private void AddToList()
{
FlxLinkedList ot;
if (_list == A_LIST)
{
if (_tailA.FlxObject != null)
{
ot = _tailA;
_tailA = FlxLinkedList.Recycle();
ot.Next = _tailA;
}
_tailA.FlxObject = _object;
}
else
{
if (_tailB.FlxObject != null)
{
ot = _tailB;
_tailB = FlxLinkedList.Recycle();
ot.Next = _tailB;
}
_tailB.FlxObject = _object;
}
if (!_canSubdivide)
{
return;
}
if (_northWestTree != null)
{
_northWestTree.AddToList();
}
if (_northEastTree != null)
{
_northEastTree.AddToList();
}
if (_southEastTree != null)
{
_southEastTree.AddToList();
}
if (_southWestTree != null)
{
_southWestTree.AddToList();
}
}
public void Reset(float x, float y, float width, float height, FlxQuadTree parent = null)
{
Exists = true;
Set(x, y, width, height);
_headA = _tailA = FlxLinkedList.Recycle();
_headB = _tailB = FlxLinkedList.Recycle();
if (parent != null)
{
FlxLinkedList iterator;
FlxLinkedList ot;
if (parent._headA.FlxObject != null)
{
iterator = parent._headA;
while (iterator != null)
{
if (_tailA.FlxObject != null)
{
ot = _tailA;
_tailA = FlxLinkedList.Recycle();
ot.Next = _tailA;
}
_tailA.FlxObject = iterator.FlxObject;
iterator = iterator.Next;
}
}
if (parent._headB.FlxObject != null)
{
iterator = parent._headB;
while (iterator != null)
{
if (_tailB.FlxObject != null)
{
ot = _tailB;
_tailB = FlxLinkedList.Recycle();
ot.Next = _tailB;
}
_tailB.FlxObject = iterator.FlxObject;
iterator = iterator.Next;
}
}
}
else
{
_min = (int)Math.Floor((Width + Height) / (2 * Divisions));
}
_canSubdivide = Width > _min || Height > _min;
_northWestTree = null;
_northEastTree = null;
_southWestTree = null;
_southEastTree = null;
_leftEdge = X;
_rightEdge = Right;
_halfWidth = Width / 2;
_midpointX = _leftEdge + _halfWidth;
_topEdge = Y;
_bottomEdge = Bottom;
_halfHeight = Height / 2;
_midpointY = _topEdge + _halfHeight;
}