// ==========================================================================================================================
public void CalcOctreeSize(Bounds bounds)
{
float size;
int levels;
Methods.SnapBoundsAndPreserveArea(ref bounds, cellSize, useCells ? cellOffset : Vector3.zero);
if (useCells)
{
float areaSize = Mathf.Max(Mathw.GetMax(bounds.size), cellSize);
levels = Mathf.CeilToInt(Mathf.Log(areaSize / cellSize, 2));
size = (int)Mathf.Pow(2, levels) * cellSize;
}
else
{
size = Mathw.GetMax(bounds.size);
levels = 0;
}
if (levels == 0 && octree is ObjectOctree.Cell)
{
octree = new ObjectOctree.MaxCell();
}
else if (levels > 0 && octree is ObjectOctree.MaxCell)
{
octree = new ObjectOctree.Cell();
}
octree.maxLevels = levels;
octree.bounds = new Bounds(bounds.center, new Vector3(size, size, size));
// Debug.Log("size " + size + " levels " + levels);
}
public void ResetOctree()
{
// Debug.Log("ResetOctree");
octreeContainsObjects = false;
if (octree == null)
{
octree = new ObjectOctree.Cell(); return;
}
BaseOctree.Cell[] cells = octree.cells;
octree.Reset(ref cells);
}
} // ==========================================================================================================================
public void ResetOctree()
{
// Debug.Log("ResetOctree");
octreeCreated = false;
if (octree == null)
{
octree = new ObjectOctree.Cell();
return;
}
totalCombined = 0;
BaseOctree.Cell[] cells = octree.cells;
octree.Reset(ref cells);
} // ==========================================================================================================================
