Class PlanarGeometryAbstract

constructor

• new PlanarGeometry(
      type: PlanarGeometryType,
      coordinates: PlanarGeometryCoordinates,
      offset?: Vec2,
  ): PlanarGeometry

  Parameters

  • type: PlanarGeometryType
  • coordinates: PlanarGeometryCoordinates
  • Optionaloffset: Vec2

  Returns PlanarGeometry

Protected_offset

coordinates

type

center

• get center(): Vec2

  Returns Vec2

max

• get max(): Vec2

  Returns Vec2

min

• get min(): Vec2

  Returns Vec2

offset

• get offset(): Vec2

  Returns Vec2

size

• get size(): Vec2

  Returns Vec2

centralize

• centralize(): void

  Returns void

Abstractclone

• clone(): PlanarGeometry

  Returns PlanarGeometry

AbstractforEachCoordinate

• forEachCoordinate(callback: (pos: Vec2) => void): void

  Parameters

  • callback: (pos: Vec2) => void

  Returns void

StaticfromLineCoordinates

• fromLineCoordinates(
      coordinates: PlanarLineCoordinates,
      transform?: CoordinatesTransformFunction,
  ): PlanarLineGeometry

  Parameters

  • coordinates: PlanarLineCoordinates
  • Optionaltransform: CoordinatesTransformFunction

  Returns PlanarLineGeometry

StaticfromPointCoordinates

• fromPointCoordinates(
      coordinates: Coordinates2D,
      transform?: CoordinatesTransformFunction,
  ): PlanarPointGeometry

  Parameters

  • coordinates: Coordinates2D
  • Optionaltransform: CoordinatesTransformFunction

  Returns PlanarPointGeometry

StaticfromPolygonCoordinates

• fromPolygonCoordinates(
      coordinates: PlanarPolygonCoordinates,
      transform?: CoordinatesTransformFunction,
  ): PlanarPolygonGeometry

  Parameters

  • coordinates: PlanarPolygonCoordinates
  • Optionaltransform: CoordinatesTransformFunction

  Returns PlanarPolygonGeometry

getBounds

• getBounds(): { max: Vec2; min: Vec2; size: Vec2 }

  Returns { max: Vec2; min: Vec2; size: Vec2 }

AbstractgetPoints

• getPoints(): Vector2[][]

  Returns Vector2[][]

getPointsFlattened

• getPointsFlattened(): Vector2[]

  Returns Vector2[]

normalize

• normalize(scale?: Vec2, offset?: Vec2): void

  Parameters

  • scale: Vec2 = ...
  • offset: Vec2 = ...

  Returns void

removeOffset

• removeOffset(): void

  Returns void

setOffset

• setOffset(offset: Vec2): void

  Parameters

  • offset: Vec2

  Returns void

toObject

• toObject(): {
      coordinates: PlanarGeometryCoordinates;
      offset: Vec2;
      type: string;
  }

  Returns { coordinates: PlanarGeometryCoordinates; offset: Vec2; type: string }

transform

• transform(transformFunc: CoordinatesTransformFunction): void

  Parameters

  • transformFunc: CoordinatesTransformFunction

  Returns void