Detailed Description

This class provides the functionality to convert geometry nodes attributes (FbxMesh, FbxNurbs and FbxPatch) and mainly focuses on the two major categories: Triangulation and conversion between NURBS and Patches surfaces.

Examples:: Normals/main.cxx, and ViewScene/SceneContext.cxx.

Definition at line 45 of file fbxgeometryconverter.h.

#include <fbxgeometryconverter.h>

List of all members.

Public Member Functions
	FbxGeometryConverter (FbxManager *pManager)
	Constructor.
	~FbxGeometryConverter ()
	Destructor.
void	ReplaceNodeAttribute (FbxNode pNode, FbxNodeAttribute pNewNodeAttr)
	Replace node attribute with new one.
bool	AddTriangulatedMeshGeometry (FbxNode *pNode, int pUVStepCoeff)
	Add a "triangulated mesh" geometry to the node.
bool	SplitMeshPerMaterial (FbxMesh *pMesh)
	Split Mesh Per Material.
bool	SplitMeshesPerMaterial (FbxScene *pScene)
	Split all the mesh in the scene.
bool	CreateAndCopyLayerElement (FbxMesh pNewMesh, FbxMesh pRefMesh)
	Create LayerElement, and copy settings from pRefMesh to pNewMesh.
bool	SetLayerElements (FbxMesh pNewMesh, FbxMesh pMesh, int pPolygonIndex, int pPolyPointIndex, int pLoopIndex, bool pIsSearched, bool pIsEndPolygon)
	Set Normals, UVs and Vertex Color, when building new mesh.
FbxMesh *	TriangulateMeshAdvance (FbxMesh const *pMesh, bool &pStatus)
	Triangulate a mesh(support without holes or with holes simple polygon)
FbxNode *	MergeMeshes (FbxArray< FbxNode * > &pMeshNodes, const char pNodeName, FbxScene pScene)
	Merge multiple meshes to one mesh.
Static Public Member Functions
static void	FbxTriangulation (int *Index, int pNumSide)
	FbxTriangulation.
Protected Member Functions
bool	ComputePatchToMeshControlPointsWeightedMapping (FbxPatch pSrcPatch, FbxMesh pDstMesh, FbxWeightedMapping *pMapping, bool pSwapUV=false)
bool	ComputeNurbsToMeshControlPointsWeightedMapping (FbxNurbsSurface pSrcNurbs, FbxMesh pDstMesh, FbxWeightedMapping *pMapping, bool pRescaleUVs=false, bool pSwapUV=false)
void	InitializeWeightInControlPoints (FbxGeometryBase *pGeometry)
void	InitializeWeightInNormals (FbxLayerContainer *pLayerContainer)
void	TriangulateContinuousSurface (FbxMesh pMesh, FbxSurfaceEvaluator pSurface, FbxUInt pPointCountX, FbxUInt pPointCountY, bool ClockWise=false)
void	CheckForZeroWeightInShape (FbxGeometry *pGeometry)
FbxMesh *	CreateMeshFromParametricSurface (FbxGeometry const *pGeometry)
FbxNurbs *	CreateNurbsFromPatch (FbxPatch *pPatch)
FbxNurbsSurface *	CreateNurbsSurfaceFromPatch (FbxPatch *pPatch)
void	ConvertShapes (FbxGeometry const pSource, FbxGeometry pDestination, FbxSurfaceEvaluator *pEvaluator, int pUCount, int pVCount)
void	ConvertShapes (FbxGeometry const pSource, FbxGeometry pDestination, FbxWeightedMapping *pSourceToDestinationMapping)
void	ConvertClusters (FbxGeometry const pSource, FbxGeometry pDestination, FbxWeightedMapping *pSourceToDestinationMapping)
void	ConvertClusters (FbxArray< FbxCluster * > const &pSourceClusters, int pSourceControlPointsCount, FbxArray< FbxCluster * > &pDestinationClusters, int pDestinationControlPointsCount, FbxWeightedMapping *pSourceToDestinationMapping)
void	BuildClusterToSourceMapping (FbxArray< FbxCluster * > const &pSourceClusters, FbxWeightedMapping *pClusterToSourceMapping)
void	CheckClusterToSourceMapping (FbxWeightedMapping *pClusterToSourceMapping)
void	ConvertCluster (int pSourceClusterIndex, FbxWeightedMapping pClusterToSourceMapping, FbxWeightedMapping pSourceToDestinationMapping, FbxCluster *pDestinationCluster)
void	DuplicateControlPoints (FbxArray< FbxVector4 > &pControlPoints, FbxArray< int > &pPolygonVertices)
void	UpdatePolygon (FbxMesh pNewMesh, FbxMesh const pRefMesh, int pPolygonIndex, int *pNewIndex, int &pVerticeIndexMeshTriangulated, int &pPolygonIndexMeshTriangulated)
void	UpdatePolygon (FbxMesh pNewMesh, FbxMesh const pRefMesh, int pPolygonIndex, int *pNewIndex, int &pVerticeIndexMeshTriangulated, int &pPolygonIndexMeshTriangulated, int pTriangleNum)
void	ResizePolygon (FbxMesh *pNewMesh, int pNewCountVertices=0, int pNewCountPolygons=0, bool pClearFlag=true)
template<class T1 , class T2 >
void	ConvertNurbs (T1 pNewNurbs, T2 pOldNurb)
bool	CopyAnimationCurves (FbxNode pNode, FbxGeometry pNewGeometry)
bool	FlipNurbsCurve (FbxNurbsCurve *pCurve) const
void	FlipControlPoints (FbxGeometryBase *pPoints, int pUCount, int pVCount) const
bool	ConvertMaterialReferenceMode (FbxMesh *pMeshRef) const
void	RevertMaterialReferenceModeConversion (FbxMesh *pMeshRef) const
Protected Attributes
FbxManager *	mManager
Triangulation
FbxMesh *	TriangulateMesh (FbxMesh const *pMesh)
	Triangulate a mesh.
FbxMesh *	TriangulatePatch (FbxPatch const *pPatch)
	Triangulate a patch.
FbxMesh *	TriangulateNurbs (FbxNurbs const *pNurbs)
	Triangulate a nurb.
bool	TriangulateInPlace (FbxNode *pNode)
	Triangulate a mesh, patch or nurb contained in a node and preserve the skins and shapes animation channels.
bool	AddAlternateGeometry (FbxNode pNode, FbxGeometry pSrcGeom, FbxGeometry pAltGeom, FbxWeightedMapping pSrcToAltWeightedMapping, bool pConvertDeformations)
	Add an "alternate" geometry to the node.
bool	ConvertGeometryAnimation (FbxNode pNode, FbxGeometry pSrcGeom, FbxGeometry *pDstGeom)
	Convert skins and shapes from source to destination geometry.
bool	ComputeGeometryControlPointsWeightedMapping (FbxGeometry pSrcGeom, FbxGeometry pDstGeom, FbxWeightedMapping *pSrcToDstWeightedMapping, bool pSwapUV=false)
	Compute a "vertex-correspondence" table that helps passing from source to destination geometry.
Geometry Conversion
FbxNurbs *	ConvertPatchToNurbs (FbxPatch *pPatch)
	Convert from patch to nurb.
bool	ConvertPatchToNurbsInPlace (FbxNode *pNode)
	Convert a patch contained in a node to a nurb.
FbxNurbsSurface *	ConvertPatchToNurbsSurface (FbxPatch *pPatch)
	Convert a patch to nurb surface.
bool	ConvertPatchToNurbsSurfaceInPlace (FbxNode *pNode)
	Convert a patch contained in a node to a nurb surface.
FbxNurbsSurface *	ConvertNurbsToNurbsSurface (FbxNurbs *pNurbs)
	Convert a FbxNurbs to a FbxNurbsSurface.
FbxNurbs *	ConvertNurbsSurfaceToNurbs (FbxNurbsSurface *pNurbs)
	Convert a FbxNurbsSurface to a FbxNurbs.
bool	ConvertNurbsToNurbsSurfaceInPlace (FbxNode *pNode)
	Convert a nurb, contained in a node, to a nurbs surface.
bool	ConvertNurbsSurfaceToNurbsInPlace (FbxNode *pNode)
	Convert a nurb contained in a node to a nurbs surface.
Nurb UV and Links Swapping
FbxNurbs *	FlipNurbs (FbxNurbs *pNurbs, bool pSwapUV, bool pSwapClusters)
	Flip UV and/or skin clusters of a nurb.
FbxNurbsSurface *	FlipNurbsSurface (FbxNurbsSurface *pNurbs, bool pSwapUV, bool pSwapClusters)
	Flip UV and/or skin clusters of a nurb surface.
Normals By Polygon Vertex Emulation
bool	EmulateNormalsByPolygonVertex (FbxMesh *pMesh)
	Emulate normals by polygon vertex mode for a mesh.
bool	ComputeEdgeSmoothingFromNormals (FbxMesh *pMesh) const
	Create edge smoothing information from polygon-vertex mapped normals.
bool	ComputePolygonSmoothingFromEdgeSmoothing (FbxMesh *pMesh, int pIndex=0) const
	Convert edge smoothing to polygon smoothing group.
bool	ComputeEdgeSmoothingFromPolygonSmoothing (FbxMesh *pMesh, int pIndex=0) const
	Convert polygon smoothing group to edge smoothing.

Constructor & Destructor Documentation

FbxGeometryConverter ( FbxManager * pManager )

Constructor.

Parameters:

pManager SDK object manager.

~FbxGeometryConverter ( )

Destructor.

Member Function Documentation

FbxMesh* TriangulateMesh ( FbxMesh const * pMesh )

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Triangulate a mesh.

Parameters:

pMesh Pointer to the mesh to triangulate.

Returns:: Pointer to the new triangulated mesh.

Remarks:: This method creates a new mesh, leaving the source mesh unchanged.

FbxMesh* TriangulatePatch ( FbxPatch const * pPatch )

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Triangulate a patch.

Parameters:

pPatch Pointer to the patch to triangulate.

Returns:: Pointer to the new triangulated mesh.

Remarks:: The current deformations (skins & shapes) on the patch are also converted and applied to the resulting mesh.

FbxMesh* TriangulateNurbs ( FbxNurbs const * pNurbs )

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Triangulate a nurb.

Parameters:

pNurbs Pointer to the nurb to triangulate.

Returns:: Pointer to the new triangulated mesh.

Remarks:: The current deformations (skins and shapes) on the nurb are also converted and applied to the resulting mesh.

bool TriangulateInPlace ( FbxNode * pNode )

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Triangulate a mesh, patch or nurb contained in a node and preserve the skins and shapes animation channels.

Parameters:

pNode Pointer to the node containing the geometry to triangulate.

Returns:: true on success, or false if the node attribute is not a mesh, a patch or a nurb.

Remarks:: See the remarks for functions TriangulateMesh(), TriangulatePatch() and TriangulateNurbs().

Examples:: ViewScene/SceneContext.cxx.

bool AddAlternateGeometry	(	FbxNode *	pNode,
		FbxGeometry *	pSrcGeom,
		FbxGeometry *	pAltGeom,
		FbxWeightedMapping *	pSrcToAltWeightedMapping,
		bool	pConvertDeformations
	)

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Add an "alternate" geometry to the node.

Parameters:

pNode	Pointer to the node containing the geometry.
pSrcGeom	Pointer to the source geometry.
pAltGeom	Pointer to the alternate geometry.
pSrcToAltWeightedMapping	Pointer to the weighted mapping table (optional).
pConvertDeformations	Flag used only if parameter pSrcToAltWeightedMapping is a valid pointer to a weighted mapping table. Set to `true` to convert deformations using the weighted mapping table.

Returns:: true on success, or false if the node attribute is not a mesh, a patch or a nurb.

Remarks:: Although this method is publicly available, its only use in the FBX SDK is internal to some of the conversion routines declared in this class.

bool ConvertGeometryAnimation	(	FbxNode *	pNode,
		FbxGeometry *	pSrcGeom,
		FbxGeometry *	pDstGeom
	)

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Convert skins and shapes from source to destination geometry.

Parameters:

pNode	Pointer to the node containing the geometry.
pSrcGeom	Pointer to the source geometry.
pDstGeom	Pointer to the destination geometry.

Returns:: true on success, false otherwise.

Remarks:: Source and destination geometry must belong to the same node and must be linked by a geometry weighted map.; Although this method is publicly available, its only use in the FBX SDK is internal to some of the conversion routines declared in this class.

bool ComputeGeometryControlPointsWeightedMapping	(	FbxGeometry *	pSrcGeom,
		FbxGeometry *	pDstGeom,
		FbxWeightedMapping *	pSrcToDstWeightedMapping,
		bool	pSwapUV = `false`
	)

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Compute a "vertex-correspondence" table that helps passing from source to destination geometry.

Parameters:

pSrcGeom	Pointer to the source geometry.
pDstGeom	Pointer to the destination geometry.
pSrcToDstWeightedMapping	Pointer to the weighted mapping table.
pSwapUV	Set to `true` to swap UVs.

Returns:: true on success, false if the function fails to compute the correspondence.

Remarks:: Skins and shapes are also converted to fit the alternate geometry.

FbxNurbs* ConvertPatchToNurbs ( FbxPatch * pPatch )

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Convert from patch to nurb.

Parameters:

pPatch Pointer to the patch to convert.

Returns:: Created nurb or NULL if the conversion fails.

Remarks:: The patch must be of type eBSpline, eBezier or eLinear.

bool ConvertPatchToNurbsInPlace ( FbxNode * pNode )

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Convert a patch contained in a node to a nurb.

Use this function to preserve the patch's skins and shapes animation channels.

Parameters:

pNode Pointer to the node containing the patch.

Returns:: true on success, false if the node attribute is not a patch.

Remarks:: The patch must be of type eBSpline, eBezier or eLinear.

FbxNurbsSurface* ConvertPatchToNurbsSurface ( FbxPatch * pPatch )

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Convert a patch to nurb surface.

Parameters:

pPatch Pointer to the patch to convert.

Returns:: Created nurb surface or NULL if conversion fails.

Remarks:: The patch must be of type eBSpline, eBezier or eLinear.

bool ConvertPatchToNurbsSurfaceInPlace ( FbxNode * pNode )

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Convert a patch contained in a node to a nurb surface.

Use this function to preserve the patch's skins and shapes animation channels.

Parameters:

pNode Pointer to the node containing the patch.

Returns:: true on success, false if the node attribute is not a patch.

Remarks:: The patch must be of type eBSpline, eBezier or eLinear.

FbxNurbsSurface* ConvertNurbsToNurbsSurface ( FbxNurbs * pNurbs )

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Convert a FbxNurbs to a FbxNurbsSurface.

Parameters:

pNurbs Pointer to the original nurb

Returns:: A FbxNurbsSurface that is equivalent to the original nurb.

FbxNurbs* ConvertNurbsSurfaceToNurbs ( FbxNurbsSurface * pNurbs )

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Convert a FbxNurbsSurface to a FbxNurbs.

Parameters:

pNurbs Pointer to the original nurbs surface

Returns:: A FbxNurbs that is equivalent to the original nurbs surface.

bool ConvertNurbsToNurbsSurfaceInPlace ( FbxNode * pNode )

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Convert a nurb, contained in a node, to a nurbs surface.

Use this function to preserve the nurb's skins and shapes animation channels.

Parameters:

pNode Pointer to the node containing the nurb.

Returns:: true on success, false otherwise

bool ConvertNurbsSurfaceToNurbsInPlace ( FbxNode * pNode )

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Convert a nurb contained in a node to a nurbs surface.

Use this function to preserve the nurb's skins and shapes animation channels.

Parameters:

pNode Pointer to the node containing the nurbs surface.

Returns:: true on success, false otherwise

FbxNurbs* FlipNurbs	(	FbxNurbs *	pNurbs,
		bool	pSwapUV,
		bool	pSwapClusters
	)

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Flip UV and/or skin clusters of a nurb.

Parameters:

pNurbs	Pointer to the Source nurb.
pSwapUV	Set to `true` to swap the UVs.
pSwapClusters	Set to `true` to swap the control point indices of clusters.

Returns:: A flipped FbxNurbs, or NULL if the function fails.

FbxNurbsSurface* FlipNurbsSurface	(	FbxNurbsSurface *	pNurbs,
		bool	pSwapUV,
		bool	pSwapClusters
	)

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Flip UV and/or skin clusters of a nurb surface.

Parameters:

pNurbs	Pointer to the Source nurb surface.
pSwapUV	Set to `true` to swap the UVs.
pSwapClusters	Set to `true` to swap the control point indices of clusters.

Returns:: A flipped FbxNurbsSurface, or NULL if the function fails.

bool EmulateNormalsByPolygonVertex ( FbxMesh * pMesh )

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Emulate normals by polygon vertex mode for a mesh.

Parameters:

pMesh Pointer to the mesh object.

Returns:: true on success, false if the number of normals in the mesh and in its associated shapes don't match the number of polygon vertices.

Remarks:

For applications that only supports normals by control points, this function duplicates control points to equal the number of polygon vertices. skins and shapes are also converted. As preconditions:

polygons must have been created
the number of normals in the mesh and in its associated shapes must match the number of polygon vertices.

bool ComputeEdgeSmoothingFromNormals ( FbxMesh * pMesh ) const

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Create edge smoothing information from polygon-vertex mapped normals.

Existing smoothing information is removed and edge data is created if none exists on the mesh.

Parameters:

pMesh The mesh used to generate edge smoothing.

Returns:: true on success, false otherwise.

Remarks:: The edge smoothing data is placed on Layer 0 of the mesh. Normals do not need to be on Layer 0, since the first layer with per polygon vertex normals is used.

bool ComputePolygonSmoothingFromEdgeSmoothing	(	FbxMesh *	pMesh,
		int	pIndex = `0`
	)		const

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Convert edge smoothing to polygon smoothing group.

Existing smoothing information is replaced.

Parameters:

pMesh	The mesh that contains the smoothing to be converted.
pIndex	The index of the layer smoothing to be converted.

Returns:: true on success, false otherwise.

Remarks:: The smoothing group is bitwise. Each bit of the integer represents one smoothing group. Therefore, there is a maximum of 32 smoothing groups.

bool ComputeEdgeSmoothingFromPolygonSmoothing	(	FbxMesh *	pMesh,
		int	pIndex = `0`
	)		const

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Convert polygon smoothing group to edge smoothing.

Existing smoothing information is replaced.

Parameters:

pMesh	The mesh that contains the smoothing to be converted.
pIndex	The index of the layer smoothing to be converted

Returns:: true on success, false otherwise.

void ReplaceNodeAttribute	(	FbxNode *	pNode,
		FbxNodeAttribute *	pNewNodeAttr
	)

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Replace node attribute with new one.

Parameters:

pNode	Pointer to the node which node attribute will be replaced.
pNewNodeAttr	new node attribute.

Remarks:: a)node attribute of all instance object will also be replaced; b)the old node attribute will be destroyed.

bool AddTriangulatedMeshGeometry	(	FbxNode *	pNode,
		int	pUVStepCoeff
	)

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Add a "triangulated mesh" geometry to the node.

Parameters:

pNode	Pointer to the node containing the geometry.
pUVStepCoeff	Coefficient factor for the U/V steps. Must be >= 1.

Returns:: true on success, false if the node attribute is not a mesh, a patch or a nurb.

Remarks:: The remarks relative to functions TriangulateMesh(), TriangulatePatch() , TriangulateNurbs() and TriangulateInPlace() are applicable.

bool SplitMeshPerMaterial ( FbxMesh * pMesh )

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Split Mesh Per Material.

Each split mesh only has a single material on it.

Parameters:

pMesh The mesh that contains the smoothing to be converted.

Returns:: true on success, false otherwise.

Remarks:: It will work only on mesh that have material mapped "per-face" (Mapping Mode is FbxLayerElement::eByPolygon). It does NOT work on meshes with material mapped per-vertex/per-edge/etc. It will create as many meshes on output that there are materials applied to it. If one mesh have some polygons with material A, some polygons with material B, and some polygons with NO material, it should create 3 meshes after calling this function. The newly created meshes should be attached to the same FbxNode that hold the original FbxMesh. The original FbxMesh STAY UNCHANGED. Now, the new mesh will have Normals, UVs, vertex color, material and textures.

bool SplitMeshesPerMaterial ( FbxScene * pScene )

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Split all the mesh in the scene.

Parameters:

pScene each mesh in the scene will be split.

Returns:: true on success, false otherwise.

bool CreateAndCopyLayerElement	(	FbxMesh *	pNewMesh,
		FbxMesh *	pRefMesh
	)

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Create LayerElement, and copy settings from pRefMesh to pNewMesh.

Parameters:

pNewMesh	new mesh to create layerElement.
pRefMesh	reference mesh, to copy layerElement settings from it.

Returns:: true on success, false otherwise.

bool SetLayerElements	(	FbxMesh *	pNewMesh,
		FbxMesh *	pMesh,
		int	pPolygonIndex,
		int	pPolyPointIndex,
		int	pLoopIndex,
		bool	pIsSearched,
		bool	pIsEndPolygon
	)

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Set Normals, UVs and Vertex Color, when building new mesh.

Remarks:: If MappingMode is FbxLayerElement::eByPolygon, only pIsEndPolygon/pPolygonIndex are meaningful here, pIsSearched/pPolyPointIndex/pLoopIndex are not used here.

FbxMesh* TriangulateMeshAdvance	(	FbxMesh const *	pMesh,
		bool &	pStatus
	)

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Triangulate a mesh(support without holes or with holes simple polygon)

Parameters:

pMesh	Pointer to the mesh to triangulate.
pStatus	The status is `true` if the triangulation is successful for the whole mesh.

Returns:: Pointer to the new triangulated mesh.

Remarks:: This method creates a new mesh, leaving the source mesh unchanged.

FbxNode* MergeMeshes	(	FbxArray< FbxNode * > &	pMeshNodes,
		const char *	pNodeName,
		FbxScene *	pScene
	)

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Merge multiple meshes to one mesh.

The method will merge: a) mesh vertex; b) mesh polygon; c) mesh edge; d) all mesh elements; only the layer 0 elements is merged. e) if there are skins for old mesh, merge these skins. The new skin clusters link to old skeletons.

Parameters:

pMeshNodes	FBX nodes that hold multiple meshes. These meshes will be merged.
pNodeName	Name of new mesh node.
pScene	The scene that will contain the new mesh node.

Returns:: The new mesh node if merge successfully, otherwise NULL is returned.

Remarks:: This method creates a new mesh, leaving the source mesh unchanged. The transform of new mesh node is: translate (0, 0, 0), rotation (0, 0, 0), scale (1, 1, 1). For layer element material, normal, smoothing, UV set, vertex color, binormal, tangent and polygon group, if any mesh misses these element, the merge for this kind of element is skipped. For layer element crease, hole, visibility and user data, if any mesh has such element, the kind of element will be merged. The missing element will be filled with default values. For meshes with skin binding, if the pose of frame 0 is different with bind pose, the new mesh will be distorted.

static void FbxTriangulation	(	int *	Index,
		int	pNumSide
	)		`[static]`

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FbxTriangulation.

Parameters:

Index	Output array of triangle indices
pNumSide	Input number of sides of the polygon to triangulate -- Triangulation algorithm is strip, Sorting vertex index for strip in clockwise.

2 3 4 0----------0---------0 / ` / ` 5 1 / 0 0 / ` / ` / 0 0-----0-------------0 6 7 The result of this one will be [{0,1,2},{2,3,0},{0,3,7},{3,4,7},{7,4,6},{4,5,6}]

bool ComputePatchToMeshControlPointsWeightedMapping	(	FbxPatch *	pSrcPatch,
		FbxMesh *	pDstMesh,
		FbxWeightedMapping *	pMapping,
		bool	pSwapUV = `false`
	)		`[protected]`

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bool ComputeNurbsToMeshControlPointsWeightedMapping	(	FbxNurbsSurface *	pSrcNurbs,
		FbxMesh *	pDstMesh,
		FbxWeightedMapping *	pMapping,
		bool	pRescaleUVs = `false`,
		bool	pSwapUV = `false`
	)		`[protected]`

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void InitializeWeightInControlPoints ( FbxGeometryBase * pGeometry ) [protected]

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void InitializeWeightInNormals ( FbxLayerContainer * pLayerContainer ) [protected]

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void TriangulateContinuousSurface	(	FbxMesh *	pMesh,
		FbxSurfaceEvaluator *	pSurface,
		FbxUInt	pPointCountX,
		FbxUInt	pPointCountY,
		bool	ClockWise = `false`
	)		`[protected]`

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void CheckForZeroWeightInShape ( FbxGeometry * pGeometry ) [protected]

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FbxMesh* CreateMeshFromParametricSurface ( FbxGeometry const * pGeometry ) [protected]

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FbxNurbs* CreateNurbsFromPatch ( FbxPatch * pPatch ) [protected]

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FbxNurbsSurface* CreateNurbsSurfaceFromPatch ( FbxPatch * pPatch ) [protected]

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void ConvertShapes	(	FbxGeometry const *	pSource,
		FbxGeometry *	pDestination,
		FbxSurfaceEvaluator *	pEvaluator,
		int	pUCount,
		int	pVCount
	)		`[protected]`

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void ConvertShapes	(	FbxGeometry const *	pSource,
		FbxGeometry *	pDestination,
		FbxWeightedMapping *	pSourceToDestinationMapping
	)		`[protected]`

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void ConvertClusters	(	FbxGeometry const *	pSource,
		FbxGeometry *	pDestination,
		FbxWeightedMapping *	pSourceToDestinationMapping
	)		`[protected]`

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void ConvertClusters	(	FbxArray< FbxCluster * > const &	pSourceClusters,
		int	pSourceControlPointsCount,
		FbxArray< FbxCluster * > &	pDestinationClusters,
		int	pDestinationControlPointsCount,
		FbxWeightedMapping *	pSourceToDestinationMapping
	)		`[protected]`

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void BuildClusterToSourceMapping	(	FbxArray< FbxCluster * > const &	pSourceClusters,
		FbxWeightedMapping *	pClusterToSourceMapping
	)		`[protected]`

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void CheckClusterToSourceMapping ( FbxWeightedMapping * pClusterToSourceMapping ) [protected]

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void ConvertCluster	(	int	pSourceClusterIndex,
		FbxWeightedMapping *	pClusterToSourceMapping,
		FbxWeightedMapping *	pSourceToDestinationMapping,
		FbxCluster *	pDestinationCluster
	)		`[protected]`

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void DuplicateControlPoints	(	FbxArray< FbxVector4 > &	pControlPoints,
		FbxArray< int > &	pPolygonVertices
	)		`[protected]`

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void UpdatePolygon	(	FbxMesh *	pNewMesh,
		FbxMesh const *	pRefMesh,
		int	pPolygonIndex,
		int *	pNewIndex,
		int &	pVerticeIndexMeshTriangulated,
		int &	pPolygonIndexMeshTriangulated
	)		`[protected]`

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void UpdatePolygon	(	FbxMesh *	pNewMesh,
		FbxMesh const *	pRefMesh,
		int	pPolygonIndex,
		int *	pNewIndex,
		int &	pVerticeIndexMeshTriangulated,
		int &	pPolygonIndexMeshTriangulated,
		int	pTriangleNum
	)		`[protected]`