I did use a 1 source for the 1s, and random number minus itself for the 0s. I brought them down to the system and put them into storage just to ensure smoothness on the lines
@nATOMIC1 that's a binary adder system. Nothing to do with the intended goals of the game. More a fun project. A binary adder, and logic gates as a whole are what allow a computer to do anything at all.
Logic gates in Beltmatic are so slow you can see the signal flowing. And all hazards are visible.
This is a great education tool for learning Boolean logic!
Presumably you later saw why you were getting -1s? You had zeroes going into the line that was supposed to be 1s.
I did see it afterwards lol
as someone said--- use a 1 for a 1 and 1-1 for 0 rather than the mass use of the complex to get the same result
I did use a 1 source for the 1s, and random number minus itself for the 0s. I brought them down to the system and put them into storage just to ensure smoothness on the lines
@@DoingOutstanding I know you used 1's and 0's--- but why build that contraption to have the same results of 1's and 0's-- unless it is utter bordem
@@timbergreywolf2 fr
a xor b = a + b - 2ab
a or b = a + b - ab
a nor b = not (a or b) = not (a + b - ab) = 1 - (a + b - ab) = 1 + ab - a - b
Great idea to use binary logic
It's fun/funny but definitely not efficient
Wow 😮, nice 👍
Why don’t u just use 1s and 0s from extractor….
You can't extract 0s
@@DoingOutstanding yes but u could make a subtraction thing
I do use a subtractor for 0s? And an extractor for 1s.
@@DoingOutstanding yes but then u put them through an enormous system just to come out with 0 and 1
@nATOMIC1 that's a binary adder system. Nothing to do with the intended goals of the game. More a fun project. A binary adder, and logic gates as a whole are what allow a computer to do anything at all.
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