Page Comparison

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Name	Description
setPointer	Internal use.
Cobject#free free	Destroys the object.
getName	Gets object name.
setName	Sets object name.
isMesh	Checks whether the object is a mesh.
isInstance	Checks whether the object is an instance.
getInstanced	Gets instance's parent.
isRFRK	Checks whether the object is a RFRK object.
getRFRKParameters	Gets ReaFlow RenderKit parameters.
setRFRKParameters	Sets RealFlow ReaFlow RenderKit parameters.
getReferencedScenePath	Gets the scene file referenced by this object.
setReferencedScenePath	Sets the scene file referenced by this object.
getReferencedSceneMaterial	Gets the material of an specific object inside the referenced scene.
setReferencedSceneMaterial	Sets the material of an specific object inside the referenced scene.
getReferencedOverrideFlags	Get the override policy for visibility flags.
setReferencedOverrideFlags	Set the override policy for visibility flags.
mergeMeshes	Merges an array of meshes into a single mesh. Target object must not be included.
getParent	Gets the parent object in the hierarchy.
setParent	Sets the parent object in the hierarchy.
getUuid	Unique user ID that can be used for custom purposes.
setUuid	Sets the unique user ID.
getMaterial	Gets the material applied.
setMaterial	Sets the object material.
setProperties	Sets the caustics properties of the object.
getDependencies	Gets all the extern dependencies of the object (rfrk files, etc).
Geometry
getNumVertexes	Gets number of vertexes of the object.
getNumTriangles	Gets number of triangles of the object.
getNumNormals	Gets number of the normals of the object.
getNumPositionsPerVertex	Gets number of positions per vertex of the object.
getNumChannelsUVW	Gets number of UVW channels of the object.
addChannelUVW	Adds an UVW channel to the object.
generateSphericalUVW	Generates spherical UVW coordinates.
generateCylindricalUVW	Generates cylindrical UVW coordinates.
generateCubicUVW	Generates cubic UVW coordinates.
generatePlanarUVW	Generates planar UVW coordinates.
getVertex	Gets vertex by index.
setVertex	Sets vertex by index.
getNormal	Gets normal by index.
setNormal	Sets normal by index.
getTriangle	Gets triangle (vertexes and normals) by index.
setTriangle	Sets triangle (vertexes and normals) by index.
getTriangleGroup	Gets triangle group by index.
setTriangleGroup	Sets triangle group.
getTriangleUVW	Gets triangle UVW coordinates.
setTriangleUVW	Sets triangle UVW coordinantes.
getTriangleMaterial	Gets triangle material.
setTriangleMaterial	Sets triangle material.
getGroupMaterial	Gets material of a group of triangles.
setGroupMaterial	Sets material of a group of triangles.
getBaseAndPivot	Gets base and pivot axes of the object.
setBaseAndPivot	Sets base and pivot axes of the object.
getWorldTransform	Return the world transform of the object.
getTransformSubstepsCount	Return the number of substeps used for defining Base and Pivot motion blur.
getTransfrormStepInfoByIndex	Return transform information( base, pivot and time) for the given index.
getPosition	Used by Maxwell Studio (not needed for rendering).
setPosition	Used by Maxwell Studio (not needed for rendering).
getRotation	Used by Maxwell Studio (not needed for rendering).
setRotation	Used by Maxwell Studio (not needed for rendering).
getScale	Used by Maxwell Studio (not needed for rendering).
setScale	Used by Maxwell Studio (not needed for rendering).
getShear	Used by Maxwell Studio (not needed for rendering).
setShear	Used by Maxwell Studio (not needed for rendering).
getPivotPosition	Used by Maxwell Studio (not needed for rendering).
setPivotPosition	Used by Maxwell Studio (not needed for rendering).
getPivotRotation	Used by Maxwell Studio (not needed for rendering).
setPivotRotation	Used by Maxwell Studio (not needed for rendering).
isPosRotScaleInitialized	Checks if the methods above have been used for the given object.
cleanGeometry	Optional routine that removes degenerated triangles, repeated/unused vertex and normals.
Display
getHide	Gets "hide" status of the object.
setHide	Sets "hide" status of the object.
getHideToCamera	Gets "hide to camera" status of the object.
setHideToCamera	Sets "hide to camera" status of the object.
getHideToReflectionsRefractions	Gets "hide to reflections and refractions" status of the object.
setHideToReflectionsRefractions	Sets "hide to reflections and refractions" status of the object.
getHideToGI	Gets "hide to global illumination" status of the object.
setHideToGI	Gets "hide to global illumination" status of the object.
isExcludedOfCutPlanes	Gets "excluded of cut planes" status of the object.
excludeOfCutPlanes	Sets "excluded of cut planes" status of the object.
getProxyDisplayPoints getReferenceDisplayPoints	This function is useful to display a mesh on a viewport.
setColorID	Sets the color used by this object in the Object ID render channel.
getColorID	Gets the color used by this object in the Object ID render channel.
setSubdivisionLevel	Sets the subdivision level of the mesh.
getSubdivisionLevel	Gets the subdivision level of the mesh.
setGeometryDirty	Set the geometry "dirty".
getUserData	Internal use.
setUserData	Internal use.
getVertexesBuffer	Internal use.
getNormalsBuffer	Internal use.
getTrianglesBuffer	Internal use.
initializeMesh	Clean the mesh and allocates memory for vertexes, normals, triangles and motion blur.
resizeMesh	Reinitializes all the basic geometry and UV arrays.
generateCustomUVW
getUVWChannelProperties	Gets UVW channel properties.
getGlobalXform
getGlobalNormalsXform
getInverseGlobalXform
getInverseGlobalNormalsXform
isGeometryLoader	Checks if the object was created by a geometry loader extension.
isGeometryProcedural	Checks if the object was created by a procedural geometry extension.
hasGeometryModifiers		applyGeometryModifierExtension	--TODO--Checks if the object has geometry modifiers (extensions).
applyGeometryModifierExtension
cleanAllGeometryModifierExtensions	Clean all geometry modifier extensions applyed to the object.
getGeometryLoaderExtensionParams	--TODO--
getGeometryProceturalExtensionParams	--TODO--
getGeometryModifierExtensionNumber
getGeometryModifierExtensionParamsAtIndex	--TODO--
getGeometryModifierExtensionsNumber	Gets the number of geometry modifier extensions applied to the object.
getGeometryModifierExtensionParamsAtIndex

Inherited methods

isNull.

Anchor

	free
	free

free

Destroys the object.

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Language	Syntax
C++	Cmaxwell::Cobject getInstanced()
Python	CmaxwellObject getInstanced()

Return value

Cmaxwell::Cobject reference to the instanced object. Null object if the object is not an instance, (Cmaxwell::Cobject::isNull() == true).

Anchor

	isrfrk
	isrfrk

...

Language	Syntax
C++	byte getReferencedSceneMaterial( const char* objectName, Cmaxwell::Cmaterial& material )
Python	CmaxwellMaterial getReferencedSceneMaterial( str objectName )

...

Language	Syntax
C++	byte setReferencedSceneMaterial( const char* objectName, Cmaxwell::Cmaterial material )
Python	int setReferencedSceneMaterial( str objectName, Cmaterial CmaxwellMaterial material )

Return value

0 = Error setting reference scene file.

1 = Success.

Anchor

	mergemeshesgetreferencedoverrideflagsmergemeshes
	getreferencedoverrideflags

mergeMeshes

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getReferencedOverrideFlags

Gets the override policy for visibility flags. Flags are described in OVERRIDE_REFERENCE_FLAGS in maxwellenums.h.

mergeMeshes( const Cobject* pMeshes, dword nMeshes int mergeMeshes( CmaxwellObject[] meshes

Language	Syntax
C++	byte
getReferencedOverrideFlags( byte& flags )
Python
(int flags, int success) getReferencedOverrideFlags()

Return value

C++

0 = Error

...

1 = Success

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Examples

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language	javascript
title	Python

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meshes  = []
meshes.append( scene.getObject("sphere") );
meshes.append( scene.getObject("cube") );
scene.getObject("cubesphere").mergeMeshes( meshes ); // "cubesphere must exists"
scene.getObject("sphere").free();
scene.getObject("cube").free();

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getParent

Gets the parent object in the hierarchy.

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Python

Tuple containing the "override reference" flags of the object, and the function success value.

Anchor

	setreferencedoverrideflags
	setreferencedoverrideflags

setReferencedOverrideFlags

Sets the override policy for visibility flags. Flags are described in OVERRIDE_REFERENCE_FLAGS in maxwellenums.h.

Language	Syntax
C++	byte getParent( Cmaxwell::Cobject& parent setReferencedOverrideFlags( byte& flags )
Python	CmaxwellObject getParentint setReferencedOverrideFlags( int flags )

Return value

C++

0 = Error
...
1 = Success
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Python

Anchor

...

anchor

	mergemeshes

	mergemeshes	setparent	setparent

setParent

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mergeMeshes

Merges an array of meshes into a single mesh. The original meshes are not removed (it can be done later calling Cmaxwell::Cobject::free() ). The target object must not be included in the mesh list, so target geometry (if exists) will be erased.

Language	Syntax
C++	byte setParentmergeMeshes( const Cmaxwell::Cobject parent * pMeshes, dword nMeshes )
Python	int setParentmergeMeshes( CmaxwellObject parent [] meshes )

Return value

0 = Error setting parent objectreference scene file.

1 = Success.anchor

Examples

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Code Block

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language

getUuid

Unique user ID that can be used for custom purposes.

Language	Syntax
C++	const char* getUuid()
Python	str getUuid()

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setUuid

Sets the unique user ID.

Language	Syntax
C++	byte setUuid( const char* pUuid )
Python	int setUuid( str uuid )

Return value

0 = Error setting unique user ID.

1 = Success.

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getMaterial

Gets the material applied.

Language	Syntax
C++	byte getMaterial( Cmaxwell::Cmaterial& parent )
Python	CmaxwellMaterial getMaterial()

Return value

C++

0 = Error getting object material.

1 = Success.

Python

Object material.

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setMaterial

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javascript
title	Python

meshes  = []
meshes.append( scene.getObject("sphere") );
meshes.append( scene.getObject("cube") );
scene.getObject("cubesphere").mergeMeshes( meshes ); // "cubesphere must exists"
scene.getObject("sphere").free();
scene.getObject("cube").free();

Anchor

	getparent
	getparent

getParent

Gets the parent object in the hierarchy.

Language	Syntax
C++	byte setMaterialgetParent( Cmaxwell::Cmaterial material Cobject& parent )
Python	int setMaterialCmaxwellObject getParent( CmaxwellMaterial material )

Return value

C++

0 = Error

...

getting parent object

...

.

1 = Success.

Python

Parent object.

Anchor

	setpropertiessetparentsetproperties
	setparent

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setParent

Sets the caustics properties of the object. 1 enables, 0 disables.parent object in the hierarchy.

Language	Syntax
C++	byte setProperties( int doDirectCausticsReflection, int doDirectCausticsRefraction, int doIndirectCausticsReflection, int doIndirectCausticsRefraction setParent( Cmaxwell::Cobject parent )
Python	int setProperties( byte doDirectCausticsReflection, byte doDirectCausticsRefraction, byte doIndirectCausticsReflection, byte doIndirectCausticsRefraction setParent( CmaxwellObject parent )

Return value

0 = Error setting parent object material.

1 = Success.

Anchor

	getdependenciesgetuuidgetdependencies
	getuuid

getDependencies

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getUuid

Unique user ID that can be used for custom purposes.

Language	Syntax
C++	byte getDependencies( dword& numDependencies, char** & paths, const bool& searchInsideProxy = true const char* getUuid()
Python	str [] getDependencies( bool searchInsideProxy = true getUuid()

...

Anchor

...

	setuuid

...

	setuuid

...

If true, the function search for dependencies also in the referenced proxy object if exists. searchInsideProxy is true by default.

Return value

C++

0 = Error getting dependency paths.

1 = Success.

Python

List of str containing the dependency paths.

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getNumVertexes

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setUuid

Sets the unique user ID.

Language	Syntax
C++	byte setUuid( const char* pUuid )
Python	int setUuid( str uuid )

Return value

0 = Error setting unique user ID.

1 = Success.

Anchor

	getmaterial
	getmaterial

getMaterial

Gets the material applied.

Language	Syntax
C++	byte getNumVertexes( dword& nVertexes getMaterial( Cmaxwell::Cmaterial& parent )
Python	int getNumVertexesCmaxwellMaterial getMaterial()

Return value

C++

0 = Error getting number of vertexesobject material.

1 = Success.

Python

Number of vertexesObject material.

Anchor

	getnumtrianglessetmaterialgetnumtriangles
	setmaterial

getNumTriangles

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setMaterial

Sets the object material.

Language	Syntax
C++	byte getNumTriangles( dword& nTriangles setMaterial( Cmaxwell::Cmaterial material )
Python	int getNumTrianglessetMaterial( CmaxwellMaterial material )

Return value

C++

...

0 = Error

...

setting object material.

1 = Success

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Python

...

.

Anchor

	getnumnormalssetpropertiesgetnumnormals
	setproperties

getNumNormals

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setProperties

Sets the caustics properties of the object. 1 enables, 0 disables.

Language	Syntax
C++	byte getNumNormals( dword& nNormals )
Python	int getNumNormals()

Return value

C++

...

setProperties( int doDirectCausticsReflection, int doDirectCausticsRefraction, int doIndirectCausticsReflection, int doIndirectCausticsRefraction )
Python	int setProperties( byte doDirectCausticsReflection, byte doDirectCausticsRefraction, byte doIndirectCausticsReflection, byte doIndirectCausticsRefraction )

Return value

0 = Error setting object material.

1 = Success.

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Python

...

Anchor

	getnumpositionspervertexgetdependenciesgetnumpositionspervertex
	getdependencies

getNumPositionsPerVertex

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getDependencies

Returns an array of strings with all the extern dependencies of the object (rfrk files, etc).

Language	Syntax
C++	byte getNumPositionsPerVertexgetDependencies( dword& nPositions & numDependencies, char** & paths, const bool& searchInsideProxy = true )
Python	int getNumPositionsPerVertex(str[] getDependencies( bool searchInsideProxy = true )

Return value

C++

0 = Error getting number of positions per vertex.

1 = Success.

Python

Number of positions per vertex.

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getNumChannelsUVW

Gets number of UVW channels of the object.

Language	Syntax
C++	byte getNumChannelsUVW( dword& nChannelsUVW )
Python	int getNumChannelsUVW()

Return value

C++

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Parameters

Type	Name	In/Out	Description
dword&	numDependencies	out	(C++ only) Number of dependencies returned.
char**&	paths	out	(C++ onlu) String array (size = numDependencies) containing all the dependencies requested.
const bool&	searchIndideProxy	in	If true, the function search for dependencies also in the referenced proxy objects if exists. searchInsideProxy is true by default.

Return value

C++

0 = Error getting dependency paths.

1 = Success.

Python

Number of UVW channelsList of str containing the dependency paths.

Anchor

	addchanneluvwgetnumvertexesaddchanneluvw
	getnumvertexes

addChannelUVW

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getNumVertexes

Gets number of vertexes of the object.

Language	Syntax
C++	byte addChannelUVWgetNumVertexes( dword& index, byte id = 0xFF )nVertexes )
Python	int addChannelUVWgetNumVertexes( byte id = 0xFF )

Return value

C++

0 = Error adding UVW channelgetting number of vertexes.

1 = Success.

Python

Index Number of the new channelvertexes.

Anchor

	generatesphericaluvwgetnumtrianglesgeneratesphericaluvw
	getnumtriangles

generateSphericalUVW

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getNumTriangles

Gets number of triangles of the object.

Language	Syntax
C++	byte generateSphericalUVWgetNumTriangles( dword& iChannel, Cbase& projectorBase, real& startLatitude, real& endLatitude, real& startLongitude, real& endLongitude nTriangles )
Python	int generateSphericalUVW( int iChannel, Cbase projectorBase, float startLatitude, float endLatitude, float startLongitude, float endLongitude getNumTriangles()

Return value

C++

0 = Error

...

getting number of triangles.

1 = Success.

Python

Number of triangles.

Anchor

	generatecylindricaluvwgetnumnormalsgeneratecylindricaluvw
	getnumnormals

generateCylindricalUVW

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getNumNormals

Gets number of normals of the object.

Language	Syntax
C++	byte generateCylindricalUVWgetNumNormals( dword& iChannel, Cbase& projectorBase, real& startAngle, real& endAngle nNormals )
Python	int generateCylindricalUVW( int iChannel, Cbase projectorBase, float startAngle, float endAngle getNumNormals()

Return value

C++

0 = Error

...

getting number of normals.

1 = Success.

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generateCubicUVW

Generates cubic UVW coordinates.

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Python

Number of normals.

Anchor

	getnumpositionspervertex
	getnumpositionspervertex

getNumPositionsPerVertex

Gets number of positions per vertex of the object.

Language	Syntax
C++	byte generateCubicUVWgetNumPositionsPerVertex( dword& iChannel, Cbase& projectorBase, bool mirrorBackFaces = false nPositions )
Python	int generateCubicUVW( int iChannel, Cbase projectorBase, bool mirrorBackFaces = False getNumPositionsPerVertex()

Return value

C++

0 = Error

...

getting number of positions per vertex.

1 = Success.

Python

Number of positions per vertex.

Anchor

	generateplanaruvwgetnumchannelsuvwgenerateplanaruvw
	getnumchannelsuvw

generatePlanarUVW

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getNumChannelsUVW

Gets number of UVW channels of the object.

Language	Syntax
C++	byte generatePlanarUVWgetNumChannelsUVW( dword& iChannel, Cbase& projectorBase nChannelsUVW )
Python	int generatePlanarUVW( int iChannel, Cbase projectorBase )

...

getNumChannelsUVW()

Return value

C++

0 = Error

...

getting number UVW

...

channels.

1 = Success.

Python

Number of UVW channels.

Anchor

	getvertexaddchanneluvwgetvertex
	addchanneluvw

getVertex

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addChannelUVW

Adds an UVW channel to the object.

Language	Syntax
C++	byte getVertexaddChannelUVW( dword iVertex, dword iPosition, Cpoint& point & index, byte id = 0xFF )
Python	Cvector getVertex( int iVertex, int iPosition int addChannelUVW( byte id = 0xFF )

Return value

C++

0 = Error getting the vertexadding UVW channel.

1 = Success.

Python

Cvector containing the vertex requestedIndex of the new channel.

Anchor

	setvertexgeneratesphericaluvwsetvertex
	generatesphericaluvw

setVertex

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generateSphericalUVW

Generates spherical UVW coordinates.

Language	Syntax
C++	byte setVertexgenerateSphericalUVW( dword iVertex, dword iPosition, const Cpoint& point & iChannel, CbaseT& projectorBase, real& startLatitude, real& endLatitude, real& startLongitude, real& endLongitude )
Python	int setVertexgenerateSphericalUVW( int iVertex, int iPosition, Cvector point iChannel, Cbase projectorBase, float startLatitude, float endLatitude, float startLongitude, float endLongitude )

Return value

0 = Error setting the vertexgenerating spherical UVW coordinaltes.

1 = Success.

Anchor

	getnormalgeneratecylindricaluvwgetnormal
	generatecylindricaluvw

getNormal

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generateCylindricalUVW

Generates cylindrical UVW coordinates.

Language	Syntax
C++	byte getNormalgenerateCylindricalUVW( dword iVertex, dword iPosition, Cvector &normal )& iChannel, Cbase& projectorBase, real& startAngle, real& endAngle )
Python	Cvector getNormalint generateCylindricalUVW( int iVertex, int iPosition iChannel, Cbase projectorBase, float startAngle, float endAngle )

Return value

...

C++

0 = Error
...
generating cylindrical UVW coordinaltes.
1 = Success.
...

Python

...

Anchor

	setnormalgeneratecubicuvwsetnormal
	generatecubicuvw

setNormal

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generateCubicUVW

Generates cubic UVW coordinates.

Language	Syntax
C++	byte setNormalgenerateCubicUVW( dword iNormal, dword iPosition, const Cvector& normal & iChannel, Cbase& projectorBase, bool mirrorBackFaces = false )
Python	int setNormalgenerateCubicUVW( int iNormal, int iPosition, Cvector normal iChannel, Cbase projectorBase, bool mirrorBackFaces = False )

Return value

0 = Error setting the normalgenerating cubic UVW coordinaltes.

1 = Success.

Anchor

	gettrianglegenerateplanaruvwgettriangle
	generateplanaruvw

getTriangle

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generatePlanarUVW

Generates planar UVW coordinates.

Language	Syntax
C++	byte getTrianglegeneratePlanarUVW( dword iTriangle, dword& iVertex1iChannel, dword &iVertex2, dword &iVertex3, dword &iNormal1, dword &iNormal2, dword &iNormal3 Cbase& projectorBase )
Python	dict getTriangleint generatePlanarUVW( int iTriangle iChannel, Cbase projectorBase )

Return value

C++

...

0 = Error

...

generating planar UVW coordinaltes.

1 = Success.

Python

Dictionary containing the triangle data ("iVertex1", "iVertex2", "iVertex3", "iNormal1", "iNormal2", "iNormal3").

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setTriangle

Sets triangle (vertexes and normals)

Anchor

	getvertex
	getvertex

getVertex

Gets vertex by index.

Language	Syntax
C++	byte setTrianglegetVertex( dword iTriangleiVertex, dword iVertex1, dword iVertex2, dword iVertex3, dword iNormal1, dword iNormal2, dword iNormal3 iPosition, Cpoint& point )
Python	int setTriangleCvector getVertex( int iTriangleiVertex, int iVertex1, int iVertex2, int iVertex3, int iNormal1, int iNormal2, int iNormal3 iPosition )

Return value

C++

0 = Error

...

getting the

...

vertex.

1 = Success.

Python

Cvector containing the vertex requested.

Anchor

	gettrianglegroupsetvertexgettrianglegroup
	setvertex

getTriangleGroup

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setVertex

Sets vertex by index.

Language	Syntax
C++	byte getTriangleGroupsetVertex( dword iTriangleiVertex, dword iPosition, const Cpoint& idGroup point )
Python	int getTriangleGroupsetVertex( int iTriangle iVertex, int iPosition, Cvector point )

Return value

C++

...

0 = Error

...

setting the

...

vertex.

1 = Success.

...

Python

...

Anchor

	settrianglegroupgetnormalsettrianglegroup
	getnormal

setTriangleGroup

...

getNormal

Gets normal by index.

Language	Syntax
C++	byte setTriangleGroupgetNormal( dword iTriangleiVertex, dword idGroup iPosition, Cvector&normal )
Python	int setTriangleGroup( int iTriangleCvector getNormal( int iVertex, int idGroup iPosition )

Return value

C++

0 = Error

...

getting the

...

normal.

1 = Success.

Python

Cvector containing the normal requested.

Anchor

	gettriangleuvwsetnormalgettriangleuvw
	setnormal

getTriangleUVW

...

setNormal

Sets normal by index.

Language	Syntax
C++	byte getTriangleUVWsetNormal( dword iTriangleiNormal, dword iChannelIDiPosition, float& u1, float& v1, float& w1, float& u2, float& v2, float& w2, float& u3, float& v3, float& w3 const Cvector& normal )
Python	dict getTriangleUVWint setNormal( int iTriangleiNormal, int iChannelID iPosition, Cvector normal )

Return value

...

C++

0 = Error
...
setting the
...
normal.
1 = Success.

Python

Dictionary containing the triangle UVW coordinates ('u1','v1,'w1,'u2','v2','w2','u2','v2','w3').

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setTriangleUVW

Sets triangle UVW coordinantes.

Language	Syntax
C++	byte setTriangleUVW( dword iTriangle, dword iChannelID, float u1, float v1, float w1, float u2, float v2, float w2, float u3, float v3, float w3 )
Python	int setTriangleUVW( int iTriangle, int iChannelID, float u1, float v1, float w1, float u2, float v2, float w2, float u2, float v2, float w3 )

Return value

0 = Error setting the triangle UVW coordinates.

1 = Success.

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getTriangleMaterial

Gets triangle material

Anchor

	gettriangle
	gettriangle

getTriangle

Gets triangle (vertexes and normals) by index.

Language	Syntax
C++	byte getTriangle( dword iTriangle, dword &iVertex1, dword &iVertex2, dword &iVertex3, dword &iNormal1, dword &iNormal2, dword &iNormal3 )
Python	(int iVertex1, int iVertex2, int iVertex3, int iNormal1, int iNormal2, int iNormal3) getTriangle( int iTriangle )

Return value

C++

0 = Error getting the triangle.

1 = Success.

Python

Tuple containing the triangle data.

Anchor

	settriangle
	settriangle

setTriangle

Sets triangle (vertexes and normals) by index.

Language	Syntax
C++	byte setTriangle( dword iTriangle, dword iVertex1, dword iVertex2, dword iVertex3, dword iNormal1, dword iNormal2, dword iNormal3 )
Python	int setTriangle( int iTriangle, int iVertex1, int iVertex2, int iVertex3, int iNormal1, int iNormal2, int iNormal3 )

Return value

0 = Error setting the triangle.

1 = Success.

Anchor

	gettrianglegroup
	gettrianglegroup

getTriangleGroup

Gets triangle group by index.

Language	Syntax
C++	byte getTriangleGroup( dword iTriangle, dword& idGroup )
Python	int getTriangleGroup( int iTriangle )

Return value

C++

0 = Error getting the triangle group.

1 = Success.

Python

Triangle group ID.

Anchor

	settrianglegroup
	settrianglegroup

setTriangleGroup

Sets group that's the triangle belongs to.

Language	Syntax
C++	byte setTriangleGroup( dword iTriangle, dword idGroup )
Python	int setTriangleGroup( int iTriangle, int idGroup )

Return value

0 = Error setting the triangle group.

1 = Success.

Anchor

	gettriangleuvw
	gettriangleuvw

getTriangleUVW

Gets triangle UVW coordinates.

Language	Syntax
C++	byte getTriangleUVW( dword iTriangle, dword iChannelID, float& u1, float& v1, float& w1, float& u2, float& v2, float& w2, float& u3, float& v3, float& w3 )
Python	(float u1, float v1, float w1, float u2, float v2, float w2, float u3, float v3, float w3) getTriangleUVW( int iTriangle, int iChannelID )

Return value

C++

0 = Error getting the triangle UVW coordinates.

1 = Success.

Python

Tuple containing the triangle UVW coordinates.

Anchor

	settriangleuvw
	settriangleuvw

setTriangleUVW

Sets triangle UVW coordinantes.

Language	Syntax
C++	byte setTriangleUVW( dword iTriangle, dword iChannelID, float u1, float v1, float w1, float u2, float v2, float w2, float u3, float v3, float w3 )
Python	int setTriangleUVW( int iTriangle, int iChannelID, float u1, float v1, float w1, float u2, float v2, float w2, float u2, float v2, float w3 )

Return value

0 = Error setting the triangle UVW coordinates.

1 = Success.

Anchor

	gettrianglematerial
	gettrianglematerial

getTriangleMaterial

Gets triangle material.

Language	Syntax
C++	byte getTriangleMaterial( dword iTriangle, Cmaxwell::Cmaterial& material )
Python	CmaxwellMaterial getTriangleMaterial( int iTriangle )

Return value

C++

0 = Error getting triangle material.

1 = Success.

Python

Triangle material.

Anchor

	settrianglematerial
	settrianglematerial

setTriangleMaterial

Sets the triangle material.

Language	Syntax
C++	byte setTriangleMaterial( dword iTriangle, Cmaxwell::Cmaterial material )
Python	int setTriangleMaterial( int iTriangle, CmaxwellMaterial material )

Return value

0 = Error setting triangle material.

1 = Success.

Anchor

	getgroupmaterial
	getgroupmaterial

getGroupMaterial

Gets material of a group of triangles.

Language	Syntax
C++	byte getGroupMaterial( dword iGroup, Cmaxwell::Cmaterial& material )
Python	CmaxwellMaterial getGroupMaterial( int iGroup )

Return value

C++

0 = Error getting triangle group material.

1 = Success.

Python

Triangle group material.

Anchor

	setgroupmaterial
	setgroupmaterial

setGroupMaterial

Sets material of a group of triangles.

Language	Syntax
C++	byte setGroupMaterial( dword iGroup, Cmaxwell::Cmaterial material )
Python	int setGroupMaterial( int iGroup, CmaxwellMaterial material )

Return value

0 = Error setting triangle group material.

1 = Success.

Anchor

	setbaseandpivot
	setbaseandpivot

setBaseAndPivot

Sets base and pivot axes of the object.

Language	Syntax
C++	byte setBaseAndPivot( Cbase base, Cbase pivot, real substepTime = 0.0 )
Python	int setBaseAndPivot( Cbase base, Cbase pivot, float substepTime = 0.0 )

Return value

0 = Error setting object base and pivot.

1 = Success.

Anchor

	getbaseandpivot
	getbaseandpivot

getBaseAndPivot

Gets base and pivot axes of the object.

Language	Syntax
C++	byte getBaseAndPivot( Cbase& base, Cbase& pivot, const real substepTime = 0.0 )
Python	(Cbase base, Cbase pivot) getBaseAndPivot( float substepTime = 0.0 )

Return value

C++

0 = Error getting object base and pivot.

1 = Success.

Python

Tuple containing Cbase base and Cbase pivot axes (base,pivot).

Anchor

	getworldtransform
	getworldtransform

getWorldTransform

Returns the world transform of the object taking into account base and pivot of all its parents..

Language	Syntax
C++	byte getWorldTransform( Cbase& base )
Python	Cbase getWorldTransform()

Return value

C++

0 = Error getting world transform of the object.

1 = Success.

Python

Object world transform.

Anchor

	gettransformsubstepscount
	gettransformsubstepscount

getTransfromSubstepsCount

Return the number of substeps used for defining Base and Pivot motion blur.

Language	Syntax
C++	dword getTransformSubstepsCount()
Python	int getTransformSubstepsCount()

Anchor

	gettransformstepinfobyindex
	gettransformstepinfobyindex

getTransformStepInfoByIndex

Return transform information( base, pivot and time) for the given index.

Language	Syntax
C++	byte getTransformStepInfoByIndex( Cbase& base, Cbase& pivot, real& time, const dword index )
Python	(Cbase base, Cbase pivot, float time) getTransformStepInfoByIndex( int index )

Return value

C++

0 = Error getting transform information of the object.

1 = Success.

Python

Tuple containing transform information.

Anchor

	isposrotscaleinitialized
	isposrotscaleinitialized

isPosRotScaleInitialized

Checks if any of the following methods have been used for the object: setPosition, setRotation, setScale, setShear, setPivotPosition and setPivotRotation. The correct way to transform the object is through the setBaseAndPivot method.

Language	Syntax
C++	byte isPosRotScaleInitialized( bool& init )
Python	bool isPosRotScaleInitialized()

Return value

C++

0 = Error getting object transformed for Maxwell Studio.

1 = Success.

Python

True = object initialized using setPosition, setRotation, setScale, setShear, setPivotPosition and/or setPivotRotation (methods used for Maxwell Studio, not for rendering.

Anchor

	cleangeometry
	cleangeometry

cleanGeometry

Optional routine that removes degenerated triangles, repeated/unused vertex and normals. This function is automatically called inside the writeMXS method. It is not needed to call it except in scenarios like the interactive engine.

Language	Syntax
C++	byte cleanGeometry()
Python	int cleanGeometry()

Return value

0 = Error cleaning geometry.

1 = Success.

Anchor

	gethide
	gethide

getHide

Gets "hide" status of the object.

Language	Syntax
C++	byte getHide( bool& hide )
Python	bool getHide()

Return value

C++

0 = Error getting "hide" status.

1 = Success.

Python

True = object is hidden.

False = object is not hidden.

Anchor

	sethide
	sethide

setHide

Sets "hide" status of the object.

Language	Syntax
C++	byte getTriangleMaterial( dword iTriangle, Cmaxwell::Cmaterial& material setHide( bool hide )
Python	CmaxwellMaterial getTriangleMaterial( int iTriangle int setHide( bool hide )

Return value

C++

...

0 = Error

...

setting "hide" state.

1 = Success

...

Python

...

.

Anchor

	settrianglematerialgethidetocamerasettrianglematerial
	gethidetocamera

setTriangleMaterial

...

getHideToCamera

Gets "hide to camera" status of the object.

Language	Syntax
C++	byte setTriangleMaterial( dword iTriangle, Cmaxwell::Cmaterial material getHideToCamera( bool& hide )
Python	int setTriangleMaterial( int iTriangle, CmaxwellMaterial material bool getHide()

Return value

C++

0 = Error

...

getting "hide to camera" status.

1 = Success.

Python

True = object is hidden to camera.

False = object is not hidden to camera.

Anchor

	getgroupmaterialsethidetocameragetgroupmaterial
	sethidetocamera

getGroupMaterial

...

setHideToCamera

Sets "hide to camera" status of the object.

Language	Syntax
C++	byte getGroupMaterial( dword iGroup, Cmaxwell::Cmaterial& material setHideToCamera( bool hide )
Python	CmaxwellMaterial getGroupMaterial( int iGroup int setHideToCamera( bool hide )

Return value

C++

...

0 = Error setting "hide to camera" state.

1 = Success.

Python

Triangle group material.

Anchor

	setgroupmaterialgethidetoreflectionsrefractionssetgroupmaterial
	gethidetoreflectionsrefractions

setGroupMaterial

...

getHideToReflectionsRefractions

Gets "hide to reflections and refractions" status of the object.

Language	Syntax
C++	byte setGroupMaterial( dword iGroup, Cmaxwell::Cmaterial material getHideToReflectionsRefractions( bool& hide )
Python	int setGroupMaterial( int iGroup, CmaxwellMaterial material bool getHideToReflectionsRefractions()

Return value

C++

0 = Error

...

getting "hide to reflections and refractions" status.

1 = Success.

Python

True = object is hidden to reflections and refractions.

False = object is not hidden to reflections and refractions.

Anchor

	setbaseandpivotsethidetoreflectionsrefractionssetbaseandpivot
	sethidetoreflectionsrefractions

...

setHideToReflectionsRefractions

Sets base and pivot axes "hide to reflections and refractions" status of the object.

Language	Syntax
C++	byte setBaseAndPivot( Cbase base, Cbase pivot, real substepTime = 0.0 setHideToReflectionsRefractions( bool hide )
Python	int setBaseAndPivot( Cbase base, Cbase pivot, float substepTime = 0.0 setHideToReflectionsRefractions( bool hide )

Return value

0 = Error setting object base and pivot"hide to reflections and refractions" state.

1 = Success.

Anchor

	getbaseandpivotgethidetogigetbaseandpivot
	gethidetogi

...

getHideToGI

Gets base and pivot axes "hide to global illumination" status of the object.

Language	Syntax
C++	byte getBaseAndPivotgetHideToGI( Cbase& base, Cbase& pivot, const real substepTime = 0.0 bool& hide )
Python	tuple getBaseAndPivot( float substepTime = 0.0 bool getHideToGI()

Return value

C++

0 = Error getting object base and pivot"hide to global illumination" status.

1 = Success.

Python

Object base and pivot axesTrue = object is hidden to global illumination.

False = object is not hidden to global illumination.

Anchor

	getworldtransformsethidetogigetworldtransform
	sethidetogi

getWorldTransform

...

setHideToGI

Sets "hide to global Illumination" status of the object.

Language	Syntax
C++	byte getWorldTransform( Cbase& base setHideToGI( bool hide )
Python	Cbase getWorldTransformint setHideToGI( bool hide )

Return value

C++

...

0 = Error

...

setting "hide to global illumination" state.

1 = Success.

Python

Object world transform.

...

getTransfromSubstepsCount

Return the number of substeps used for defining Base and Pivot motion blur.

Language	Syntax
C++	dword getTransformSubstepsCount()
Python	int getTransformSubstepsCount()

...

getTransformStepInfoByIndex

Return transform information( base, pivot and time) for the given index

Anchor

	isexcludedofcutplanes
	isexcludedofcutplanes

isExcludedOfCutPlanes

Gets "excluded of cut planes" status of the object.

Language	Syntax
C++	byte isExcludedOfCutPlanes( bool& excluded )
Python	bool isExcludedOfCutPlanes()

Return value

C++

0 = Error getting "excluded of cut planes" status.

1 = Success.

Python

True = object is excluded to cut planes.

False = object is not excluded of cut planes.

Anchor

	excludeofcutplanes
	excludeofcutplanes

excludeOfCutPlanes

Sets "excluded of cut planes" status of the object.

Language	Syntax
C++	byte getTransformStepInfoByIndex( Cbase& base, Cbase& pivot, real& time, const dword index excludeOfCutPlanes( bool exclude )
Python	dict getTransformStepInfoByIndex( int index int excludeOfCutPlanes( bool exclude )

Return value

C++

...

0 = Error

...

1 = Success.

Python

Dictionary containing transform information ('base','pivot','time').

...

isPosRotScaleInitialized

Checks if any of the following methods have been used for the object: setPosition, setRotation, setScale, setShear, setPivotPosition and setPivotRotation. The correct way to transform the object is through the setBaseAndPivot method.

...

setting "excluded of cut planes" state.

1 = Success.

Anchor

	getreferencedisplaypoints
	getreferencedisplaypoints

getReferenceDisplayPoints

This function is useful to display a mesh on a viewport. Returns an array with the vertices of the object in object space. This function is not accurate but should be used for preview purposes only.

Language	Syntax
C++	float* getReferenceDisplayPoints( const dword& percent, const dword& maxPoints, dword& nPoints )
Python	array getReferenceDisplayPoints( int percent, int maxPoints )

Parameters

Type	Name	In/Out	Description
const dword&	percent	in	Percent of points of the mesh that will be returned.
const dword&	maxPoints	in	Maximum number of points that will be in the returned array (-1 means there is not a maximum fixed)
dword&	nPoints	out	Number of points returned.

Return value

C++

0 = Error getting object transformed for Maxwell Studio.

1 = Success.

Python

True = object initialized using setPosition, setRotation, setScale, setShear, setPivotPosition and/or setPivotRotation (methods used for Maxwell Studio, not for renderingArray of nPoints * 3 containing the proxy points requested.

Python

NumPy array containing the proxy points requested. Shape is (nPoints,3).

Anchor

	cleangeometrysetcoloridcleangeometry
	setcolorid

cleanGeometry

...

setColorID

Sets the color used by this object in the Object ID render channel. RGB values must always be in the 0-1 range.

Language	Syntax
C++	byte cleanGeometrysetColorID( const Crgb& color )
Python	int cleanGeometry setColorID( Crgb color )

Return value

0 = Error cleaning geometrysetting color ID.

1 = Success.

Anchor

	gethidegetcoloridgethide
	getcolorid

getHide

...

getColorID

Gets the color used by this object in the Object ID render channel.

Language	Syntax
C++	byte getHidegetColorID( bool Crgb & hide color )
Python	bool getHideCrgb getColorID()

Return value

C++

0 = Error getting "hide" statusthe color ID.

1 = Success.

Python

True = object is hidden.

False = object is not hidden.

...

setHide

...

Crgb containing the color ID.

Anchor

	setsubdivisionlevel
	setsubdivisionlevel

setSubdivisionLevel

Sets the subdivision level of the mesh.

setHide( bool hide setHide bool hide

Language	Syntax
C++	byte
setSubdivisionLevel( const dword& level )
Python	int
setSubdivisionLevel(
int level )

Return value

0 = Error setting "hide" state.

1 = Success.

Anchor

	gethidetocameragetsubdivisionlevelgethidetocamera
	getsubdivisionlevel

...

getSubdivisionLevel

Gets "hide to camera" status the subdivision level of the objectmesh.

Language	Syntax
C++	byte getHideToCameragetSubdivisionLevel( booldword& hide level )
Python	bool getHide(int level, int success) getSubdivisionLevel()

Return value

C++

0 = Error getting "hide to camera" status.

1 = Success.

Python

True = object is hidden to camera.

False = object is not hidden to cameraError

1 = Success

Python

Tuple containing the subdivision level of the mesh and the success value of the method.

Anchor

	sethidetocamerasetgeometrydirtysethidetocamera
	setgeometrydirty

setHideToCamera

...

setGeometryDirty

Method used to recalculate structures needed in interactive mode when the object changes. It is not needed to call it if the UVs or material change, but just should be called when the mesh or base change.

Language	Syntax
C++	byte setHideToCamerasetGeometryDirty( bool hide )
Python	int setHideToCamerasetGeometryDirty( bool hide )

Return value

0 = Error setting "hide to camera" stategeometry dirty.

1 = Success.

Anchor

	gethidetoreflectionsrefractionsinitializemeshgethidetoreflectionsrefractions
	initializemesh

getHideToReflectionsRefractions

...

initializeMesh

Clean the mesh and allocates memory for vertexes, normals, triangles and motion blur.

Language	Syntax
C++	byte getHideToReflectionsRefractions( bool& hide initializeMesh( dword nVertex, dword nNormals, dword nFaces, dword positionsPerVertex )
Python	bool getHideToReflectionsRefractions()

Return value

C++

0 = Error getting "hide to reflections and refractions" status.

1 = Success.

Python

True = object is hidden to reflections and refractions.

False = object is not hidden to reflections and refractions.

...

setHideToReflectionsRefractions

...

int initializeMesh( int nVertex, int nNormals, int nFaces, int positionsPerVertex )

Return value

0 = Error initializing mesh.

1 = Success.

Anchor

	resizemesh
	resizemesh

resizeMesh

This function reinitializes all the basic geometry and UV arrays. The number of UV channels and their ids remain the same, but UV´s are zeroed. Motion blur vertices can be wiped (if there were) setting newNpositionsPerVertex = 1, or added (if there weren´t) setting newNpositionsPerVertex = 2.

Language	Syntax
C++	byte setHideToReflectionsRefractions( bool hide resizeMesh( dword newNVertex, dword newNNormals, dword newNFaces, dword newNpositionsPerVertex )
Python	int setHideToReflectionsRefractions( bool hide resizeMesh( int newNVertex, int newNNormals, int newNFaces, int newNpositionsPerVertex )

Return value

0 = Error setting "hide to reflections and refractions" stateresizing mesh.

1 = Success.

Anchor

	gethidetogigeneratecustomuvwgethidetogi
	generatecustomuvw

getHideToGI

...

generateCustomUVW

--TODO--.

Language	Syntax
C++	byte getHideToGI( bool& hide generateCustomUVW( dword iChannel, dword iGeneratorType )
Python	bool getHideToGI(int generateCustomUVW( int iChannel, int iGeneratorType )

Return value

C++

...

0 = Error generating custom UVW coordinates.

1 = Success.

Python

True = object is hidden to global illumination.

False = object is not hidden to global illumination.

...

setHideToGI

Sets "hide to global Illumination" status of the object.

Language	Syntax
C++	byte setHideToGI( bool hide )
Python	int setHideToGI( bool hide )

Return value

0 = Error setting "hide to global illumination" state.

1 = Success.

...

isExcludedOfCutPlanes

Gets "excluded of cut planes" status of the object

Anchor

	getuvwchannelproperties
	getuvwchannelproperties

getUVWChannelProperties

--TODO--.

Language	Syntax
C++	byte getUVWChannelProperties( dword iChannel, byte& projType, bool& customProj, Cbase& projectorBase, real& startLatitude, real& endLatitude, real& startLongitude, real& endLongitude, real& startAngle, real& endAngle, bool& mirrorBackFaces )
Python	(int projType, bool custumProj, Cbase projectorBase, float startLatitude, float endLatutide, float startLongitude, float endLongitude, float startAngle, float endAngle, bool mirrorBackFaces) getUVWChannelProperties( int iChannel )

Return value

C++

0 = Error getting UVW channel properties.

1 = Success.

Python

Tuple containing the UVW channel properties.

Anchor

	getglobalxform
	getglobalxform

getGlobalXform

--TODO--.

Language	Syntax
C++	byte isExcludedOfCutPlanesgetGlobalXform( bool Cbase& excluded xForm )
Python	bool isExcludedOfCutPlanesCbase getGlobalXform()

Return value

C++

0 = Error getting "excluded of cut planes" status. --TODO--

1 = Success.

Python

True = object is excluded to cut planes.

False = object is not excluded of cut planes.

...

excludeOfCutPlanes

...

Cbase containing --TODO--

Anchor

	getglobalnormalsxform
	getglobalnormalsxform

getGlobalNormalsXform

--TODO--.

Language	Syntax
C++	byte excludeOfCutPlanes( bool exclude getGlobalNormalsXform( Cbase& xForm )
Python	int excludeOfCutPlanesCbase getGlobalNormalsXform( bool exclude )

Return value

C++

0 = Error

...

getting --TODO--

1 = Success.

Python

Cbase containing --TODO--

Anchor

	getproxydisplaypointsgetinverseglobalxformgetproxydisplaypoints
	getinverseglobalxform

getProxyDisplayPoints

...

getInverseGlobalXform

--TODO--.

Language	Syntax
C++	float* getProxyDisplayPoints( const dword& percent, const dword& maxPoints, dword& nPoints byte getInverseGlobalXform( Cbase& ixForm )
Python	array getProxyDisplayPoints( int percent, int maxPoints )

Parameters

Type	Name	In/Out	Description
const dword&	percent	in	Percent of points of the mesh that will be returned.
const dword&	maxPoints	in	Maximum number of points that will be in the returned array (-1 means there is not a maximum fixed)
dword&	nPoints	out	Number of points returned.

Cbase getInverseGlobalXform()

Return value

C++

0 = Error getting --TODO--

1 = Success.

Python

Cbase containing --TODO--

Anchor

	getinverseglobalnormalxform
	getinverseglobalnormalxform

getInverseGlobalNormalXform

--TODO--.

Language	Syntax
C++	byte getInverseGlobalNormalXform( Cbase& ixForm )
Python	Cbase getInverseGlobalNormalXform()

Return value

C++

Array of nPoints * 3 containing the proxy points requested0 = Error getting --TODO--

1 = Success.

Python

NumPy array containing the proxy points requested. Shape is (nPoints,3).Cbase containing --TODO--

Anchor

	setcoloridisgeometryloadersetcolorid
	isgeometryloader

...

isGeometryLoader

Sets the color used by this object in the Object ID render channel. RGB values must always be in the 0-1 range.Checks if the object was created by a geometry loader extension.

Language	Syntax
C++	byte setColorIDisGeometryLoader( const Crgbbool& color isGeomExtension )
Python	int setColorIDbool isGeometryLoader( Crgb color )

Return value

C++

0 = Error

...

checking object was created from a geometry loader extension.

1 = Success.

Python

True = the object was created by a geometry loader extension.

Anchor

	getcoloridisgeometryproceduralgetcolorid
	isgeometryprocedural

getColorID

...

isGeometryProcedural

Checks if the object was created by a procedural geometry extension.

Language	Syntax
C++	byte getColorIDisGeometryProcedural( Crgbbool& color isGeomProceduralExtension )
Python	Crgb getColorIDbool isGeometryProcedural()

Return value

C++

0 = Error getting the color IDchecking object was created from a procedural geometry extension.

1 = Success.

Python

Crgb containing the color IDTrue = the object was created by a procedural geometry extension.

Method used to recalculate structures needed in interactive mode when the object changes. It is not needed to call it if the UVs or material change, but just should be called when the mesh or base change

Anchor
setgeometrydirty	setgeometrydirty

setGeometryDirty

hasgeometrymodifiers
	hasgeometrymodifiers

hasGeometryModifiers

Checks if the object has geometry modifiers (extensions).

Language	Syntax
C++	byte setGeometryDirtyhasGeometryModifiers( bool& isGeomModifiersExtension )
Python	int setGeometryDirtybool hasGeometryModifiers()

Return value

C++

0 = Error

...

checking object have geometry modifiers (extensions).

1 = Success.

Python

True = the object have geometry modifiers (extensions).

Anchor

	initializemeshcleanallgeometrymodifierextensionsinitializemesh
	cleanallgeometrymodifierextensions

initializeMesh

...

cleanAllGeometryModifierExtensions

Clean all geometry modifier extensions applyed to the object.

Language	Syntax
C++	byte initializeMesh( dword nVertex, dword nNormals, dword nFaces, dword positionsPerVertex cleanAllGeometryModifierExtensions()
Python	int initializeMesh( int nVertex, int nNormals, int nFaces, int positionsPerVertex cleanAllGeometryModifierExtensions()

Return value

0 = Error initializing meshcleaning geometry modifier extensions.

1 = Success.

Anchor

	resizemeshgetgeometrymodifierextensionsnumberresizemesh
	getgeometrymodifierextensionsnumber

resizeMesh

...

getGeometryModifierExtensionsNumber

Gets the number of geometry modifier extensions applied to the object.

Language	Syntax
C++	byte resizeMeshgetGeometryModifierExtensionsNumber( dword newNVertex, dword newNNormals, dword newNFaces, dword newNpositionsPerVertex & numModifierExtensions )
Python	int resizeMesh( int newNVertex, int newNNormals, int newNFaces, int newNpositionsPerVertex getGeometryModifierExtensionsNumber()

Return value

C++

0 = Error

...

getting the number of geometry modifier extensions applied to the object.

1 = Success.

Python

Number of geometry modifier extensions applied to the object.

Page Comparison

Versions Compared

Old Version 14

New Version Current

Key

Inherited methods

free

Return value

Return value

mergeMeshes

getReferencedOverrideFlags

Return value

C++

Examples

getParent

Python

setReferencedOverrideFlags

Return value

C++

0 = Error...1 = Success...

Python

setParent

mergeMeshes

Return value

Examples

getUuid

setUuid

Return value

getMaterial

Return value

C++

Python

setMaterial

getParent

Return value

C++

Python

setParent

Return value

getDependencies

getUuid

Return value

C++

Python

getNumVertexes

setUuid

Return value

getMaterial

Return value

C++

Python

getNumTriangles

setMaterial

Return value

C++

Python

getNumNormals

setProperties

Return value

C++

Return value

Python

getNumPositionsPerVertex

getDependencies

Return value

C++

Python

getNumChannelsUVW

Return value

C++

Parameters

Return value

C++

Python

addChannelUVW

getNumVertexes

Return value

C++

Python

generateSphericalUVW

0 = Error
...
1 = Success
...

0 = Error
...
generating cylindrical UVW coordinaltes.
1 = Success.
...

0 = Error
...
setting the
...
normal.
1 = Success.