Many thanks for these techniques. You know I pick up lots of little bits from these videos like the project to c plane thing. I didn't know I could do that.
I like the real world approach to finding a solution, most us know that this is reality. I’ve seen so many situations where someone presents one approach as "the" way to do it, because it makes them appear to be an expert. Everyone that doesn’t know better will believe any other approach is simply incorrect, because there’s only one way to do it and this person is the one who knows the correct method. People that are learning will do a tutorial or see a video by one of those people presenting a method as "the" way to do it will think that’s there’s some defined method for every scenario.
It’s funny that you have workshop models. Over the years I have documented blends and their solutions in a library. I also kept a bunch of the ones that didn’t work out. I go back to that library of solutions quite often. These are good techniques if you need to hold a character line. Good video as always.
What's so cool about building libraries of these problems is you start to connect the dots on other ways you can use the same solutions. Ten minutes after posting this video, I realized that the 3rd approach is the key to finally getting the perfect curvature I want on my aircraft wingtips!
Hi. I don't understand why when i use blendsrf command on my rhino the number of control point in the blend surface is exaggerate. Hope you come back soon with your videos. They helps me a lot.
Loft between the two surface edges and the curve. Use the "Match start tangent" and "Match end tangent" options. Split the loft surface with the curve if necessary, with the "Shrink=Yes" option. Now you have two perfectly matched surfaces whose opposite ends you can further adjust, or simply add extra rows of control points with "Inset knot" (Automatic). Also, it's recommended to "accelerate" the existing surfaces in order to give a proper curvature to the inlet lip when matching its edges to the former. th-cam.com/video/ggKlV84m7H0/w-d-xo.html P.S. At the end of my video you will notice that I forgot to improve the tip between the two split surfaces, which I did after I stopped with the video recording.
Question why you make it into two curves instead of doing a single curve that’s a high degree? To have two single span curves you can edgesrf between them?
Very usefully educative and perfect as always. Thank you for sharing.
Many thanks for these techniques. You know I pick up lots of little bits from these videos like the project to c plane thing. I didn't know I could do that.
I like the real world approach to finding a solution, most us know that this is reality. I’ve seen so many situations where someone presents one approach as "the" way to do it, because it makes them appear to be an expert. Everyone that doesn’t know better will believe any other approach is simply incorrect, because there’s only one way to do it and this person is the one who knows the correct method. People that are learning will do a tutorial or see a video by one of those people presenting a method as "the" way to do it will think that’s there’s some defined method for every scenario.
Agree 100%!
Great stuff!
It’s funny that you have workshop models. Over the years I have documented blends and their solutions in a library. I also kept a bunch of the ones that didn’t work out. I go back to that library of solutions quite often. These are good techniques if you need to hold a character line. Good video as always.
What's so cool about building libraries of these problems is you start to connect the dots on other ways you can use the same solutions. Ten minutes after posting this video, I realized that the 3rd approach is the key to finally getting the perfect curvature I want on my aircraft wingtips!
Very useful thank you very much
Hi. I don't understand why when i use blendsrf command on my rhino the number of control point in the blend surface is exaggerate. Hope you come back soon with your videos. They helps me a lot.
Loft between the two surface edges and the curve. Use the "Match start tangent" and "Match end tangent" options. Split the loft surface with the curve if necessary, with the "Shrink=Yes" option. Now you have two perfectly matched surfaces whose opposite ends you can further adjust, or simply add extra rows of control points with "Inset knot" (Automatic). Also, it's recommended to "accelerate" the existing surfaces in order to give a proper curvature to the inlet lip when matching its edges to the former.
th-cam.com/video/ggKlV84m7H0/w-d-xo.html
P.S. At the end of my video you will notice that I forgot to improve the tip between the two split surfaces, which I did after I stopped with the video recording.
Question why you make it into two curves instead of doing a single curve that’s a high degree? To have two single span curves you can edgesrf between them?