Internal representation of vertices in GenericVoronoiDiagram. More...

#include <geogram/voronoi/generic_RVD_vertex.h>

Public Member Functions
	Vertex (const double *p, double w, signed_index_t f, const SymbolicVertex &sym)
	Creates a new Vertex. More...

	Vertex (const double *p, double w, signed_index_t f)
	Creates a new Vertex. More...

	Vertex ()
	Creates an uninitialized Vertex.

const double *	point () const
	Gets the geometric location at this Vertex. More...

void	set_point (const double *p)
	Sets the geometric location at this vertex. More...

double	weight () const
	Gets Vertex weight. More...

void	set_weight (double w)
	Sets the vertex weight. More...

signed_index_t	adjacent_seed () const
	Gets the adjacent seed. More...

void	set_adjacent_seed (signed_index_t s)
	Sets the adjacent seed. More...

const SymbolicVertex &	sym () const
	Gets the symbolic representation. More...

SymbolicVertex &	sym ()
	Gets the symbolic representation.

signed_index_t	adjacent_facet () const
	Gets the adjacent facet. More...

void	set_adjacent_facet (signed_index_t f)
	Sets the adjacent facet. More...

	operator const double * () const
	Implicit conversion that accesses the geometric location. More...

void	clear ()
	Clears this Vertex.

void	set_flag (EdgeFlag f)
	Sets an EdgeFlag in this Vertex.

void	unset_flag (EdgeFlag f)
	Resets an EdgeFlag in this Vertex.

bool	check_flag (EdgeFlag f) const
	Tests an EdgeFlag in this Vertex.

void	copy_edge_from (const Vertex &rhs)
	Copies adjacent facet and edge flags from another Vertex.

template<index_t DIM>
void	intersect_geom (PointAllocator &target_intersections, const Vertex &vq1, const Vertex &vq2, const double p1, const double p2)
	Computes the intersection between a segment and a bisector. More...

template<index_t DIM>
Sign	side_fast (const double p1, const double p2) const
	Computes the side of this vertex relative to a bisector. More...

Detailed Description

Internal representation of vertices in GenericVoronoiDiagram.

Vertex has both geometrical and symbolic representations.

Note: This is an internal implementation class, not meant to be used by client code (except in some particular case, such as subclassing GEO::IntegrationSimplex).

Definition at line 787 of file generic_RVD_vertex.h.

Constructor & Destructor Documentation

◆ Vertex() [1/2]

GEOGen::Vertex::Vertex	(	const double *	p,
		double	w,
		signed_index_t	f,
		const SymbolicVertex &	sym
	)

inline

Creates a new Vertex.

Parameters

[in]	p	geometric location at the vertex, shared with caller
[in]	w	weight
[in]	f	facet of the input mesh this Vertex comes from
[in]	sym	symbolic representation

Definition at line 800 of file generic_RVD_vertex.h.

◆ Vertex() [2/2]

GEOGen::Vertex::Vertex	(	const double *	p,
		double	w,
		signed_index_t	f
	)

inline

Creates a new Vertex.

Parameters

[in]	p	geometric location at the vertex, shared with caller
[in]	w	weight
[in]	f	facet of the input mesh this Vertex comes from

Definition at line 818 of file generic_RVD_vertex.h.

Member Function Documentation

◆ adjacent_facet()

signed_index_t GEOGen::Vertex::adjacent_facet ( ) const

inline

Gets the adjacent facet.

Returns: the global index of the adjacent facet

Definition at line 907 of file generic_RVD_vertex.h.

◆ adjacent_seed()

signed_index_t GEOGen::Vertex::adjacent_seed ( ) const

inline

Gets the adjacent seed.

Returns: the global index of the adjacent seed

Definition at line 875 of file generic_RVD_vertex.h.

◆ intersect_geom()

template<index_t DIM>

void GEOGen::Vertex::intersect_geom	(	PointAllocator &	target_intersections,
		const Vertex &	vq1,
		const Vertex &	vq2,
		const double *	p1,
		const double *	p2
	)

inline

Computes the intersection between a segment and a bisector.

Computes the intersection between the segment [vq1, vq2] and the bisector of [p1,p2]..

Template Parameters

DIM	dimension, specified as a template argument for efficiency considerations

Definition at line 977 of file generic_RVD_vertex.h.

◆ operator const double *()

GEOGen::Vertex::operator const double * ( ) const

inline

Implicit conversion that accesses the geometric location.

With this implicit conversions, we can have template arguments for RestrictedVoronoiDiagram that take const double* as arguments instead of Vertices.

Returns: a const pointer to the coordinates

Definition at line 926 of file generic_RVD_vertex.h.

◆ point()

const double* GEOGen::Vertex::point ( ) const

inline

Gets the geometric location at this Vertex.

Returns: a const pointer to the coordinates

Definition at line 841 of file generic_RVD_vertex.h.

◆ set_adjacent_facet()

void GEOGen::Vertex::set_adjacent_facet ( signed_index_t f )

inline

Sets the adjacent facet.

Parameters

[in] f the global index of the adjacent facet

Definition at line 915 of file generic_RVD_vertex.h.

◆ set_adjacent_seed()

void GEOGen::Vertex::set_adjacent_seed ( signed_index_t s )

inline

Sets the adjacent seed.

Parameters

[in] s the global index of the adjacent seed

Definition at line 883 of file generic_RVD_vertex.h.

◆ set_point()

void GEOGen::Vertex::set_point ( const double * p )

inline

Sets the geometric location at this vertex.

Parameters

[in] p the geometric location, shared with caller

Definition at line 849 of file generic_RVD_vertex.h.

◆ set_weight()

void GEOGen::Vertex::set_weight ( double w )

inline

Sets the vertex weight.

Used by non-uniform centroidal Voronoi tesselation..

Definition at line 867 of file generic_RVD_vertex.h.

◆ side_fast()

template<index_t DIM>

Sign GEOGen::Vertex::side_fast	(	const double *	p1,
		const double *	p2
	)		const

inline

Computes the side of this vertex relative to a bisector.

This version is not exact.

Parameters

[in]	p1	first extremity of the bisector
[in]	p2	second extremity of the bisector

Returns: POSITIVE if this vertex is on p1's side, NEGATIVE if this vertex is on p2's side, and ZERO if this vertex is on the bisector of [p1,p2].

Definition at line 1021 of file generic_RVD_vertex.h.

◆ sym()

const SymbolicVertex& GEOGen::Vertex::sym ( ) const

inline

Gets the symbolic representation.

Symbolic representation

Definition at line 892 of file generic_RVD_vertex.h.

◆ weight()

double GEOGen::Vertex::weight ( ) const

inline

Gets Vertex weight.

Used by non-uniform centroidal Voronoi tesselation.

Definition at line 858 of file generic_RVD_vertex.h.

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

geogram/voronoi/generic_RVD_vertex.h

Public Member Functions

Detailed Description

Constructor & Destructor Documentation

◆ Vertex() [1/2]

◆ Vertex() [2/2]

Member Function Documentation

◆ adjacent_facet()

◆ adjacent_seed()

◆ intersect_geom()

◆ operator const double *()

◆ point()

◆ set_adjacent_facet()

◆ set_adjacent_seed()

◆ set_point()

◆ set_weight()

◆ side_fast()

◆ sym()

◆ weight()