nanogl-gltf/lib/elements/AccessorSparse.d.ts

gltf loader

import Accessor from "./Accessor";
import GltfLoader from "../io/GltfLoader";
import Gltf2 from "../types/Gltf2";
import GltfTypes from "../types/GltfTypes";
import AccessorSparseIndices from "./AccessorSparseIndices";
import AccessorSparseValues from "./AccessorSparseValues";
import { IElement } from "../types/Elements";
import { TypedArray } from "../types/TypedArray";
/**
 * The AccessorSparse element contains the indices and new values of the vertices that are sparse.
 * A sparse vertex is a vertex that differs from the default value of the Accessor.
 */
export default class AccessorSparse implements IElement {
    readonly gltftype: GltfTypes.ACCESSOR_SPARSE;
    name: undefined | string;
    extras: any;
    /**
     * Accessor element, parent of this AccessorSparse
     */
    accessor: Accessor;
    /**
     * AccessorSparseIndices element, containing indices of the vertices that are sparse
     */
    indices: AccessorSparseIndices;
    /**
     * AccessorSparseValues element, containing new values of the vertices that are sparse
     */
    values: AccessorSparseValues;
    /**
     * Set of indices of the vertices that are sparse
     */
    indicesSet: Set<number>;
    /**
     * Map of indices of the vertices that are sparse, to the index of the vertex in the sparse data
     */
    indicesMap: Map<number, number>;
    /**
     * set by accessor owning this sparse
     */
    setAccessor(accessor: Accessor): void;
    /**
     * Parse the AccessorSparse data, load the corresponding Accessor, AccessorSparseIndices and AccessorSparseValues elements.
     * Initialize the indicesSet and indicesMap.
     *
     * Is async as it needs to wait for the Accessor, AccessorSparseIndices and AccessorSparseValues to be created.
     * @param gltfLoader GLTFLoader to use
     * @param data Data to parse
     * @param args Additional arguments, unused here
     */
    parse(gltfLoader: GltfLoader, data: Gltf2.IAccessorSparse, ...args: any): Promise<any>;
    /**
     * Get the element value at the given index and store it in the given TypedArray
     * @param out TypedArray to store the value in
     * @param index Index of the vertex to get
     */
    getRawValue(out: TypedArray, index: number): void;
    /**
     * Get the raw scalar at the given index
     * @param index Index of the vertex to get
     */
    getRawScalar(index: number): number;
}