#include<kfbxtrimnurbssurface.h>
Definition at line153of filekfbxtrimnurbssurface.h.
Public Member Functions | |
| virtualEAttributeType | GetAttributeType() const |
| Return the type of node attribute. | |
| int | GetTrimRegionCount() const |
| Returns the number of regions on this trimmed nurbs surface. | |
| void | BeginTrimRegion() |
| Call this before adding boundaries for a new trim region. | |
| void | EndTrimRegion() |
| Call this after the last boundary for a given region is added. | |
| bool | AddBoundary(KFbxBoundary*pBoundary) |
| Appends a trimming boundary to the set of trimming boundaries. | |
| KFbxBoundary* | GetBoundary(int pIndex, int pRegionIndex=0) |
| Gets the boundary at a given index for a given region. | |
| KFbxBoundaryconst * | GetBoundary(int pIndex, int pRegionIndex=0) const |
| Gets the boundary at a given index for a given region. | |
| int | GetBoundaryCount(int pRegionIndex=0) const |
| Gets the number of boundaries on this surface. | |
| void | SetNurbsSurface(KFbxNurbsSurfaceconst *pNurbs) |
| Set the nurbs surface that will be trimmed by the trimming boundaries. | |
| KFbxNurbsSurface* | GetNurbsSurface() |
| Gets the untrimmed surface that is trimmed by the trim boundaries. | |
| KFbxNurbsSurfaceconst * | GetNurbsSurface() const |
| Gets the untrimmed surface that is trimmed by the trim boundaries. | |
| void | SetFlipNormals(bool pFlip) |
| The normals of the surface can be reversed to reverse the surface. | |
| bool | GetFlipNormals() const |
| Check if the normals are flipped. | |
| virtual int | GetControlPointsCount() const |
| Get the number of control points. | |
| virtualKFbxVector4* | GetControlPoints() const |
| Get a pointer to the array of control points. | |
Shape Management | |
| virtual int | AddShape(KFbxShape*pShape, char const *pShapeName) |
| Shapes on trim nurbs are stored on the untrimmed surface. | |
| virtual void | ClearShape() |
| Shapes on trim nurbs are stored on the untrimmed surface. | |
| virtual int | GetShapeCount() const |
| Shapes on trim nurbs are stored on the untrimmed surface. | |
| virtualKFbxShape* | GetShape(int pIndex) |
| Shapes on trim nurbs are stored on the untrimmed surface. | |
| virtualKFbxShapeconst * | GetShape(int pIndex) const |
| Shapes on trim nurbs are stored on the untrimmed surface. | |
| virtual char const * | GetShapeName(int pIndex) const |
| Shapes on trim nurbs are stored on the untrimmed surface. | |
| virtualKFCurve* | GetShapeChannel(int pIndex, bool pCreateAsNeeded=false, char const *pTakeName=NULL) |
| Shapes on trim nurbs are stored on the untrimmed surface. | |
| virtualEAttributeTypeGetAttributeType | ( | ) | const[inline, virtual] |
Return the type of node attribute.
Reimplemented fromKFbxGeometry.
Definition at line158of filekfbxtrimnurbssurface.h.
| int GetTrimRegionCount | ( | ) | const |
Returns the number of regions on this trimmed nurbs surface.
Note there is at always at least one trim region.
| void BeginTrimRegion | ( | ) |
Call this before adding boundaries for a new trim region.
The number of regions is incremented on this call.
| void EndTrimRegion | ( | ) |
Call this after the last boundary for a given region is added.
If no boundaries are added inbetween calls to BeginTrimRegion and EndTrimRegion, the last region is removed.
| bool AddBoundary | ( | KFbxBoundary* | pBoundary | ) |
Appends a trimming boundary to the set of trimming boundaries.
The first boundary specified for a given trim region should be the outer boundary. All other boundaries are inner boundaries. This must be called after a call toBeginTrimRegion(). Boundaries cannot be shared among regions. Duplicate the boundary if nessecary. SeeKFbxBoundary
| pBoundary | The boundary to add. |
| KFbxBoundary* GetBoundary | ( | int | pIndex, | |
| int | pRegionIndex=0 | |||
| ) |
Gets the boundary at a given index for a given region.
| pIndex | The index of the boundary to retrieve. No bounds checking is done. | |
| pRegionIndex | The index of the region which is bound by the boundary. |
| KFbxBoundaryconst* GetBoundary | ( | int | pIndex, | |
| int | pRegionIndex=0 | |||
| ) | const |
Gets the boundary at a given index for a given region.
| pIndex | The index of the boundary to retrieve. No bounds checking is done. | |
| pRegionIndex | The index of the region which is bound by the boundary. |
| int GetBoundaryCount | ( | int | pRegionIndex=0 | ) | const |
Gets the number of boundaries on this surface.
| pRegionIndex | The index of the region |
| void SetNurbsSurface | ( | KFbxNurbsSurfaceconst * | pNurbs | ) |
Set the nurbs surface that will be trimmed by the trimming boundaries.
| pNurbs | Nurbs |
| KFbxNurbsSurface* GetNurbsSurface | ( | ) |
Gets the untrimmed surface that is trimmed by the trim boundaries.
| KFbxNurbsSurfaceconst* GetNurbsSurface | ( | ) | const |
Gets the untrimmed surface that is trimmed by the trim boundaries.
| void SetFlipNormals | ( | bool | pFlip | ) | [inline] |
The normals of the surface can be reversed to reverse the surface.
| pFlip | If true, the surface is reversed, else the surface is not reversed. |
Definition at line232of filekfbxtrimnurbssurface.h.
| bool GetFlipNormals | ( | ) | const[inline] |
Check if the normals are flipped.
Definition at line237of filekfbxtrimnurbssurface.h.
| virtual int AddShape | ( | KFbxShape* | pShape, | |
| char const * | pShapeName | |||
| ) | [virtual] |
Shapes on trim nurbs are stored on the untrimmed surface.
Thus, this is equivalent to callingGetNurbsSurface()->AddShape()SeeKFbxGeometry::AddShape()for method description.
| pShape | Pointer to the shape object. | |
| pShapeName | Name given to the shape. |
Reimplemented fromKFbxGeometry.
| virtual void ClearShape | ( | ) | [virtual] |
Shapes on trim nurbs are stored on the untrimmed surface.
Thus, this is equivalent to callingGetNurbsSurface()->ClearShape()SeeKFbxGeometry::ClearShape()for method description.
Reimplemented fromKFbxGeometry.
| virtual int GetShapeCount | ( | ) | const[virtual] |
Shapes on trim nurbs are stored on the untrimmed surface.
Thus, this is equivalent to callingGetNurbsSurface()->GetShapeCount()SeeKFbxGeometry::GetShapeCount()for method description.
Reimplemented fromKFbxGeometry.
| virtualKFbxShape* GetShape | ( | int | pIndex | ) | [virtual] |
Shapes on trim nurbs are stored on the untrimmed surface.
Thus, this is equivalent to callingGetNurbsSurface()->GetShape()SeeKFbxGeometry::GetShape()for method description.
| pIndex | Index of shape. |
Reimplemented fromKFbxGeometry.
| virtualKFbxShapeconst* GetShape | ( | int | pIndex | ) | const[virtual] |
Shapes on trim nurbs are stored on the untrimmed surface.
Thus, this is equivalent to callingGetNurbsSurface()->GetShape()SeeKFbxGeometry::GetShape()for method description.
| pIndex | Index of shape. |
Reimplemented fromKFbxGeometry.
| virtual char const* GetShapeName | ( | int | pIndex | ) | const[virtual] |
Shapes on trim nurbs are stored on the untrimmed surface.
Thus, this is equivalent to callingGetNurbsSurface()->GetShapeName()SeeKFbxGeometry::GetShapeName()for method description.
| pIndex | Index of shape. |
Reimplemented fromKFbxGeometry.
| virtualKFCurve* GetShapeChannel | ( | int | pIndex, | |
| bool | pCreateAsNeeded=false, | |||
| char const * | pTakeName=NULL | |||
| ) | [virtual] |
Shapes on trim nurbs are stored on the untrimmed surface.
Thus, this is equivalent to callingGetNurbsSurface()->GetShapeChannel()SeeKFbxGeometry::GetShapeChannel()for method description.
| pIndex | Shape index. | |
| pCreateAsNeeded | If true, the fcurve is created if not already present. | |
| pTakeName | Take from which we want the FCurve (if NULL, use the current take). |
Reimplemented fromKFbxGeometry.
| virtual int GetControlPointsCount | ( | ) | const[virtual] |
Get the number of control points.
Reimplemented fromKFbxGeometryBase.
| virtualKFbxVector4* GetControlPoints | ( | ) | const[virtual] |
Get a pointer to the array of control points.
NULLif the array has not been allocated.Reimplemented fromKFbxGeometryBase.