limber turtle
There are 6 dircuits total.
The center circuit splits 4 bit signal to individual bits.
If the bit 4 is on, then it will delete all bits.
Each of the comparators in subtracting mode will delete the current highest bit and send the rest.
There are 2 crystals for each of the comparators.
The dense crystal is first and it detects if the highest bit is on.
Then the dim crystal will delete all other bits than the highest bit.
(it sends only the highest bit to the comparator and the comparator subtracts that from the rest so everything except the highest bit is sent further)
There is comparator between the dense and dim crystals, because without the comparator, the redstone signal strength would decrease by 1.
The comparator in subtracting mode will then subtract that from the signal (remove the highest bit and keep the rest).
The first of the 3 groups is a little different.
It does not have the comparator and dim crystal.
That is because you want to delete all bits, not just the highest one, if bit 4 is on.
303, 302, 301 send the bits 3, 2, 1, but 301 has also built in 310, because the 4 inert gasses require 4 signals each and AND gate only has 3 inputs.
Crystals are: dense8, dense4, dim4, dense2, dim2
The circuit in front of us detects that the original signal is 0 and that 310 is on. (input coolant)
The circuits on sides are for 4 intert gasses.
They want 301+310 and also correct combinatino of 302 and 303.
We use AND gate to check all is correct.
The circuit on the back is for neutronium and superconductor base.
They want 310 for timing and 302/303.
The bottom circuit will turn on water production with 207.
There is activity detector cover, which will start at 0 and increase redstone signal strength by 1 every 8 seconds.
We use pulse former to detect that 8 seconds from recipe start have passed.
Repeater will lengthen the signal to 64 ticks.
Delays on fluid regulators are exactly 64 bits, so they will fire exactly once.
rancid sequoia