bout in the beginning. When you plug your surface into the I-input, it essentially gives you the interval (in both the U and the V direction) of your surface. This may be something like U: 0 to 600 (I'm making these bounds up) and V: 0 to 900. In your earlier definition, you had plugged a 1.0 into the I-input, so your interval was only going from 0 to 1 in both the U and the V. So, when you plugged this interval (0 to 1) into the rest of the definition, you were only getting panels in the area of your surface that went 0 to 1. Since, your surface interval was from 0 to 600 and 0 to 900... you were really only working on a really small portion of your surface. That's why I had suggested that you reparameterize your surface so that the interval on your surface would only have a range from U: 0 to 1 and V: 0 to 1 (instead of U: 0 to 600 and V: 0 to 900). By reparameterizing your surface, and making sure your interval is only going from 0 to 1, then you should get panels propagated over your entire surface. The way you have solved it will work as well (as you found out), but hopefully this will give you a little more background information. Does this make sense?
BTW, the acronym WIP just stands for "Work in Progress" and it's the latest public release from David (0.6.0019)…
Added by Andy Payne at 8:39am on November 19, 2009