Geometry Namespace Reference

Classes
class	ArrayTesselator
class	BinIDElementEditor
class	BinIDSurface
class	BulkFaultBinIDSurfaceIntersector
class	CubicBezierCurve
class	CubicBezierSurface
class	CubicBezierSurfacePatch
class	Element
class	ElementEditor
class	ElementEditorImpl
class	ExplFaultStickSurface
class	ExplicitIndexedShape
class	ExplPlaneIntersection
class	ExplPolygonSurface
class	FaultBinIDSurfaceIntersector
class	FaultStick
	Class to hold Fault-stick coordinates and compute the normal. More...
class	FaultStickSet
class	FaultStickSurface
class	Horizon2DLine
class	ImplicitBodyPlaneIntersector
class	IndexedGeometry
class	IndexedPrimitiveSet
class	IndexedPrimitiveSetImpl
class	IndexedShape
class	Iterator
class	ParametricCurve
	A curve that is defined by regularly sampled positions. More...
class	ParametricSurface
class	PlaneElementEditor
class	PolygonSurface
class	PolygonSurfEditor
class	PrimitiveSet
class	PrimitiveSetCreator
class	PrimitiveSetCreatorDefImpl
class	RandomLine
class	RandomLineManager
class	RandomLineSet
class	RangePrimitiveSet
class	RowColSurface
class	StickSetEditor

Functions
Coord3	cubicDeCasteljau (const Coord3 *p, char i0, char di, float u)
Coord3	cubicDeCasteljauTangent (const Coord3 *p, char i0, char di, float u)
RandomLineManager &	RLM ()

Function Documentation

cubicDeCasteljau()

Coord3 Geometry::cubicDeCasteljau ( const Coord3 * p, char i0, char di, float u )

inline

Implementation of deCastaleau's algoritm. For more info, refer to "The NURBS book", figure 1.17.

cubicDeCasteljauTangent()

Coord3 Geometry::cubicDeCasteljauTangent ( const Coord3 * p, char i0, char di, float u )

inline

RLM()

RandomLineManager & Geometry::RLM

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