imadr

Misunderstood your question sorry, I have no idea!

P=NP -> 3SAT has a polynomial time algorithm

P=/=NP -> 3SAT has no polynomial-time algorithm

ETH is true -> 3SAT has no subexponential time algorithm

ETH is false -> 3SAT has a subexponential time algorithm

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ETH true -> P=/=NP

ETH false (!!!) -> P ?= NP remain unsolved

What part of "math is the process of humans understanding math" did you not understand or agree with?

Is no one tired else of these repetitive, obviously Claude-made webdesigns?

Is it the em dashes? I didn't get the feeling it was AI generated at all

Yes and? Let's suppose your statement is 100% true, I genuinely don't see the point of these kinds of comments.

Why every time some person/group of people enact an anti-LLM policy in their project, other people feel the personal need to stress how useful LLMs are and how that project is bound to fail if they don't use it?

Postmarketos clearly exists and works, EVEN if LLMs were absolutely perfect for speeding up development ten folds, is there any absolute moral necessity to use them?

Also isn't this just moving the goalpost that LLM fanatics love to point out?

What does this even do? Read most of the page but still didn't understand the project actually is

I definitely agree with you that the article lacks mathematical rigor, it's something I'll try to improve in the future. Thanks for the feedback!

The roughness reflection slider thingy is trivial to generate with any LLM, however you should try generating the BRDF illustration with:

- 3d primitives (arrows, hemisphere)

- billboarded text rendering

- mouse interaction/canvas rendering that works for multiple scenes

It might be possible to vibe code but you’ll hit a wall of complexity really quick

I took me about 3 months working on it on and off, it amounts to about 3 weeks of full time work. For my other projects I'm just writing everything to a single typescript file and compiling it with tsc, works like a charm and zero dependencies!

Yes, in rendering when we talk about “diffuse” reflection we implicitly mean fuzzy reflections due to light penetrating the material and exiting a small distance away from the entry point (less than a pixel far)

The term subsurface scattering is used for light that exits further away (more than a pixel) like in simulations of human skin

However that part of the article isn’t clear enough and warrants a rewrite