Typescript definition for ogl.js (https://github.com/oframe/ogl)

ogl.d.ts

/** Declaration file generated by dts-gen */

export class Animation {
    constructor(...args: any[]);

    update(...args: any[]): void;

}

export interface Position {
    x: number,
    y: number,
    z: number
}

export class Camera {
    constructor(...args: any[]);

    frustumIntersectsMesh(...args: any[]): void;

    frustumIntersectsSphere(...args: any[]): void;

    lookAt(...args: any[]): void;

    orthographic(...args: any[]): void;

    perspective(...args: any[]): void;

    project(...args: any[]): void;

    unproject(...args: any[]): void;

    updateFrustum(...args: any[]): void;

    updateMatrixWorld(...args: any[]): void;

    position: Position

}

export class Color {
    constructor(...args: any[]);

    copy(...args: any[]): void;

    set(...args: any[]): void;

    static from(p0: any): any;

    static isArray(p0: any): any;

    static of(): any;

}

export class Euler {
    constructor(...args: any[]);

    copy(...args: any[]): void;

    fromQuaternion(...args: any[]): void;

    fromRotationMatrix(...args: any[]): void;

    reorder(...args: any[]): void;

    set(...args: any[]): void;

    static from(p0: any): any;

    static isArray(p0: any): any;

    static of(): any;

}

export class Flowmap {
    constructor(...args: any[]);

    update(...args: any[]): void;

}

export class GPGPU {
    constructor(...args: any[]);

    addPass(...args: any[]): void;

    render(...args: any[]): void;

}

export class Geometry {
    constructor(...args: any[]);

    addAttribute(...args: any[]): void;

    bindAttributes(...args: any[]): void;

    computeBoundingBox(...args: any[]): void;

    computeBoundingSphere(...args: any[]): void;

    createVAO(...args: any[]): void;

    draw(...args: any[]): void;

    remove(...args: any[]): void;

    setDrawRange(...args: any[]): void;

    setIndex(...args: any[]): void;

    setInstancedCount(...args: any[]): void;

    updateAttribute(...args: any[]): void;

}

export class Mat3 {
    constructor(...args: any[]);

    copy(...args: any[]): void;

    fromBasis(...args: any[]): void;

    fromMatrix4(...args: any[]): void;

    fromQuaternion(...args: any[]): void;

    getNormalMatrix(...args: any[]): void;

    identity(...args: any[]): void;

    inverse(...args: any[]): void;

    multiply(...args: any[]): void;

    rotate(...args: any[]): void;

    scale(...args: any[]): void;

    set(...args: any[]): void;

    translate(...args: any[]): void;

    static from(p0: any): any;

    static isArray(p0: any): any;

    static of(): any;

}

export class Mat4 {
    constructor(...args: any[]);

    compose(...args: any[]): void;

    copy(...args: any[]): void;

    determinant(...args: any[]): void;

    fromOrthogonal(...args: any[]): void;

    fromPerspective(...args: any[]): void;

    fromQuaternion(...args: any[]): void;

    getMaxScaleOnAxis(...args: any[]): void;

    getRotation(...args: any[]): void;

    getScaling(...args: any[]): void;

    getTranslation(...args: any[]): void;

    identity(...args: any[]): void;

    inverse(...args: any[]): void;

    lookAt(...args: any[]): void;

    multiply(...args: any[]): void;

    rotateX(...args: any[]): void;

    rotateY(...args: any[]): void;

    rotateZ(...args: any[]): void;

    scale(...args: any[]): void;

    set(...args: any[]): void;

    setPosition(...args: any[]): void;

    translate(...args: any[]): void;

    static from(p0: any): any;

    static isArray(p0: any): any;

    static of(): any;

}

export class Mesh {
    constructor(...args: any[]);

    draw(...args: any[]): void;

    onAfterRender(...args: any[]): void;

    onBeforeRender(...args: any[]): void;

}

export class Polyline {
    constructor(...args: any[]);

    resize(...args: any[]): void;

    updateGeometry(...args: any[]): void;

}

export class Post {
    constructor(...args: any[]);

    addPass(...args: any[]): void;

    render(...args: any[]): void;

    resize(...args: any[]): void;

}

export class Program {
    constructor(...args: any[]);

    applyState(...args: any[]): void;

    remove(...args: any[]): void;

    setBlendEquation(...args: any[]): void;

    setBlendFunc(...args: any[]): void;

    use(...args: any[]): void;

}

export class Quat {
    constructor(...args: any[]);

    conjugate(...args: any[]): void;

    copy(...args: any[]): void;

    dot(...args: any[]): void;

    fromArray(...args: any[]): void;

    fromAxisAngle(...args: any[]): void;

    fromEuler(...args: any[]): void;

    fromMatrix3(...args: any[]): void;

    identity(...args: any[]): void;

    inverse(...args: any[]): void;

    multiply(...args: any[]): void;

    normalize(...args: any[]): void;

    rotateX(...args: any[]): void;

    rotateY(...args: any[]): void;

    rotateZ(...args: any[]): void;

    set(...args: any[]): void;

    slerp(...args: any[]): void;

    toArray(...args: any[]): void;

    static from(p0: any): any;

    static isArray(p0: any): any;

    static of(): any;

}

export class Raycast {
    constructor(...args: any[]);

    castMouse(...args: any[]): void;

    intersectBounds(...args: any[]): void;

    intersectBox(...args: any[]): void;

    intersectSphere(...args: any[]): void;

}

export class Renderer {
    constructor(...args: any[]);

    activeTexture(...args: any[]): void;

    bindFramebuffer(...args: any[]): void;

    disable(...args: any[]): void;

    enable(...args: any[]): void;

    getExtension(...args: any[]): void;

    getRenderList(...args: any[]): void;

    render(...args: any[]): void;

    setBlendEquation(...args: any[]): void;

    setBlendFunc(...args: any[]): void;

    setCullFace(...args: any[]): void;

    setDepthFunc(...args: any[]): void;

    setDepthMask(...args: any[]): void;

    setFrontFace(...args: any[]): void;

    setSize(...args: any[]): void;

    setViewport(...args: any[]): void;

    sortOpaque(...args: any[]): void;

    sortTransparent(...args: any[]): void;

    sortUI(...args: any[]): void;

    gl: any

}

export class Shadow {
    constructor(...args: any[]);

    add(...args: any[]): void;

    render(...args: any[]): void;

}

export class Skin {
    constructor(...args: any[]);

    addAnimation(...args: any[]): void;

    createBoneTexture(...args: any[]): void;

    createBones(...args: any[]): void;

    draw(...args: any[]): void;

    update(...args: any[]): void;

}

export class Texture {
    constructor(...args: any[]);

    bind(...args: any[]): void;

    update(...args: any[]): void;

}

export class Transform {
    constructor(...args: any[]);

    addChild(...args: any[]): void;

    decompose(...args: any[]): void;

    lookAt(...args: any[]): void;

    removeChild(...args: any[]): void;

    setParent(...args: any[]): void;

    traverse(...args: any[]): void;

    updateMatrix(...args: any[]): void;

    updateMatrixWorld(...args: any[]): void;

}

export class Vec2 {
    constructor(...args: any[]);

    add(...args: any[]): void;

    applyMatrix3(...args: any[]): void;

    applyMatrix4(...args: any[]): void;

    clone(...args: any[]): void;

    copy(...args: any[]): void;

    cross(...args: any[]): void;

    distance(...args: any[]): void;

    divide(...args: any[]): void;

    dot(...args: any[]): void;

    equals(...args: any[]): void;

    fromArray(...args: any[]): void;

    inverse(...args: any[]): void;

    len(...args: any[]): void;

    lerp(...args: any[]): void;

    multiply(...args: any[]): void;

    negate(...args: any[]): void;

    normalize(...args: any[]): void;

    scale(...args: any[]): void;

    set(...args: any[]): void;

    squaredDistance(...args: any[]): void;

    squaredLen(...args: any[]): void;

    sub(...args: any[]): void;

    toArray(...args: any[]): void;

    static from(p0: any): any;

    static isArray(p0: any): any;

    static of(): any;

}

export class Vec3 {
    constructor(...args: any[]);

    add(...args: any[]): void;

    angle(...args: any[]): void;

    applyMatrix4(...args: any[]): void;

    applyQuaternion(...args: any[]): void;

    clone(...args: any[]): void;

    copy(...args: any[]): void;

    cross(...args: any[]): void;

    distance(...args: any[]): void;

    divide(...args: any[]): void;

    dot(...args: any[]): void;

    equals(...args: any[]): void;

    fromArray(...args: any[]): void;

    inverse(...args: any[]): void;

    len(...args: any[]): void;

    lerp(...args: any[]): void;

    multiply(...args: any[]): void;

    negate(...args: any[]): void;

    normalize(...args: any[]): void;

    scale(...args: any[]): void;

    set(...args: any[]): void;

    squaredDistance(...args: any[]): void;

    squaredLen(...args: any[]): void;

    sub(...args: any[]): void;

    toArray(...args: any[]): void;

    transformDirection(...args: any[]): void;

    static from(p0: any): any;

    static isArray(p0: any): any;

    static of(): any;

}

export class Vec4 {
    constructor(...args: any[]);

    copy(...args: any[]): void;

    fromArray(...args: any[]): void;

    normalize(...args: any[]): void;

    set(...args: any[]): void;

    toArray(...args: any[]): void;

    static from(p0: any): any;

    static isArray(p0: any): any;

    static of(): any;

}

export function Box(...args: any[]): void;

export function Cylinder(...args: any[]): void;

export function NormalProgram(gl: any): any;

export function Orbit(object: any, {
    element = document,
    enabled = true,
    target = new Vec3(),
    ease = 0.25,
    inertia = 0.85,
    enableRotate = true,
    rotateSpeed = 0.1,
    enableZoom = true,
    zoomSpeed = 1,
    enablePan = true,
    panSpeed = 0.1,
    minPolarAngle = 0,
    maxPolarAngle = Math.PI,
    minAzimuthAngle = -Infinity,
    maxAzimuthAngle = Infinity,
    minDistance = 0,
    maxDistance = Infinity,
}: any): any;

export function Plane(...args: any[]): void;

export function RenderTarget(...args: any[]): void;

export function Sphere(...args: any[]): void;

export function Text({
    font,
    text,
    width = Infinity,
    align = 'left',
    size = 1,
    letterSpacing = 0,
    lineHeight = 1.4,
    wordSpacing = 0,
    wordBreak = false,
}: any): any;

export namespace Plane {
    function buildPlane(...args: any[]): void;

}