The Powder Toy

16-segment display by LBPHacker

LBPHacker
LBPHacker
126 / 0
24th Apr 2021
26th Aug 2023
A fun little project that helped me stay awake on a particularly boring uni lecture. 20230826: Added a resettable decimal counter.
digital subframe display electronics counter z0no z2tags z3thanks z4everyone z1more

Comments

  • LBPHacker
    LBPHacker     27th Apr 2021
    Yeah that is bad terminology. There's nothing decimal about turning a number into an address. Those are called addressers, demultiplexers or selectors.
  • R33sesK1ng
    R33sesK1ng     27th Apr 2021
    Also as seen here ID:2431035
  • R33sesK1ng
    R33sesK1ng     27th Apr 2021
    In my save I use something similar (sorry for not labeling what they do, there isn't space in mine.) (i'm making saves about each module that explain how they work.)
  • R33sesK1ng
    R33sesK1ng     27th Apr 2021
    As seen here --> ID:2005516
  • R33sesK1ng
    R33sesK1ng     27th Apr 2021
    It's like in NoVIcE's save "Microelectronics"
  • R33sesK1ng
    R33sesK1ng     27th Apr 2021
    A BIN>DEC address is a way to address a row of memory in a RAM module through giving a Binary number which is then converted into a decimal.
  • LBPHacker
    LBPHacker     27th Apr 2021
    What is a bin>dec address?
  • R33sesK1ng
    R33sesK1ng     27th Apr 2021
    @LBPHacker, Oh I see. I was talking about my BIN>DEC modules in my "here" save. 2 of the 4 RAM modules I used have BIN>DEC Addresses on them. On those modules, you have to use SPRK as the input, just like with old-school logic gates, and the output they give is a SPRK px on any position top to bottom in Decimal. The input is in Binary fron left to right. IDK what double dabble is. I'll look it up.
  • LBPHacker
    LBPHacker     27th Apr 2021
    As for the z# tags, they are my invention and they prevent the addition of actual spam tags. In my opinion, letting random people add tags is a huge mistake, and when I get pissed at stupid tags, I disable the feature on my saves.
  • LBPHacker
    LBPHacker     27th Apr 2021
    I'm assuming you're already using double dabble. If you're not, look it up. If you are, there isn't any real advice I can give you other than to try to make your adders smaller or to multiplex fewer of them over time, at the cost of latency.