The Powder Toy

wip read write memory by tptQuantification

tptQuantification
tptQuantification
16 / 3
6th Apr 2023
4th May 2023
4096 adresses, each having 29 available bits, because filt. 14.5 KiB total
memory binary filt aray fram electronics readwrite

Comments

  • tptQuantification
    tptQuantification     7th Apr 2023
    but as far as data allocation, yes seperate op code, oprand, and adress variables
  • tptQuantification
    tptQuantification     7th Apr 2023
    WAIT, i maY H Ave bEEn SAyInG 19 THE WHOLE tiME WHEn i MEaNT 29
  • tptQuantification
    tptQuantification     7th Apr 2023
    Oh i got that mixed up and misread. but yes, good ideas.
  • tptQuantification
    tptQuantification     7th Apr 2023
    SUSaNOO that's a good suggestion. I may want to make an opcode, or include in the adress variable an instruction that writes the stored variable to the adress variable. I was thinking with going with a minimal instruction set so i'd probably not need all 13 bits.
  • SUSaNOO
    SUSaNOO     6th Apr 2023
    Nice stuff btw. +1
  • SUSaNOO
    SUSaNOO     6th Apr 2023
    Well first of all, the address variable could be transported separately from the opcode and a corresponding operand. Therefore you could store 29 bits in the memory itself, allowing you to have these 29 bits separated in something like: 13 bit opcode, 16 bit operand.
  • tptQuantification
    tptQuantification     6th Apr 2023
    How should I allocate data for a computer? what bits should be for what?