Quaternion Juliapic.twitter.com/jSoOszaIp9
-
Conceptually t rotates the axis and then you blend the amount of rotation between nothing and 180 by finding where the point falls relative to the radius range. It should match what I illustrate here, if you just take the frames where it pauses.https://twitter.com/JasonHise64/status/1316081015236902912 …
0:48
Oops, didn’t realize we’re doing this in public. My code is pretty messy, I’ll link to it once I manage to groom it a bit. In the meantime, I can send it to you privately, if you like. (P.s. I know “spin thingy” is vague, but I meant the anti-twister)
-
-
Doesn’t have to be public, just wanted the challenge of fitting it in a tweet! Also figured it was more useful in this form than as an excerpt from my C++ plug-in full of esoteric maya api types and method calls.
-
Well then, let me follow your lead. What I’m doing is probably close to volumetric path tracing. Pseudo code: Point=[x,y,z] Adv=[0,0,0.001] Pix += f(p) Point += Adv Adv+= grad(f) Repeat till you’re happy (I do ~1000) Pix= exp(Pix) //turn addition into multiplication
- Näytä vastaukset
Uusi keskustelu -
Lataaminen näyttää kestävän hetken.
Twitter saattaa olla ruuhkautunut tai ongelma on muuten hetkellinen. Yritä uudelleen tai käy Twitterin tilasivulla saadaksesi lisätietoja.