Class MeshProccesor`Abstract`

The IMeshProcessor interface provides different APIs to process mesh and topology data. From generating Level-of-Detail for meshes to CSG modelling or SDF generation, the IMeshProcessor is a powerful library.

Index

Constructors

Accessors

isAvailable processorName

Methods

meshBoolean optimizeMesh saveMesh

Constructors

constructor

new MeshProccesor(): MeshProccesor
Returns MeshProccesor

Accessors

`Static`isAvailable

get isAvailable(): boolean
Determines if a mesh processor is available.

Returns boolean

`Static`processorName

get processorName(): string
Gets the name of the processor.

Returns string

Methods

`Static`meshBoolean

meshBoolean(baseMesh, otherMesh, operationType): UncertainAsyncOp<ResourceHandle<Mesh>, string>
Performs a CSG operation between the baseMesh and the otherMesh using the specified operationType.
Parameters
- baseMesh: Mesh | ResourceHandle<Mesh>
- otherMesh: Mesh | ResourceHandle<Mesh>
- operationType: EnumValue<CSGOperationType, number>
Returns UncertainAsyncOp<ResourceHandle<Mesh>, string>

`Static`optimizeMesh

optimizeMesh(mesh, settings): AsyncOp<MeshProcessingResult, void>
Optimizes the specified mesh using the settings.
Parameters
- mesh: Mesh | ResourceHandle<Mesh>
- settings: Immutable<MeshOptimizeSettings>
Returns AsyncOp<MeshProcessingResult, void>

`Static`saveMesh

saveMesh(mesh, outputStream, format): UncertainAsyncOp<void, string>
Writes the specified mesh to the outputStream using the specified export format.
Parameters
- mesh: Mesh | ResourceHandle<Mesh>
- outputStream: DataStream
- format: EnumValue<MeshFileFormat, number>
Returns UncertainAsyncOp<void, string>