The Powder Toy

Incrementor | Electronic by R33sesK1ng

R33sesK1ng
R33sesK1ng
16 / 0
27th Nov 2020
3rd Jan 2022
Now THIS... THIS thing, right here, can handle numbers up to 5.3 billion, simply by incrementing from 1. The Bin>Dec derivative display can only get so large, so it just resets after 128 back to 1. Unpause to watch it go... Enjoy! :D
electronic r33seselec

Comments

  • kofeeeychi
    kofeeeychi     6th Feb 2022
    now make it increment in 2 ways
  • David-P
    David-P     17th Jul 2021
    +1 coooooooooooool
  • R33sesK1ng
    R33sesK1ng     15th Apr 2021
    *ADNM.
  • R33sesK1ng
    R33sesK1ng     15th Apr 2021
    Adndm: Fixed
  • R33sesK1ng
    R33sesK1ng     15th Apr 2021
    Update: Compacted down the BIN > DEC module; constant reuploads to make sure it was wokring.
  • R33sesK1ng
    R33sesK1ng     27th Feb 2021
    @1985s, It's okay, it got unpublished immediately
  • 1985s
    1985s     27th Feb 2021
    uh bro sorry, but your save got stolen, id:2670156
  • R33sesK1ng
    R33sesK1ng     23rd Feb 2021
    The top input takes the input value you give it and passes it through (AND) FILT and changes the (XOR) FILT ctype to that same value, while the bottom input takes the input value you give it and passes it through (XOR) FILT and does the same to the (AND) FILT above, just like in a half adder where the bottom input goes through the XOR gate and the AND gate and vice versa for the top input.
  • R33sesK1ng
    R33sesK1ng     23rd Feb 2021
    @MadScientist14, If you're actually curious, I can explain. The incrementor is just an adder that takes a constant of 1 and a variable (x), where x is added to 1 once every "cycle." They're added together with simple FILT logic, and slightly clever wiring. It uses basic half-adder logic. The Ctype of the top input is the always the same value as the (XOR) FILT on the bottom, and the Ctype of the bottom input is always the same as the (AND) FILT on the top.
  • MadScientist14
    MadScientist14     23rd Feb 2021
    Howwwwwwwwwww