All Classes and Interfaces
Class
Description
Line and polygon clipping, and offsetting.
The Clipper class performs boolean 'clipping'.
The ClipperD class performs boolean 'clipping'.
Manages the process of offsetting (inflating/deflating) both open and closed
paths using different join types and end types.
All polygon clipping is performed with a Clipper object with the specific
boolean operation indicated by the ClipType parameter passed in its Execute
method.
Functional interface for calculating a variable delta during polygon
offsetting.
The EndType enumerator is only needed when offsetting (inflating/shrinking).
Complex polygons are defined by one or more closed paths that set both outer
and inner polygon boundaries.
The JoinType enumerator is only needed when offsetting (inflating/shrinking).
The annotated element could be null under some circumstances.
This structure contains a sequence of Point64 vertices defining a single
contour (see also terminology).
This structure contains a sequence of PointD vertices defining a single
contour (see also terminology).
Paths64 represent one or more Path64 structures.
PathsD represent one or more PathD structures.
The Point64 structure is used to represent a single vertex (or coordinate) in
a series that together make a path or contour (see Path64).
The PointD structure is used to represent a single floating point coordinate.
PolyPath64 objects are contained inside PolyTree64s and represents a single
polygon contour.
PolyTree64 is a read-only data structure that receives solutions from
clipping operations.
PolyTreeD is a read-only data structure that receives solutions from clipping
operations.
RectClip64 intersects subject polygons with the specified rectangular
clipping region.
RectClipLines64 intersects subject open paths (polylines) with the specified
rectangular clipping region.