LBPHacker
LBPHacker
646 / 14
7th Jul 2018
2nd Apr 2022
I made a computer again. It can do a lot of stuff the previous one couldn't and still can't do a lot of stuff I'd like it to be able to do. It definitely can solve quadratic equations. Check the relevant forum thread too. And try tpt.setfpscap(2)!
technology computer magic electronics 16bit processor programmable subframe rt2812a r216

Comments

  • LBPHacker
    LBPHacker
    10th Jul 2018
    I never said photons wouldn't break it. In fact a lot of things break it, including heat simulation. And define "parts of it", because it depends.
  • cell-core
    cell-core
    10th Jul 2018
    photons break it
  • cell-core
    cell-core
    10th Jul 2018
    wow can i use parts of it in a save?
  • LBPHacker
    LBPHacker
    10th Jul 2018
    nani xD okay that's hilarious. Yeah that's because 94.3e89 is waaaay above the IEEE 754 single precision number's upper limit (around 1.7e38) and it gets parsed as +Infinity, which is technically not a valid number and other operations like division may yield NaN (not a number) and give you nan. Depends on b and c. And yeah it's saying "+- nan i" xD
  • skullarow
    skullarow
    10th Jul 2018
    x = -0 +/- nani when a =94.3e89
  • nosomebodies
    nosomebodies
    10th Jul 2018
    I do happen to be in Russia. Thanks Roskomnadzor. Will try a VPN
  • LBPHacker
    LBPHacker
    10th Jul 2018
    Do you happen to be in Russia? I've been told that some damn Russian firewall won't let you connect to my site... not sure if it's because it's .pw or because the server itself is in Germany.
  • nosomebodies
    nosomebodies
    10th Jul 2018
    Chrome responds with ERR_CONNECTION_TIMED_OUT for me (the rest of internet works)
  • LBPHacker
    LBPHacker
    10th Jul 2018
    My website is not dead >_> define dead please.
  • nosomebodies
    nosomebodies
    10th Jul 2018
    amazing. Unfortunately, your website appears dead to me. I cannot believe one can make this without getting completely lost in the sparkers. How did you do floating point in integer arithmetics?