Hello everyone, i'm working through the controller course and during this section I am missing the create constraints when bridging my edges. I am not sure how important it is, but I just want to confirm i'm not behind a version. If anyone can help let me know. Thanks!

🚀 My new Surface Modeling Course for Plasticity Studio is now live! Learn how to properly use Plasticity Studio’s advanced surfacing tools and apply them together inside a complete complex project. You’ll learn: - XNurbs, Square & Align - Direct CV editing - Curves, degree & spans - G0–G3 continuity - Advanced surface workflows - My complete 6-Step Surface Modeling Workflow - How to model a full Xbox controller from real 3D scan data The course is fully narrated, step by step, and designed to help you understand not just how to use the tools, but when and why to use them — so you can tackle complex models on your own. ✅ Check out the trailer here: https://www.youtube.com/watch?v=ezlxnMfY4zI 🚀 Check out the full course here: https://nikitakapustin.com/studio-course/ Around 13 hours | 30 lessons | Project files | 3D scan | Final model | Lifetime access

There was a post (https://www.skool.com/ultimate-3d-membership-7140) with question that interested me many years ago. I tried to find good playground or illustration how spline curves and surfaces works. But there were too few of them. I made my own to understand spline math. I hope this helps someone: https://putyavka.github.io/bspline/dist/ Here is some notes about the playground: - curves and surfaces in Plasticity (as in other CADs) follows the same math model. You just usually cannot see how they are constructed because artists don't need these details - number or CV, degree and spans (segments) are strictly interconnected (any of them can be inferred from 2 others) - highlighted segment is controlled highlighted (black) CVs only. And this is the most interesting part. In a curve with degree 5 with 1 span all 6 points change the hole curve. In a curve with degree 3 and 3 spans only 4 consequent CVs control its span (there are exactly 3 variants of such sequence for each segment). And the advice for long curves from here is to add spans instead of covering CV number with high degree with single span. You won't be able to modify one end of curve without changing another - progress is the same as isoparam value (from 0 to 1) - rules show how regularly scattered progress (isoparam) maps points on the curve. You can see that denser located CVs creates denser isoparams at that region but stretch curve in others and it's bad for building curves, sparse isoparams have less control.

Just starting the Studio course and trying to do at least a video each day. Currently on video 2. The procedure being shown is how to essentially remesh with xnurbs. Those who have already watched will know Nakita goes BAM and Xnurbs enables. No matter how loud I yell BAM!!! Xnurbs does not work 😉 Jokes aside, Nakita you did not say how to enable xnurbs? I have to assume you have it setup as a hotkey? Even on searching for xnurbs in the F menu, i get en error?! So I must have the wrong command??? I will try again when I get home but wondering if anyone else had same issue. Just wanting to learn all the Studio tricks!