Collection of Node joints and inverse bind matrices used with skinned Mesh instances.

Reference

Hierarchy

Properties

propertyType: SKIN

Property type.

Methods

  • dispatchEvent(event: BaseEvent): Skin
  • Events.

  • dispose(): void
  • Removes both inbound references to and outbound references from this object. At the end of the process the object holds no references, and nothing holds references to it. A disposed object is not reusable.

  • equals(other: Skin): boolean
  • Returns true if two properties are deeply equivalent, recursively comparing the attributes of the properties. For example, two Primitives are equivalent if they have accessors and materials with equivalent content — but not necessarily the same specific accessors and materials.

  • getDefaults(): Nullable<ISkin>
  • getExtension<Prop>(name: string): Prop
  • getExtras(): Record<string, unknown>
  • getName(): string
  • getSkeleton(): Node
  • init(): void
  • isDisposed(): boolean
  • Returns true if the node has been permanently removed from the graph.

  • listExtensions(): ExtensionProperty<IProperty>[]
  • listJoints(): Node[]
  • listParents(): Property<IProperty>[]
  • Returns a list of all properties that hold a reference to this property. For example, a material may hold references to various textures, but a texture does not hold references to the materials that use it.

    It is often necessary to filter the results for a particular type: some resources, like Accessors, may be referenced by different types of properties. Most properties include the Root as a parent, which is usually not of interest.

    Usage:

    const materials = texture
        .listParents()
        .filter((p) => p instanceof Material)
    
  • setExtension<Prop>(name: string, extensionProperty: Prop): Skin
  • setExtras(extras: Record<string, unknown>): Skin
  • setInverseBindMatrices(inverseBindMatrices: Accessor): Skin
  • setName(name: string): Skin
Function symbol, f(📦) → 📦, where the argument and output are a box labeled 'glTF'.

Made by Don McCurdy TypeDoc documentation Copyright 2021 under MIT license