[misprit7]

It was pretty much just me by myself on this other than for the raycaster engine, which was done by a friend of mine near the end. I'm on a few Discord servers on Minecraft computing, but it's pretty vastly different and the biggest parallel is just with high level accelerator stuff.

[ftxbro]

> "ReLogic if you ever read this although I doubt it"

They should definitely pay you to add this. They can do it by just hiring you remote for a little while even if you are still a student and you add this wiring code. You speeded up their code so many orders of magnitude without even having access to it. Most people would have a hard time doing it even if they can see the source code.

Also I have a question, what do you think about RISC-V? I never cared about embedded code until recently when I saw that you can buy an ESP32 chip for like five dollars and it's as powerful as a computer from the 90s and it has bluetooth and wifi, I was like wtf. I saw the most recent version ESP32-S3 uses RISC-V, and the new Arduino R4 uses ESP32-S3. Also related to RISC-V I saw this Jim Keller youtube video where he is all-in on RISC-V https://www.youtube.com/watch?v=_MrGNlXRi9M

[misprit7]

I think it has a lot of technical merit and I heavily appreciate the fact that it's open source which is why I used it here. That being said in terms of microcontrollers I don't think it's doing anything fundamentally that much better than ARM, most of it's competitive advantage just comes from the fact that it's open source.

Edit: just as a disclaimer I've never actually written any ARM assembly/silicon design so I'm probably not the most qualified to have an opinion on this