Visitor that extracts point coordinates from geometries to expand an Envelope. More...

Namespaces
	algorithm
	Algorithm detail namespace.

	io
	Input/output detail namespace.

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
	Comparator for sorting points lexicographically. More...

struct	ComplexComparator
	lexicographic order on complex More...

struct	ConstraintInfo
	Structure to identify constraint sources for topology-preserving mode. More...

struct	ConstraintInfoCompare
	Comparison function for sorting constraints by original order. More...

struct	ConstraintOrderInfo
	Structure to store constraint order information Allows recovering the original insertion order after simplification. 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
	Visitor that forces the validity flag on geometries. More...

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
	An items type using my halfedge. More...

struct	NoVolume

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 >
	Specialization for 2D segments. More...

struct	PrimitiveDimension< TypeForDimension< 2 >::Surface >
	Specialization for 2D surfaces. More...

struct	PrimitiveDimension< TypeForDimension< 2 >::Volume >
	Specialization for 2D volumes (should not exist but for completeness) More...

struct	PrimitiveDimension< TypeForDimension< 3 >::Segment >
	Specialization for 3D segments. More...

struct	PrimitiveDimension< TypeForDimension< 3 >::Surface >
	Specialization for 3D surfaces. More...

struct	PrimitiveDimension< TypeForDimension< 3 >::Volume >
	Specialization for 3D volumes. More...

struct	PrimitiveHandle
	Primitive handle. More...

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

class	SegmentStore
	Collection of segments from a geometry for interpolation. 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
using	MarkedPolyhedron = CGAL::Polyhedron_3< Kernel, Items_with_mark_on_hedge >
	CGAL 3D polyhedron with marked half-edges. More...

Enumerations
enum	PrimitiveType : std::uint8_t { PrimitivePoint = 0, PrimitiveSegment = 1, PrimitiveSurface = 2, PrimitiveVolume = 3 }
	Primitive type enumeration. Note that the value is the dimension ! More...

enum	ElementFlag : std::uint8_t { FLAG_IS_PLANAR = 1 }
	Flags available for each type of Geometry type. More...

Functions
static auto	extractPointsFromLineString (const LineString &lineString) -> std::vector< CGALPoint >
	Extracts points from a LineString to create a CGAL point vector. More...

static auto	extractPointsFromRing (const LineString &ring) -> std::vector< CGALPoint >
	Extracts points from a ring to create a CGAL point vector. More...

static auto	buildLineStringFromConstraint (const CT &ct, const Constraint_id &cid, const SegmentStore &store, CoordinateType dimension) -> LineString
	Builds a LineString from constraint points. More...

static auto	extractLineStringConstraints (const LineString &lineString, CT &ct, std::vector< ConstraintInfoType > &constraintInfos, std::size_t geomIdx) -> bool
	Extracts LineString constraints and adds them to the triangulation. More...

static auto	extractPolygonExteriorConstraint (const LineString &ring, CT &ct, std::vector< ConstraintInfoType > &constraintInfos, std::size_t geomIdx, std::size_t polyIdx, ConstraintInfo::Type type) -> bool
	Extracts polygon exterior ring constraints and adds them to the triangulation. More...

static void	extractPolygonInteriorConstraints (const Polygon &polygon, CT &ct, std::vector< ConstraintInfoType > &constraintInfos, std::size_t geomIdx, std::size_t polyIdx, ConstraintInfo::Type type)
	Extracts polygon interior ring constraints and adds them to the triangulation. More...

static void	extractPolygonConstraints (const Polygon &polygon, CT &ct, std::vector< ConstraintInfoType > &constraintInfos, std::size_t geomIdx)
	Extracts polygon constraints and adds them to the triangulation. More...

static void	extractMultiPolygonConstraints (const MultiPolygon &multiPolygon, CT &ct, std::vector< ConstraintInfoType > &constraintInfos, std::size_t geomIdx)
	Extracts MultiPolygon constraints and adds them to the triangulation. More...

static void	extractPolyhedralSurfaceConstraints (const PolyhedralSurface &surface, CT &ct, std::vector< ConstraintInfoType > &constraintInfos, std::size_t geomIdx)
	Extracts PolyhedralSurface constraints and adds them to the triangulation. More...

static void	extractAllConstraints (const GeometryCollection &collection, CT &ct, std::vector< ConstraintInfoType > &constraintInfos)
	Extracts constraints from all geometry types in a collection. More...

static void	organizeSimplifiedConstraints (const CT &ct, const std::vector< ConstraintInfoType > &constraintInfos, const SegmentStore &store, CoordinateType dimension, std::map< size_t, std::unique_ptr< LineString >> &linestrings, std::map< size_t, std::map< size_t, LineString >> &polygonRings, std::map< size_t, std::map< size_t, std::map< size_t, LineString >>> &multiPolygonRings, std::map< size_t, std::map< size_t, std::map< size_t, LineString >>> &polyhedralSurfaceRings)
	Organizes simplified constraints into corresponding data structures. More...

static void	reconstructLineString (const std::map< size_t, std::unique_ptr< LineString >> &linestrings, const GeometryCollection &collection, std::size_t geomIdx, GeometryCollection &result)
	Reconstructs a LineString in a GeometryCollection from simplified constraints. More...

static void	reconstructPolygon (const std::map< size_t, std::map< size_t, LineString >> &polygonRings, const GeometryCollection &collection, std::size_t geomIdx, GeometryCollection &result)
	Reconstructs a Polygon in a GeometryCollection from simplified rings. More...

static void	reconstructMultiPolygon (const std::map< size_t, std::map< size_t, std::map< size_t, LineString >>> &multiPolygonRings, const GeometryCollection &collection, std::size_t geomIdx, GeometryCollection &result)
	Reconstructs a MultiPolygon in a GeometryCollection from simplified rings, preserving dimensions. More...

static void	reconstructPolyhedralSurface (const std::map< size_t, std::map< size_t, std::map< size_t, LineString >>> &polyhedralSurfaceRings, const GeometryCollection &collection, std::size_t geomIdx, GeometryCollection &result)
	Reconstructs a PolyhedralSurface in a GeometryCollection from simplified rings, preserving dimensions. More...

static auto	reconstructAllGeometries (const GeometryCollection &collection, const std::map< size_t, std::unique_ptr< LineString >> &linestrings, const std::map< size_t, std::map< size_t, LineString >> &polygonRings, const std::map< size_t, std::map< size_t, std::map< size_t, LineString >>> &multiPolygonRings, const std::map< size_t, std::map< size_t, std::map< size_t, LineString >>> &polyhedralSurfaceRings) -> std::unique_ptr< GeometryCollection >
	Reconstructs all geometries from simplified constraints, preserving dimensions. More...

auto	simplifyLineString (const LineString &lineString, double threshold, bool, const SegmentStore &store) -> std::unique_ptr< Geometry >
	Simplifies a LineString. More...

auto	simplifyMultiLineString (const MultiLineString &multiLine, double threshold, bool preserveTopology) -> std::unique_ptr< Geometry >
	Simplifies a MultiLineString. More...

auto	simplifyPolygon (const Polygon &polygon, double threshold, bool) -> std::unique_ptr< Geometry >
	Simplifies a Polygon. More...

auto	simplifyMultiPolygon (const MultiPolygon &multiPolygon, double threshold, bool preserveTopology) -> std::unique_ptr< Geometry >
	Simplifies a MultiPolygon. More...

auto	simplifyPolyhedralSurface (const PolyhedralSurface &polySurface, double threshold, bool preserveTopology) -> std::unique_ptr< Geometry >
	Simplifies a PolyhedralSurface. More...

auto	simplifyGeometryCollectionTopology (const GeometryCollection &collection, double threshold) -> std::unique_ptr< Geometry >
	Simplifies a GeometryCollection with topology preservation. More...

auto	simplify (const Geometry &geometry, double threshold, bool preserveTopology) -> std::unique_ptr< Geometry >
	Wrapper for the algorithm::simplify function. More...

auto	simplifyGeometryCollection (const GeometryCollection &collection, double threshold, bool preserveTopology) -> std::unique_ptr< Geometry >
	Simplifies a GeometryCollection. More...

auto	operator<< (std::ostream &ostr, const GeometrySet< 2 > &geomSet) -> std::ostream &
	Display operator for 2D GeometrySet. More...

auto	operator<< (std::ostream &ostr, const GeometrySet< 3 > &geomSet) -> std::ostream &
	Display operator for 3D GeometrySet. More...

template<class Primitive >
auto	operator<< (std::ostream &ostr, const CollectionElement< Primitive > &collection) -> std::ostream &
	Stream output operator for a CollectionElement. More...

auto	compute_solid_bbox (const NoVolume &, dim_t< 2 >) -> CGAL::Bbox_2
	Compute the bounding box of a volume in 2D. More...

auto	compute_solid_bbox (const TypeForDimension< 3 >::Volume &volume, dim_t< 3 >) -> CGAL::Bbox_3
	Compute the bounding box of a 3D volume. More...

auto	polygonSetToMultiPolygon (const CGAL::Polygon_set_2< Kernel > &polygonSet) -> std::unique_ptr< MultiPolygon >
	convert a CGAL::Polygon_set_2 to a MultiPolygon More...

Detailed Description

Visitor that extracts point coordinates from geometries to expand an Envelope.

Implementation details namespace.

Visitor that collects pointers to all Point instances contained in a Geometry.

Visits concrete Geometry types and updates the referenced envelope with all point coordinates encountered (vertices, control points, etc.), so the envelope bounds encompass the geometry. Supports points, line strings, polygons, triangles, solids, multis, collections, surfaces, triangulated surfaces and NURBS curves.

The visitor holds a reference to the Envelope to populate (public member envelope). Use an instance of this visitor to traverse a Geometry with the goal of computing or extending its bounding envelope.

Traverses geometries by overriding ConstGeometryVisitor visit methods and appends pointers to discovered Point objects into the public 'points' vector. Includes points found directly (Point), on linear/area/volume geometries (LineString, Polygon, Triangle, Solid, etc.), within multi- and collection geometries, and control points of NURBSCurve. Collected pointers reference Points owned by the visited geometries; this visitor does not take ownership or modify them.

Use the const_iterator typedef to iterate over the collected point pointers.

Typedef Documentation

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

CGAL 3D polyhedron with marked half-edges.

Enumeration Type Documentation

enum SFCGAL::detail::ElementFlag : std::uint8_t

Flags available for each type of Geometry type.

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

Enumerator
FLAG_IS_PLANAR

enum SFCGAL::detail::PrimitiveType : std::uint8_t

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

Enumerator
PrimitivePoint
PrimitiveSegment
PrimitiveSurface
PrimitiveVolume

Function Documentation

static auto SFCGAL::detail::buildLineStringFromConstraint	(	const CT &	ct,
		const Constraint_id &	cid,
		const SegmentStore &	store,
		CoordinateType	dimension
	)		-> LineString

static

Builds a LineString from constraint points.

Parameters

ct	The constrained triangulation
cid	The constraint ID
store	The segment store for interpolation
dimension	The coordinate dimension type

Returns: A LineString built from the simplified constraint

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

inline

Compute the bounding box of a volume in 2D.

This overload is for the NoVolume type and will never be called in practice.

Returns: An empty 2D bounding box.

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

inline

Compute the bounding box of a 3D volume.

Parameters

volume The volume whose bounding box is to be computed.

Returns: The bounding box of the volume as a CGAL::Bbox_3.

static void SFCGAL::detail::extractAllConstraints	(	const GeometryCollection &	collection,
		CT &	ct,
		std::vector< ConstraintInfoType > &	constraintInfos
	)

static

Extracts constraints from all geometry types in a collection.

Parameters

collection	The source GeometryCollection
ct	The constrained triangulation to add to
constraintInfos	Collection of constraint infos

static auto SFCGAL::detail::extractLineStringConstraints	(	const LineString &	lineString,
		CT &	ct,
		std::vector< ConstraintInfoType > &	constraintInfos,
		std::size_t	geomIdx
	)		-> bool

static

Extracts LineString constraints and adds them to the triangulation.

Parameters

lineString	The source LineString
ct	The constrained triangulation to add to
constraintInfos	Collection of constraint infos
geomIdx	The geometry index

Returns: true if constraint was added, false otherwise

static void SFCGAL::detail::extractMultiPolygonConstraints	(	const MultiPolygon &	multiPolygon,
		CT &	ct,
		std::vector< ConstraintInfoType > &	constraintInfos,
		std::size_t	geomIdx
	)

static

Extracts MultiPolygon constraints and adds them to the triangulation.

Parameters

multiPolygon	The source MultiPolygon
ct	The constrained triangulation to add to
constraintInfos	Collection of constraint infos
geomIdx	The geometry index

static auto SFCGAL::detail::extractPointsFromLineString ( const LineString & lineString ) -> std::vector<CGALPoint>

static

Extracts points from a LineString to create a CGAL point vector.

Parameters

lineString The source LineString

Returns: Vector of CGALPoints

static auto SFCGAL::detail::extractPointsFromRing ( const LineString & ring ) -> std::vector<CGALPoint>

static

Extracts points from a ring to create a CGAL point vector.

Parameters

ring	The source ring (LineString)

Returns: Vector of CGALPoints

static void SFCGAL::detail::extractPolygonConstraints	(	const Polygon &	polygon,
		CT &	ct,
		std::vector< ConstraintInfoType > &	constraintInfos,
		std::size_t	geomIdx
	)

static

Extracts polygon constraints and adds them to the triangulation.

Parameters

polygon	The source polygon
ct	The constrained triangulation to add to
constraintInfos	Collection of constraint infos
geomIdx	The geometry index

static auto SFCGAL::detail::extractPolygonExteriorConstraint	(	const LineString &	ring,
		CT &	ct,
		std::vector< ConstraintInfoType > &	constraintInfos,
		std::size_t	geomIdx,
		std::size_t	polyIdx,
		ConstraintInfo::Type	type
	)		-> bool

static

Extracts polygon exterior ring constraints and adds them to the triangulation.

Parameters

ring	The exterior ring
ct	The constrained triangulation to add to
constraintInfos	Collection of constraint infos
geomIdx	The geometry index
polyIdx	The polygon index
type	The constraint type

Returns: true if constraint was added, false otherwise

static void SFCGAL::detail::extractPolygonInteriorConstraints	(	const Polygon &	polygon,
		CT &	ct,
		std::vector< ConstraintInfoType > &	constraintInfos,
		std::size_t	geomIdx,
		std::size_t	polyIdx,
		ConstraintInfo::Type	type
	)

static

Extracts polygon interior ring constraints and adds them to the triangulation.

Parameters

polygon	The source polygon
ct	The constrained triangulation to add to
constraintInfos	Collection of constraint infos
geomIdx	The geometry index
polyIdx	The polygon index in a collection
type	The constraint type for interior rings

static void SFCGAL::detail::extractPolyhedralSurfaceConstraints	(	const PolyhedralSurface &	surface,
		CT &	ct,
		std::vector< ConstraintInfoType > &	constraintInfos,
		std::size_t	geomIdx
	)

static

Extracts PolyhedralSurface constraints and adds them to the triangulation.

Parameters

surface	The source PolyhedralSurface
ct	The constrained triangulation to add to
constraintInfos	Collection of constraint infos
geomIdx	The geometry index

template<class Primitive >

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

Stream output operator for a CollectionElement.

Template Parameters

Primitive The type of the underlying primitive stored in the CollectionElement.

Parameters

ostr	The output stream to write to.
collection	The CollectionElement to display.

Returns: The output stream after writing the CollectionElement.

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

Display operator for 2D GeometrySet.

Parameters

ostr	The output stream to write to.
geomSet	The 2D GeometrySet to display.

Returns: The output stream after writing.

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

Display operator for 3D GeometrySet.

Parameters

ostr	The output stream to write to.
geomSet	The 3D GeometrySet to display.

Returns: The output stream after writing.

static void SFCGAL::detail::organizeSimplifiedConstraints	(	const CT &	ct,
		const std::vector< ConstraintInfoType > &	constraintInfos,
		const SegmentStore &	store,
		CoordinateType	dimension,
		std::map< size_t, std::unique_ptr< LineString >> &	linestrings,
		std::map< size_t, std::map< size_t, LineString >> &	polygonRings,
		std::map< size_t, std::map< size_t, std::map< size_t, LineString >>> &	multiPolygonRings,
		std::map< size_t, std::map< size_t, std::map< size_t, LineString >>> &	polyhedralSurfaceRings
	)

static

Organizes simplified constraints into corresponding data structures.

Parameters

ct	The constrained triangulation with simplified constraints
constraintInfos	Collection of constraint infos
store	The segment store for interpolation
dimension	The coordinate dimension type
linestrings	Output map for linestrings
polygonRings	Output map for polygon rings
multiPolygonRings	Output map for multipolygon rings
polyhedralSurfaceRings	Output map for polyhedral surface rings

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

convert a CGAL::Polygon_set_2 to a MultiPolygon

Parameters

polygonSet The CGAL polygon set to convert

Returns: A unique pointer to the resulting MultiPolygon

Todo:: unittest

static auto SFCGAL::detail::reconstructAllGeometries	(	const GeometryCollection &	collection,
		const std::map< size_t, std::unique_ptr< LineString >> &	linestrings,
		const std::map< size_t, std::map< size_t, LineString >> &	polygonRings,
		const std::map< size_t, std::map< size_t, std::map< size_t, LineString >>> &	multiPolygonRings,
		const std::map< size_t, std::map< size_t, std::map< size_t, LineString >>> &	polyhedralSurfaceRings
	)		-> std::unique_ptr<GeometryCollection>

static

Reconstructs all geometries from simplified constraints, preserving dimensions.

Parameters

collection	The original GeometryCollection
linestrings	Map of simplified linestrings
polygonRings	Map of simplified polygon rings
multiPolygonRings	Map of simplified multipolygon rings
polyhedralSurfaceRings	Map of simplified polyhedral surface rings

Returns: A unique_ptr to a GeometryCollection with reconstructed geometries

static void SFCGAL::detail::reconstructLineString	(	const std::map< size_t, std::unique_ptr< LineString >> &	linestrings,
		const GeometryCollection &	collection,
		std::size_t	geomIdx,
		GeometryCollection &	result
	)

static

Reconstructs a LineString in a GeometryCollection from simplified constraints.

Parameters

linestrings	Map of simplified linestrings
collection	The original GeometryCollection
geomIdx	The geometry index
result	The output GeometryCollection

static void SFCGAL::detail::reconstructMultiPolygon	(	const std::map< size_t, std::map< size_t, std::map< size_t, LineString >>> &	multiPolygonRings,
		const GeometryCollection &	collection,
		std::size_t	geomIdx,
		GeometryCollection &	result
	)

static

Reconstructs a MultiPolygon in a GeometryCollection from simplified rings, preserving dimensions.

Parameters

multiPolygonRings	Map of simplified multipolygon rings
collection	The original GeometryCollection
geomIdx	The geometry index
result	The output GeometryCollection

static void SFCGAL::detail::reconstructPolygon	(	const std::map< size_t, std::map< size_t, LineString >> &	polygonRings,
		const GeometryCollection &	collection,
		std::size_t	geomIdx,
		GeometryCollection &	result
	)

static

Reconstructs a Polygon in a GeometryCollection from simplified rings.

Parameters

polygonRings	Map of simplified polygon rings
collection	The original GeometryCollection
geomIdx	The geometry index
result	The output GeometryCollection

static void SFCGAL::detail::reconstructPolyhedralSurface	(	const std::map< size_t, std::map< size_t, std::map< size_t, LineString >>> &	polyhedralSurfaceRings,
		const GeometryCollection &	collection,
		std::size_t	geomIdx,
		GeometryCollection &	result
	)

static

Reconstructs a PolyhedralSurface in a GeometryCollection from simplified rings, preserving dimensions.

Parameters

polyhedralSurfaceRings	Map of simplified polyhedral surface rings
collection	The original GeometryCollection
geomIdx	The geometry index
result	The output GeometryCollection

auto SFCGAL::detail::simplify	(	const Geometry &	geometry,
		double	threshold,
		bool	preserveTopology
	)		-> std::unique_ptr<Geometry>

inline

Wrapper for the algorithm::simplify function.

Parameters

geometry	The geometry to simplify
threshold	The simplification threshold
preserveTopology	Whether to preserve topology

Returns: A simplified geometry

auto SFCGAL::detail::simplifyGeometryCollection	(	const GeometryCollection &	collection,
		double	threshold,
		bool	preserveTopology
	)		-> std::unique_ptr< Geometry >

Simplifies a GeometryCollection.

Parameters

collection	The GeometryCollection to simplify
threshold	The simplification threshold
preserveTopology	Whether to preserve topology

Returns: A simplified geometry

auto SFCGAL::detail::simplifyGeometryCollectionTopology	(	const GeometryCollection &	collection,
		double	threshold
	)		-> std::unique_ptr< Geometry >

Simplifies a GeometryCollection with topology preservation.

Parameters

collection	The GeometryCollection to simplify
threshold	The simplification threshold

Returns: A simplified geometry

auto SFCGAL::detail::simplifyLineString	(	const LineString &	lineString,
		double	threshold,
		bool	,
		const SegmentStore &	store
	)		-> std::unique_ptr< Geometry >

Simplifies a LineString.

Parameters

lineString	The LineString to simplify
threshold	The simplification threshold
store	The segment store for interpolation

Returns: A simplified geometry

auto SFCGAL::detail::simplifyMultiLineString	(	const MultiLineString &	multiLine,
		double	threshold,
		bool	preserveTopology
	)		-> std::unique_ptr< Geometry >

Simplifies a MultiLineString.

Parameters

multiLine	The MultiLineString to simplify
threshold	The simplification threshold
preserveTopology	Whether to preserve topology

Returns: A simplified geometry

auto SFCGAL::detail::simplifyMultiPolygon	(	const MultiPolygon &	multiPolygon,
		double	threshold,
		bool	preserveTopology
	)		-> std::unique_ptr< Geometry >

Simplifies a MultiPolygon.

Parameters

multiPolygon	The MultiPolygon to simplify
threshold	The simplification threshold
preserveTopology	Whether to preserve topology

Returns: A simplified geometry

auto SFCGAL::detail::simplifyPolygon	(	const Polygon &	polygon,
		double	threshold,
		bool
	)		-> std::unique_ptr< Geometry >

Simplifies a Polygon.

Parameters

polygon	The Polygon to simplify
threshold	The simplification threshold

Returns: A simplified geometry

auto SFCGAL::detail::simplifyPolyhedralSurface	(	const PolyhedralSurface &	polySurface,
		double	threshold,
		bool	preserveTopology
	)		-> std::unique_ptr< Geometry >

Simplifies a PolyhedralSurface.

Parameters

polySurface	The PolyhedralSurface to simplify
threshold	The simplification threshold
preserveTopology	Whether to preserve topology

Returns: A simplified geometry

Namespaces

Classes

Typedefs

Enumerations

Functions

Detailed Description

Typedef Documentation

Enumeration Type Documentation

Function Documentation