Comments

R33sesK1ng 18th Apr 2023

@tptQuantification, If you're having some trouble about #ID order, you could stagger the updates with SPRK propagation across conductors. It could make the circuitry less clean without planning, but it saves the headache in the longrun.
R33sesK1ng 18th Apr 2023

+1 +Fav
tptQuantification 18th Apr 2023

and should i make a decoder to make the bitshift based on a binary number or something instead of how tpt does it with filt and the lsb
tptQuantification 18th Apr 2023

i guess i could do different kinds of bit shift.
tptQuantification 18th Apr 2023

I mean I suppose it's all the simple filt logic I have access to
tptQuantification 18th Apr 2023

and is the bitwise logic instructions i have the best for the job?
tptQuantification 18th Apr 2023

so, to make it a neat 4 bits, I need 15 instructions, plus passthrough. 12 instructions are there already. What's some more instructions i should give it?
tptQuantification 18th Apr 2023

but basically, these things take 1-2 binary numbers, and then does an operation on them.
tptQuantification 18th Apr 2023

you may need to learn hexidecimal if you don't already know it. at the very top of the multiplexer, if you type into console !set life aray 60, and progress frame by frame by pressing F when you sprk the SND, it's really easy to figure out what's going on.
tptQuantification 18th Apr 2023

@thecomputerguy a great place to start is reverse engineering pstn aray mechanisms with the "SUBFRAME CHIPMAKER SCRIPT". that script lets you view extra information about filt. you can get it by typing "tpt.getscript(1, "autorun.lua", 1)" in console then finding it in the script manager.

The Powder Toy

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