MeshClosestResult (object)¶
Members¶
| Vec3 | position | |
| Vec3 | scaling | |
| Boolean | hasScaling | |
| GeometryLocation | location | |
| Ref<PolygonMeshSpatialQueryCache> | queryCache |
Methods¶
| MeshClosestResult ( in MeshClosestResult other ) | |
| MeshClosestResult ( in Ref<PolygonMeshSpatialQueryCache> queryCache ) | |
| MeshClosestResult () | |
| MeshClosestResult | clone ? () |
| Boolean | compareAndUpdate ! ( in Size objectIndex, out Scalar maxScaledSquaredDistance ) |
| copyResultFrom ! ( in Ref<ClosestResult> other ) | |
| Boolean | getClosestPolygonLocation ! ( in Size polygonIndex, in Ref<Vec3_dAttribute> pos_dAttr, in Ref<Vec3Attribute> posAttr, out Scalar maxScaledSquaredDistance ) |
| reset ! ( in Vec3 position, in Vec3 scaling, in Boolean hasScaling ) |
Methods in detail¶
MeshClosestResult ( in MeshClosestResult other )
copy constructor
MeshClosestResult ( in Ref<PolygonMeshSpatialQueryCache> queryCache )
default constructor
MeshClosestResult MeshClosestResult.clone? ()
clone method
Boolean MeshClosestResult.compareAndUpdate! ( in Size objectIndex, out Scalar maxScaledSquaredDistance )
If the getClosest resulting squared scaled distance is <= maxScaledSquaredDistance, returns ‘true’ and the object should preserve location information for that best candidate.
MeshClosestResult.copyResultFrom! ( in Ref<ClosestResult> other )
Sets the resulting getClosest location from the other ClosestResult (same type)
Boolean MeshClosestResult.getClosestPolygonLocation! ( in Size polygonIndex, in Ref<Vec3_dAttribute> pos_dAttr, in Ref<Vec3Attribute> posAttr, out Scalar maxScaledSquaredDistance )
MeshClosestResult.reset! ( in Vec3 position, in Vec3 scaling, in Boolean hasScaling )
Resets the content of the query (new getClosest beginning). If ‘hasScaling’, then ‘scaling’ will contain a non-uniform scaling vector. Else, ‘scaling’ will be :ref:`Vec3 <vec3>`(1,1,1).
