12-07-2014, 01:40 AM
Decided to waste a few hours trying for a 2 tall stackable design, and i found, first few tries worked but i had to make the 3 bit stackable version before i figured out the best way for a 4 bit stackable. now i have to totally rethink the wire setups but for now this will remove the need for AND gates and dropper hopper memory cells and decoders. a 2 tall comparator loop that resets with the trigger is easy to add. i think 16 wires, 1 on each row, each row will use an octal on the end for a trigger signal, using the 8 bit as a constant so i only lose 1 bit for the trigger, but I may switch it up if i think of something better while working on it.
Octal to Binary Decoder
![[Image: 9xQIZ7H.png]](http://i.imgur.com/9xQIZ7H.png)
Hex to Binary Decoder
![[Image: hGlyeTY.png]](http://i.imgur.com/hGlyeTY.png)
Just need to make my serial busser 2 tall stackable or pull every other serial busser back a few blocks.
![[Image: 4hYENf2.png]](http://i.imgur.com/4hYENf2.png)
Full Album: http://imgur.com/a/PeZSD
Octal to Binary Decoder
![[Image: 9xQIZ7H.png]](http://i.imgur.com/9xQIZ7H.png)
Hex to Binary Decoder
![[Image: hGlyeTY.png]](http://i.imgur.com/hGlyeTY.png)
Just need to make my serial busser 2 tall stackable or pull every other serial busser back a few blocks.
![[Image: 4hYENf2.png]](http://i.imgur.com/4hYENf2.png)
Full Album: http://imgur.com/a/PeZSD