07:57 <queqiao--> <s​ic​he​lg​ai​ta​> And then there is the discrete nature of floating-point. 2 light years away from the Sun, the quantum of displacement is about 2 meters. So the parts of the vessel will overlap (or be torn apart) and the Unity colliders will detect this and the vessel will explode. I imagine that this would happen as soon as the quantum reaches millimeter scale, which is around 100 AU from the Sun.

08:41 <queqiao--> <p​in​ec​on​ez​> Use integers only, with 1 distance unit = 1 pm. I foresee no problems with this approach and will not be taking questions :lul: https://cdn.discordapp.com/emojis/911993888611393587.png

11:12 <raptop> So, 80 bit integers at a minimum? (alternatively, hey, a usecase for 128 bit numbers!)

12:11 <queqiao--> <p​in​ec​on​ez​> make it 256 bit in case someone wants to simulate a subatomic particle at a redshift of "yes" 👍

12:16 <queqiao--> Reply to "e​zs​na​ck​: Any paper on hyperbolic RV that i can look at? :v"

12:16 <queqiao--> <e​zs​na​ck​> up :v

14:23 <queqiao--> <e​zs​na​ck​> dont need it i guess, target reference frame is op https://media.discordapp.net/attachments/480397772248580098/1352286406659018863/image.png?ex=67dd765b&is=67dc24db&hm=19c1246d897fa432f9f50436ab8f489cb713632182066c40124aaf0e51e1ced1&

21:32 <_whitenotifier-4f63> [OSACA] eggrobin closed pull request #35: Rewrite the parsing of register expressions - https://github.com/mockingbirdnest/OSACA/pull/35

23:01 <queqiao--> Reply to "p​in​ec​on​ez​: make it 256 bit in case someone wants to simulate a subatomic particle at a redshift of "..."

23:01 <queqiao--> <S​ky​ 🐈⬛​> Just retroactively run all possible simulations and find the minimum precision to do everything without any errors of course /s