i have seen many of your videos, that was quite interesting. i would like to learn more on Class A surfacing, kindly let me know if you are doing online trainings
What is the complexity of the resulting "blend" surface? Degree, spans, knots? It is really arbitrary to define what "A-class surface" is. I would like to think as the simplest set of at least G2 (curvature) continuous surfaces/curves, each consisting of single span, smallest degree possible (without knots). Of course there could be a compromise over the knots and sometimes 2 knots could be acceptable. In other case (very small fillets) G1 transitions are acceptable. Or for some technical applications (rotating parts) also G1 in fact might be a requirement.
That is what I tell people. The simplest surface that meets all requirements. Those differences are spread out based off of if the surface is a primary vs a secondary vs a tertiary.
Nice vid!
Suggestion:can you upload the initial/final files you work on? To practice what you've shown
Should do more of these
Great video
Thanks man!!
i have seen many of your videos, that was quite interesting. i would like to learn more on Class A surfacing, kindly let me know if you are doing online trainings
Good video
Thank you very much
You are very welcome.
I was able to apply this technique in NX with fantastic results. Where do you learn these tricks? Experience no doubt...
Years and years of being behind a dead line...
Thank you
What is the complexity of the resulting "blend" surface? Degree, spans, knots? It is really arbitrary to define what "A-class surface" is.
I would like to think as the simplest set of at least G2 (curvature) continuous surfaces/curves, each consisting of single span, smallest degree possible (without knots).
Of course there could be a compromise over the knots and sometimes 2 knots could be acceptable. In other case (very small fillets) G1 transitions are acceptable. Or for some technical applications (rotating parts) also G1 in fact might be a requirement.
That is what I tell people. The simplest surface that meets all requirements.
Those differences are spread out based off of if the surface is a primary vs a secondary vs a tertiary.
can you do this in nx also please
thanks
Back from a vacation. Will get to it shortly!
How can i contact you?
ANYONE KNOW HOW TO DO GEOMETRY ON SUPPORTING SURFACE IN nx?
As in splines?
I have a surface problem.
Hello sir.
But I have to show and I wanna send photo.
I'm drawing audi a7 on catia.