ConwayLife.com

My factoriosrc is still in development. Currently it is still slow and lacks many features, but at least it shows that rlifesrc's algorithm does work for Factorio.

There isn't a web version yet. In fact, making a GUI is much more complicated than writing the core algorithm. I think I cannot ...

2c/4o:

x = 7, y = 5, rule = R3,C0,S2,B3,N+
bo$obo2b2o$3bo$bob2obo$bobo2bo!


3c/4o partial (can't find a way to end this pattern):

x = 91, y = 10, rule = R3,C0,S2,B3,N+
19bobo49bo17b2o$12b2o3bo3b2o38bo2bo22bo$13bobo6b2o4b2o4bobo2b2o12bobob
5o2bobo2bo3bo12bo ...

Some c/2o spaceships:

x = 37, y = 90, rule = R2,C0,S4-6,B5-6,N#


c/3o:

x = 30, y = 8, rule = R2,C0,S4-6,B5-6,N#



Also just a question: How do you find these spaceships?


I found them by factoriosrc .

This program was originally written for factorio , but now it also supports some ...

Some c/2o spaceships:

x = 37, y = 115, rule = R2,C0,S4-6,B5-6,N#
10b2o5b2o8bo$2bobobo2b3o3b2obo2bobo11bo$b2o2b2o2b2obobo4bo3b2ob2obo3bo
bo$3o2bo4b2o2bo7bob3ob2o3b2obo$b2o2b2o2b2obobo4bo3b2ob2o2b4obo$2bobobo
2b3o3b2obo2bobo6bo2b2obo$10b2o5b2o8bobo3bobo$35bo13$5b3o14bo$2b2o6bo9b
ob2o7bo ...

2c/2:

c/4o:

x = 59, y = 6, rule = R3,C0,S2,B3,N+
10b3o20bob5o$2o5b3o42bo2b2o$19b2o2bo3bob3obo4bo6b3o6bo$b2obobo9b2obo3b
o3bobob2o3bobo2bo3bo6bob2o$2bo2bo3b2o34b2obo3bo2b2obo$15bobo6bob2o!


c/2d:

x = 5, y = 12, rule = R3,C0,S2,B3,N+
2bo$bobo$o$bobo$3bo$o$2b2o$2bo$2bo$bo$4bo$3bo!


x = 27, y = 27 ...

Smaller c/3o:

x = 13, y = 6, rule = R3,C0,S2,B3,N+
4bobo3bo$bo3bo4b3o$b2o$2bobo$3bobo$o6bo!


x = 26, y = 11, rule = R3,C0,S2,B3,N+
22b2obo$13bobo$10bobo7b3o$3o6bob3o11bo$5bo9bo2$5bo9bo$3o6bob3o11bo$10b
obo7b3o$13bobo$22b2obo!


Smaller 2c/3o:

x = 34, y = 8, rule = R3,C0,S2,B3,N+
7bo$6bo2b2o ...

My factoriosrc is still in development. Currently it is still slow and lacks many features, but at least it shows that rlifesrc's algorithm does work for Factorio.

There isn't a web version yet. In fact, making a GUI is much more complicated than writing the core algorithm. I think I cannot finish ...

Some p6 moon guns in B2/S4567:

x = 55, y = 6, rule = B2/S4567
4b2o13b2o13b2o13b2o$b8o7b8o7b8o7b8o$3o4b3o5b3o4b3o5b4o2b4o5b3ob2ob3o$
3bo2bo10b6o9b6o9b6o$18b4o11b4o11b4o$18bo2bo11bo2bo11bo2bo!


The first two guns also work in B2/S456.

Some p4 moon guns in B26/S3456:

x = 51, y = 8, rule = B26 ...

Thanks. Is it fixed now?

Yes, I can search for (-1,2)c/5 spaceship. But still can't search for c/4 diagonal in MAP. (rule=MAP..., Period=4, dx=1, dy=1, diagonal search order).
Partial in ShipWorld:

x = 100, y = 100, rule = B3acijy4-a5cjkr6-in78/S2n3-c4-aijz5-jy6-k
oo..oo ...

I found a strange error while trying to search for (-1,2)c/5 spaceship.

Period=5
dx=-1
dy=2
Diagonal width=10
APPLY SETTIGS
See screenshot below (message from browser's console)

I know that p5 knightships are impossible in Life, but the same bug happens with B3678/S34678 (Day and Night ...

rlifesrc gives the wrong orientation for MAP rules. For example, the following result for a p2 oscillator in Life with transition 3 toggled:

x = 10, y = 10, rule = MAPERYXfhZofugWaH7oaIDogBZofuhogOiAaIDogIAAgAAWaH7oaIDogGiA6ICAAIAAaIDogIAAgACAAIAAAAAAAA ...

When I saw the title I thought it was guessing programming languages.

Programming language 2:

咩系 |解|？
佢个老豆叫 |object|
佢有啲咩? -> |台阶|
佢识得 |爬楼梯| -> {
如果 |自己嘅 台阶 系 1| 嘅话 -> {
畀我睇下 |自己嘅 台阶| 点样先?
}
定系 |自己嘅 台阶 系 2| 嘅话 -> {
畀我睇下 |自己嘅 台阶| 点样先?
}
唔系 嘅话 -> {
|1, 2| 拍住上 -> |备忘录|
i 从 2 行到 |自己嘅 ...

When I saw the title I thought it was guessing programming languages.

Programming language 1:

функ фибоначи(=>n)
если n = 0 то
возврат 0
все
если n = 1 то
возврат 1
все
возврат фибоначи(n - 1) + фибоначи(n - 2)
конец


Is this Луа? (Russian?)

translation:
function fibonacci(=>n ...

When I saw the title I thought it was guessing programming languages.

Programming language 1:

функ фибоначи(=>n)
если n = 0 то
возврат 0
все
если n = 1 то
возврат 1
все
возврат фибоначи(n - 1) + фибоначи(n - 2)
конец

Programming language 2:

咩系 |解|？
佢个老豆叫 |object|
佢有啲咩? -> |台阶|
佢识得 ...

It seems that the proof of Theorem 1.2 (No Thin Gardens of Eden) on page 22 is incomplete.

The last sentence of the proof says that:

moving the alive cell from A to Y does not affect the evolution of any of the other 3×3 blocks to its right (which can be done via a simple case analysis).

But ...

GitHub connection bad(probably banned in other places, as tested), so I’ll report a bug of rlifesrc here
Rule:B2/S
Width:13
Height:20
Period:6
dx:0
dy:6
Diagonal width:0
Transformation:flip|
Symmetry:C1
Max cell count:0
Search order:automatic
Choice of state for unknown cells:alive
Skip patterns ...

GitHub connection bad(probably banned in other places, as tested), so I’ll report a bug of rlifesrc here
Rule:B2/S
Width:13
Height:20
Period:6
dx:0
dy:6
Diagonal width:0
Transformation:flip|
Symmetry:C1
Max cell count:0
Search order:automatic
Choice of state for unknown cells:alive
Skip patterns ...

Given that we haven't found a single example of an odd period...


True... But I think at least one exists. It probably isn't omniperiodic, but I think there is at least an odd period

How can an odd-period oscillator (EDIT: possibly excluding p1 still lives, I'm not sure) exist in a B0 ...

Բարև ձեզ։

A new c/4d and two tagalongs:

x = 52, y = 15, rule = B2n3/S23-q
10bo19bo19bo$7b5o15b5o15b5o$5bo5bo13bo5bo13bo5bo$ob3o15bob3o15bob3o$o
4bo2b2obo8bo4bo2b2obo8bo4bo2b2obo$b4o5bo10b4o5bo10b4o5bo2$7b3o17b3o17b
3o$5bo19bo12bo6bo$8b2o10b3o5b2o8b2o8b2o$8b2o12b3o3b2o9bo8b2o$5bo12bo3b
2obo12b3o4bo ...

A new c/4d and two tagalongs:

x = 52, y = 15, rule = B2n3/S23-q
10bo19bo19bo$7b5o15b5o15b5o$5bo5bo13bo5bo13bo5bo$ob3o15bob3o15bob3o$o
4bo2b2obo8bo4bo2b2obo8bo4bo2b2obo$b4o5bo10b4o5bo10b4o5bo2$7b3o17b3o17b
3o$5bo19bo12bo6bo$8b2o10b3o5b2o8b2o8b2o$8b2o12b3o3b2o9bo8b2o$5bo12bo3b
2obo12b3o4bo ...

Is there a script to convert a non-totalistic hex rule to a MAP rule?

An interesting replicator in a hexagonal rule:
If we consider the time dimension, it is a Sierpinski tetrahedron.

A new spaceship: