Uses of Class
com.github.micycle1.clipper2.core.PathsD

Packages that use PathsD

Package	Description
com.github.micycle1.clipper2	Clipper2 is an open source freeware library that performs line and polygon clipping, and offsetting.
com.github.micycle1.clipper2.engine	The Clipper64 and ClipperD classes in this unit encapsulate all the logic that performs path clipping.

Uses of PathsD in com.github.micycle1.clipper2

Methods in com.github.micycle1.clipper2 that return PathsD

Modifier and Type	Method	Description
static PathsD	Clipper.booleanOp(ClipType clipType, PathsD subject, @Nullable PathsD clip, FillRule fillRule, int precision)	This function is a generic alternative to the Intersect, Difference, Union and XOR functions.
static PathsD	Clipper.booleanOp(ClipType clipType, PathsD subject, PathsD clip, FillRule fillRule)	Applies the requested boolean operation to floating-point subject and clip paths using the default precision.
static PathsD	Minkowski.diff(PathD pattern, PathD path, boolean isClosed)
static PathsD	Minkowski.diff(PathD pattern, PathD path, boolean isClosed, int decimalPlaces)
static PathsD	Clipper.difference(PathsD subject, PathsD clip, FillRule fillRule)	Subtracts the clip paths from the subject paths using the default precision.
static PathsD	Clipper.difference(PathsD subject, PathsD clip, FillRule fillRule, int precision)	Subtracts the clip paths from the subject paths.
static PathsD	Clipper.inflatePaths(PathsD paths, double delta, JoinType joinType, EndType endType)	Inflates or shrinks floating-point paths with default settings.
static PathsD	Clipper.inflatePaths(PathsD paths, double delta, JoinType joinType, EndType endType, double miterLimit)	Inflates or shrinks floating-point paths with a custom miter limit.
static PathsD	Clipper.inflatePaths(PathsD paths, double delta, JoinType joinType, EndType endType, double miterLimit, double arcTolerance, int precision)	These functions encapsulate ClipperOffset, the class that performs both polygon and open path offsetting.
static PathsD	Clipper.intersect(PathsD subject, PathsD clip, FillRule fillRule)	Intersects two sets of floating-point paths using the default precision.
static PathsD	Clipper.intersect(PathsD subject, PathsD clip, FillRule fillRule, int precision)	Intersects two sets of floating-point paths.
static PathsD	Clipper.minkowskiDiff(PathD pattern, PathD path, boolean isClosed)
static PathsD	Clipper.minkowskiSum(PathD pattern, PathD path, boolean isClosed)
static PathsD	Clipper.pathsD(Paths64 paths)
static PathsD	Clipper.polyTreeToPathsD(PolyTreeD polyTree)
static PathsD	Clipper.ramerDouglasPeucker(PathsD paths, double epsilon)	Simplifies floating-point paths using the Ramer-Douglas-Peucker algorithm.
static PathsD	Clipper.rectClip(RectD rect, PathD path)
static PathsD	Clipper.rectClip(RectD rect, PathD path, int precision)
static PathsD	Clipper.rectClip(RectD rect, PathsD paths)
static PathsD	Clipper.rectClip(RectD rect, PathsD paths, int precision)
static PathsD	Clipper.rectClipLines(RectD rect, PathD path)
static PathsD	Clipper.rectClipLines(RectD rect, PathD path, int precision)
static PathsD	Clipper.rectClipLines(RectD rect, PathsD paths)
static PathsD	Clipper.rectClipLines(RectD rect, PathsD paths, int precision)
static PathsD	Clipper.reversePaths(PathsD paths)
static PathsD	Clipper.scalePaths(PathsD paths, double scale)
static PathsD	Clipper.scalePathsD(Paths64 paths, double scale)
static PathsD	Clipper.simplifyPaths(PathsD paths, double epsilon)	Simplifies multiple floating-point paths assuming open paths by default.
static PathsD	Clipper.simplifyPaths(PathsD paths, double epsilon, boolean isClosedPath)	Simplifies multiple floating-point paths.
static PathsD	Minkowski.sum(PathD pattern, PathD path, boolean isClosed)
static PathsD	Minkowski.sum(PathD pattern, PathD path, boolean isClosed, int decimalPlaces)
static PathsD	Clipper.translatePaths(PathsD paths, double dx, double dy)
static PathsD	Clipper.union(PathsD subject, FillRule fillRule)	Unites the supplied floating-point subject paths using the default precision.
static PathsD	Clipper.union(PathsD subject, PathsD clip, FillRule fillRule)	Unites two sets of floating-point paths using the default precision.
static PathsD	Clipper.union(PathsD subject, PathsD clip, FillRule fillRule, int precision)	Unites two sets of floating-point paths.
static PathsD	Clipper.xor(PathsD subject, PathsD clip, FillRule fillRule)	Computes the exclusive-or of two sets of floating-point paths using the default precision.
static PathsD	Clipper.xor(PathsD subject, PathsD clip, FillRule fillRule, int precision)	Computes the exclusive-or of two sets of floating-point paths.

Methods in com.github.micycle1.clipper2 with parameters of type PathsD

Modifier and Type	Method	Description
static void	Clipper.addPolyNodeToPathsD(PolyPathD polyPath, PathsD paths)	Flattens a floating-point polytree into a path collection.
static double	Clipper.area(PathsD paths)	Returns the combined signed area of the supplied floating-point polygons.
static void	Clipper.booleanOp(ClipType clipType, @Nullable PathsD subject, @Nullable PathsD clip, PolyTreeD polytree, FillRule fillRule)	Applies the requested boolean operation to floating-point paths and stores the result in a PolyTreeD using the default precision.
static void	Clipper.booleanOp(ClipType clipType, @Nullable PathsD subject, @Nullable PathsD clip, PolyTreeD polytree, FillRule fillRule, int precision)	Applies the requested boolean operation to floating-point paths and stores the result in a PolyTreeD.
static PathsD	Clipper.booleanOp(ClipType clipType, PathsD subject, @Nullable PathsD clip, FillRule fillRule, int precision)	This function is a generic alternative to the Intersect, Difference, Union and XOR functions.
static PathsD	Clipper.booleanOp(ClipType clipType, PathsD subject, PathsD clip, FillRule fillRule)	Applies the requested boolean operation to floating-point subject and clip paths using the default precision.
static PathsD	Clipper.difference(PathsD subject, PathsD clip, FillRule fillRule)	Subtracts the clip paths from the subject paths using the default precision.
static PathsD	Clipper.difference(PathsD subject, PathsD clip, FillRule fillRule, int precision)	Subtracts the clip paths from the subject paths.
static RectD	Clipper.getBounds(PathsD paths)	Returns the bounds of multiple floating-point paths.
static PathsD	Clipper.inflatePaths(PathsD paths, double delta, JoinType joinType, EndType endType)	Inflates or shrinks floating-point paths with default settings.
static PathsD	Clipper.inflatePaths(PathsD paths, double delta, JoinType joinType, EndType endType, double miterLimit)	Inflates or shrinks floating-point paths with a custom miter limit.
static PathsD	Clipper.inflatePaths(PathsD paths, double delta, JoinType joinType, EndType endType, double miterLimit, double arcTolerance, int precision)	These functions encapsulate ClipperOffset, the class that performs both polygon and open path offsetting.
static PathsD	Clipper.intersect(PathsD subject, PathsD clip, FillRule fillRule)	Intersects two sets of floating-point paths using the default precision.
static PathsD	Clipper.intersect(PathsD subject, PathsD clip, FillRule fillRule, int precision)	Intersects two sets of floating-point paths.
static Paths64	Clipper.paths64(PathsD paths)
static String	Clipper.pathsDToString(PathsD paths)
static PathsD	Clipper.ramerDouglasPeucker(PathsD paths, double epsilon)	Simplifies floating-point paths using the Ramer-Douglas-Peucker algorithm.
static PathsD	Clipper.rectClip(RectD rect, PathsD paths)
static PathsD	Clipper.rectClip(RectD rect, PathsD paths, int precision)
static PathsD	Clipper.rectClipLines(RectD rect, PathsD paths)
static PathsD	Clipper.rectClipLines(RectD rect, PathsD paths, int precision)
static PathsD	Clipper.reversePaths(PathsD paths)
static PathsD	Clipper.scalePaths(PathsD paths, double scale)
static Paths64	Clipper.scalePaths64(PathsD paths, double scale)
static PathsD	Clipper.simplifyPaths(PathsD paths, double epsilon)	Simplifies multiple floating-point paths assuming open paths by default.
static PathsD	Clipper.simplifyPaths(PathsD paths, double epsilon, boolean isClosedPath)	Simplifies multiple floating-point paths.
static PathsD	Clipper.translatePaths(PathsD paths, double dx, double dy)
static PathsD	Clipper.union(PathsD subject, FillRule fillRule)	Unites the supplied floating-point subject paths using the default precision.
static PathsD	Clipper.union(PathsD subject, PathsD clip, FillRule fillRule)	Unites two sets of floating-point paths using the default precision.
static PathsD	Clipper.union(PathsD subject, PathsD clip, FillRule fillRule, int precision)	Unites two sets of floating-point paths.
static PathsD	Clipper.xor(PathsD subject, PathsD clip, FillRule fillRule)	Computes the exclusive-or of two sets of floating-point paths using the default precision.
static PathsD	Clipper.xor(PathsD subject, PathsD clip, FillRule fillRule, int precision)	Computes the exclusive-or of two sets of floating-point paths.

Uses of PathsD in com.github.micycle1.clipper2.engine

Methods in com.github.micycle1.clipper2.engine with parameters of type PathsD

Modifier and Type	Method	Description
void	ClipperD.addClips(PathsD paths)	Adds multiple clip paths.
void	ClipperD.addOpenSubjects(PathsD paths)	Adds multiple open subject paths.
void	ClipperD.addPaths(PathsD paths, PathType polytype)	Adds multiple closed paths as either subject or clip input.
void	ClipperD.addPaths(PathsD paths, PathType polytype, boolean isOpen)	Adds multiple paths as either subject or clip input.
void	ClipperD.addSubjects(PathsD paths)	Adds multiple closed subject paths.
boolean	ClipperD.execute(ClipType clipType, FillRule fillRule, PathsD solutionClosed)	Executes the requested clipping operation and returns only closed solution paths.
boolean	ClipperD.execute(ClipType clipType, FillRule fillRule, PathsD solutionClosed, PathsD solutionOpen)	Executes the requested clipping operation and returns closed and open results as scaled PathsD collections.
boolean	ClipperD.execute(ClipType clipType, FillRule fillRule, PolyTreeD polytree, PathsD openPaths)	Executes the requested clipping operation and writes the nested closed-path result to a PolyTreeD.