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

gltf loader

import Gltf2 from '../types/Gltf2';
import GltfLoader from '../io/GltfLoader';
import GltfTypes from '../types/GltfTypes';
import { IElement } from '../types/Elements';
import { ICameraLens } from 'nanogl-camera/ICameraLens';
import OrthographicLens from 'nanogl-camera/ortho-lens';
/**
 * Either a Perspective or Orthographic projection data
 */
export declare type ProjectionData = Gltf2.ICameraPerspective | Gltf2.ICameraOrthographic;
/**
 * The Camera element only contains a perspective or orthographic lens object, used to render the scene.
 */
export default class Camera implements IElement {
    readonly gltftype: GltfTypes.CAMERA;
    name: undefined | string;
    extras: any;
    /**
     * Type of the camera, either perspective or orthographic
     */
    type: Gltf2.CameraType;
    /**
     * Either a Perspective or Orthographic projection data
     */
    projectionData: ProjectionData;
    /**
     * nanogl-camera lens object, either a PerspectiveLens or OrthographicLens
     */
    lens: ICameraLens;
    /**
     * Parse the Camera data, create the nanogl-camera lens object
     * @param gltfLoader GLTFLoader to use, unused here
     * @param data Data to parse
     */
    parse(gltfLoader: GltfLoader, data: Gltf2.ICamera): Promise<any>;
    /**
     * Create a PerspectiveLens from the glTF data
     * @param data Data coming from the glTF file, containing the perspective data
     */
    createPerpective(data: Gltf2.ICameraPerspective): ICameraLens;
    /**
     * Create an OrthographicLens from the glTF data
     * @param data Data coming from the glTF file, containing the orthographic data
     */
    createOrtho(data: Gltf2.ICameraOrthographic): OrthographicLens;
}