[attachment=676][attachment=676][attachment=676]So yeah i started to make this a few days ago, and tis done.
Colorscheme is -
Green = ALU
Red = RAM
Orange = Comparator
Yellow = Decoder
Blue = guidance blocks for myself
The ALU takes 1 4 bit input. it can do OR, INVERT, +1 or -1. The idea is that with only these commands, programming becomes simple, yet still useable.
The RAM is solid state, pretty straight up. it has 3 bits on both sides, and one extra where you can write the output of the ALU, and the read that into the comparator, so programming would be based on branching.
All credit goes to PLAsma for building the comparator.
I don't really now the speed yet, but i will be making this into a computer/(turing machine?), so soon enough another thread will pop up.
Warp to "Spideyisthebest" to see it.
Edit: That attachment/picture though
Edit 2: By 3 bits on each side, i mean 3*4 bit input RAM and 3*4 bit output RAM
Colorscheme is -
Green = ALU
Red = RAM
Orange = Comparator
Yellow = Decoder
Blue = guidance blocks for myself
The ALU takes 1 4 bit input. it can do OR, INVERT, +1 or -1. The idea is that with only these commands, programming becomes simple, yet still useable.
The RAM is solid state, pretty straight up. it has 3 bits on both sides, and one extra where you can write the output of the ALU, and the read that into the comparator, so programming would be based on branching.
All credit goes to PLAsma for building the comparator.
I don't really now the speed yet, but i will be making this into a computer/(turing machine?), so soon enough another thread will pop up.
Warp to "Spideyisthebest" to see it.
Edit: That attachment/picture though
Edit 2: By 3 bits on each side, i mean 3*4 bit input RAM and 3*4 bit output RAM