#include <delaunay_info.h>

Inheritance diagram for ug::DelaunayInfo< TAAPos >:

Classes
struct	CompareFaceInfo

struct	FaceInfo

Public Types
enum	Mark { NONE , INNER , NEW_INNER , SEGMENT , NEW_SEGMENT , DART , SHELL }

Public Member Functions
	DelaunayInfo (Grid &g, TAAPos &aaPos, Grid::edge_traits::callback cbConstrainedEdge)

virtual void	edge_created (Grid grid, Edge e, GridObject *pParent, bool replacesParent)
	Notified whenever a new element of the given type is created in the given grid. More...

virtual void	edge_to_be_erased (Grid grid, Edge e, Edge *replacedBy)
	Notified whenever an element of the given type is erased from the given grid. More...

virtual void	face_created (Grid grid, Face f, GridObject *pParent, bool replacesParent)
	Notified whenever a new element of the given type is created in the given grid. More...

virtual void	face_to_be_erased (Grid grid, Face f, Face *replacedBy)
	Notified whenever an element of the given type is erased from the given grid. More...

Grid &	grid ()

template<class TIter >
void	init_marks (TIter trisBegin, TIter trisEnd, bool pushFlipCandidates)

bool	is_classifiable (Face *f)
	returns true if the face can be classified More...

bool	is_dart_segment (Edge *e)
	returns true if the specified edge is a segment and is connected to a DART vertex More...

bool	is_dart_shell_segment (Edge *e)
	returns true if the specified edge is a segment and connects a DART and a SHELL vertex More...

template<class TElem >
bool	is_inner (TElem *e)
	returns true if the specified element is either marked as INNER or as NEW_INNER More...

bool	is_new_dart_segment (Edge *e)
	returns true if the specified edge is a new segment and is connected to a DART vertex More...

template<class TElem >
bool	is_segment (TElem *e)
	returns true if the specified element is either marked as SEGMENT, NEW_SEGMENT, DART or SHELL More...

Mark	mark (Edge *e) const

Mark	mark (Face *f) const

Mark	mark (Vertex *v) const

AAPos &	position_accessor ()

void	set_mark (Edge *e, Mark m)

void	set_mark (Face *f, Mark m)

template<class TAAPos >
void	set_mark (Face *f, typename DelaunayInfo< TAAPos >::Mark mark)

template<class TIter >
void	set_mark (TIter begin, TIter end, Mark m)

void	set_mark (Vertex *v, Mark m)

void	start_candidate_recording ()
	newly created edges will be recorded as possible new candidates More...

void	stop_candidate_recording ()
	stops candidate recording and pushes all valid recorded edges to the list of real candidates More...

virtual void	vertex_created (Grid grid, Vertex vrt, GridObject *pParent, bool replacesParent)
	Notified whenever a new element of the given type is created in the given grid. More...

	~DelaunayInfo ()


bool	is_candidate (Edge *e)

void	push_candidate (Edge *e)

Edge *	pop_candidate ()

bool	candidates_left ()


bool	classified_faces_left ()

Face *	pop_classified_face ()

bool	face_classification_enabled ()

void	enable_face_classification (number minAngle)

number	min_angle () const

number	max_dot () const

Public Member Functions inherited from ug::GridObserver
virtual void	elements_to_be_cleared (Grid *grid)

virtual void	grid_to_be_destroyed (Grid *grid)

virtual	~GridObserver ()

virtual void	volume_created (Grid grid, Volume vol, GridObject *pParent=NULL, bool replacesParent=false)
	Notified whenever a new element of the given type is created in the given grid. More...

virtual void	vertex_to_be_erased (Grid grid, Vertex vrt, Vertex *replacedBy=NULL)
	Notified whenever an element of the given type is erased from the given grid. More...

virtual void	volume_to_be_erased (Grid grid, Volume vol, Volume *replacedBy=NULL)
	Notified whenever an element of the given type is erased from the given grid. More...

virtual void	vertices_to_be_merged (Grid grid, Vertex target, Vertex elem1, Vertex elem2)
	Notified when two elements of the same type are going to be merged. More...

virtual void	edges_to_be_merged (Grid grid, Edge target, Edge elem1, Edge elem2)
	Notified when two elements of the same type are going to be merged. More...

virtual void	faces_to_be_merged (Grid grid, Face target, Face elem1, Face elem2)
	Notified when two elements of the same type are going to be merged. More...

virtual void	volumes_to_be_merged (Grid grid, Volume target, Volume elem1, Volume elem2)
	Notified when two elements of the same type are going to be merged. More...

Private Types
typedef TAAPos	AAPos

typedef Attachment< FaceInfo * >	AFaceInfo

typedef std::priority_queue< FaceInfo , std::vector< FaceInfo >, CompareFaceInfo >	FacePriorityQueue

typedef TAAPos::ValueType	vector_t

Private Member Functions
bool	classify_face (Face *f)

bool	is_classified (Face *f)

Private Attributes
Grid::AttachmentAccessor< Edge, ABool >	m_aaCandidateEDGE

Grid::AttachmentAccessor< Face, AFaceInfo >	m_aaFaceInfo

MultiElementAttachmentAccessor< AByte >	m_aaMark

AAPos	m_aaPos

ABool	m_aCandidate

AFaceInfo	m_aFaceInfo

AByte	m_aMark

bool	m_candidateRecordingEnabled

Grid::edge_traits::callback	m_cbConstrainedEdge

FacePriorityQueue	m_faceQueue

Grid &	m_grid

number	m_maxDot

number	m_minAngle

std::queue< Edge * >	m_qEdgeCandidates

std::vector< Edge * >	m_recordedCandidates

Detailed Description

template<class TAAPos>
class ug::DelaunayInfo< TAAPos >

This class intended for internal use in delaunay related algorithms.

Member Typedef Documentation

◆ AAPos

template<class TAAPos >

typedef TAAPos ug::DelaunayInfo< TAAPos >::AAPos

private

◆ AFaceInfo

template<class TAAPos >

typedef Attachment<FaceInfo*> ug::DelaunayInfo< TAAPos >::AFaceInfo

private

◆ FacePriorityQueue

template<class TAAPos >

typedef std::priority_queue<FaceInfo*, std::vector<FaceInfo*>, CompareFaceInfo> ug::DelaunayInfo< TAAPos >::FacePriorityQueue

private

◆ vector_t

template<class TAAPos >

typedef TAAPos::ValueType ug::DelaunayInfo< TAAPos >::vector_t

private

Member Enumeration Documentation

◆ Mark

template<class TAAPos >

enum ug::DelaunayInfo::Mark

Enumerator
NONE
INNER
NEW_INNER
SEGMENT
NEW_SEGMENT
DART
SHELL

Constructor & Destructor Documentation

◆ DelaunayInfo()

template<class TAAPos >

ug::DelaunayInfo< TAAPos >::DelaunayInfo	(	Grid &	g,
		TAAPos &	aaPos,
		Grid::edge_traits::callback	cbConstrainedEdge
	)

References ug::Grid::attach_to_edges_dv(), ug::Grid::attach_to_faces_dv(), ug::Grid::attach_to_vertices_dv(), ug::Grid::enable_options(), ug::FACEOPT_AUTOGENERATE_EDGES, ug::DelaunayInfo< TAAPos >::m_aaCandidateEDGE, ug::DelaunayInfo< TAAPos >::m_aaMark, ug::DelaunayInfo< TAAPos >::m_aCandidate, ug::DelaunayInfo< TAAPos >::m_aMark, ug::DelaunayInfo< TAAPos >::NONE, ug::Grid::option_is_enabled(), ug::OT_EDGE_OBSERVER, ug::OT_FACE_OBSERVER, ug::OT_VERTEX_OBSERVER, ug::Grid::register_observer(), and UG_LOG.

◆ ~DelaunayInfo()

template<class TAAPos >

ug::DelaunayInfo< TAAPos >::~DelaunayInfo

Member Function Documentation

◆ candidates_left()

template<class TAAPos >

bool ug::DelaunayInfo< TAAPos >::candidates_left ( )

inline

candidates are used during MakeDelaunay to define the set of edges which may have to be swapped to obtain a delaunay triangulation.

Referenced by ug::MakeDelaunay().

◆ classified_faces_left()

template<class TAAPos >

bool ug::DelaunayInfo< TAAPos >::classified_faces_left

Face classification is used to define and order the set of faces which whose circumcenter may have to be inserted in order to obtain a delaunay- triangulation with prescribed minimal angle during QualityGridGeneration. Face classification is not required for MakeDelaunay.

References ug::DelaunayInfo< TAAPos >::FaceInfo::f.

Referenced by ug::QualityGridGeneration().

◆ classify_face()

template<class TAAPos >

bool ug::DelaunayInfo< TAAPos >::classify_face ( Face * f )

private

References ug::DelaunayInfo< TAAPos >::FaceInfo::classified, ug::FaceVertices::num_vertices(), ug::DelaunayInfo< TAAPos >::FaceInfo::priority, ug::TriangleCircumcenter(), UG_COND_THROW, ug::VecDistanceSq(), ug::VecDot(), ug::VecNormalize(), ug::VecSubtract(), and ug::FaceVertices::vertex().

◆ edge_created()

template<class TAAPos >

void ug::DelaunayInfo< TAAPos >::edge_created	(	Grid *	grid,
		Edge *	e,
		GridObject *	pParent,
		bool	replacesParent
	)

virtual

Notified whenever a new element of the given type is created in the given grid.

Creation callbacks are called in the order in which the GridObservers were registered at the given grid.

If replacesParent is true, then pParent is of the same base type as the created object (e.g. in case of edge_created, the parent is an Edge*). This case usually appears, when a contraining object is replaced by a regular grid object if the same base type during refinement. The method is called with replacesParent == true by Grid::create_and_replace methods.

Please note: If replacesParent == true, then a call to OBJECT_to_be_erased(grid, pParent, obj) will follow (OBJECT and obj are pseudonyms for the concrete type).

Reimplemented from ug::GridObserver.

References ug::GridObject::base_object_id(), and ug::EDGE.

◆ edge_to_be_erased()

template<class TAAPos >

void ug::DelaunayInfo< TAAPos >::edge_to_be_erased	(	Grid *	grid,
		Edge *	e,
		Edge *	replacedBy
	)

virtual

Notified whenever an element of the given type is erased from the given grid.

Erase callbacks are called in reverse order in which the GridObservers were registered at the given grid.

if replacedBy != NULL the erased object is only replaced by another grid object of the same base type. This usually happens when constraining objects are replaced by regular objects in refinements. (E.g. a constraining edge by become a regular Edge; note that both objects are of type Edge*).

Reimplemented from ug::GridObserver.

◆ enable_face_classification()

template<class TAAPos >

void ug::DelaunayInfo< TAAPos >::enable_face_classification ( number minAngle )

Face classification is used to define and order the set of faces which whose circumcenter may have to be inserted in order to obtain a delaunay- triangulation with prescribed minimal angle during QualityGridGeneration. Face classification is not required for MakeDelaunay.

References ug::deg_to_rad(), and ug::DelaunayInfo< TAAPos >::FaceInfo::f.

Referenced by ug::QualityGridGeneration().

◆ face_classification_enabled()

template<class TAAPos >

bool ug::DelaunayInfo< TAAPos >::face_classification_enabled ( )

inline

Face classification is used to define and order the set of faces which whose circumcenter may have to be inserted in order to obtain a delaunay- triangulation with prescribed minimal angle during QualityGridGeneration. Face classification is not required for MakeDelaunay.

◆ face_created()

template<class TAAPos >

void ug::DelaunayInfo< TAAPos >::face_created	(	Grid *	grid,
		Face *	f,
		GridObject *	pParent,
		bool	replacesParent
	)

virtual

Notified whenever a new element of the given type is created in the given grid.

Creation callbacks are called in the order in which the GridObservers were registered at the given grid.

If replacesParent is true, then pParent is of the same base type as the created object (e.g. in case of edge_created, the parent is an Edge*). This case usually appears, when a contraining object is replaced by a regular grid object if the same base type during refinement. The method is called with replacesParent == true by Grid::create_and_replace methods.

Please note: If replacesParent == true, then a call to OBJECT_to_be_erased(grid, pParent, obj) will follow (OBJECT and obj are pseudonyms for the concrete type).

Reimplemented from ug::GridObserver.

References ug::GridObject::base_object_id(), and ug::FACE.

◆ face_to_be_erased()

template<class TAAPos >

void ug::DelaunayInfo< TAAPos >::face_to_be_erased	(	Grid *	grid,
		Face *	f,
		Face *	replacedBy
	)

virtual

Notified whenever an element of the given type is erased from the given grid.

Erase callbacks are called in reverse order in which the GridObservers were registered at the given grid.

if replacedBy != NULL the erased object is only replaced by another grid object of the same base type. This usually happens when constraining objects are replaced by regular objects in refinements. (E.g. a constraining edge by become a regular Edge; note that both objects are of type Edge*).

Reimplemented from ug::GridObserver.

References ug::NONE.

◆ grid()

template<class TAAPos >

Grid& ug::DelaunayInfo< TAAPos >::grid ( )

inline

Referenced by ug::MakeDelaunay().

◆ init_marks()

template<class TAAPos >

template<class TIter >

void ug::DelaunayInfo< TAAPos >::init_marks	(	TIter	trisBegin,
		TIter	trisEnd,
		bool	pushFlipCandidates
	)

Warning: init_marks may currently only be called once! Undefined behaviour if called multiple times or after marks have already been set.

Todo:: think about adding a cleanup at the beginning of init_marks (costly)

References ug::GetAssociatedFaces(), ug::GetConnectedVertex(), ug::NONE, ug::FaceVertices::num_vertices(), ug::PI, ug::PointerConstArray< TPtr >::size(), ug::SMALL, ug::VecAngle(), ug::VecSubtract(), ug::EdgeVertices::vertex(), ug::FaceVertices::vertex(), and ug::FaceVertices::vertices().

Referenced by ug::QualityGridGeneration().

◆ is_candidate()

template<class TAAPos >

bool ug::DelaunayInfo< TAAPos >::is_candidate ( Edge * e )

inline

candidates are used during MakeDelaunay to define the set of edges which may have to be swapped to obtain a delaunay triangulation.

Referenced by ug::MakeDelaunay(), and ug::QualityGridGeneration().

◆ is_classifiable()

template<class TAAPos >

bool ug::DelaunayInfo< TAAPos >::is_classifiable ( Face * f )

returns true if the face can be classified

Faces which contain two shell vertices whose subtended angle is small are not classifiable.

References ug::PI, ug::SMALL, ug::VecAngle(), ug::VecDistanceSq(), ug::VecSubtract(), and ug::FaceVertices::vertex().

◆ is_classified()

template<class TAAPos >

bool ug::DelaunayInfo< TAAPos >::is_classified ( Face * f )

private

◆ is_dart_segment()

template<class TAAPos >

bool ug::DelaunayInfo< TAAPos >::is_dart_segment ( Edge * e )

returns true if the specified edge is a segment and is connected to a DART vertex

References ug::EdgeVertices::vertices().

◆ is_dart_shell_segment()

template<class TAAPos >

bool ug::DelaunayInfo< TAAPos >::is_dart_shell_segment ( Edge * e )

returns true if the specified edge is a segment and connects a DART and a SHELL vertex

References ug::EdgeVertices::vertices().

◆ is_inner()

template<class TAAPos >

template<class TElem >

bool ug::DelaunayInfo< TAAPos >::is_inner ( TElem * e )

returns true if the specified element is either marked as INNER or as NEW_INNER

Referenced by ug::QualityGridGeneration().

◆ is_new_dart_segment()

template<class TAAPos >

bool ug::DelaunayInfo< TAAPos >::is_new_dart_segment ( Edge * e )

returns true if the specified edge is a new segment and is connected to a DART vertex

References ug::EdgeVertices::vertices().

◆ is_segment()

template<class TAAPos >

template<class TElem >

bool ug::DelaunayInfo< TAAPos >::is_segment ( TElem * e )

returns true if the specified element is either marked as SEGMENT, NEW_SEGMENT, DART or SHELL

Referenced by ug::MakeDelaunay(), and ug::QualityGridGeneration().

◆ mark() [1/3]

template<class TAAPos >

Mark ug::DelaunayInfo< TAAPos >::mark ( Edge * e ) const

inline

◆ mark() [2/3]

template<class TAAPos >

Mark ug::DelaunayInfo< TAAPos >::mark ( Face * f ) const

inline

◆ mark() [3/3]

template<class TAAPos >

Mark ug::DelaunayInfo< TAAPos >::mark ( Vertex * v ) const

inline

Referenced by ug::QualityGridGeneration(), and ug::DelaunayDebugSaver::save().

◆ max_dot()

template<class TAAPos >

number ug::DelaunayInfo< TAAPos >::max_dot ( ) const

inline

Face classification is used to define and order the set of faces which whose circumcenter may have to be inserted in order to obtain a delaunay- triangulation with prescribed minimal angle during QualityGridGeneration. Face classification is not required for MakeDelaunay.

◆ min_angle()

template<class TAAPos >

number ug::DelaunayInfo< TAAPos >::min_angle ( ) const

inline

Face classification is used to define and order the set of faces which whose circumcenter may have to be inserted in order to obtain a delaunay- triangulation with prescribed minimal angle during QualityGridGeneration. Face classification is not required for MakeDelaunay.

◆ pop_candidate()

template<class TAAPos >

Edge * ug::DelaunayInfo< TAAPos >::pop_candidate

candidates are used during MakeDelaunay to define the set of edges which may have to be swapped to obtain a delaunay triangulation.

Referenced by ug::MakeDelaunay().

◆ pop_classified_face()

template<class TAAPos >

Face * ug::DelaunayInfo< TAAPos >::pop_classified_face

Face classification is used to define and order the set of faces which whose circumcenter may have to be inserted in order to obtain a delaunay- triangulation with prescribed minimal angle during QualityGridGeneration. Face classification is not required for MakeDelaunay.

References ug::DelaunayInfo< TAAPos >::FaceInfo::classified, and ug::DelaunayInfo< TAAPos >::FaceInfo::f.

Referenced by ug::QualityGridGeneration().

◆ position_accessor()

template<class TAAPos >

AAPos& ug::DelaunayInfo< TAAPos >::position_accessor ( )

inline

Referenced by ug::MakeDelaunay(), and ug::QualityGridGeneration().

◆ push_candidate()

template<class TAAPos >

void ug::DelaunayInfo< TAAPos >::push_candidate ( Edge * e )

candidates are used during MakeDelaunay to define the set of edges which may have to be swapped to obtain a delaunay triangulation.

Referenced by ug::MakeDelaunay(), and ug::QualityGridGeneration().

◆ set_mark() [1/5]

template<class TAAPos >

void ug::DelaunayInfo< TAAPos >::set_mark	(	Edge *	e,
		Mark	m
	)

inline

◆ set_mark() [2/5]

template<class TAAPos >

void ug::DelaunayInfo< TAAPos >::set_mark	(	Face *	f,
		Mark	m
	)

◆ set_mark() [3/5]

template<class TAAPos >

void ug::DelaunayInfo< TAAPos >::set_mark	(	Face *	f,
		typename DelaunayInfo< TAAPos >::Mark	mark
	)

References ug::DelaunayInfo< TAAPos >::FaceInfo::classified, and ug::DelaunayInfo< TAAPos >::FaceInfo::f.

◆ set_mark() [4/5]

template<class TAAPos >

template<class TIter >

void ug::DelaunayInfo< TAAPos >::set_mark	(	TIter	begin,
		TIter	end,
		Mark	m
	)

inline

◆ set_mark() [5/5]

template<class TAAPos >

void ug::DelaunayInfo< TAAPos >::set_mark	(	Vertex *	v,
		Mark	m
	)

inline

Referenced by ug::QualityGridGeneration().

◆ start_candidate_recording()

template<class TAAPos >

void ug::DelaunayInfo< TAAPos >::start_candidate_recording

newly created edges will be recorded as possible new candidates

All newly created edges will be added to a list of possible candidates, however, they are not added to the list of candidates until stop_candidate_recording() has been called. This is important since recorded possible candidates may be erased again from the grid (opposed to real candidates, which may not be erased).

References UG_COND_THROW.

Referenced by ug::QualityGridGeneration().

◆ stop_candidate_recording()

template<class TAAPos >

void ug::DelaunayInfo< TAAPos >::stop_candidate_recording

stops candidate recording and pushes all valid recorded edges to the list of real candidates

Referenced by ug::QualityGridGeneration().

◆ vertex_created()

template<class TAAPos >

void ug::DelaunayInfo< TAAPos >::vertex_created	(	Grid *	grid,
		Vertex *	vrt,
		GridObject *	pParent,
		bool	replacesParent
	)

virtual

Notified whenever a new element of the given type is created in the given grid.

Creation callbacks are called in the order in which the GridObservers were registered at the given grid.

If replacesParent is true, then pParent is of the same base type as the created object (e.g. in case of edge_created, the parent is an Edge*). This case usually appears, when a contraining object is replaced by a regular grid object if the same base type during refinement. The method is called with replacesParent == true by Grid::create_and_replace methods.

Please note: If replacesParent == true, then a call to OBJECT_to_be_erased(grid, pParent, obj) will follow (OBJECT and obj are pseudonyms for the concrete type).

Reimplemented from ug::GridObserver.

References ug::GridObject::base_object_id(), and ug::EDGE.

Member Data Documentation

◆ m_aaCandidateEDGE

template<class TAAPos >

Grid::AttachmentAccessor<Edge, ABool> ug::DelaunayInfo< TAAPos >::m_aaCandidateEDGE

private

Referenced by ug::DelaunayInfo< TAAPos >::DelaunayInfo().

◆ m_aaFaceInfo

template<class TAAPos >

Grid::AttachmentAccessor<Face, AFaceInfo> ug::DelaunayInfo< TAAPos >::m_aaFaceInfo

private

◆ m_aaMark

template<class TAAPos >

MultiElementAttachmentAccessor<AByte> ug::DelaunayInfo< TAAPos >::m_aaMark

private

Referenced by ug::DelaunayInfo< TAAPos >::DelaunayInfo().

◆ m_aaPos

template<class TAAPos >

AAPos ug::DelaunayInfo< TAAPos >::m_aaPos

private

◆ m_aCandidate

template<class TAAPos >

ABool ug::DelaunayInfo< TAAPos >::m_aCandidate

private

Referenced by ug::DelaunayInfo< TAAPos >::DelaunayInfo().

◆ m_aFaceInfo

template<class TAAPos >

AFaceInfo ug::DelaunayInfo< TAAPos >::m_aFaceInfo

private

◆ m_aMark

template<class TAAPos >

AByte ug::DelaunayInfo< TAAPos >::m_aMark

private

Referenced by ug::DelaunayInfo< TAAPos >::DelaunayInfo().

◆ m_candidateRecordingEnabled

template<class TAAPos >

bool ug::DelaunayInfo< TAAPos >::m_candidateRecordingEnabled

private

◆ m_cbConstrainedEdge

template<class TAAPos >

Grid::edge_traits::callback ug::DelaunayInfo< TAAPos >::m_cbConstrainedEdge

private

◆ m_faceQueue

template<class TAAPos >

FacePriorityQueue ug::DelaunayInfo< TAAPos >::m_faceQueue

private

◆ m_grid

template<class TAAPos >

Grid& ug::DelaunayInfo< TAAPos >::m_grid

private

◆ m_maxDot

template<class TAAPos >

number ug::DelaunayInfo< TAAPos >::m_maxDot

private

◆ m_minAngle

template<class TAAPos >

number ug::DelaunayInfo< TAAPos >::m_minAngle

private

◆ m_qEdgeCandidates

template<class TAAPos >

std::queue<Edge*> ug::DelaunayInfo< TAAPos >::m_qEdgeCandidates

private

◆ m_recordedCandidates

template<class TAAPos >

std::vector<Edge*> ug::DelaunayInfo< TAAPos >::m_recordedCandidates

private

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

ugbase/lib_grid/algorithms/remeshing/delaunay_info.h
ugbase/lib_grid/algorithms/remeshing/delaunay_info.cpp
ugbase/lib_grid/algorithms/remeshing/delaunay_info_impl.h

Classes

Public Types

Public Member Functions

Private Types

Private Member Functions

Private Attributes

Detailed Description

template<class TAAPos> class ug::DelaunayInfo< TAAPos >

Member Typedef Documentation

◆ AAPos

◆ AFaceInfo

◆ FacePriorityQueue

◆ vector_t

Member Enumeration Documentation

◆ Mark

Constructor & Destructor Documentation

◆ DelaunayInfo()

◆ ~DelaunayInfo()

Member Function Documentation

◆ candidates_left()

◆ classified_faces_left()

◆ classify_face()

◆ edge_created()

◆ edge_to_be_erased()

◆ enable_face_classification()

◆ face_classification_enabled()

◆ face_created()

◆ face_to_be_erased()

◆ grid()

◆ init_marks()

◆ is_candidate()

◆ is_classifiable()

◆ is_classified()

◆ is_dart_segment()

◆ is_dart_shell_segment()

◆ is_inner()

◆ is_new_dart_segment()

◆ is_segment()

◆ mark() [1/3]

◆ mark() [2/3]

◆ mark() [3/3]

◆ max_dot()

◆ min_angle()

◆ pop_candidate()

◆ pop_classified_face()

◆ position_accessor()

◆ push_candidate()

◆ set_mark() [1/5]

◆ set_mark() [2/5]

◆ set_mark() [3/5]

◆ set_mark() [4/5]

◆ set_mark() [5/5]

◆ start_candidate_recording()

◆ stop_candidate_recording()

◆ vertex_created()

Member Data Documentation

◆ m_aaCandidateEDGE

◆ m_aaFaceInfo

◆ m_aaMark

◆ m_aaPos

◆ m_aCandidate

◆ m_aFaceInfo

◆ m_aMark

◆ m_candidateRecordingEnabled

◆ m_cbConstrainedEdge

◆ m_faceQueue

◆ m_grid

◆ m_maxDot

◆ m_minAngle

◆ m_qEdgeCandidates

◆ m_recordedCandidates

template<class TAAPos>
class ug::DelaunayInfo< TAAPos >