public void GetOverlaps(
	Vector3F scale,
	Pose pose,
	AabbTree<T> otherTree,
	Vector3F otherScale,
	Pose otherPose,
	List<Pair<T>> overlaps
)

Public Sub GetOverlaps ( 
	scale As Vector3F,
	pose As Pose,
	otherTree As AabbTree(Of T),
	otherScale As Vector3F,
	otherPose As Pose,
	overlaps As List(Of Pair(Of T))
)

public:
void GetOverlaps(
	Vector3F scale, 
	Pose pose, 
	AabbTree<T>^ otherTree, 
	Vector3F otherScale, 
	Pose otherPose, 
	List<Pair<T>>^ overlaps
)

member GetOverlaps : 
        scale : Vector3F * 
        pose : Pose * 
        otherTree : AabbTree<'T> * 
        otherScale : Vector3F * 
        otherPose : Pose * 
        overlaps : List<Pair<'T>> -> unit 

Parameters

scale

Type: DigitalRune.Mathematics.AlgebraVector3F
The scale of this spatial partition.

pose

Type: DigitalRune.GeometryPose
The pose of this spatial partition.

otherTree

Type: DigitalRune.Geometry.PartitioningAabbTreeT
The other spatial partition to test against.

otherScale

Type: DigitalRune.Mathematics.AlgebraVector3F
The scale of the otherTree.

otherPose

Type: DigitalRune.GeometryPose
The pose of the otherTree.

overlaps

Type: System.Collections.GenericListPairT
A list where all pairwise overlaps between items of this spatial partition and otherTree are added. In each PairT the first item (see First) is from this partition and the second item (see Second) is from otherTree.

Both spatial partitions are unscaled and defined in local space. The scales and the poses transform the spatial partitions from their local space to world space. The scale is applied before the pose.

Filtering (see Filter) is applied to filter overlaps.

Reference