Uses of Class
gov.nasa.worldwind.render.RigidShape.ShapeData

Packages that use RigidShape.ShapeData

Package	Description
gov.nasa.worldwind.render

Uses of RigidShape.ShapeData in gov.nasa.worldwind.render

Fields in gov.nasa.worldwind.render declared as RigidShape.ShapeData

Modifier and Type	Field and Description
protected RigidShape.ShapeData	RigidShape.previousIntersectionShapeData The shape data used for the previous intersection calculation.

Methods in gov.nasa.worldwind.render that return RigidShape.ShapeData

Modifier and Type	Method and Description
protected RigidShape.ShapeData	Ellipsoid.createIntersectionGeometry(Terrain terrain)
protected RigidShape.ShapeData	Pyramid.createIntersectionGeometry(Terrain terrain)
protected abstract RigidShape.ShapeData	RigidShape.createIntersectionGeometry(Terrain terrain)
protected RigidShape.ShapeData	Cone.createIntersectionGeometry(Terrain terrain)
protected RigidShape.ShapeData	Cylinder.createIntersectionGeometry(Terrain terrain)
protected RigidShape.ShapeData	Box.createIntersectionGeometry(Terrain terrain)
protected RigidShape.ShapeData	Wedge.createIntersectionGeometry(Terrain terrain)
protected RigidShape.ShapeData	RigidShape.getCurrentShapeData() Returns the current shape data cache entry.

Methods in gov.nasa.worldwind.render with parameters of type RigidShape.ShapeData

Modifier and Type	Method and Description
protected void	Ellipsoid.computeSubdivisions(DrawContext dc, RigidShape.ShapeData shapeData) Computes the number of subdivisions necessary to achieve the expected Level of Detail given the shape's relationship to the viewer.
protected void	Pyramid.computeSubdivisions(DrawContext dc, RigidShape.ShapeData shapeData) Computes the number of subdivisions necessary to achieve the expected Level of Detail given the shape's relationship to the viewer.
protected abstract void	RigidShape.computeSubdivisions(DrawContext dc, RigidShape.ShapeData shapeData) Computes the number of subdivisions necessary to achieve the expected Level of Detail given the shape's relationship to the viewer.
protected void	Cone.computeSubdivisions(DrawContext dc, RigidShape.ShapeData shapeData) Computes the number of subdivisions necessary to achieve the expected Level of Detail given the shape's relationship to the viewer.
protected void	Cylinder.computeSubdivisions(DrawContext dc, RigidShape.ShapeData shapeData) Computes the number of subdivisions necessary to achieve the expected Level of Detail given the shape's relationship to the viewer.
protected void	Box.computeSubdivisions(DrawContext dc, RigidShape.ShapeData shapeData) Computes the number of subdivisions necessary to achieve the expected Level of Detail given the shape's relationship to the viewer.
protected void	Wedge.computeSubdivisions(DrawContext dc, RigidShape.ShapeData shapeData) Computes the number of subdivisions necessary to achieve the expected Level of Detail given the shape's relationship to the viewer.
protected void	Ellipsoid.drawGeometry(DrawContext dc, int mode, int count, int type, Buffer elementBuffer, RigidShape.ShapeData shapeData, int face) Renders the Ellipsoid, using data from the provided buffer and the given parameters.
protected void	Pyramid.drawGeometry(DrawContext dc, int mode, int count, int type, Buffer elementBuffer, RigidShape.ShapeData shapeData, int face) Renders the Pyramid, using data from the provided buffer and the given parameters
protected abstract void	RigidShape.drawGeometry(DrawContext dc, int mode, int count, int type, Buffer elementBuffer, RigidShape.ShapeData shapeData, int index) Renders the shape, using data from the provided buffer and the given parameters.
protected void	Cone.drawGeometry(DrawContext dc, int mode, int count, int type, Buffer elementBuffer, RigidShape.ShapeData shapeData, int face) Renders the cone, using data from the provided buffer and the given parameters.
protected void	Cylinder.drawGeometry(DrawContext dc, int mode, int count, int type, Buffer elementBuffer, RigidShape.ShapeData shapeData, int face) Renders the cylinder, using data from the provided buffer and the given parameters.
protected void	Box.drawGeometry(DrawContext dc, int mode, int count, int type, Buffer elementBuffer, RigidShape.ShapeData shapeData, int face) Renders the Box, using data from the provided buffer and the given parameters.
protected void	Wedge.drawGeometry(DrawContext dc, int mode, int count, int type, Buffer elementBuffer, RigidShape.ShapeData shapeData, int face) Renders the wedge, using data from the provided buffer and the given parameters.
protected void	RigidShape.drawGeometry(DrawContext dc, RigidShape.ShapeData shapeData, int index) Renders the Rigid Shape
protected void	RigidShape.intersect(Line line, RigidShape.ShapeData shapeData, List<Intersection> intersections, int index)
protected void	Ellipsoid.makeGeometry(RigidShape.ShapeData shapeData) Sets the Geometry mesh for this Ellipsoid, either by pulling it from the geometryCache, or by creating it anew if the appropriate geometry does not yet exist in the cache.
protected void	Pyramid.makeGeometry(RigidShape.ShapeData shapeData) Sets the Geometry mesh for this Pyramid, either by pulling it from the geometryCache, or by creating it anew if the appropriate geometry does not yet exist in the cache.
protected abstract void	RigidShape.makeGeometry(RigidShape.ShapeData shapeData) Sets the Geometry mesh for this shape, either by pulling it from the geometryCache, or by creating it anew if the appropriate geometry does not yet exist in the cache.
protected void	Cone.makeGeometry(RigidShape.ShapeData shapeData) Sets the Geometry mesh for this cone, either by pulling it from the geometryCache, or by creating it anew if the appropriate geometry does not yet exist in the cache.
protected void	Cylinder.makeGeometry(RigidShape.ShapeData shapeData) Sets the Geometry mesh for this cylinder, either by pulling it from the geometryCache, or by creating it anew if the appropriate geometry does not yet exist in the cache.
protected void	Box.makeGeometry(RigidShape.ShapeData shapeData) Sets the Geometry mesh for this Box, either by pulling it from the geometryCache, or by creating it anew if the appropriate geometry does not yet exist in the cache.
protected void	Wedge.makeGeometry(RigidShape.ShapeData shapeData) Sets the Geometry mesh for this wedge, either by pulling it from the geometryCache, or by creating it anew if the appropriate geometry does not yet exist in the cache.
protected boolean	Ellipsoid.sufficientDetail(DrawContext dc, int subdivisions, RigidShape.ShapeData shapeData)
protected boolean	Cone.sufficientDetail(DrawContext dc, int subdivisions, RigidShape.ShapeData shapeData)
protected boolean	Cylinder.sufficientDetail(DrawContext dc, int subdivisions, RigidShape.ShapeData shapeData)
protected boolean	Wedge.sufficientDetail(DrawContext dc, int subdivisions, RigidShape.ShapeData shapeData)