User:Tommyaweosme/Wolfram logic gates

This is a project to represent every Wolfram rule in logic gates.

a = left cell

b = center cell

c = right cell

0

2 not(and(a,b))

4 not(and(a,c))

6 and(xor(b,c),not(a))

8 and(not(a),and(b,c))

10 and(c,not(a))

16 not(and(b,c))

18 and(xor(a,c),not(b))

20 and(xor(b,c),not(a))

22 and(not(and(a,b))),and(not(and(a,c))),not(and(b,c)))))

30 xor(a,or(b,c))

32 and(not(b),and(a,c))

40 and(c,xor(a,b))

42 and(c,not(and(a,b)))

50 not(b)

54 not(a,and(b,c))

60 or(xor(b,c),and(xor(a,b),c))

64 and(not(c),and(a,b))

80 and(a,not(c))

90 xor(a,c)

100 or(and(xor(a,b),and(c)),b)

108 and(b,not(and(a,c)))

110 and(c,not(and(a,b)))

112 and(a,not(and(b,c)))

122 or(not(b),and(b,xor(a,c)))

128 and(and(a,b),c)

150 and(a,and(b,c)),or(and(a,not(and(b,c))),or(and(b,not(and(a,c))),and(c,not(and(a,b)))))

170 c

200 and(b,or(a,c))

202 or(c,and(b,or(a,c)))

254 b