Interface IGeometry3D

Readonlycenter

Readonlygeometry

rotation

Readonlysegments

Readonlytype

getCenter

• getCenter(): Vector3

  Function to get the center points of the geometry

  Returns Vector3

  The points of the object.

getGeometry

• getGeometry(): any

  Function to get the geometry This function calculates each point of the geometry and returns a BufferGeometry object.

  Returns any

  The geometry of the object.

getRotation

• getRotation(): Vector3

  Function to get the rotation points of the geometry in degrees

  Returns Vector3

  The points of the object.

getSegments

• getSegments(): number

  Retrieves the segments of the geometry.

  Returns number

  The number of segments in the geometry.

getType

• getType(): GeometryType3D

  Retrieves the type of the geometry as defined in the GeometryType3D enum.

  This function provides the specific type of the geometry.

  Returns GeometryType3D

  The type of the geometry.

ProximityQuery

• ProximityQuery(geometry: IGeometry3D | IGeometry2D, method?: string): boolean

  Checks if the current geometry is overlapping or in close proximity to another geometry.

  Parameters

  • geometry: IGeometry3D | IGeometry2D

    The geometry to compare against. Can be either a 3D geometry implementing the IGeometry3D interface or a 2D geometry implementing the IGeometry2D interface.
  • Optionalmethod: string

    (Optional) The algorithm or method to use for the proximity query. If not provided, a default method is used.

  Returns boolean

  True if the geometries are overlapping or in close proximity, false otherwise.

ShortestDistance

• ShortestDistance(geometry: IGeometry3D | IGeometry2D): [Vector3, Vector3]

  Calculates the Shortest distance between the current geometry and another geometry.

  Parameters

  • geometry: IGeometry3D | IGeometry2D

    The geometry to compare against. Can be either a 3D geometry implementing the IGeometry3D interface or a 2D geometry implementing the IGeometry2D interface.

  Returns [Vector3, Vector3]

  An array containing two points:

  • The closest point on the current geometry.
  • The closest point on the input geometry.