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

Packages that use PathD

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.core	Core geometry types and enums used throughout the Clipper2 API.
com.github.micycle1.clipper2.engine	The Clipper64 and ClipperD classes in this unit encapsulate all the logic that performs path clipping.
com.github.micycle1.clipper2.offset	This unit contains the ClipperOffset class that performs all polygon offsetting.

Uses of PathD in com.github.micycle1.clipper2

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

Modifier and Type	Method	Description
static PathD	Clipper.ellipse(PointD center, double radiusX)	Approximates a floating-point circle using an automatically chosen step count.
static PathD	Clipper.ellipse(PointD center, double radiusX, double radiusY)	Approximates a floating-point ellipse using an automatically chosen step count.
static PathD	Clipper.ellipse(PointD center, double radiusX, double radiusY, int steps)	Approximates a floating-point ellipse.
static PathD	Clipper.makePath(double[] arr)	Creates a floating-point path from alternating x,y coordinate pairs.
static PathD	Clipper.pathD(Path64 path)
static PathD	Clipper.ramerDouglasPeucker(PathD path, double epsilon)	Simplifies a floating-point path using the Ramer-Douglas-Peucker algorithm.
static PathD	Clipper.reversePath(PathD path)
static PathD	Clipper.scalePath(PathD path, double scale)
static PathD	Clipper.scalePathD(Path64 path, double scale)
static PathD	Clipper.simplifyPath(PathD path, double epsilon)	Simplifies a floating-point path assuming an open path by default.
static PathD	Clipper.simplifyPath(PathD path, double epsilon, boolean isClosedPath)	Removes vertices that are less than the specified epsilon distance from an imaginary line that passes through its 2 adjacent vertices.
static PathD	Clipper.stripNearDuplicates(PathD path, double minEdgeLenSqrd, boolean isClosedPath)
static PathD	Clipper.translatePath(PathD path, double dx, double dy)
static PathD	Clipper.trimCollinear(PathD path, int precision)	This function removes the vertices between adjacent collinear segments.
static PathD	Clipper.trimCollinear(PathD path, int precision, boolean isOpen)	This function removes the vertices between adjacent collinear segments.

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

Modifier and Type	Method	Description
static double	Clipper.area(PathD path)	Returns the signed area of the supplied floating-point polygon.
static PathsD	Minkowski.diff(PathD pattern, PathD path, boolean isClosed)
static PathsD	Minkowski.diff(PathD pattern, PathD path, boolean isClosed, int decimalPlaces)
static RectD	Clipper.getBounds(PathD path)	Returns the bounds of a floating-point path.
static boolean	Clipper.isPositive(PathD poly)	This function assesses the winding orientation of closed paths.
static PathsD	Clipper.minkowskiDiff(PathD pattern, PathD path, boolean isClosed)
static PathsD	Clipper.minkowskiSum(PathD pattern, PathD path, boolean isClosed)
static Path64	Clipper.path64(PathD path)
static String	Clipper.pathDToString(PathD path)
static PointInPolygonResult	Clipper.pointInPolygon(PointD pt, PathD polygon)
static PointInPolygonResult	Clipper.pointInPolygon(PointD pt, PathD polygon, int precision)
static PathD	Clipper.ramerDouglasPeucker(PathD path, double epsilon)	Simplifies a floating-point path using the Ramer-Douglas-Peucker algorithm.
static void	Clipper.rDP(PathD path, int begin, int end, double epsSqrd, List<Boolean> flags)
static PathsD	Clipper.rectClip(RectD rect, PathD path)
static PathsD	Clipper.rectClip(RectD rect, PathD path, int precision)
static PathsD	Clipper.rectClipLines(RectD rect, PathD path)
static PathsD	Clipper.rectClipLines(RectD rect, PathD path, int precision)
static PathD	Clipper.reversePath(PathD path)
static PathD	Clipper.scalePath(PathD path, double scale)
static Path64	Clipper.scalePath64(PathD path, double scale)
static PathD	Clipper.simplifyPath(PathD path, double epsilon)	Simplifies a floating-point path assuming an open path by default.
static PathD	Clipper.simplifyPath(PathD path, double epsilon, boolean isClosedPath)	Removes vertices that are less than the specified epsilon distance from an imaginary line that passes through its 2 adjacent vertices.
static PathD	Clipper.stripNearDuplicates(PathD path, double minEdgeLenSqrd, boolean isClosedPath)
static PathsD	Minkowski.sum(PathD pattern, PathD path, boolean isClosed)
static PathsD	Minkowski.sum(PathD pattern, PathD path, boolean isClosed, int decimalPlaces)
static PathD	Clipper.translatePath(PathD path, double dx, double dy)
static PathD	Clipper.trimCollinear(PathD path, int precision)	This function removes the vertices between adjacent collinear segments.
static PathD	Clipper.trimCollinear(PathD path, int precision, boolean isOpen)	This function removes the vertices between adjacent collinear segments.

Uses of PathD in com.github.micycle1.clipper2.core

Methods in com.github.micycle1.clipper2.core that return PathD

Modifier and Type	Method	Description
PathD	RectD.asPath()

Constructor parameters in com.github.micycle1.clipper2.core with type arguments of type PathD

Modifier	Constructor	Description
	PathsD(List<PathD> paths)

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

Methods in com.github.micycle1.clipper2.engine that return PathD

Modifier and Type	Method	Description
final PathD	PolyPathD.getPolygon()

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

Modifier and Type	Method	Description
void	ClipperD.addClip(PathD path)	Adds a clip path.
void	ClipperD.addOpenSubject(PathD path)	Adds an open subject path.
void	ClipperD.addPath(PathD path, PathType polytype)	Adds a closed path as either subject or clip input.
void	ClipperD.addPath(PathD path, PathType polytype, boolean isOpen)	Adds a path as either subject or clip input.
void	ClipperD.addSubject(PathD path)	Adds a closed subject path.

Uses of PathD in com.github.micycle1.clipper2.offset

Methods in com.github.micycle1.clipper2.offset with parameters of type PathD

Modifier and Type	Method	Description
double	DeltaCallback64.calculate(Path64 path, PathD path_norms, int currPt, int prevPt)	Calculates the delta (offset) for a given point in the polygon path.