Page 1 of 3

### A thread for some REALLY small spaceships

Posted: August 21st, 2018, 5:35 am
This is just for fun

Also, all my works is done manually. Which means, definitely without any computer program(expect Golly).
Rules:

1. Only for 2-state range-1 non-B0 isotropic Moore neighbourhood rule.
2. Ships cannot require B2a.

Current tasks:
1. For bo\$obo! p3 c/3 spaceship.

Removed tasks:
1. For p2 c/2 spaceship fit in a 3x3 bounding box(in the smallest phase).

### Re: A thread for some REALLY small spaceships

Posted: August 21st, 2018, 6:42 am
Hunting wrote:This is just for fun

Current limitations:
For p2 c/2 spaceship fit in a 3x3 bounding box(in the smallest phase).
Not possible. Everything in small BBs is already thoroughly searched.

### Re: A thread for some REALLY small spaceships

Posted: August 21st, 2018, 7:25 am

Code: Select all

``````x = 2, y = 3, rule = B2e3i/S1c2ec
o\$bo\$o!``````

### Re: A thread for some REALLY small spaceships

Posted: August 21st, 2018, 9:24 am
Oh, I thought this was for GOL.

### Re: A thread for some REALLY small spaceships

Posted: August 21st, 2018, 9:35 am
KittyTac wrote:Oh, I thought this was for GOL.
Considering there are only 512 patterns in a 9-cell bounding box (including rotated versions), I just assumed he wasn't talking about Life.

What's more impressive is the standard glider, which does lie entirely within a 3-by-3 bounding box and is c/4 diagonal.

[Edited to correct number, replacing 1,024 (2^10) with 512 (2^9).]

### Re: A thread for some REALLY small spaceships

Posted: August 21st, 2018, 10:51 am
Gamedziner wrote:
KittyTac wrote:Oh, I thought this was for GOL.
Considering there are only 1,024 patterns in a 9-cell bounding box (including rotated versions), I just assumed he wasn't talking about Life.

What's more impressive is the standard glider, which does lie entirely within a 3-by-3 bounding box and is c/4 diagonal.
That's why I said that they were not possible.

### Re: A thread for some REALLY small spaceships

Posted: August 22nd, 2018, 12:01 am
Gamedziner wrote:

Code: Select all

``````x = 2, y = 3, rule = B2e3i/S1c2ec
o\$bo\$o!``````
Nice SS

### Re: A thread for some REALLY small spaceships

Posted: August 22nd, 2018, 1:52 am
The c/6 diagonal spaceship from Just Friends also fits in a 3x3 box (a 2x3 box, in fact) in all of its phases.

Code: Select all

``````x = 2, y = 3, rule = B2-a/S12
o\$bo\$bo!
``````

### Re: A thread for some REALLY small spaceships

Posted: August 22nd, 2018, 2:29 am
77topaz wrote:The c/6 diagonal spaceship from Just Friends also fits in a 3x3 box (a 2x3 box, in fact) in all of its phases.

Code: Select all

``````x = 2, y = 3, rule = B2-a/S12
o\$bo\$bo!
``````
Nice
Here's a varition of it

Code: Select all

``````x = 2, y = 3, rule = B2ce3-ajnr/S12-ak3-a
o\$bo\$bo!
``````

### Re: A thread for some REALLY small spaceships

Posted: February 5th, 2019, 6:02 am
Hunting wrote:For p2 c/2 spaceship fit in a 3x3 bounding box(in the smallest phase).
Digging up old post, but other ships except Gamedziner's one:

Code: Select all

``````x = 2, y = 3, rule = B2e3ei/S2ac
o\$bo\$o!
``````

Code: Select all

``````x = 2, y = 3, rule = B2ce3i/S1e2c
o\$bo\$o!
``````

### Re: A thread for some REALLY small spaceships

Posted: February 5th, 2019, 1:04 pm
Is this cheating?

Code: Select all

``````x = 1, y = 1, rule = MAPIAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA
o!
``````

### Re: A thread for some REALLY small spaceships

Posted: February 5th, 2019, 3:06 pm
Βεν Γ. Κυθισ wrote:Is this cheating?

Code: Select all

``````x = 1, y = 1, rule = MAPIAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA
o!
``````
Almost certainly.
Though what I want to see is a MAP rule with a 2-cell spaceship that behaves unusually— it just turns into a mess and then forms again.

### Re: A thread for some REALLY small spaceships

Posted: February 5th, 2019, 10:47 pm
Βεν Γ. Κυθισ wrote:Is this cheating?

Code: Select all

``````x = 1, y = 1, rule = MAPIAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA
o!
``````
Oops. I think I need to add one morr rule:
Isotropic Non-totalistic only.

EDIT: More bo\$obo! ships

Code: Select all

``````x = 3, y = 2, rule = B2ce3ei/S2ac
bo\$obo!
``````

Code: Select all

``````x = 3, y = 2, rule = B2ce3e/S1c2a
bo\$obo!
``````
That's all c/2o bo\$obo! ships possible, including Gamedziner's and my ship in the previous post.

EDIT: Not fits in 3x3 box, but accidentally and really small(3 cells):

Code: Select all

``````x = 5, y = 2, rule = B2ek3aei/S02c
o3bo\$2bo!
``````
EDIT: This line is impossible:

Code: Select all

``````x = 50, y = 8, rule = B/S012345678
31b3o\$30bo3bo\$9bo14bo5bo3bo6bo6bo\$bo7b2o4b3o6b2o7bo7b2o4bobo\$obo3b6o4b
o4b6o5bo5b6o\$9b2o13b2o6bo8b2o\$9bo14bo16bo\$32bo!
``````

### Re: A thread for some REALLY small spaceships

Posted: February 6th, 2019, 8:50 am

Code: Select all

``````x = 50, y = 50, rule = B2cen3ci4ce5ey/S12ce
ob2obo5b4o5b2obobo3bo3bob3o6b2obo\$o2b2o2b2o3b2o6b3obob2obob2o4b2o2b9o\$
b5obob7o2bo2b4o5bo3b2obobo2bo\$4ob3o2b2o2bo2bo4b2o2bo4bobo3b2ob2ob5obo\$
2bobob4ob7o8b4o6bo2b2obo2b2o\$3o2bo3bo2bob2o4bob3obo2bobo2b2o3bo5bobobo
\$o4b3ob4o3bob3ob4ob6o3bo3bob5o\$o8b2obo2b3o3bobo2bobo2bobobobob2o2b7o\$
2obo2b6o2bobo3bob2o2b3o3bob5obobob2obobo\$bo2b4obo4bobob5o4bo4b3o5b2obo
2bobo\$2ob5o7bobo3b2ob2o2bobob5obob2obo5bo\$2o2bo2b4ob2o2b2o2b2obo2b3obo
6bobob3ob4o\$bo4b5o2bobob2obo3bobo3bo2bob6ob2ob2o2bo\$2bo3bo2bobobobo2bo
3b3obob2o3bob2obob2ob2obo2bo\$3ob2ob2o2b2ob4obo4bob2ob2ob3ob3o8b2o\$2b5o
2bo5bo5b4obo2b3o3b2o4b2ob3o2bo\$b5o2bob3o2bo9b2ob2ob2o4b2o6bo2bo\$obobo
4bob4o13b2obo2b2o4b3ob2obo\$o2bobo2bo2b3obobobobo2bobob2o5bobo3bo2bo4bo
\$4bo3b2o2bob2obo3bo2b3o4bob2ob3o5bobob2o\$4obobob2o4bo5bob3o2bobob2o2b
3o2bo3bo3bo\$b2o2bo2bo3b5ob3ob2ob3o2b2obo2b3o3b2ob4o\$ob2ob4obo3b3o7b3o
2b3o2bob6obob3obo\$obo3b4ob2ob3o2bo3bobo2b2o2b5o2bobobob4o\$b2o2b2o2b2o
2bobobob2ob4o4b2ob2o2bobo2b4o2b2o\$4b3obo2b2obo4bo2b3obo2bo2b7o3b2ob2ob
o\$4bobobo2b6obo3bobobobob3o2bobobo2bo3b2o\$3ob2o2bob2o4bobob2o2bob2o3b
3o3bob3o2b2o2bo\$bo2bob6obo3bobo2bob7obo2b3obo3bo4b2o\$2ob3obobo5b2o2b2o
4bo2b2ob3o2bo2bobo2bo2b3o\$2o6bob3o2bob2o2b4ob2obo2b2o3bo2bob6obo\$2b2o
2bo2bobo2bob4ob5o4b4obo3b3o4bo\$o3bob2obo2b2o2bo6bob2o2b2ob2o5bobo2bo2b
2o\$ob2o2b4obobo2b3o4b5o7b5ob2ob3obo\$obo3bo3b3o2bo3bo2bo2b7obo2bo2bo2bo
b2o2b2o\$19bob3ob3o2b4obo2bo7bo2bo\$o2bo2bob2obo2b3ob2o4b7ob3o6bobob3obo
\$4ob2ob7ob2o2bo3bob4obo2bo3bob3o2b3obo\$3bo6bo2bob7obo3bo2bo5bo4b3o\$bob
o3b4o2b3o2bo2b8o4b2o2b2o3bo2bo\$bobobo3bobob2obob2o2b3o2bob2obob2o2b2o
2b3o3bo\$bobo3bob3ob5o2bobob2o2bo3b2o2bob3o4bobobo\$2b2o3bo2bo4bobo2b3o
2b2o2b2o3bob2obo3b3ob2o\$obo2b2o4b2o3b2o3bo2b2ob4o3bo3b3obo2bob3o\$b2o2b
2o6bo2b2ob2ob4ob2o2bobobob3obo5b2o\$bob3o5bo3b4o3b2o2b2o2bobo2bo2b4o2bo
bob2o\$3o2bobob4obo4bobobob3ob2ob2ob3o2b4o\$3bobo4b4obobobobo3b2o2b2o6b
2ob3ob2obo\$5bobob2o4bo3bo2b2o3b5ob5ob2obobob3o\$4bob2ob2ob3ob4o6bobo11b
o3bo!
``````
Tiny p8 double-barreled backrake (minimum population 5 cells):

Code: Select all

``````x = 3, y = 4, rule = B2cen3ci4ce5ey/S12ce
b2o2\$obo\$bo!``````

### Re: A thread for some REALLY small spaceships

Posted: February 6th, 2019, 10:11 am
Gamedziner wrote:Tiny p8 double-barreled backrake (minimum population 5 cells):

Code: Select all

``````x = 3, y = 4, rule = B2cen3ci4ce5ey/S12ce
b2o2\$obo\$bo!``````
Whoa! This is really impressive!

Also, failed try for a c/3 bo\$obo! ship makes this:

Code: Select all

``````x = 3, y = 2, rule = B2e3aein/S02c3i
bo\$obo!``````
It's a c/3 wickstrecher sending signals traveling on the wick it streches.

(When I did this I was manually brute-force searching for that previous-posted impossible line. Almost, one extra cell which is weakly connecting to the ship.)

### Re: A thread for some REALLY small spaceships

Posted: February 7th, 2019, 2:37 am
Gamedziner wrote:

Code: Select all

``````x = 50, y = 50, rule = B2cen3ci4ce5ey/S12ce
ob2obo5b4o5b2obobo3bo3bob3o6b2obo\$o2b2o2b2o3b2o6b3obob2obob2o4b2o2b9o\$
b5obob7o2bo2b4o5bo3b2obobo2bo\$4ob3o2b2o2bo2bo4b2o2bo4bobo3b2ob2ob5obo\$
2bobob4ob7o8b4o6bo2b2obo2b2o\$3o2bo3bo2bob2o4bob3obo2bobo2b2o3bo5bobobo
\$o4b3ob4o3bob3ob4ob6o3bo3bob5o\$o8b2obo2b3o3bobo2bobo2bobobobob2o2b7o\$
2obo2b6o2bobo3bob2o2b3o3bob5obobob2obobo\$bo2b4obo4bobob5o4bo4b3o5b2obo
2bobo\$2ob5o7bobo3b2ob2o2bobob5obob2obo5bo\$2o2bo2b4ob2o2b2o2b2obo2b3obo
6bobob3ob4o\$bo4b5o2bobob2obo3bobo3bo2bob6ob2ob2o2bo\$2bo3bo2bobobobo2bo
3b3obob2o3bob2obob2ob2obo2bo\$3ob2ob2o2b2ob4obo4bob2ob2ob3ob3o8b2o\$2b5o
2bo5bo5b4obo2b3o3b2o4b2ob3o2bo\$b5o2bob3o2bo9b2ob2ob2o4b2o6bo2bo\$obobo
4bob4o13b2obo2b2o4b3ob2obo\$o2bobo2bo2b3obobobobo2bobob2o5bobo3bo2bo4bo
\$4bo3b2o2bob2obo3bo2b3o4bob2ob3o5bobob2o\$4obobob2o4bo5bob3o2bobob2o2b
3o2bo3bo3bo\$b2o2bo2bo3b5ob3ob2ob3o2b2obo2b3o3b2ob4o\$ob2ob4obo3b3o7b3o
2b3o2bob6obob3obo\$obo3b4ob2ob3o2bo3bobo2b2o2b5o2bobobob4o\$b2o2b2o2b2o
2bobobob2ob4o4b2ob2o2bobo2b4o2b2o\$4b3obo2b2obo4bo2b3obo2bo2b7o3b2ob2ob
o\$4bobobo2b6obo3bobobobob3o2bobobo2bo3b2o\$3ob2o2bob2o4bobob2o2bob2o3b
3o3bob3o2b2o2bo\$bo2bob6obo3bobo2bob7obo2b3obo3bo4b2o\$2ob3obobo5b2o2b2o
4bo2b2ob3o2bo2bobo2bo2b3o\$2o6bob3o2bob2o2b4ob2obo2b2o3bo2bob6obo\$2b2o
2bo2bobo2bob4ob5o4b4obo3b3o4bo\$o3bob2obo2b2o2bo6bob2o2b2ob2o5bobo2bo2b
2o\$ob2o2b4obobo2b3o4b5o7b5ob2ob3obo\$obo3bo3b3o2bo3bo2bo2b7obo2bo2bo2bo
b2o2b2o\$19bob3ob3o2b4obo2bo7bo2bo\$o2bo2bob2obo2b3ob2o4b7ob3o6bobob3obo
\$4ob2ob7ob2o2bo3bob4obo2bo3bob3o2b3obo\$3bo6bo2bob7obo3bo2bo5bo4b3o\$bob
o3b4o2b3o2bo2b8o4b2o2b2o3bo2bo\$bobobo3bobob2obob2o2b3o2bob2obob2o2b2o
2b3o3bo\$bobo3bob3ob5o2bobob2o2bo3b2o2bob3o4bobobo\$2b2o3bo2bo4bobo2b3o
2b2o2b2o3bob2obo3b3ob2o\$obo2b2o4b2o3b2o3bo2b2ob4o3bo3b3obo2bob3o\$b2o2b
2o6bo2b2ob2ob4ob2o2bobobob3obo5b2o\$bob3o5bo3b4o3b2o2b2o2bobo2bo2b4o2bo
bob2o\$3o2bobob4obo4bobobob3ob2ob2ob3o2b4o\$3bobo4b4obobobobo3b2o2b2o6b
2ob3ob2obo\$5bobob2o4bo3bo2b2o3b5ob5ob2obobob3o\$4bob2ob2ob3ob4o6bobo11b
o3bo!
``````
Tiny p8 double-barreled backrake (minimum population 5 cells):

Code: Select all

``````x = 3, y = 4, rule = B2cen3ci4ce5ey/S12ce
b2o2\$obo\$bo!``````
I found a puffer in that rule:

Code: Select all

``````x = 5, y = 5, rule = B2cen3ci4ce5ey/S12ce
2bo\$3b2o\$obo\$bobo\$b3o!
``````
This rule likes barberpole rotors and extentions of them.
Also, two double stream rakes makes a puffer+triple stream rake:

Code: Select all

``````x = 74, y = 10, rule = B2cen3ci4ce5ey/S12ce
b3o\$bobo\$2bo\$o69b3o\$o69bobo\$bo71bo\$5bo65b2o\$5bo\$4bo63bo\$69b2o!
``````

### Re: A thread for some REALLY small spaceships

Posted: February 7th, 2019, 3:17 am
Hexagonal Generations spaceship that resembles bo\$obo! (took me so much time to get this):

Code: Select all

``````x = 11, y = 11, rule = 0/2/3H
2A2.2A\$A5.A3\$A8.A\$A9.A\$.A8.A3\$4.A5.A\$5.2A2.2A!
``````

Code: Select all

``````x = 11, y = 11, rule = 0/2/4H
2A2.2A\$A5.A3\$A8.A\$A9.A\$.A8.A3\$4.A5.A\$5.2A2.2A!
``````

Code: Select all

``````x = 11, y = 11, rule = 0/2/5H
2A2.2A\$A5.A3\$A8.A\$A9.A\$.A8.A3\$4.A5.A\$5.2A2.2A!
``````
(These fit in a bounding hexagon with side length less than or equal to 3)
EDIT: I just realized that you can't use non 2-state rules. UUUUUUUUUUUUUUGHHHHHHHHHHHH WHY CAN'T I EVER FIND A NICE HEX RULE

### Re: A thread for some REALLY small spaceships

Posted: February 7th, 2019, 3:19 am
Βεν Γ. Κυθισ wrote:barberpole rotors and extentions of them
I think they are Margolus oscillators.

### Re: A thread for some REALLY small spaceships

Posted: February 7th, 2019, 3:24 am
Hunting wrote:
Βεν Γ. Κυθισ wrote:barberpole rotors and extentions of them
I think they are Margolus oscillators.
The rulestring in that rule does not indicate a Margolus neighborhood.

### Re: A thread for some REALLY small spaceships

Posted: February 7th, 2019, 4:04 am
Hunting is correct: patterns with single cells on a 2x2 grid in that rule simulate Margolus rule 15, thanks to the combination of B2c, B2n, B3c and B4c, and the absence of B2i or S0 (the only transitions that can break Margolus-based oscillators with these tiles).

### Re: A thread for some REALLY small spaceships

Posted: February 7th, 2019, 4:36 am
Βεν Γ. Κυθισ wrote:
Hunting wrote:
Βεν Γ. Κυθισ wrote:barberpole rotors and extentions of them
I think they are Margolus oscillators.
The rulestring in that rule does not indicate a Margolus neighborhood.
Yes it does not, but it can still SIMULATES Margolus neighborhood.

### Re: A thread for some REALLY small spaceships

Posted: February 7th, 2019, 5:16 am
Hunting wrote:Yes it does not, but it can still SIMULATES Margolus neighborhood.
That is not what I thought you meant

### Re: A thread for some REALLY small spaceships

Posted: February 7th, 2019, 7:29 am
!!

Code: Select all

``````x = 3, y = 2, rule = B2ce4t/S01e2ci
obo\$2bo!
``````

### Re: A thread for some REALLY small spaceships

Posted: February 20th, 2019, 7:35 am
Yayyyyyyyyyyy! c/3 found by AlephAlpha using his RuleFind script(A modification of LifeFind).

Code: Select all

``````x = 3, y = 2, rule = B2ce3an4t/S02c3e
bo\$obo!``````

Code: Select all

``````x = 3, y = 2, rule = B2-cn3e/S2c3i
bo\$obo!``````
EDIT: Sadly, the second one didn't fits in.

### Re: A thread for some REALLY small spaceships

Posted: February 20th, 2019, 7:43 pm
Hunting wrote:Rules:

1. Only for 2-state range-1 non-B0 isotropic rule.
Again I find a small spaceship but it breaks one of the rules (in this case the range-1 only rule):

Code: Select all

``````#C [[ STARS THEME 13 ]]
x = 3, y = 3, rule = R2,C0,M0,S3..6,B5..5,NC
bo\$2o\$3o!
``````
Why do rules even have to be range-1?