Automaton rule 30 pattern

[Azhat]

1

add non stationary 0

00100


Then divide to 3 digit each

00100
^^^
001

001100
__^^^
The carrot point to 011

001100
___^^^
The carrot point to 110

001100
____^^^
The carrot point to 100

001,010,100
then add value to each 3 digit,because the digit is 3 so the value is 3 so x=3 f(x)=x-1,stop in x=1



001:
321

the 0 occupy 3&2 value so
"0"=3+2=5
the 1 occupy 1 value
"1"=1

The first digit is 0 so "0"≥"1",5≥1=1



010:
321

"0"=3+1=4
"1"=2
"0"≥"1"=correct=1



100:
321

"1"=3
"0"=3
"1"≥"0" because 1 is the first digit,3≥3=correct=1



Then sum 1,1,1 so the next row is 111



For row 3

0011100



001:
321

"0"=5
"1"=1
"0"≥"1"=1(first digit is 0 so "0"≥"1")



011:
321

"0"=3
"1"=3
3≥3=1



111:
321

there's only 1 and no 0 so the result is 0



110:
321

"1"=3
"0"=1
"1"≥"0"=0(first digit is 1 so "1">"0")



100:
321

"1"=3
"0"=3
3≥3=1



So 1,1,0,0,1=11001



The result is

1

111

11001

Which match the rule 30

[ThePlayzr]

Which match the rule 30

Hello and welcome to the forums!
I think you need to be a bit more descriptive, I have no idea what you are talking about
I would recommend looking at Isotropic non-totalistic rule for how to make isotropic rules, as they are a good place to start on CGoL.

[hotdogPi]

Which match the rule 30

Hello and welcome to the forums!
I think you need to be a bit more descriptive, I have no idea what you are talking about
I would recommend looking at Isotropic non-totalistic rule for how to make isotropic rules, as they are a good place to start on CGoL.

I feel like this might not be a good suggestion given this particular first post — isotropic non-totalistic rules are a lot more complicated than Rule 30, a one-dimensional Wolfram rule.

The post formatting leaves a bit to be desired, but I believe it's understandable to those familiar with the syntax.