Creating and Controlling a Transitional Surface in Rhino3d
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- เผยแพร่เมื่อ 6 ม.ค. 2016
- In this video, Phil Cook of Simply Rhino looks at creating and controlling a typical transitional surface. Using the simple example of a vehicle wheel arch, Phil introduces how continuity is expressed and evaluated in Rhino before looking at a number of solutions to producing a controlled smooth transitional surface.
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Wow, best explanation of G0, G1, and G2 surface transition I've ever seen. Thank you for providing this very useful info. This should be a mandatory view for all product design students (and seasoned pros alike).
Thank you for watching and your kind words. We're glad our video was a help to you.
Why can't more tutorials be this compressive and concise?
I really like the way you made the comparison. I real learn a lot from your video. Good job!!
+Lai P CHAN Thank you!
Thank you! I didn't know what each type of surface did what but this comparison was extremely helpful
I really like your tuts!
Amazing man!
Well Done!
You are a very smart guide. I like
Thank you
sehr gute tutorial....:)
So it seems to try Sweep 2 Rail first, if theres issues, then Network Surface. Blend Surface if youre in a pickle. Ive noticed at least for me that when car modeling, Network surface tends to keep to the curves the best before 2 Rail would. At a cost for geometry of course but its worth it.
Hi Dustin. All those commands have their place and will produce results. The key to getting good results from sweep is to set out the curves used correctly.
Hey Phil, First of all thanks for a very intuitive tutorial, its very helpful. You have been using fluorescent tube for checking any noise on the surface. where can we find one as its not in the environment. Thank you
Hi Sumit, In the Environment Map Options you can change the map - both Rhino for Windows and Mac have this ability and the fluorescent_tube map is included in both. Hope that works out for you - good luck!
23:13 - I'm confused about how those wheel cutouts could ever possibly be "untrimmed edges". How this was made possible? If I were to create something similar by (1) creating a base surface, (2) drawing a circle, (3) using that circle to trim out a wheel cutout from the surface, I'd therefore have a trimmed surface with a big trimmed edge on it. How did you avoid this?
Hi Josh. The five sided surface is trimmed. It’s a four sided surface with the ‘semicircular’ wheelarch shape cut out from it.
How did you make the untrimed surface from that 5 edged surface?
Hi Jonas. The five sided surface is trimmed. It’s a four sided surface with the ‘semicircular’ wheelarch shape cut out from it.
What is this app name
Hi, if you mean which CAD application, then we are using the 3D Modelling CAD Software called Rhino