|
public ClipOutTriangles ( FastLinkedList |
||
| triangles | FastLinkedList |
|
| clipLessThan | bool | |
| discarded | IList |
|
| return | void | |
/**
* Recursive version of ClipByTree. This method recursively visits each node in this
* BSPTree instance and clips the triangles of each based on the geometry of @tree.
* By default it will remove the portions of triangles that are completely inside the
* geometry contained by @tree.
*
* If @clipLessThan is false, the operation is reversed and triangle portions
* outside the geometry of @tree instance are removed.
*/
private void ClipByTree(Node node, BSPTree tree, bool clipLessThan = true, IList <Triangle> discarded = null)
{
if (node == null)
{
return;
}
tree.ClipOutTriangles(node.GetTriangleList(), clipLessThan, discarded);
ClipByTree(node.LessThan, tree, clipLessThan, discarded);
ClipByTree(node.GreaterThan, tree, clipLessThan, discarded);
}
/**
* Recursive version of ClipByTree. This method recursively visits each node in this
* BSPTree instance and clips the triangles of each based on the geometry of @tree.
* By default it will remove the portions of triangles that are completely inside the
* geometry contained by @tree.
*
* If @clipLessThan is false, the operation is reversed and triangle portions
* outside the geometry of @tree instance are removed.
*/
private void ClipByTree(Node node, BSPTree tree, bool clipLessThan = true, IList<Triangle> discarded = null)
{
if(node == null)return;
tree.ClipOutTriangles (node.GetTriangleList(), clipLessThan, discarded);
ClipByTree (node.LessThan, tree, clipLessThan, discarded);
ClipByTree (node.GreaterThan, tree, clipLessThan, discarded);
}