Uses of Class
org.djutils.draw.line.Ray3d

Packages that use Ray3d
Package
Description
The d1 package provides an interface and different implementations for lines.
  • Uses of Ray3d in org.djutils.draw.line

    Methods in org.djutils.draw.line that return Ray3d
    Modifier and Type
    Method
    Description
    Ray3d.flip()
     
    Ray3d.getLocationExtended(double position)
     
    Ray3d.neg()
     
    Methods in org.djutils.draw.line with parameters of type Ray3d
    Modifier and Type
    Method
    Description
    static PolyLine3d
    Bezier.cubic(double epsilon, Ray3d start, Ray3d end)
    Approximate a cubic Bézier curve from start to end with two generated control points at half the distance between start and end with specified precision.
    static PolyLine3d
    Bezier.cubic(double epsilon, Ray3d start, Ray3d end, double shape)
    Approximate a cubic Bézier curve from start to end with two generated control points at half the distance between start and end with specified precision.
    static PolyLine3d
    Bezier.cubic(double epsilon, Ray3d start, Ray3d end, double shape, boolean weighted)
    Approximate a cubic Bézier curve from start to end with two generated control points at half the distance between start and end with specified precision.
    static PolyLine3d
    Bezier.cubic(int size, Ray3d start, Ray3d end)
    Approximate a cubic Bézier curve from start to end with two generated control points at half the distance between start and end.
    static PolyLine3d
    Bezier.cubic(int size, Ray3d start, Ray3d end, double shape)
    Approximate a cubic Bézier curve from start to end with two generated control points at half the distance between start and end.
    static PolyLine3d
    Bezier.cubic(int size, Ray3d start, Ray3d end, double shape, boolean weighted)
    Approximate a cubic Bézier curve from start to end with two generated control points at half the distance between start and end.
    static PolyLine3d
    Bezier.cubic(Ray3d start, Ray3d end)
    Construct a cubic Bézier curve from start to end with two generated control points at half the distance between start and end.