ISpatialTandemBoundsTrait

Description

[StaticTemplate]
interface Tinman.Terrain.Util.ISpatialTandemBoundsTrait
→ <TBounds ^val>
→ <TCoords ^val>
→ <TTransform ⁱⁿ ^val>
→ <TResult ⁱⁿ ^val>

Type trait for performing spatial tests between transformed node bodes during tandem-traversal over the entities in a pair of spatial trees.

Public / Methods

BoundsOrder

[Pure]
public method BoundsOrder → (6)

node ⁱⁿ : int32: The parent tree node (first or second).
children ⁱⁿ : int32 [ ]: The child indices of the tree.
bounds ⁱⁿ : TBounds [ ]: The node bounds of the tree.
other ⁱⁿ : TBounds: The bounds of the other node (first or second).
transform ⁱⁿ : TTransform: The transformation from first to second.
firstOrSecond ⁱⁿ : bool: Compute child order for first (true) or second (false)?
returns → int32: Bits 0.. 2 : index of 1st child.
Bits 3.. 5 : index of 2nd child.
Bits 6.. 8 : index of 3rd child.
Bits 9..11 : index of 4th child.
Bits 12..14 : index of 5th child.
Bits 15..17 : index of 6th child.
Bits 18..20 : index of 7th child.
Bits 21..23 : index of 8th child.

Computes the order in which the child nodes shall be visited for optimal performance.

BoundsTestNode

[Pure]
public method BoundsTestNode → (6)

first ⁱⁿ : TBounds: The first spatial bounds.
second ⁱⁿ : TBounds: The second spatial bounds.
transform ⁱⁿ : TTransform: The transformation from first ⁱⁿ to second ⁱⁿ.
minimum ⁱⁿ : TResult: The minimum result value.
maximum ⁱⁿ : TResult: The maximum result value.
tolerance ⁱⁿ : TResult: The result value tolerance.
returns → int32: -1 if result is always less than or equal minimum ⁱⁿ,
0 if result is always greater than or equal to maximum ⁱⁿ,
1 if tandem traversal shall continue with first ⁱⁿ,
2 if tandem traversal shall continue with second ⁱⁿ

Checks if the given pair of spatial nodes needs to be considered for tandem traversal.

BoundsTestTree

[Pure]
public method BoundsTestTree → (8)

firstOrSecond ⁱⁿ : bool: true if bounds ⁱⁿ is first,
false if bounds ⁱⁿ is second.
bounds ⁱⁿ : TBounds: The first spatial bounds.
tree ⁱⁿ : SpatialTree_Coords<TBounds, TCoords>: The second spatial tree.
node ⁱⁿ : int32: The tree node.
transform ⁱⁿ : TTransform: The transformation from first to second.
minimum ⁱⁿ : TResult: The minimum result value.
maximum ⁱⁿ : TResult: The maximum result value.
tolerance ⁱⁿ : TResult: The result value tolerance.
returns → int32: -1 if result is always less than or equal minimum ⁱⁿ,
0 if result is always greater than or equal to maximum ⁱⁿ,
1 if tandem traversal shall continue