Class SVGLoader

constructor

• new SVGLoader(manager?: LoadingManager): SVGLoader

  Parameters

  • Optionalmanager: LoadingManager

  Returns SVGLoader

defaultDPI

defaultUnit

load

• load(
      url: string,
      onLoad: (data: SVGResult) => void,
      onProgress?: (event: ProgressEvent) => void,
      onError?: (event: ErrorEvent) => void,
  ): void

  Parameters

  • url: string
  • onLoad: (data: SVGResult) => void
  • OptionalonProgress: (event: ProgressEvent) => void
  • OptionalonError: (event: ErrorEvent) => void

  Returns void

loadAsync

• loadAsync(
      url: string,
      onProgress?: (event: ProgressEvent) => void,
  ): Promise<SVGResult>

  Parameters

  • url: string
  • OptionalonProgress: (event: ProgressEvent) => void

  Returns Promise<SVGResult>

parse

• parse(text: string): SVGResult

  Parameters

  • text: string

  Returns SVGResult

StaticcreateShapes

• createShapes(shapePath: ShapePath): Shape[]

  Parameters

  • shapePath: ShapePath

  Returns Shape[]

StaticgetStrokeStyle

• getStrokeStyle(
      width?: number,
      color?: string,
      lineJoin?: string,
      lineCap?: string,
      miterLimit?: number,
  ): StrokeStyle

  Parameters

  • Optionalwidth: number
  • Optionalcolor: string
  • OptionallineJoin: string
  • OptionallineCap: string
  • OptionalmiterLimit: number

  Returns StrokeStyle

StaticpointsToStroke

• pointsToStroke(
      points: Vector2[],
      style: StrokeStyle,
      arcDivisions?: number,
      minDistance?: number,
  ): BufferGeometry

  Parameters

  • points: Vector2[]
  • style: StrokeStyle
  • OptionalarcDivisions: number
  • OptionalminDistance: number

  Returns BufferGeometry

StaticpointsToStrokeWithBuffers

• pointsToStrokeWithBuffers(
      points: Vector2[],
      style: StrokeStyle,
      arcDivisions?: number,
      minDistance?: number,
      vertices?: number[],
      normals?: number[],
      uvs?: number[],
      vertexOffset?: number,
  ): number

  Parameters

  • points: Vector2[]
  • style: StrokeStyle
  • OptionalarcDivisions: number
  • OptionalminDistance: number
  • Optionalvertices: number[]
  • Optionalnormals: number[]
  • Optionaluvs: number[]
  • OptionalvertexOffset: number

  Returns number