Uses of Class
org.j3d.geom.UnsupportedTypeException

Packages that use UnsupportedTypeException

org.j3d.geom	Items of geometry that can be used in a Java 3D scenegraph.
org.j3d.geom.spline	Spline and parametric surface geometry.
org.j3d.geom.terrain	Class for processing and generating terrain type geometry.

Uses of UnsupportedTypeException in org.j3d.geom

Methods in org.j3d.geom that throw UnsupportedTypeException

int	TorusGenerator.getVertexCount(GeometryData data) Get the number of vertices that this generator will create for the shape given in the definition.
void	TorusGenerator.generate(GeometryData data) Generate a new set of geometry items shaped on the passed data.
int	SuperShapeGenerator.getVertexCount(GeometryData data) Get the number of vertices that this generator will create for the curve.
void	SuperShapeGenerator.generate(GeometryData data) Generate a new set of geometry items patchd on the passed data.
int	SpringGenerator.getVertexCount(GeometryData data) Get the number of vertices that this generator will create for the shape given in the definition.
void	SpringGenerator.generate(GeometryData data) Generate a new set of geometry items shaped on the passed data.
int	SphereGenerator.getVertexCount(GeometryData data) Get the number of vertices that this generator will create for the shape given in the definition.
void	SphereGenerator.generate(GeometryData data) Generate a new set of geometry items based on the passed data.
abstract int	GeometryGenerator.getVertexCount(GeometryData data) Get the number of vertices that this generator will create for the shape given in the definition.
abstract void	GeometryGenerator.generate(GeometryData data) Generate a new set of geometry items based on the passed data.
int	CylinderGenerator.getVertexCount(GeometryData data) Get the number of vertices that this generator will create for the shape given in the definition.
void	CylinderGenerator.generate(GeometryData data) Generate a new set of geometry items based on the passed data.
int	ConeGenerator.getVertexCount(GeometryData data) Get the number of vertices that this generator will create for the shape given in the definition.
void	ConeGenerator.generate(GeometryData data) Generate a new set of geometry items based on the passed data.
int	BoxGenerator.getVertexCount(GeometryData data) Get the number of vertices that this generator will create for the shape given in the definition.
void	BoxGenerator.generate(GeometryData data) Generate a new set of geometry items based on the passed data.

Uses of UnsupportedTypeException in org.j3d.geom.spline

Methods in org.j3d.geom.spline that throw UnsupportedTypeException

int	PatchGenerator.getVertexCount(GeometryData data) Get the number of vertices that this generator will create for the shape given in the definition.
void	PatchGenerator.generate(GeometryData data) Generate a new set of geometry items patchd on the passed data.
int	BSplineGenerator.getVertexCount(GeometryData data) Get the number of vertices that this generator will create for the curve.
void	BSplineGenerator.generate(GeometryData data) Generate a new set of geometry items patchd on the passed data.
int	BezierGenerator.getVertexCount(GeometryData data) Get the number of vertices that this generator will create for the curve.
void	BezierGenerator.generate(GeometryData data) Generate a new set of geometry items patchd on the passed data.

Uses of UnsupportedTypeException in org.j3d.geom.terrain

Methods in org.j3d.geom.terrain that throw UnsupportedTypeException

int	FractalTerrainGenerator.getVertexCount(GeometryData data) Get the number of vertices that this generator will create for the shape given in the definition.
void	FractalTerrainGenerator.generate(GeometryData data) Generate a new set of geometry items based on the passed data.
int	ElevationGridGenerator.getVertexCount(GeometryData data) Get the number of vertices that this generator will create for the shape given in the definition based on the current width and height information.
void	ElevationGridGenerator.generate(GeometryData data) Generate a new set of geometry items based on the passed data.