Roy, like I said before, the bows themselves are the best instructors. When you have serious questions, don't blindly take someone else's word, including mine. Get off the computer, get out to your shop, and study, test, learn, and adapt. People can get confused, bows generally can't. The bows, they have the correct anwers. Let THEM teach you.
"Roy, the top limb comes around quicker ONLY on the tillering board (when drawn closer to the top of the handle). Not while the bow is actually being shot. That's where the confusion is coming into play."
Yes, it CAN be confusing, but it doesn't have to be. The reason that problem 'seems' to go away is because the bow hand is flexible and allows for the shifting fulcrum. I'd rather that didn't happen however, because other problems can come with it, and work to avoid it as much as possible.
"When the bow is being drawn by hand (using split fingers, bow with positive tiller), the tighter radius shifts from the top limb to the lower limbs BECAUSE of the hand/heel pressure."
I don't know about that, but if so, I'd rather that didn't happen either. That sounds like a good reason to draw the bow from as close to its center as possible. i.e. asymetrical limb design.
"That why the tillering tree has been described as the lying tree. If you strictly use a tillering tree to set the bow's tiller then you get what Bowjunkie prescribed."
Perhaps some don't have it set up as well as they should, misuse it, or misinterpret it, and then make judgements based on the resulting bad information.
I make my final assessments by hand as well, but careful use of my tillering tree invariably gets me right in there with no surprises.
"You can't accurately mimic one's draw on the tillering board when using the split finger draw."
Well, we can sure do a lot better than drawing it with the hook in the middle of the handle :^)
later dudes, I have lots of sanding to do.