Can you show me how to form entire unit cell from this? This just pertains to a surface patch of the gyroid. I don't think you would see nice blended surface patches combining to form a unit cell.
Hey, nice simple way to do gyroid. I'm wondering how your geometry work with repetitions (in order to do a whole 3D pattern), especially for the tangency aspect of elementary geometries
I did play around once and patterns work fine actually. In a lot of cases tangent across edges is not even necessary. Parts like these need to be 3D printed.
I hope you understand what I want out. Are the surfaces really different? Is there a superposition of both to show the differences? That would be interesting. :-)
I missed your videos! Hope you'll make some advanced courses on Lynda or somewhere else about CAS
A lot more to come! Thank you,
Cool. Now do it in OpenSCAD! :) Not kidding, that's the challenge I have given to myself.
Can you show me how to form entire unit cell from this? This just pertains to a surface patch of the gyroid. I don't think you would see nice blended surface patches combining to form a unit cell.
Hey, nice simple way to do gyroid. I'm wondering how your geometry work with repetitions (in order to do a whole 3D pattern), especially for the tangency aspect of elementary geometries
I did play around once and patterns work fine actually.
In a lot of cases tangent across edges is not even necessary. Parts like these need to be 3D printed.
Have you made any versions that are able to fill a volume..?
Hello, I saw that in NX the deviation was 0.0009 mm. Catia does not show so many digits. what happens if the tolerance in NX is reduced? greeting
I hope you understand what I want out. Are the surfaces really different? Is there a superposition of both to show the differences? That would be interesting. :-)
Have a look and let me know what you think.
th-cam.com/video/DNVfupCevr8/w-d-xo.html
Thank you! I did not expect you to deal with it today or at all.
thx! how bout u do it in fusion 360? :] and rhino. "]
I don't use either at the moment.