Made it work real hard that one time before quitting llm use forever. Worth it?

I would Love to chew on a Dropout game-planning masterclass. Picking a ruleset, genre, premise, and everything that happens before Session 0.

I'm an educator at heart with the ability to ask good questions, so I'd be flabbergasted by the opportunity to be an on-camera mentee:) Currently unemployed.

Awww Sheldon could get him a pool table

Boy those puppies are expensive and heavy though

Ohhhh my goshohmygosh
Too cute!

Bro never practiced their checkmates

I have yet to see a goto statement I like, but honestly, if a student showed me an elegant solution that used one, I'd be delighted. I'd probably make them show it to the class.

Just once I want to see it bring good into this world.

I wanted it to make me feel good but it didn't actually feel like anything at all. So I'm gonna go for a jog instead 😅

That's interesting. I'll take a look!

Oh I'll add to this, that the points begin randomly distributed on a sphere.

Starting 20 points at the centers of faces of an icosahedron was a stable state for the points, but when a single point was moved out of place a nontrivial amount, the whole set of points rearranged to the result above.

@baabbbaash.bsky.social

You may like this too!

Happy to share files if you want to take a look. This was scripted in python inside blender. The script is really straightforward, knowing the method.

Results of face counts 8, 10, and 20 are interesting as they do not match the corresponding standard die shape. The 8 looks the way the d10 normally does, with opposing pyramids merged base-to-base and intersected. 10 and 20 are just weird and cool and I'm wondering if they're fair.

I simulated points pushing away from each other on the surface of a sphere to determine the location of faces for 4-20 points. These points became the normals for the faces of a die with that number of sides. For odd numbers it's not clear how you would label the number result.

I don't know how that was made, but if you wanted to replicate it in blender I'd do an orthographic camera and a bright white area light somewhere above it. Experiment with size/distance/strength of the light.