| Interface | Description |
|---|---|
| Point |
A representation of an n-dimensional point.
|
| ValueVectorListener |
Listener interface to listen for changes in a ValueVector.
|
| Class | Description |
|---|---|
| BezierCurve |
General n-point Bezier curve implementation.
|
| BinaryCurveApproximationAlgorithm |
The binary curve approximation algorithm is an algorithm designed to approximate a ParametricCurve using as few
points as possible but keeping the overall visual appearance of the curve smooth.
|
| BSpline |
General non-rational B-Spline implementation where the degree can be specified.
|
| CardinalSpline |
The Cardinal-spline passes through the points in the control-path specified by the group-iterator.
|
| CatmullRomSpline |
The CatmullRomSpline is equal to the CardinalSpline with the value of alpha fixed at 0.5.
|
| ControlPath |
A ControlPath is a container of Point objects and Curve objects.
|
| CubicBSpline |
The cubic B-spline is defined by third order polynomial basis functions.
|
| Curve |
A Curve is an object that defines itself using mathematical equations and points of a
control-path in a given dimension.
|
| GroupIterator |
A GroupIterator allows a curve to choose the points from a control-path that the curve uses to
define itself.
|
| LagrangeCurve |
The Lagrange curve passes through the control-points specified by the group-iterator.
|
| MultiPath |
A multi-path is a series of paths (sequence of connected points) in n-dimensions.
|
| NaturalCubicSpline |
The natural-cubic-spline is constructed using piecewise third order polynomials which pass through all the
control-points specified by the group-iterator.
|
| NURBSpline |
General implementation of the Non-Uniform Rational B-spline or NURB-Spline.
|
| ParametricCurve |
Curves that extend the ParametricCurve class are continuous and can use the
BinaryCurveApproximationAlgorithm class to generate a sequence of points that
approximate the curve.
|
| Polyline |
A polyline is a sequence of connected line segments based on the control-path points specified
by the group-iterator.
|
| ShapeMultiPath |
The ShapeMultiPath is-a MultiPath and implements the java.awt.Shape interface.
|
| ShapeMultiPathIterator | |
| ValueVector |
A value-vector is a sequence of values that some curves use to define themselves,
sometimes called a knot-vector or a weight-vector.
|
| Exception | Description |
|---|---|
| ControlStringParseException |
Exception thrown if the parsing of a control-string fails.
|