public void FindObstaclesInBox(AxisAlignedBox box,
CollisionTileManager.AddTreeObstaclesCallback callback)
{
Debug.Assert(bounds != null, "When calling FindObstaclesInBox, bounds must be non-null");
if (bounds.Intersects(box)) {
foreach (IBoundarySemantic semantic in semantics) {
Forest f = semantic as Forest;
if (f != null) {
f.FindObstaclesInBox(box, callback);
}
}
}
}
public void FindObstaclesInBox(AxisAlignedBox box,
CollisionTileManager.AddTreeObstaclesCallback callback)
{
foreach ( Boundary boundary in boundaries )
{
boundary.FindObstaclesInBox(box, callback);
}
}
// This entrypoint is invoked by the higher-level client to
// set up the collision tile manager
public void SetCollisionInterface(CollisionAPI API, float tileSize)
{
collisionTileManager = new CollisionTileManager(API, tileSize, FindObstaclesInBox);
}
public void FindObstaclesInBox(AxisAlignedBox box,
CollisionTileManager.AddTreeObstaclesCallback callback)
{
foreach (TreeGroup group in groups)
{
group.FindObstaclesInBox(box, callback);
}
}
public void FindObstaclesInBox(AxisAlignedBox box,
CollisionTileManager.AddTreeObstaclesCallback callback)
{
if (box.Intersects(location))
callback(speedTree);
}
public void FindObstaclesInBox(AxisAlignedBox box,
CollisionTileManager.AddTreeObstaclesCallback callback)
{
if (box.Intersects(bounds))
{
foreach (Tree t in trees)
{
t.FindObstaclesInBox(box, callback);
}
}
}
