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Public Member Functions | Public Attributes | Protected Member Functions

# FbxGeometryBase Class Reference

This reference page is linked to from the following overview topics: FBX SDK 2013, List of Python Fbx classes.

Search for all occurrences

## Detailed Description

This class is the base class for geometric object such as meshes, NURBS and patches.

Use the FbxGeometryBase class to manage the control points, normals, binormals and tangents of the geometries. The meaning of "control point" is dependent of the geometry object type. For meshes, the "control point" is the physical 3D coordinate of polygon vertices while, for NURBS, it is the the actual control point on the curves defining the surface. This class also allow you to define normals, binormals and tangents regardless of the type of geometric object. However, in reality, applying such definitions to NURBS and patches does not make much sense since these definitions would only exist at the control points and inbetween them, the interpolation would certainly not follow the curve.

Geometric objects are using a system of layered data to extend their construction definition. For example, a typical layer for a Mesh contains Normals, UVs and Materials but client applications can decide to define another set of Normals and UVs and swap them during the rendering phase to produce some different results. The combinations are limitless and it would be impossible to discuss them all. This example has been presented to show one possible context where layers can be used. More information can be found in the FbxLayerContainer and FbxLayer classes description.

Definition at line 41 of file fbxgeometrybase.h.

`#include <fbxgeometrybase.h>`

Inheritance diagram for FbxGeometryBase:
[legend]

List of all members.

## Public Member Functions
virtual int | MemoryUsage () const
| Calculate the actual amount of memory used by this geometry object.
virtual FbxObject & | Copy (const FbxObject &pObject)
| Copy an object content into this object.
bool | GetNormals (FbxLayerElementArrayTemplate< FbxVector4 > **pLockableArray) const
bool | GetNormalsIndices (FbxLayerElementArrayTemplate< int > **pLockableArray) const
bool | GetTangents (FbxLayerElementArrayTemplate< FbxVector4 > **pLockableArray, const int pLayerIndex=0) const
bool | GetTangentsIndices (FbxLayerElementArrayTemplate< int > **pLockableArray, const int pLayerIndex=0) const
bool | GetBinormals (FbxLayerElementArrayTemplate< FbxVector4 > **pLockableArray, const int pLayerIndex=0) const
bool | GetBinormalsIndices (FbxLayerElementArrayTemplate< int > **pLockableArray, const int pLayerIndex=0) const
## Public Attributes
FbxArray< FbxVector4 > | mControlPoints
## Protected Member Functions
virtual void | ConstructProperties (bool pForceSet)
| Optional property constructor override, automatically called by default constructor.
virtual void | ContentClear ()
| Clears this object's content from memory.
## Control Points, Normals, Binormals and Tangent Management.
virtual void | InitControlPoints (int pCount)
| Allocates memory space for the array of control points.
void | InitNormals (int pCount=0)
| Allocates memory space for the array of normals.
void | InitNormals (FbxGeometryBase *pSrc)
| Allocates memory space for the array of normals cloned from the pSrc.
void | InitTangents (int pCount=0, const int pLayerIndex=0, const char *pName="")
| Allocates memory space for the array of tangents on specified layer.
void | InitTangents (FbxGeometryBase *pSrc, const int pLayerIndex=0)
| Allocates memory space for the array of tangents cloned from the pSrc on the specified layer.
void | InitBinormals (int pCount=0, const int pLayerIndex=0, const char *pName="")
| Allocates memory space for the array of binormals.
void | InitBinormals (FbxGeometryBase *pSrc, const int pLayerIndex=0)
| Allocates memory space for the array of binormals cloned from the pSrc.
virtual void | SetControlPointAt (const FbxVector4 &pCtrlPoint, const FbxVector4 &pNormal, int pIndex, bool pI2DSearch=false)
| Sets the control point and the normal values at the specified index.
virtual void | SetControlPointAt (const FbxVector4 &pCtrlPoint, int pIndex)
| Sets the control point at a specified index.
virtual FbxVector4 | GetControlPointAt (int pIndex) const
| Gets the control point at the specified index.
virtual void | SetControlPointNormalAt (const FbxVector4 &pNormal, int pIndex, bool pI2DSearch=false)
| Sets the control point normal value at the specified index.
virtual int | GetControlPointsCount () const
| Returns the number of control points.
virtual FbxVector4 * | GetControlPoints () const
| Returns a pointer to the array of control points.
virtual void | SetControlPointCount (int pCount)
| Allocates memory space for the array of control points.
## Public and fast access Properties
FbxPropertyT< FbxBool > | PrimaryVisibility
| Control the geometry render state. Geometry can still cast shadows even if this is turned off.
FbxPropertyT< FbxBool > | CastShadow
| If true, the geometry will produce shadows.
FbxPropertyT< FbxBool > | ReceiveShadow
| If true, the geometry will receive shadows.
FbxPropertyT< FbxDouble3 > | BBoxMin
| The minimum value of the control points bounding box.
FbxPropertyT< FbxDouble3 > | BBoxMax
| The maximum value of the control points bounding box.
void | ComputeBBox ()
| Computes the control points Bounding box.
## Geometry Element Management.
A FbxGeometryElement describes how the geometry element (normals, UVs and etc.) is mapped to a geometry surface and how the mapping information is arranged in memory.FbxGeometryElement is exactly the same as FbxLayerElement but does not expose the geometry's layer information. Use the geometry element classes to decompose the geometry without dealing with layers.
FbxGeometryElementNormal * | CreateElementNormal ()
| Creates a normal geometry element for this geometry.
bool | RemoveElementNormal (FbxGeometryElementNormal *pElementNormal)
| Remove the normal geometry element from this geometry.
FbxGeometryElementNormal * | GetElementNormal (int pIndex=0)
| Returns this geometry's normal element.
const FbxGeometryElementNormal * | GetElementNormal (int pIndex=0) const
| Returns this geometry's normal element.
int | GetElementNormalCount () const
| Get the number of this geometry's normal geometry element.
FbxGeometryElementBinormal * | CreateElementBinormal ()
| Creates a binormal geometry element for this geometry.
bool | RemoveElementBinormal (FbxGeometryElementBinormal *pElementBinormal)
| Remove the binormal geometry element from this geometry.
FbxGeometryElementBinormal * | GetElementBinormal (int pIndex=0)
| Returns this geometry's binormal element.
const FbxGeometryElementBinormal * | GetElementBinormal (int pIndex=0) const
| Returns this geometry's binormal element.
int | GetElementBinormalCount () const
| Get the number of this geometry's binormal geometry element.
FbxGeometryElementTangent * | CreateElementTangent ()
| Creates a tangent geometry element for this geometry.
bool | RemoveElementTangent (FbxGeometryElementTangent *pElementTangent)
| Remove the tangent geometry element from this geometry.
FbxGeometryElementTangent * | GetElementTangent (int pIndex=0)
| Returns this geometry's tangent element.
const FbxGeometryElementTangent * | GetElementTangent (int pIndex=0) const
| Returns this geometry's tangent element.
int | GetElementTangentCount () const
| Get the number of this geometry's tangent geometry element.
FbxGeometryElementMaterial * | CreateElementMaterial ()
| Creates a material geometry element for this geometry.
bool | RemoveElementMaterial (FbxGeometryElementMaterial *pElementMaterial)
| Remove the material geometry element from this geometry.
FbxGeometryElementMaterial * | GetElementMaterial (int pIndex=0)
| Returns this geometry's material element.
const FbxGeometryElementMaterial * | GetElementMaterial (int pIndex=0) const
| Returns this geometry's material element.
int | GetElementMaterialCount () const
| Get the number of this geometry's material geometry element.
FbxGeometryElementPolygonGroup * | CreateElementPolygonGroup ()
| Creates a polygon group geometry element for this geometry.
bool | RemoveElementPolygonGroup (FbxGeometryElementPolygonGroup *pElementPolygonGroup)
| Remove the polygon group geometry element from this geometry.
FbxGeometryElementPolygonGroup * | GetElementPolygonGroup (int pIndex=0)
| Returns this geometry's polygon group element.
const FbxGeometryElementPolygonGroup * | GetElementPolygonGroup (int pIndex=0) const
| Returns this geometry's polygon group element.
int | GetElementPolygonGroupCount () const
| Get the number of this geometry's polygon group geometry element.
FbxGeometryElementVertexColor * | CreateElementVertexColor ()
| Creates a vertex color geometry element for this geometry.
bool | RemoveElementVertexColor (FbxGeometryElementVertexColor *pElementVertexColor)
| Remove the vertex color geometry element from this geometry.
FbxGeometryElementVertexColor * | GetElementVertexColor (int pIndex=0)
| Returns this geometry's vertex color element.
const FbxGeometryElementVertexColor * | GetElementVertexColor (int pIndex=0) const
| Returns this geometry's vertex color element.
int | GetElementVertexColorCount () const
| Get the number of this geometry's vertex color geometry element.
FbxGeometryElementSmoothing * | CreateElementSmoothing ()
| Creates a smoothing geometry element for this geometry.
bool | RemoveElementSmoothing (FbxGeometryElementSmoothing *pElementSmoothing)
| Remove the smoothing geometry element from this geometry.
FbxGeometryElementSmoothing * | GetElementSmoothing (int pIndex=0)
| Returns this geometry's smoothing element.
const FbxGeometryElementSmoothing * | GetElementSmoothing (int pIndex=0) const
| Returns this geometry's smoothing element.
int | GetElementSmoothingCount () const
| Get the number of this geometry's smoothing geometry element.
FbxGeometryElementCrease * | CreateElementVertexCrease ()
| Creates a vertex crease geometry element for this geometry.
bool | RemoveElementVertexCrease (FbxGeometryElementCrease *pElementCrease)
| Remove the vertex crease geometry element from this geometry.
FbxGeometryElementCrease * | GetElementVertexCrease (int pIndex=0)
| Returns this geometry's vertex crease element.
const FbxGeometryElementCrease * | GetElementVertexCrease (int pIndex=0) const
| Returns this geometry's vertex crease element.
int | GetElementVertexCreaseCount () const
| Get the number of this geometry's vertex crease geometry element.
FbxGeometryElementCrease * | CreateElementEdgeCrease ()
| Creates an edge crease geometry element for this geometry.
bool | RemoveElementEdgeCrease (FbxGeometryElementCrease *pElementCrease)
| Remove the edge crease geometry element from this geometry.
FbxGeometryElementCrease * | GetElementEdgeCrease (int pIndex=0)
| Returns this geometry's edge crease element.
const FbxGeometryElementCrease * | GetElementEdgeCrease (int pIndex=0) const
| Returns this geometry's edge crease element.
int | GetElementEdgeCreaseCount () const
| Get the number of this geometry's edge crease geometry element.
FbxGeometryElementHole * | CreateElementHole ()
| Creates a hole geometry element for this geometry.
bool | RemoveElementHole (FbxGeometryElementHole *pElementHole)
| Remove the hole geometry element from this geometry.
FbxGeometryElementHole * | GetElementHole (int pIndex=0)
| Returns this geometry's hole element.
const FbxGeometryElementHole * | GetElementHole (int pIndex=0) const
| Returns this geometry's hole element.
int | GetElementHoleCount () const
| Get the number of this geometry's hole geometry element.
FbxGeometryElementUserData * | CreateElementUserData ()
| Creates a user data geometry element for this geometry.
bool | RemoveElementUserData (FbxGeometryElementUserData *pElementUserData)
| Remove the user data geometry element from this geometry.
FbxGeometryElementUserData * | GetElementUserData (int pIndex=0)
| Returns this geometry's user data element.
const FbxGeometryElementUserData * | GetElementUserData (int pIndex=0) const
| Returns this geometry's user data element.
int | GetElementUserDataCount () const
| Get the number of this geometry's user data geometry element.
FbxGeometryElementVisibility * | CreateElementVisibility ()
| Creates a visibility geometry element for this geometry.
bool | RemoveElementVisibility (FbxGeometryElementVisibility *pElementVisibility)
| Remove the visibility geometry element from this geometry.
FbxGeometryElementVisibility * | GetElementVisibility (int pIndex=0)
| Returns this geometry's visibility element.
const FbxGeometryElementVisibility * | GetElementVisibility (int pIndex=0) const
| Returns this geometry's visibility element.
int | GetElementVisibilityCount () const
| Get the number of this geometry's visibility geometry element.
FbxGeometryElementUV * | CreateElementUV (const char *pUVSetName)
| Creates a UV geometry element for this geometry.
bool | RemoveElementUV (FbxGeometryElementUV *pElementUV)
| Remove the UV geometry element from this geometry.
FbxGeometryElementUV * | GetElementUV (int pIndex=0)
| Returns this geometry's UV element.
const FbxGeometryElementUV * | GetElementUV (int pIndex=0) const
| Returns this geometry's UV element.
int | GetElementUVCount () const
| Get the number of this geometry's UV geometry element.
FbxGeometryElementUV * | GetElementUV (const char *pUVSetName)
| Returns this geometry's UV element.
const FbxGeometryElementUV * | GetElementUV (const char *pUVSetName) const
| Returns this geometry's UV element.
void | GetUVSetNames (FbxStringList &pUVSetNameList) const
| Returns this geometry's all UV set names.
## Off-loading Serialization section
The methods in this section are typically called by a peripheral (FbxPeripheral).There should be no real interest in calling them directly. The functions will write/read the memory dump of the data contained in this class. Each data block written/read will start with an (int) value representing the number of items in the array. If this value (v) is not zero, it will be followed by the array content. A block of data that is (v * sizeof(array item size)) bytes big. The methods will also call the parent class ones to dump the Layers content.
virtual bool | ContentWriteTo (FbxStream &pStream) const
| Writes the content of the geometry object to the specified stream.
virtual bool | ContentReadFrom (const FbxStream &pStream)
| Reads the content of the geometry object from the specified stream.

## Member Function Documentation

virtual void InitControlPoints | ( | int | pCount | ) | `[virtual]`

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Allocates memory space for the array of control points.

Parameters:

  pCount | The number of control points.

Remarks:
  Any previously allocated array of control points will be cleared.

void InitNormals | ( | int | pCount = `0` | ) |

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Allocates memory space for the array of normals.

Parameters:

  pCount | The desired size for the normal array. If pCount is specified, the array will be the same size as pCount. If pCount is not specified, the array will be the same length as the array of control points.

Remarks:
  This function must be called after function FbxLayerContainer::InitControlPoints().
  The normals initialized with this function will have the ReferenceMode set to eDirect. Also, the array will always be defined on layer 0.

void InitNormals | ( | FbxGeometryBase * | pSrc | ) |

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Allocates memory space for the array of normals cloned from the pSrc.

Parameters:

  pSrc | The source geometry from which the normals information is cloned.

Remarks:
  This function must be called with the argument, otherwise it does not do anything. Also, it will only process the normals array defined on layer 0 of the pSrc.

void InitTangents | ( | int | pCount = `0`,
|  | const int | pLayerIndex = `0`,
|  | const char * | pName = `""`
| ) |  |

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Allocates memory space for the array of tangents on specified layer.

Parameters:

  pCount | The desired size of the tangent array. If pCount is specified, the array will be the same size as pCount. If pCount is not specified, the array will be the same length as the array of control points.
  pLayerIndex | The specified layer index to allocate memory space for the array of tangents.
  pName | The specified name for the allocated tangents array.

Remarks:
  This function must be called after function FbxLayerContainer::InitControlPoints(). The tangents initialized with this function will have the reference mode set to eDirect.

void InitTangents | ( | FbxGeometryBase * | pSrc,
|  | const int | pLayerIndex = `0`
| ) |  |

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Allocates memory space for the array of tangents cloned from the pSrc on the specified layer.

Parameters:

  pSrc | The source geometry from which the tangents information is cloned.
  pLayerIndex | The specified layer index to allocate memory space for cloned array of tangents from the pSrc.

Remarks:
  This function must be called with the argument, otherwise it does not do anything.

void InitBinormals | ( | int | pCount = `0`,
|  | const int | pLayerIndex = `0`,
|  | const char * | pName = `""`
| ) |  |

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Allocates memory space for the array of binormals.

Parameters:

  pCount | The desired size of the binormal array. If pCount is specified, the array will have the same size as pCount. If pCount is not specified, the array will be the same length as the array of control points.
  pLayerIndex | The specified layer index to allocate memory space for the array of binormals.
  pName | The specified name for the allocated binormals array.

Remarks:
  This function must be called after function FbxLayerContainer::InitControlPoints(). The binormals initialized with this function will have the reference mode set to eDirect.

void InitBinormals | ( | FbxGeometryBase * | pSrc,
|  | const int | pLayerIndex = `0`
| ) |  |

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Allocates memory space for the array of binormals cloned from the pSrc.

Parameters:

  pSrc | The source geometry from which the binormals information is cloned.
  pLayerIndex | The specified layer index to allocate memory space for cloned array of binormals from the pSrc.

Remarks:
  This function must be called with the argument, otherwise it does not do anything.

virtual void SetControlPointAt | ( | const FbxVector4 & | pCtrlPoint,
|  | const FbxVector4 & | pNormal,
|  | int | pIndex,
|  | bool | pI2DSearch = `false`
| ) |  | `[virtual]`

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Sets the control point and the normal values at the specified index.

Parameters:

  pCtrlPoint | The value of the control point.
  pNormal | The value of the normal.
  pIndex | The specified index of the control point/normal.
  pI2DSearch | When `true` AND the normals array reference mode is eIndexToDirect, search pNormal in the existing array to avoid inserting if it already exist. NOTE: This feature uses a linear search algorithm, therefore it can be time consuming if the DIRECT array of normals contains a huge number of elements.

Remarks:
  If the arrays (control points and normals) are not big enough to store the values at the specified index, they will be automatically resized to accommodate the new entries.

virtual void SetControlPointAt | ( | const FbxVector4 & | pCtrlPoint,
|  | int | pIndex
| ) |  | `[virtual]`

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Sets the control point at a specified index.

Parameters:

  pCtrlPoint | The value of the control point.
  pIndex | The specified index of the control point.

Remarks:
  If the array is not big enough to store the value at the specified index, it will be automatically resized to accommodate the new entry.

virtual FbxVector4 GetControlPointAt | ( | int | pIndex | ) | const`[virtual]`

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Gets the control point at the specified index.

Parameters:

  pIndex | The specified index of the control point.

Returns:
  The value of the specific control point.

Remarks:
  If index is out of range, FbxVector4(0, 0, 0) is returned.

virtual void SetControlPointNormalAt | ( | const FbxVector4 & | pNormal,
|  | int | pIndex,
|  | bool | pI2DSearch = `false`
| ) |  | `[virtual]`

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Sets the control point normal value at the specified index.

Parameters:

  pNormal | The value of the normal.
  pIndex | The specified index of the normal.
  pI2DSearch | When `true` AND the normals array reference mode is eIndexToDirect, search pNormal in the existing array to avoid inserting it if it already exist. NOTE: this feature uses a linear search algorithm, therefore it can be time consuming if the DIRECT array of normals contains a huge number of elements.

Remarks:
  If the array is not big enough to store the value at the specified index, it will be automatically resized to accommodate the new entry.

virtual int GetControlPointsCount | ( |  | ) | const`[virtual]`

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Returns the number of control points.

Returns:
  The number of control points allocated in the geometry.

Reimplemented in FbxTrimNurbsSurface.

virtual FbxVector4* GetControlPoints | ( |  | ) | const`[virtual]`

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Returns a pointer to the array of control points.

Returns:
  Pointer to the array of control points, or `NULL` if the array has not been allocated.

Remarks:
  Use the function FbxGeometryBase::InitControlPoints() to allocate the array.

virtual void SetControlPointCount | ( | int | pCount | ) | `[virtual]`

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Allocates memory space for the array of control points.

Parameters:

  pCount | The number of control points.

Remarks:
  Any previously allocated array of control points will NOT be cleared.

void ComputeBBox | ( |  | ) |

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Computes the control points Bounding box.

FbxGeometryElementNormal* CreateElementNormal | ( |  | ) |

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Creates a normal geometry element for this geometry.

Returns:
  A pointer to the newly created geometry element.

Remarks:
  The created geometry element is associated with this geometry automatically.

bool RemoveElementNormal | ( | FbxGeometryElementNormal * | pElementNormal | ) |

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Remove the normal geometry element from this geometry.

Parameters:

  pElementNormal | A pointer to the normal element to be removed.

Returns:
  `True` if the geometry element is removed, `false` otherwise.

FbxGeometryElementNormal* GetElementNormal | ( | int | pIndex = `0` | ) |

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Returns this geometry's normal element.

Parameters:

  pIndex | The normal geometry element index.

Returns:
  A pointer to the geometry element or `NULL` if pIndex is out of range.

const FbxGeometryElementNormal* GetElementNormal | ( | int | pIndex = `0` | ) | const

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Returns this geometry's normal element.

Parameters:

  pIndex | The normal geometry element index.

Returns:
  A const pointer to the geometry element or `NULL` if pIndex is out of range.

int GetElementNormalCount | ( |  | ) | const

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Get the number of this geometry's normal geometry element.

Returns:
  Total number of normal geometry elements for this geometry.

FbxGeometryElementBinormal* CreateElementBinormal | ( |  | ) |

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Creates a binormal geometry element for this geometry.

Returns:
  A pointer to the newly created geometry element.

Remarks:
  The created geometry element is associated with this geometry automatically.

bool RemoveElementBinormal | ( | FbxGeometryElementBinormal * | pElementBinormal | ) |

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Remove the binormal geometry element from this geometry.

Parameters:

  pElementBinormal | A pointer to the binormal element to be removed.

Returns:
  `True` if the geometry element is removed, `false` otherwise.

FbxGeometryElementBinormal* GetElementBinormal | ( | int | pIndex = `0` | ) |

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Returns this geometry's binormal element.

Parameters:

  pIndex | The binormal geometry element index.

Returns:
  A pointer to the geometry element or `NULL` if pIndex is out of range.

const FbxGeometryElementBinormal* GetElementBinormal | ( | int | pIndex = `0` | ) | const

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Returns this geometry's binormal element.

Parameters:

  pIndex | The binormal geometry element index.

Returns:
  A const pointer to the geometry element or `NULL` if pIndex is out of range.

int GetElementBinormalCount | ( |  | ) | const

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Get the number of this geometry's binormal geometry element.

Returns:
  Total number of binormal geometry elements for this geometry.

FbxGeometryElementTangent* CreateElementTangent | ( |  | ) |

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Creates a tangent geometry element for this geometry.

Returns:
  A pointer to the newly created geometry element.

Remarks:
  The created geometry element is associated with this geometry automatically.

bool RemoveElementTangent | ( | FbxGeometryElementTangent * | pElementTangent | ) |

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Remove the tangent geometry element from this geometry.

Parameters:

  pElementTangent | A pointer to the tangent element to be removed.

Returns:
  `True` if the geometry element is removed, `false` otherwise.

FbxGeometryElementTangent* GetElementTangent | ( | int | pIndex = `0` | ) |

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Returns this geometry's tangent element.

Parameters:

  pIndex | The tangent geometry element index.

Returns:
  A pointer to the geometry element or `NULL` if pIndex is out of range.

const FbxGeometryElementTangent* GetElementTangent | ( | int | pIndex = `0` | ) | const

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Returns this geometry's tangent element.

Parameters:

  pIndex | The tangent geometry element index.

Returns:
  A const pointer to the geometry element or `NULL` if pIndex is out of range.

int GetElementTangentCount | ( |  | ) | const

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Get the number of this geometry's tangent geometry element.

Returns:
  Total number of tangent geometry elements for this geometry.

FbxGeometryElementMaterial* CreateElementMaterial | ( |  | ) |

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Creates a material geometry element for this geometry.

Returns:
  A pointer to the newly created geometry element.

Remarks:
  The created geometry element is associated with this geometry automatically.

bool RemoveElementMaterial | ( | FbxGeometryElementMaterial * | pElementMaterial | ) |

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Remove the material geometry element from this geometry.

Parameters:

  pElementMaterial | A pointer to the material element to be removed.

Returns:
  `True` if the geometry element is removed, `false` otherwise.

FbxGeometryElementMaterial* GetElementMaterial | ( | int | pIndex = `0` | ) |

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Returns this geometry's material element.

Parameters:

  pIndex | The material geometry element index.

Returns:
  A pointer to the geometry element or `NULL` if pIndex is out of range.

const FbxGeometryElementMaterial* GetElementMaterial | ( | int | pIndex = `0` | ) | const

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Returns this geometry's material element.

Parameters:

  pIndex | The material geometry element index.

Returns:
  A const pointer to the geometry element or `NULL` if pIndex is out of range.

int GetElementMaterialCount | ( |  | ) | const

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Get the number of this geometry's material geometry element.

Returns:
  Total number of material geometry elements for this geometry.

FbxGeometryElementPolygonGroup* CreateElementPolygonGroup | ( |  | ) |

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Creates a polygon group geometry element for this geometry.

Returns:
  A pointer to the newly created geometry element.

Remarks:
  The created geometry element is associated with this geometry automatically.

bool RemoveElementPolygonGroup | ( | FbxGeometryElementPolygonGroup * | pElementPolygonGroup | ) |

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Remove the polygon group geometry element from this geometry.

Parameters:

  pElementPolygonGroup | A pointer to the polygon group element to be removed.

Returns:
  `True` if the geometry element is removed, `false` otherwise.

FbxGeometryElementPolygonGroup* GetElementPolygonGroup | ( | int | pIndex = `0` | ) |

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Returns this geometry's polygon group element.

Parameters:

  pIndex | The polygon group geometry element index.

Returns:
  A pointer to the geometry element or `NULL` if pIndex is out of range.

const FbxGeometryElementPolygonGroup* GetElementPolygonGroup | ( | int | pIndex = `0` | ) | const

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Returns this geometry's polygon group element.

Parameters:

  pIndex | The polygon group geometry element index.

Returns:
  A const pointer to the geometry element or `NULL` if pIndex is out of range.

int GetElementPolygonGroupCount | ( |  | ) | const

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Get the number of this geometry's polygon group geometry element.

Returns:
  Total number of polygon group geometry elements for this geometry.

FbxGeometryElementVertexColor* CreateElementVertexColor | ( |  | ) |

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Creates a vertex color geometry element for this geometry.

Returns:
  A pointer to the newly created geometry element.

Remarks:
  The created geometry element is associated with this geometry automatically.

bool RemoveElementVertexColor | ( | FbxGeometryElementVertexColor * | pElementVertexColor | ) |

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Remove the vertex color geometry element from this geometry.

Parameters:

  pElementVertexColor | A pointer to the vertex color element to be removed.

Returns:
  `True` if the geometry element is removed, `false` otherwise.

FbxGeometryElementVertexColor* GetElementVertexColor | ( | int | pIndex = `0` | ) |

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Returns this geometry's vertex color element.

Parameters:

  pIndex | The vertex color geometry element index.

Returns:
  A pointer to the geometry element or `NULL` if pIndex is out of range.

const FbxGeometryElementVertexColor* GetElementVertexColor | ( | int | pIndex = `0` | ) | const

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Returns this geometry's vertex color element.

Parameters:

  pIndex | The vertex color geometry element index.

Returns:
  A const pointer to the geometry element or `NULL` if pIndex is out of range.

int GetElementVertexColorCount | ( |  | ) | const

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Get the number of this geometry's vertex color geometry element.

Returns:
  Total number of vertex color geometry elements for this geometry.

FbxGeometryElementSmoothing* CreateElementSmoothing | ( |  | ) |

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Creates a smoothing geometry element for this geometry.

Returns:
  A pointer to the newly created geometry element.

Remarks:
  The created geometry element is associated with this geometry automatically.

bool RemoveElementSmoothing | ( | FbxGeometryElementSmoothing * | pElementSmoothing | ) |

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Remove the smoothing geometry element from this geometry.

Parameters:

  pElementSmoothing | A pointer to the smoothing element to be removed.

Returns:
  `True` if the geometry element is removed, `false` otherwise.

FbxGeometryElementSmoothing* GetElementSmoothing | ( | int | pIndex = `0` | ) |

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Returns this geometry's smoothing element.

Parameters:

  pIndex | The smoothing geometry element index.

Returns:
  A pointer to the geometry element or `NULL` if pIndex is out of range.

const FbxGeometryElementSmoothing* GetElementSmoothing | ( | int | pIndex = `0` | ) | const

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Returns this geometry's smoothing element.

Parameters:

  pIndex | The smoothing geometry element index.

Returns:
  A const pointer to the geometry element or `NULL` if pIndex is out of range.

int GetElementSmoothingCount | ( |  | ) | const

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Get the number of this geometry's smoothing geometry element.

Returns:
  Total number of smoothing geometry elements for this geometry.

FbxGeometryElementCrease* CreateElementVertexCrease | ( |  | ) |

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Creates a vertex crease geometry element for this geometry.

Returns:
  A pointer to the newly created geometry element.

Remarks:
  The created geometry element is associated with this geometry automatically.

bool RemoveElementVertexCrease | ( | FbxGeometryElementCrease * | pElementCrease | ) |

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Remove the vertex crease geometry element from this geometry.

Parameters:

  pElementCrease | A pointer to the vertex crease element to be removed.

Returns:
  `True` if the geometry element is removed, `false` otherwise.

FbxGeometryElementCrease* GetElementVertexCrease | ( | int | pIndex = `0` | ) |

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Returns this geometry's vertex crease element.

Parameters:

  pIndex | The vertex crease geometry element index.

Returns:
  A pointer to the geometry element or `NULL` if pIndex is out of range.

const FbxGeometryElementCrease* GetElementVertexCrease | ( | int | pIndex = `0` | ) | const

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Returns this geometry's vertex crease element.

Parameters:

  pIndex | The vertex crease geometry element index.

Returns:
  A const pointer to the geometry element or `NULL` if pIndex is out of range.

int GetElementVertexCreaseCount | ( |  | ) | const

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Get the number of this geometry's vertex crease geometry element.

Returns:
  Total number of vertex crease geometry elements for this geometry.

FbxGeometryElementCrease* CreateElementEdgeCrease | ( |  | ) |

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Creates an edge crease geometry element for this geometry.

Returns:
  A pointer to the newly created geometry element.

Remarks:
  The created geometry element is associated with this geometry automatically.

bool RemoveElementEdgeCrease | ( | FbxGeometryElementCrease * | pElementCrease | ) |

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Remove the edge crease geometry element from this geometry.

Parameters:

  pElementCrease | A pointer to the edge crease element to be removed.

Returns:
  `True` if the geometry element is removed, `false` otherwise.

FbxGeometryElementCrease* GetElementEdgeCrease | ( | int | pIndex = `0` | ) |

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Returns this geometry's edge crease element.

Parameters:

  pIndex | The edge crease geometry element index.

Returns:
  A pointer to the geometry element or `NULL` if pIndex is out of range.

const FbxGeometryElementCrease* GetElementEdgeCrease | ( | int | pIndex = `0` | ) | const

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Returns this geometry's edge crease element.

Parameters:

  pIndex | The edge crease geometry element index.

Returns:
  A const pointer to the geometry element or `NULL` if pIndex is out of range.

int GetElementEdgeCreaseCount | ( |  | ) | const

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Get the number of this geometry's edge crease geometry element.

Returns:
  Total number of edge crease geometry elements for this geometry.

FbxGeometryElementHole* CreateElementHole | ( |  | ) |

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Creates a hole geometry element for this geometry.

Returns:
  A pointer to the newly created geometry element.

Remarks:
  The created geometry element is associated with this geometry automatically.

bool RemoveElementHole | ( | FbxGeometryElementHole * | pElementHole | ) |

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Remove the hole geometry element from this geometry.

Parameters:

  pElementHole | A pointer to the hole element to be removed.

Returns:
  `True` if the geometry element is removed, `false` otherwise.

FbxGeometryElementHole* GetElementHole | ( | int | pIndex = `0` | ) |

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Returns this geometry's hole element.

Parameters:

  pIndex | The hole geometry element index.

Returns:
  A pointer to the geometry element or `NULL` if pIndex is out of range.

const FbxGeometryElementHole* GetElementHole | ( | int | pIndex = `0` | ) | const

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Returns this geometry's hole element.

Parameters:

  pIndex | The hole geometry element index.

Returns:
  A const pointer to the geometry element or `NULL` if pIndex is out of range.

int GetElementHoleCount | ( |  | ) | const

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Get the number of this geometry's hole geometry element.

Returns:
  Total number of hole geometry elements for this geometry.

FbxGeometryElementUserData* CreateElementUserData | ( |  | ) |

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Creates a user data geometry element for this geometry.

Returns:
  A pointer to the newly created geometry element.

Remarks:
  The created geometry element is associated with this geometry automatically.

bool RemoveElementUserData | ( | FbxGeometryElementUserData * | pElementUserData | ) |

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Remove the user data geometry element from this geometry.

Parameters:

  pElementUserData | A pointer to the user data element to be removed.

Returns:
  `True` if the geometry element is removed, `false` otherwise.

FbxGeometryElementUserData* GetElementUserData | ( | int | pIndex = `0` | ) |

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Returns this geometry's user data element.

Parameters:

  pIndex | The user data geometry element index.

Returns:
  A pointer to the geometry element or `NULL` if pIndex is out of range.

const FbxGeometryElementUserData* GetElementUserData | ( | int | pIndex = `0` | ) | const

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Returns this geometry's user data element.

Parameters:

  pIndex | The user data geometry element index.

Returns:
  A const pointer to the geometry element or `NULL` if pIndex is out of range.

int GetElementUserDataCount | ( |  | ) | const

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Get the number of this geometry's user data geometry element.

Returns:
  Total number of user data geometry elements for this geometry.

FbxGeometryElementVisibility* CreateElementVisibility | ( |  | ) |

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Creates a visibility geometry element for this geometry.

Returns:
  A pointer to the newly created geometry element.

Remarks:
  The created geometry element is associated with this geometry automatically.

bool RemoveElementVisibility | ( | FbxGeometryElementVisibility * | pElementVisibility | ) |

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Remove the visibility geometry element from this geometry.

Parameters:

  pElementVisibility | A pointer to the visibility element to be removed.

Returns:
  `True` if the geometry element is removed, `false` otherwise.

FbxGeometryElementVisibility* GetElementVisibility | ( | int | pIndex = `0` | ) |

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Returns this geometry's visibility element.

Parameters:

  pIndex | The visibility geometry element index.

Returns:
  A pointer to the geometry element or `NULL` if pIndex is out of range.

const FbxGeometryElementVisibility* GetElementVisibility | ( | int | pIndex = `0` | ) | const

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Returns this geometry's visibility element.

Parameters:

  pIndex | The visibility geometry element index.

Returns:
  A const pointer to the geometry element or `NULL` if pIndex is out of range.

int GetElementVisibilityCount | ( |  | ) | const

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Get the number of this geometry's visibility geometry element.

Returns:
  Total number of visibility geometry elements for this geometry.

FbxGeometryElementUV* CreateElementUV | ( | const char * | pUVSetName | ) |

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Creates a UV geometry element for this geometry.

Returns:
  A pointer to the newly created geometry element.

Remarks:
  The created geometry element is associated with this geometry automatically.

bool RemoveElementUV | ( | FbxGeometryElementUV * | pElementUV | ) |

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Remove the UV geometry element from this geometry.

Parameters:

  pElementUV | A pointer to the UV element to be removed.

Returns:
  `True` if the geometry element is removed, `false` otherwise.

FbxGeometryElementUV* GetElementUV | ( | int | pIndex = `0` | ) |

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Returns this geometry's UV element.

Parameters:

  pIndex | The UV geometry element index.

Returns:
  A pointer to the geometry element or `NULL` if pIndex is out of range.

const FbxGeometryElementUV* GetElementUV | ( | int | pIndex = `0` | ) | const

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Returns this geometry's UV element.

Parameters:

  pIndex | The UV geometry element index.

Returns:
  A const pointer to the geometry element or `NULL` if pIndex is out of range.

int GetElementUVCount | ( |  | ) | const

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Get the number of this geometry's UV geometry element.

Returns:
  Total number of UV geometry elements for this geometry.

FbxGeometryElementUV* GetElementUV | ( | const char * | pUVSetName | ) |

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Returns this geometry's UV element.

Parameters:

  pUVSetName | The UV set name of the UV geometry element.

Returns:
  A pointer to the UV geometry element or `NULL` if no UV geometry element with this name exists.

const FbxGeometryElementUV* GetElementUV | ( | const char * | pUVSetName | ) | const

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Returns this geometry's UV element.

Parameters:

  pUVSetName | The UV set name of the UV geometry element.

Returns:
  A const pointer to the UV geometry element or `NULL` if no UV geometry element with this name exists.

void GetUVSetNames | ( | FbxStringList & | pUVSetNameList | ) | const

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Returns this geometry's all UV set names.

Parameters:

  pUVSetNameList | A reference to `FbxStringList` that will be filled with this geometry's all UV set names.

virtual bool ContentWriteTo | ( | FbxStream & | pStream | ) | const`[virtual]`

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Writes the content of the geometry object to the specified stream.

Parameters:

  pStream | The destination stream.

Returns:
  `True` if the content is successfully processed by the receiving stream, `false` otherwise.

Reimplemented from FbxObject.

Reimplemented in FbxPatch.

virtual bool ContentReadFrom | ( | const FbxStream & | pStream | ) | `[virtual]`

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Reads the content of the geometry object from the specified stream.

Parameters:

  pStream | The source stream.

Returns:
  `True` if the geometry object fills itself with the received data from the stream successfully, `false` otherwise.

Reimplemented from FbxObject.

Reimplemented in FbxPatch.

virtual int MemoryUsage | ( |  | ) | const`[virtual]`

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Calculate the actual amount of memory used by this geometry object.

Returns:
  The memory size in bytes (includes the amount use by the data defined in the layers).

virtual FbxObject& Copy | ( | const FbxObject & | pObject | ) | `[virtual]`

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Copy an object content into this object.

Parameters:

  pObject | The source object to copy data from.

Returns:
  Returns the destination object being modified by the source.

Remarks:
  This function replace the assignment operator (operator=). It will copy all property values and the name. Connections are NOT copied.

Reimplemented from FbxLayerContainer.

Reimplemented in FbxGeometry, FbxLine, FbxMesh, FbxNurbs, FbxNurbsCurve, FbxNurbsSurface, FbxPatch, FbxShape, FbxBoundary, and FbxTrimNurbsSurface.

bool GetNormals | ( | FbxLayerElementArrayTemplate< FbxVector4 > ** | pLockableArray | ) | const

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bool GetNormalsIndices | ( | FbxLayerElementArrayTemplate< int > ** | pLockableArray | ) | const

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bool GetTangents | ( | FbxLayerElementArrayTemplate< FbxVector4 > ** | pLockableArray,
|  | const int | pLayerIndex = `0`
| ) |  | const

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bool GetTangentsIndices | ( | FbxLayerElementArrayTemplate< int > ** | pLockableArray,
|  | const int | pLayerIndex = `0`
| ) |  | const

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bool GetBinormals | ( | FbxLayerElementArrayTemplate< FbxVector4 > ** | pLockableArray,
|  | const int | pLayerIndex = `0`
| ) |  | const

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bool GetBinormalsIndices | ( | FbxLayerElementArrayTemplate< int > ** | pLockableArray,
|  | const int | pLayerIndex = `0`
| ) |  | const

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virtual void ConstructProperties | ( | bool | pForceSet | ) | `[protected, virtual]`

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Optional property constructor override, automatically called by default constructor.

Parameters:

  pForceSet | If the property value must be set regardless of default value.

Remarks:
  If your object have properties, they must be initialized in this function.

Reimplemented from FbxNodeAttribute.

Reimplemented in FbxLine, and FbxBoundary.

virtual void ContentClear | ( |  | ) | `[protected, virtual]`

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Clears this object's content from memory.

This method must be overridden in the derived classes.

Remarks:
  This method is called by ContentUnload() if the object content's unloading is successful.

Reimplemented from FbxObject.

## Member Data Documentation

FbxPropertyT<FbxBool> PrimaryVisibility

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Control the geometry render state. Geometry can still cast shadows even if this is turned off.

Definition at line 176 of file fbxgeometrybase.h.

FbxPropertyT<FbxBool> CastShadow

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If true, the geometry will produce shadows.

Definition at line 179 of file fbxgeometrybase.h.

FbxPropertyT<FbxBool> ReceiveShadow

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If true, the geometry will receive shadows.

Definition at line 182 of file fbxgeometrybase.h.

FbxPropertyT<FbxDouble3> BBoxMin

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The minimum value of the control points bounding box.

Definition at line 185 of file fbxgeometrybase.h.

FbxPropertyT<FbxDouble3> BBoxMax

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The maximum value of the control points bounding box.

Definition at line 188 of file fbxgeometrybase.h.

FbxArray<FbxVector4> mControlPoints

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Definition at line 637 of file fbxgeometrybase.h.

The documentation for this class was generated from the following file:

- fbxsdk/scene/geometry/fbxgeometrybase.h

FbxGeometryBase FbxGeometryBase FbxGeometryBase FbxGeometryBase FbxGeometryBase FbxGeometryBase FbxGeometryBase FbxGeometryBase FbxGeometryBase FbxGeometryBase
FbxGeometryBase FbxGeometryBase FbxGeometryBase FbxGeometryBase FbxGeometryBase FbxGeometryBase FbxGeometryBase FbxGeometryBase FbxGeometryBase FbxGeometryBase