THREE.MeshLine.d.ts

import * as THREE from "three";

export class MeshLine extends THREE.BufferGeometry {
  constructor();
  geometry: MeshLine;
  points: Float32Array | Array<number>;
  isMeshLine: boolean;

  setPoints(
    points: Float32Array | Array<number>,
    wcb?: (p: number) => any
  ): void;
  setMatrixWorld(matrixWorld: THREE.Matrix4): void;
  setGeometry(g: THREE.BufferGeometry, c: (p: number) => any): void;
  raycast: (
    raycaster: THREE.Raycaster,
    intersects: THREE.Intersection[]
  ) => void;
  compareV3(a: number, b: number): number;
  copyV3(a: number): [number, number, number];
}

export class MeshLineMaterial extends THREE.ShaderMaterial {
  constructor(parametes?: {
    lineWidth?: number;
    map?: THREE.Texture;
    useMap?: number;
    alphaMap?: THREE.Texture;
    useAlphaMap?: number;
    color?: string | THREE.Color | number;
    opacity?: number;
    resolution: THREE.Vector2; // required
    sizeAttenuation?: number;
    dashArray?: number;
    dashOffset?: number;
    dashRatio?: number;
    useDash?: number;
    visibility?: number;
    alphaTest?: number;
    repeat?: THREE.Vector2;
  });

  lineWidth: number;
  map: THREE.Texture;
  useMap: number;
  alphaMap: THREE.Texture;
  useAlphaMap: number;
  color: THREE.Color | string | number;
  opacity: number;
  resolution: THREE.Vector2;
  sizeAttenuation: number;
  dashArray: number;
  dashOffset: number;
  dashRatio: number;
  useDash: number;
  visibility: number;
  alphaTest: number;
  repeat: THREE.Vector2;
  copy(source: MeshLineMaterial): MeshLineMaterial;
}

export function MeshLineRaycast(
  raycaster: THREE.Raycaster,
  intersects: THREE.Intersection[]
): void;