CIP C++ documentation for class "pfcCoonsPatchDescriptor"

Class pfcCoonsPatchDescriptor

# include <pfcGeometry.h> class pfcCoonsPatchDescriptor : public virtual pfcSurfaceDescriptor { xdeclare(pfcCoonsPatchDescriptor) ... }; This is a COMPACT class.

Description

A data object representing the geometry of a surface used to blend surfaces together.

Manual References:: Overview of Creo Object TOOLKIT C++: Casting of Creo Object TOOLKIT C++ pfc Classes to wfc Classes

Direct Known Subclasses:: wfcWCoonsPatchDescriptor

Method Summary


`static pfcCoonsPatchDescriptor_ptr`	`Create (pfcSurfaceExtents_ptr Extents, pfcSurfaceOrientation Orientation, pfcCurveDescriptor_ptr U0Profile, pfcCurveDescriptor_ptr U1Profile, pfcCurveDescriptor_ptr V0Profile, pfcCurveDescriptor_ptr V1Profile, pfcCoonsCornerPoints_ptr CornerPoints, pfcCoonsUVDerivatives_ptr UVDerivatives)`
	This method returns a new CoonsPatchDescriptor object.

`pfcCoonsCornerPoints_ptr`	`GetCornerPoints ()`
`void`	`SetCornerPoints (pfcCoonsCornerPoints_ptr value)`
	The corner points

`pfcCurveDescriptor_ptr`	`GetU0Profile ()`
`void`	`SetU0Profile (pfcCurveDescriptor_ptr value)`
	The curve geometry along u=0

`pfcCurveDescriptor_ptr`	`GetU1Profile ()`
`void`	`SetU1Profile (pfcCurveDescriptor_ptr value)`
	The curve geometry along u=1

`pfcCoonsUVDerivatives_ptr`	`GetUVDerivatives ()`
`void`	`SetUVDerivatives (pfcCoonsUVDerivatives_ptr value)`
	The corner UV mixed derivatives

`pfcCurveDescriptor_ptr`	`GetV0Profile ()`
`void`	`SetV0Profile (pfcCurveDescriptor_ptr value)`
	The curve geometry along v=0

`pfcCurveDescriptor_ptr`	`GetV1Profile ()`
`void`	`SetV1Profile (pfcCurveDescriptor_ptr value)`
	The curve geometry along v=1

Methods Inherited from Class pfcSurfaceDescriptor:: GetSurfaceType, GetExtents, SetExtents, GetOrientation, SetOrientation

Method Detail

`pfcCurveDescriptor_ptr`	`GetU0Profile`	`()`
`void`	`SetU0Profile`	`(pfcCurveDescriptor_ptr value)`

The curve geometry along u=0

`pfcCurveDescriptor_ptr`	`GetU1Profile`	`()`
`void`	`SetU1Profile`	`(pfcCurveDescriptor_ptr value)`

The curve geometry along u=1

`pfcCurveDescriptor_ptr`	`GetV0Profile`	`()`
`void`	`SetV0Profile`	`(pfcCurveDescriptor_ptr value)`

The curve geometry along v=0

`pfcCurveDescriptor_ptr`	`GetV1Profile`	`()`
`void`	`SetV1Profile`	`(pfcCurveDescriptor_ptr value)`

The curve geometry along v=1

`pfcCoonsCornerPoints_ptr`	`GetCornerPoints`	`()`
`void`	`SetCornerPoints`	`(pfcCoonsCornerPoints_ptr value)`

The corner points

`pfcCoonsUVDerivatives_ptr`	`GetUVDerivatives`	`()`
`void`	`SetUVDerivatives`	`(pfcCoonsUVDerivatives_ptr value)`

The corner UV mixed derivatives

static pfcCoonsPatchDescriptor_ptr Create (pfcSurfaceExtents_ptr Extents, pfcSurfaceOrientation Orientation, pfcCurveDescriptor_ptr U0Profile, pfcCurveDescriptor_ptr U1Profile, pfcCurveDescriptor_ptr V0Profile, pfcCurveDescriptor_ptr V1Profile, pfcCoonsCornerPoints_ptr CornerPoints, pfcCoonsUVDerivatives_ptr UVDerivatives)

This method returns a new CoonsPatchDescriptor object.

Parameters:

Extents: The surface extents
Orientation: The surface orientation
U0Profile: The geometry at the U=0 boundary
U1Profile: The geometry at the U=1 boundary
V0Profile: The geometry at the V=0 boundary
V1Profile: The geometry at the V=1 boundary
CornerPoints: The Coons path corner points
UVDerivatives: The corner UV derivatives

Returns:: The new CoonsPatchDescriptor object