSetObject::m_defaultSignedLevelSet

protected

Definition at line 139 of file levelSetObject.hpp.

◆ m_enabledOutputFields

LevelSetFieldMap<std::string> bitpit::LevelSetObject::m_enabledOutputFields

protected

Definition at line 141 of file levelSetObject.hpp.

◆ m_kernel

LevelSetKernel* bitpit::LevelSetObject::m_kernel

protected

Levelset kernel

Definition at line 137 of file levelSetObject.hpp.

◆ m_narrowBandSize

double bitpit::LevelSetObject::m_narrowBandSize

protected

Size of narrow band.

Definition at line 143 of file levelSetObject.hpp.

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

src/levelset/levelSetObject.hpp
src/levelset/levelSetObject.cpp
src/levelset/levelSetObject.tpp

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Public Types

Public Member Functions

Protected Types

Protected Member Functions

Protected Attributes

Static Protected Attributes

Friends

Detailed Description

Member Typedef Documentation

◆ CellCacheCollection

◆ CellCacheEntry

Constructor & Destructor Documentation

◆ ~LevelSetObject()

◆ LevelSetObject() [1/3]

◆ LevelSetObject() [2/3]

◆ LevelSetObject() [3/3]

Member Function Documentation

◆ _evalCellGradient()

◆ _evalCellSign()

◆ _evalCellValue()

◆ _evalGradient()

◆ _evalSign()

◆ _evalValue()

◆ _isCellIntersected()

◆ _isInterfaceIntersected()

◆ adaptCellCaches()

◆ addVTKOutputData()

◆ clearCellCache()

◆ clone()

◆ completeCellCacheExchange()

◆ completeCellCachesExchange()

◆ computeProjectionPoint() [1/2]

◆ computeProjectionPoint() [2/2]

◆ computeVertexProjectionPoint()

◆ createCellCache()

◆ createCellLocationCache()

◆ createCellPropagatedSignCache()

◆ createFieldCellCache() [1/2]

◆ createFieldCellCache() [2/2]

◆ destroyCellBulkData()

◆ destroyCellCache()

◆ destroyCellLocationCache()

◆ destroyCellNarrowBandData()

◆ destroyCellPropagatedSignCache()

◆ destroyFieldCellCache()

◆ disableFieldCellCache()

◆ dump()

◆ empty()

◆ enableFieldCellCache()

◆ enableVTKOutput() [1/6]

◆ enableVTKOutput() [2/6]

◆ enableVTKOutput() [3/6]

◆ enableVTKOutput() [4/6]

◆ enableVTKOutput() [5/6]

◆ enableVTKOutput() [6/6]

◆ evalCellCacheFillIds() [1/2]

◆ evalCellCacheFillIds() [2/2]

◆ evalCellCacheStaleIds()

◆ evalCellField()

◆ evalCellFieldCached()

◆ evalCellFullCacheFillIds() [1/2]

◆ evalCellFullCacheFillIds() [2/2]

◆ evalCellGradient()

◆ evalCellNarrowBandCacheFillIds() [1/2]

◆ evalCellNarrowBandCacheFillIds() [2/2]

◆ evalCellOnDemandCacheFillIds() [1/2]

◆ evalCellOnDemandCacheFillIds() [2/2]

◆ evalCellProjectionPoint()

◆ evalCellSign()

◆ evalCellValue()

◆ evalGradient()

◆ evalProjectionPoint()

◆ evalSign()

◆ evaluate()

◆ evaluateCellBulkData()

◆ evaluateCellNarrowBandData()

◆ evalValue()

◆ evalValueSign()

◆ fillCellGeometricNarrowBandLocationCache()