Hi Burr,

> I feel like I've got the power!
>
> Moooah ahahahahahaha!!!!

Well, not until the next beta is released.... Until then only I have the power. Bwahahahahaha! ;)

re: rolling ball, yeah I think you've got it - the rolling ball method is literally like taking a ball bearing and rolling it around the pieces to be filleted, the fillet is like a kind of trail left by it.

That method keeps the radius constant (the ball bearing does not change size), but if you go to a narrow angle, the ball bearing will move out a ways because it does not shrink in size... The radius stays the same but the arcs get a larger "subtended angle" - they are larger portions of that same radius circle.

- Michael