Namespaces
namespace	algorithm

namespace	io

Classes
struct	BoxCollection
	BoxCollection for use with CGAL::Box_intersection_d. More...

class	CollectionElement
	CollectionElement, a Primitive with flags Primitive : Point_d, Segment_d, Surface_d, Volume_d. More...

struct	ComparePoints

struct	ComplexComparator
	lexicographic order on complex More...

struct	dim_t
	Create a distinct type for each dimension. More...

class	EnvelopeVisitor
	Get the list of points from a Geometry. More...

class	ForceValidityVisitor

class	GeometrySet
	A GeometrySet represents a set of CGAL primitives. More...

class	GetPointsVisitor
	Get the list of points from a Geometry. More...

struct	Halfedge_with_mark
	Extended polyhedron_3 type with a boolean marker on halfedges This is used internally for polyhedra boolean operations. More...

struct	HandleCollection
	HandleCollection. Used to store PrimitiveHandle. More...

class	Interval
	Represents an interval. More...

struct	IsPrimitiveLarger
	Tests if a primitive type has a larger dimension than another one. More...

struct	Items_with_mark_on_hedge

struct	NoVolume
	Type traits for CGAL types. More...

struct	Point_d
	Another way of looking at TypeForDimension<Dim>::Point. More...

struct	PrimitiveBox
	PrimitiveBox. Type used for CGAL::Box_intersection_d. More...

struct	PrimitiveDimension
	Get a primitive dimension (0: point, 1: line, 2: surface, 3: volume) from a type. More...

struct	PrimitiveDimension< TypeForDimension< 2 >::Segment >

struct	PrimitiveDimension< TypeForDimension< 2 >::Surface >

struct	PrimitiveDimension< TypeForDimension< 2 >::Volume >

struct	PrimitiveDimension< TypeForDimension< 3 >::Segment >

struct	PrimitiveDimension< TypeForDimension< 3 >::Surface >

struct	PrimitiveDimension< TypeForDimension< 3 >::Volume >

struct	PrimitiveHandle
	Primitive handle. More...

struct	Segment_d
	Another way of looking at TypeForDimension<Dim>::Segment. More...

struct	Surface_d
	Another way of looking at TypeForDimension<Dim>::Surface. More...

struct	TypeForDimension
	Generic traits, default dimension is 2. More...

struct	TypeForDimension< 3 >
	Specialization for dimension = 3. More...

struct	Volume_d
	Another way of looking at TypeForDimension<Dim>::Volume. More...

Typedefs
typedef CGAL::Polyhedron_3< Kernel, Items_with_mark_on_hedge >	MarkedPolyhedron

Enumerations
enum	PrimitiveType { PrimitivePoint = 0 , PrimitiveSegment = 1 , PrimitiveSurface = 2 , PrimitiveVolume = 3 }
	Primitive type enumeration. Note that the value is the dimension ! More...

enum	ElementFlag { FLAG_IS_PLANAR = 1 }
	Flags available for each type of Geometry type. More...

Functions
void	_decompose_triangle (const Triangle &tri, GeometrySet< 2 >::SurfaceCollection &surfaces, dim_t< 2 >)

void	_decompose_triangle (const Triangle &tri, GeometrySet< 3 >::SurfaceCollection &surfaces, dim_t< 3 >)

void	_decompose_polygon (const Polygon &poly, GeometrySet< 2 >::SurfaceCollection &surfaces, dim_t< 2 >)

void	_decompose_polygon (const Polygon &poly, GeometrySet< 3 >::SurfaceCollection &surfaces, dim_t< 3 >)

void	_decompose_solid (const Solid &, GeometrySet< 2 >::VolumeCollection &, dim_t< 2 >)

void	_decompose_solid (const Solid &solid, GeometrySet< 3 >::VolumeCollection &volumes, dim_t< 3 >)

template<int Dim>
void	recompose_points (const typename GeometrySet< Dim >::PointCollection &points, std::vector< Geometry * > &rpoints, dim_t< Dim >)

template<int Dim>
void	recompose_segments (const typename GeometrySet< Dim >::SegmentCollection &segments, std::vector< Geometry * > &lines, dim_t< Dim >)

void	recompose_surfaces (const GeometrySet< 2 >::SurfaceCollection &surfaces, std::vector< Geometry * > &output, dim_t< 2 >)

void	recompose_surfaces (const GeometrySet< 3 >::SurfaceCollection &surfaces, std::vector< Geometry * > &output, dim_t< 3 >)

void	recompose_volumes (const GeometrySet< 2 >::VolumeCollection &, std::vector< Geometry * > &, dim_t< 2 >)

void	recompose_volumes (const GeometrySet< 3 >::VolumeCollection &volumes, std::vector< Geometry * > &output, dim_t< 3 >)

void	_collect_points (const CGAL::Polygon_with_holes_2< Kernel > &poly, GeometrySet< 2 >::PointCollection &points)

void	_collect_points (const CGAL::Triangle_3< Kernel > &tri, GeometrySet< 3 >::PointCollection &points)

void	_collect_points (const NoVolume &, GeometrySet< 2 >::PointCollection &)

void	_collect_points (const MarkedPolyhedron &poly, GeometrySet< 3 >::PointCollection &points)

template<int Dim, class IT >
void	_filter_covered (IT ibegin, IT iend, GeometrySet< Dim > &output)

auto	operator<< (std::ostream &, const GeometrySet< 2 > &g)
	Display operator.

auto	operator<< (std::ostream &, const GeometrySet< 3 > &g)
	Display operator.

template<class Primitive >
std::ostream &	operator<< (std::ostream &ostr, const CollectionElement< Primitive > &p)

CGAL::Bbox_2	compute_solid_bbox (const NoVolume &, dim_t< 2 >)

CGAL::Bbox_3	compute_solid_bbox (const TypeForDimension< 3 >::Volume &vol, dim_t< 3 >)

auto	polygonSetToMultiPolygon (const CGAL::Polygon_set_2< Kernel > &polygonSet)
	convert a CGAL::Polygon_set_2 to a MultiPolygon

Typedef Documentation

◆ MarkedPolyhedron

typedef CGAL::Polyhedron_3<Kernel, Items_with_mark_on_hedge> SFCGAL::detail::MarkedPolyhedron

Enumeration Type Documentation

◆ ElementFlag

enum SFCGAL::detail::ElementFlag

Flags available for each type of Geometry type.

Primitives can be 'flagged' in order to speed up recomposition

Enumerator
FLAG_IS_PLANAR

◆ PrimitiveType

enum SFCGAL::detail::PrimitiveType

Primitive type enumeration. Note that the value is the dimension !

Enumerator
PrimitivePoint
PrimitiveSegment
PrimitiveSurface
PrimitiveVolume

Function Documentation

◆ _collect_points() [1/4]

void SFCGAL::detail::_collect_points	(	const CGAL::Polygon_with_holes_2< Kernel > &	poly,
		GeometrySet< 2 >::PointCollection &	points )

◆ _collect_points() [2/4]

void SFCGAL::detail::_collect_points	(	const CGAL::Triangle_3< Kernel > &	tri,
		GeometrySet< 3 >::PointCollection &	points )

◆ _collect_points() [3/4]

void SFCGAL::detail::_collect_points	(	const MarkedPolyhedron &	poly,
		GeometrySet< 3 >::PointCollection &	points )

◆ _collect_points() [4/4]

void SFCGAL::detail::_collect_points	(	const NoVolume &	,
		GeometrySet< 2 >::PointCollection &	)

◆ _decompose_polygon() [1/2]

void SFCGAL::detail::_decompose_polygon	(	const Polygon &	poly,
		GeometrySet< 2 >::SurfaceCollection &	surfaces,
		dim_t< 2 >	)

◆ _decompose_polygon() [2/2]

void SFCGAL::detail::_decompose_polygon	(	const Polygon &	poly,
		GeometrySet< 3 >::SurfaceCollection &	surfaces,
		dim_t< 3 >	)

◆ _decompose_solid() [1/2]

void SFCGAL::detail::_decompose_solid	(	const Solid &	,
		GeometrySet< 2 >::VolumeCollection &	,
		dim_t< 2 >	)

◆ _decompose_solid() [2/2]

void SFCGAL::detail::_decompose_solid	(	const Solid &	solid,
		GeometrySet< 3 >::VolumeCollection &	volumes,
		dim_t< 3 >	)

◆ _decompose_triangle() [1/2]

void SFCGAL::detail::_decompose_triangle	(	const Triangle &	tri,
		GeometrySet< 2 >::SurfaceCollection &	surfaces,
		dim_t< 2 >	)

◆ _decompose_triangle() [2/2]

void SFCGAL::detail::_decompose_triangle	(	const Triangle &	tri,
		GeometrySet< 3 >::SurfaceCollection &	surfaces,
		dim_t< 3 >	)

◆ _filter_covered()

template<int Dim, class IT >

void SFCGAL::detail::_filter_covered	(	IT	ibegin,
		IT	iend,
		GeometrySet< Dim > &	output )

◆ compute_solid_bbox() [1/2]

CGAL::Bbox_2 SFCGAL::detail::compute_solid_bbox	(	const NoVolume &	,
		dim_t< 2 >	)

inline

◆ compute_solid_bbox() [2/2]

CGAL::Bbox_3 SFCGAL::detail::compute_solid_bbox	(	const TypeForDimension< 3 >::Volume &	vol,
		dim_t< 3 >	)

inline

◆ operator<<() [1/3]

SFCGAL_API std::ostream & SFCGAL::detail::operator<<	(	std::ostream &	ostr,
		const GeometrySet< 2 > &	g ) -> std::ostream &

Display operator.

◆ operator<<() [2/3]

SFCGAL_API std::ostream & SFCGAL::detail::operator<<	(	std::ostream &	ostr,
		const GeometrySet< 3 > &	g ) -> std::ostream &

Display operator.

◆ operator<<() [3/3]

template<class Primitive >

std::ostream & SFCGAL::detail::operator<<	(	std::ostream &	ostr,
		const CollectionElement< Primitive > &	p )

◆ polygonSetToMultiPolygon()

SFCGAL_API std::unique_ptr< MultiPolygon > SFCGAL::detail::polygonSetToMultiPolygon ( const CGAL::Polygon_set_2< Kernel > & polygonSet )

convert a CGAL::Polygon_set_2 to a MultiPolygon

Todo: unittest

◆ recompose_points()

template<int Dim>

void SFCGAL::detail::recompose_points	(	const typename GeometrySet< Dim >::PointCollection &	points,
		std::vector< Geometry * > &	rpoints,
		dim_t< Dim >	)

◆ recompose_segments()