Visit
https://code.google.com/p/ruletablerepo ... /TheFormat
and
https://code.google.com/p/ruletablerepo ... ki/RoadMap
EDIT: Before you do that, here are the basic instructions.
Make a new file called "x.rule" in the Specified golly > preferences > My rules directory. X means anything you want, so name it whatever you like. Open the file. In the file, write
@RULE x
@TABLE
Where x must match exactly what you named the file.
2 lines beneath @TABLE, write
n_states:x
neighborhood:x
symmetries:x
n_states specifies how many states are in the cellular automaton, neighborhood is what counts technically as the "neighbors" of a cell, (similar to how in conway's life using the moore neighborhood) the total possible neighborhoods are all at the second link I posted above. Not all of them are compatible with Golly, though.
Symmetries defines how (if at all) the transitions still apply when rotated/reflected/permutated. The total possible symmetries depends on the rule. After that, you will write the transitions (and/or) variables.
For this example, we'll use the vonNeumann neighborhood (the four cells directly next to one cell)
0,1,1,0,0,1
The first number is what state the cell starts off as, the last is what it turns into, and the numbers in between specify the transition.
It's sort of like
Where The left number is the first number, the number in the middle is the last number. The four numbers in the middle of the sequence are just the neighbors of the cell read left-to-right, top-to-bottom.
Variables are a way of compacting the rule table even more.
In this example, we'll use a 2-state automaton in which every live cell always dies.
var a={0,1}
Means that writing the letter a in the transition line will cause it to apply the transition when the specified neighbor is both 1 and 0.
You can't use the same variable multiple times on one line. You have to use
var a={0,1}
var b={a}
var c={a}
and so on, until however many neighbors the automaton has,
and list them in order like so.
1,a,b,c,d,0
where state 1 cells turn to state 0 cells no matter what.
Got it?
(sorry if this post is a bit long. I want to stop all the threads on how to write rule tables, and just put the instructions here)