Uses of Class
micycle.pgs.commons.PEdge

Packages that use PEdge

Package	Description
micycle.pgs	Processing Geometry Suite is a software project that provides easy access to geometric algorithms in the form of a Processing library.
micycle.pgs.commons	The commons package contains all non-core PGS classes (of varying authorship and either not worth putting in separate package or too long to include within the calling PGS method itself).

Uses of PEdge in micycle.pgs

Methods in micycle.pgs that return types with arguments of type PEdge

Modifier and Type	Method	Description
static List<PEdge>	PGS_SegmentSet.filterAxisAligned(List<PEdge> segments, double angleDelta)	Removes axis-aligned (horizontal and vertical) segments (within a given angle tolerance) from a collection of segments.
static List<PEdge>	PGS_SegmentSet.filterByAverageLength(List<PEdge> segments, double fraction)	Removes segments having a length either less than some fraction or more than 1/fraction of the mean segment length from a collection of segments.
static List<PEdge>	PGS_SegmentSet.filterByMinLength(List<PEdge> segments, double minLength)	Removes segments having a length less than the given length from a collection of segmensts.
static List<PEdge>	PGS_SegmentSet.fromPShape(processing.core.PShape shape)	Extracts a list of unique PEdge segments representing the given shape.
static List<PEdge>	PGS_SegmentSet.getPolygonInteriorSegments(List<PEdge> segments, processing.core.PShape shape)	Retains line segments from a set of line segments that are wholly contained within a given shape.
static List<PEdge>	PGS_SegmentSet.graphMatchedSegments(double width, double height, int n, long seed)	Generates N non-intersecting segments via a Perfect matching algorithm applied to a triangulation populated with random points.
static List<PEdge>	PGS_SegmentSet.graphMatchedSegments(List<processing.core.PVector> points)	Generates non-intersecting segments via a Perfect matching algorithm applied to a triangulation populated with the given points.
static List<PEdge>	PGS_SegmentSet.graphMatchedSegments(org.tinfour.common.IIncrementalTin triangulation)	Generates non-intersecting segments via a Perfect matching algorithm applied to the given triangulation.
static List<PEdge>	PGS_SegmentSet.nodedSegments(double width, double height, int n, long seed)	Generates N non-intersecting segments via intersection and noding.
static List<PEdge>	PGS_SegmentSet.parallelSegments(double centerX, double centerY, double length, double spacing, double angle, int n)	Generates a set of N straight parallel segments, centered on a given point.
static List<PEdge>	PGS_SegmentSet.stochasticSegments(double width, double height, int n)	Generates a set of N random non-intersecting line segments via brute-forcing.
static List<PEdge>	PGS_SegmentSet.stochasticSegments(double width, double height, int n, double length)	Generates a set of N random non-intersecting line segments of the given length via brute-forcing.
static List<PEdge>	PGS_SegmentSet.stochasticSegments(double width, double height, int n, double minLength, double maxLength, long seed)	Generates a set of N random non-intersecting line segments via brute-forcing.
static List<PEdge>	PGS_SegmentSet.stretch(List<PEdge> segments, double factor)	Stretches each PEdge segment in the provided list by a specified factor.
static org.jgrapht.graph.SimpleGraph<processing.core.PVector,PEdge>	PGS_Conversion.toCentroidDualGraph(processing.core.PShape mesh)	Converts a mesh-like PShape into its centroid-based undirected dual-graph.
static org.jgrapht.graph.SimpleGraph<processing.core.PVector,PEdge>	PGS_Conversion.toGraph(processing.core.PShape shape)	Transforms a given PShape into a simple graph representation.
static org.jgrapht.graph.SimpleGraph<processing.core.PVector,PEdge>	PGS_Triangulation.toGraph(org.tinfour.common.IIncrementalTin triangulation)	Finds the graph equivalent to a triangulation.

Method parameters in micycle.pgs with type arguments of type PEdge

Modifier and Type	Method	Description
static processing.core.PShape	PGS_SegmentSet.dissolve(Collection<PEdge> segments)	Dissolves the edges from a collection of PEdges into a set of maximal-length LineStrings in which each unique segment appears only once.
static List<PEdge>	PGS_SegmentSet.filterAxisAligned(List<PEdge> segments, double angleDelta)	Removes axis-aligned (horizontal and vertical) segments (within a given angle tolerance) from a collection of segments.
static List<PEdge>	PGS_SegmentSet.filterByAverageLength(List<PEdge> segments, double fraction)	Removes segments having a length either less than some fraction or more than 1/fraction of the mean segment length from a collection of segments.
static List<PEdge>	PGS_SegmentSet.filterByMinLength(List<PEdge> segments, double minLength)	Removes segments having a length less than the given length from a collection of segmensts.
static processing.core.PShape	PGS_Conversion.fromGraph(org.jgrapht.graph.SimpleGraph<processing.core.PVector,PEdge> graph)	Converts a given SimpleGraph consisting of PVectors and PEdges into a PShape by polygonizing its edges.
static List<PEdge>	PGS_SegmentSet.getPolygonInteriorSegments(List<PEdge> segments, processing.core.PShape shape)	Retains line segments from a set of line segments that are wholly contained within a given shape.
static List<PEdge>	PGS_SegmentSet.stretch(List<PEdge> segments, double factor)	Stretches each PEdge segment in the provided list by a specified factor.
static processing.core.PShape	PGS_SegmentSet.toPShape(Collection<PEdge> segments)	Converts a collection of PEdges into a LINES shape.
static processing.core.PShape	PGS_SegmentSet.toPShape(Collection<PEdge> segments, Integer strokeColor, Integer strokeCap, Integer strokeWeight)	Converts a collection of PEdges into a LINES shape, having the (optional) styling provided.

Uses of PEdge in micycle.pgs.commons

Methods in micycle.pgs.commons that return PEdge

Modifier and Type	Method	Description
PEdge	PEdge.copy()
PEdge	PEdge.round()	Rounds (mutates) the vertex coordinates of this PEdge to their closest ints.
PEdge	PEdge.slice(double from, double to)	Calculates the subsection of this PEdge as a new PEdge.

Methods in micycle.pgs.commons that return types with arguments of type PEdge

Modifier and Type	Method	Description
Set<PEdge>	PenroseTiling.getEdges()	Returns the edge work of the tiling.
List<PEdge>	SpiralQuadrangulation.getQuadrangulationEdges()

Method parameters in micycle.pgs.commons with type arguments of type PEdge

Modifier and Type	Method	Description
static processing.core.PShape	FastPolygonizer.polygonize(Collection<PEdge> edges)	Polygonizes a set of edges which represent linework that forms some polygonal arrangement (a planar graph).