Class Process

Inheritance

Process

Namespace:

Syntax

Methods

decimateTargetBake

Automatically decimates a selection of meshes, using as a target a triangle count or a ratio (reduction percentage), and bakes Normals information into a texture (plus other textures).

Declaration

process.decimateTargetBake(occurrences, decimationTargetType, bakingOptions, overrideExistingUV=True)

Parameters

Type	Name	Description
OccurrenceList	occurrences	Occurrences to process
DecimateOptionsSelector	decimationTargetType
BakeOptions	bakingOptions	Option maps baking
Boolean	overrideExistingUV	Override the original UV or not

generateLODChain

Automatically generates LODs for the current selection.

Declaration

process.generateLODChain(occurrences, decimationStrategy)

Parameters

Type	Name	Description
OccurrenceList	occurrences	Scene paths of components to process
DecimationStrategy	decimationStrategy	The decimation strategy

generateLODChainQuality

Automatically generates LODs for the current selection.

Declaration

process.generateLODChainQuality(occurrences, decimateParametersList=[DecimateParameters(1., 0.1, 5.), DecimateParameters(3., 1., 10.)])

Parameters

Type	Name	Description
OccurrenceList	occurrences	Scene paths of components to process
DecimateParametersList	decimateParametersList	The list of all LOD decimate parameters

generateLODChainTarget

Automatically generates LODs for the current selection, using the decimate to target algorithm.

Declaration

process.generateLODChainTarget(occurrences, UVImportance=0, ProtectTopology=False, LODLevels=[algo.DecimationRatio(50), algo.DecimationRatio(25)])

Parameters

Type	Name	Description
OccurrenceList	occurrences	Scene paths of components to process
UVImportanceEnum	UVImportance
Boolean	ProtectTopology
DecimationRatioList	LODLevels	The list of all LOD decimate parameters

generatePhantomMesh

Automatically generates one unique optimized mesh out of the models in the scene, with material(s).

Declaration

process.generatePhantomMesh(occurrences, generateDiffuseMap=["Yes", BakeDiffuseOptions(1024, 1)])

Parameters

Type	Name	Description
OccurrenceList	occurrences	Occurrences to process
GenerateDiffuseMap	generateDiffuseMap

proxyFromMeshes

Automatically generates a Proxy Mesh out of a selection of meshes, with optional automatic textures generation.

Declaration

process.proxyFromMeshes(occurrences, gridResolution, generateTextures, transferAnimations, keepOriginalMesh) -> scene.Occurrence

Parameters

Type	Name	Description
OccurrenceList	occurrences	Occurrences to process
Int	gridResolution	Resolution of the voxel grid used to generated the proxy
BakeOptionSelector	generateTextures	Option maps baking
Bool	transferAnimations	If false, skinned animations will be lost
Bool	keepOriginalMesh	If true, does not delete original mesh at the end of the process

Returns

Type	Description
Occurrence	The generated proxy mesh

proxyFromPointCloud

Automatically generates a Proxy Mesh out of a selection of Point Cloud, with optional automatic diffuse texture generation.

Declaration

process.proxyFromPointCloud(occurrences, gridResolution, generateDiffuseTexture, keepOriginalPointCloud) -> scene.Occurrence

Parameters

Type	Name	Description
OccurrenceList	occurrences	Occurrences to process
Int	gridResolution	Resolution of the voxel grid used to generated the proxy
GenerateDiffuseMap	generateDiffuseTexture	Baking options
Bool	keepOriginalPointCloud	If true, does not delete original point cloud at the end of the process

Returns

Type	Description
Occurrence	The generated proxy mesh

runGenericProcess

Automatically creates optimized meshes out of any 3D model (mesh or CAD).

Declaration

process.runGenericProcess(overrideExistingUVs=False, repackUVs=False)

Parameters

Type	Name	Description
Boolean	overrideExistingUVs	If True, UVs for channel 0 will be recreated (algo GenerateUVonAABB , size=100)
Boolean	repackUVs	If True, UVs for Channel 1 will be automatically repacked. Do not use if the original UV layout is fine (meshes already properly UVed).