Re:HexLogic – Logic gates in a hexagon grid
by FreeFull on Sunday October 05, 2014 @05:24PM
(#8413506)
A big hexagon shape made out of xor gates imitates a xor gate, except that the inputs and outputs are nicely separated. You can omit the inputs as you want.
Re:HexLogic – Logic gates in a hexagon grid
by JoshTriplett on Sunday October 05, 2014 @05:40PM
(#8413547)
Thanks, that works perfectly. Seems to work for 'o' and '+' as well: surround anything with a hexagon of xor gates and it will behave the same on a larger scale, as long as you don't feed it signals too quickly.
Re:HexLogic – Logic gates in a hexagon grid
by guipsp on Monday October 06, 2014 @03:51AM
(#8414743)
Here's a supersized XOR gate made out of supersized XOR gates.
Re:HexLogic – Logic gates in a hexagon grid
by anubiann00b on Sunday October 05, 2014 @05:16PM
(#8413478)
You can switch direction. Try putting 4 xor gates in a diamond shape ;)
Re:HexLogic – Logic gates in a hexagon grid
by anubiann00b on Sunday October 05, 2014 @05:17PM
(#8413484)
Also try a "bone" shape.
Re:HexLogic – Logic gates in a hexagon grid
by poseid on Monday October 06, 2014 @11:00AM
(#8416205)
was playing with a similar idea for rendering small electronic boards (= Arduino type) last weekend, mainly to help with pinouts of boards: http://pinboardjs.divshot.io/ - what do you think, might this be useful to you?
The inability to change the direction of a signal makes it difficult to create non-trivial circuits. I can create an oscillator for use as a clock signal (3-on-3-off that can be disturbed into a 1-on-1-off by placing and removing an adjacent cell). The outputs of those together would produce a two-bit counter (00, 01, 10, 11), and combining those bits with logic gates would produce a 2-on-2-off oscillator or a 1-on-3-off oscillator; however, I haven't yet figured out how to bring two outputs together.