away3d.bounds.AxisAlignedBoundingBox

AxisAlignedBoundingBox represents a bounding box volume that has its planes aligned to the local coordinate axes of the bounded object. This is useful for most meshes.

Constructor

`new()`

Creates a new AxisAlignedBoundingBox object.

Variables

`read onlyhalfExtentsX:Float`

`read onlyhalfExtentsY:Float`

`read onlyhalfExtentsZ:Float`

Methods

`clone():BoundingVolumeBase`

@inheritDoc

`@:value({ target : null })closestPointToPoint(point:Vector3D, ?target:Vector3D):Vector3D`

Finds the closest point on the bounding volume to another given point. This can be used for maximum error calculations for content within a given bound. @return

Parameters:

`point`	The point for which to find the closest point on the bounding volume
`target`	An optional Vector3D to store the result to prevent creating a new object.

`containsPoint(position:Vector3D):Bool`

@inheritDoc

`fromExtremes(minX:Float, minY:Float, minZ:Float, maxX:Float, maxY:Float, maxZ:Float):Void`

@inheritDoc

`isInFrustum(planes:Vector<Plane3D>, numPlanes:Int):Bool`

@inheritDoc

`nullify():Void`

@inheritDoc

`center`	The center of the sphere to be bounded
`radius`	The radius of the sphere to be bounded

class AxisAlignedBoundingBox

package away3d.bounds

extends BoundingVolumeBase

Constructor

`new()`

Variables

`read onlyhalfExtentsX:Float`

`read onlyhalfExtentsY:Float`

`read onlyhalfExtentsZ:Float`

Methods

`clone():BoundingVolumeBase`

`@:value({ target : null })closestPointToPoint(point:Vector3D, ?target:Vector3D):Vector3D`

`containsPoint(position:Vector3D):Bool`

`fromExtremes(minX:Float, minY:Float, minZ:Float, maxX:Float, maxY:Float, maxZ:Float):Void`

`isInFrustum(planes:Vector<Plane3D>, numPlanes:Int):Bool`

`nullify():Void`

Inherited Variables

Defined by BoundingVolumeBase

`read onlyaabbPoints:Vector<Float>`

`read onlyboundingRenderable:WireframePrimitiveBase`

`read onlymax:Vector3D`

`read onlymin:Vector3D`

Inherited Methods

Defined by BoundingVolumeBase

`disposeRenderable():Void`

`fromGeometry(geometry:Geometry):Void`

`fromSphere(center:Vector3D, radius:Float):Void`

`fromVertices(vertices:Vector<Float>):Void`

`overlaps(bounds:BoundingVolumeBase):Bool`