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LaundryPizza03

What is the full syntax, and how do I compile it? Is there a built-in usage guide?

LaundryPizza03

I have documented all evolutionary sequences of 2ob2o$2o3bo$6bo$3bo2bo$6bo$2o3bo$2ob2o! within 1 transition of B3/S23-j. These are: b3s23-j: 41c/82o TL puffer b3s23-j8: 41c/82o TL puffer b3s23-j7e: 41c/82o TL puffer b3s23-j7c: 30c/60o block+loaf+TL puffer b3s23-j6n: 4 TL + 12c/24o (minpop 26) b3s23-...

LaundryPizza03

Four TL honey farm sequence:

Code: Select all

x = 4, y = 3, rule = B34y/S2-a3
b2o$o2bo$b3o!

B-heptomino breeder; the engine is 10c/20o:

Code: Select all

x = 3, y = 4, rule = B34y7e/S23
2o$b2o$2o$o!

LaundryPizza03

Looks like it's a p1166 GMOS made of a 14c/674o spaceship. The individual spaceships would travel parallel to each other if spaced further apart. x = 30, y = 53, rule = B3-cnqy4ez5cr6in/S2-i3-ay4einrtyz5cjk6aci78 25b3o$24b2ob2o$27b3o$27bobo$28bo$23b3ob3o$22b2o3bo$23bo3b2o$3bo19bo2bo $3b2o19b3o$5bo$3...

LaundryPizza03

Metastable quarter-whitespace frontend that collapses after about 14000 generations. x = 113, y = 113, rule = B01247/S15 9bo8bo8bo8bo8bo8bo8bo8bo8bo8bo8bo8bo$9bo8bo8bo8bo8bo8bo8bo8bo8bo8bo8bo 8bo3bo$6bob5o2bob5o2bob5o2bob5o2bob5o2bob5o2bob5o2bob5o2bob5o2bob5o2bo b5o2bob6o$7b6o3b6o3b6o3b6o3b6o3b6o3b6...

LaundryPizza03

Why is Golly ignoring g.show() and g.setgen() in this script? I am trying to modify sss.py to analyze rules containing B0. import itertools import math import golly as g try: # Avoid xrange argument overflowing type C long on Python2 if xrange(1): xrange = lambda stop: iter(itertools.count().next, s...

LaundryPizza03

As I mentioned in previous posts, I am working on a new version of glider.c, new-glider.py. Here's what the script can do: $ python new-glider.py >>>usage usage: glider n to output the nth known glider glider B3/S23 to list known gliders for those rules glider -string to list rules having gliders w...

LaundryPizza03

p8 B-heptomino pushalong for the heavyweight spaceship.

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x = 7, y = 10, rule = B34y/S23
6o$o5bo$o$bo4bo$3b2o2$b2o$obo$o$3o!

LaundryPizza03

Gunnable: x = 42, y = 6, rule = B34y/S2-i3 bobo$o2bo$b3o34b2o$38bo2bo$39bobo$39b3o! There are already two of these in Catagolue. Actually, the symmetric one occurs 6 times in C2_4. However, yours is smaller than the natural C1 or the one-barreled version of the symmetric gun. x = 76, y = 25, rule =...

LaundryPizza03

The amazing non-bug-like p294 (in a bug rule)! x = 31, y = 25, rule = R4,C0,M1,S26..43,B24..35,NM 6b9o$4b11o$3b11o$2b12o$b4o3b2o2b5o9b2o$4o9b5o6b7o$3o11b4o5b8o$4o9b5o4b 9o$4o8b8ob3o2b5o$2b3o8bob9o2b5o$3b3o8b16o$4bo10bob3o3b5o$4b2o10b3o$5b 2o9b3o$6bo10b3o$6b3o7b3o$6bo8b2o$5bo8b2o$5b2ob6o$4b9o$4b8o$4b...

LaundryPizza03

drc and muzikbike apgsearched this rule back in 2017. It has a p152 RRO with loopability 2.

Code: Select all

x = 4, y = 3, rule = B34y/S2-i3
bobo$o2bo$b3o!

They also characterized a p46 gun at TFYUCA around the same time.

LaundryPizza03

29c/58o and p36:

Code: Select all

x = 11, y = 26, rule = B34y/S23-j
bo$2o2$5bobo$4b2ob2o$3bo4b2o$8b3o$3bo4b2o$4b2ob2o$5bobo2$2o$bo9$8b2o$
7b3o2$8b2o$9bo!

c/13o:

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x = 3, y = 9, rule = B34y/S23-i
b2o$b2o$o$2o2$2o$o$b2o$b2o!

LaundryPizza03

4c/158o SMOS of antiparallel 7c/50o ships which travels in the perpendicular direction.

Code: Select all

x = 16, y = 5, rule = B3-y4t5y6ci7e8/S23-n4ct5r6c
bo$2o$bo8b2o2b2o$10bobo2bo$10b2o2b2o!

LaundryPizza03

I think this 6312-generation methuselah speaks for itself.

Code: Select all

x = 3, y = 2, rule = B3-y4e5y6ci8/S23-n4t6c8
3o$bo!

LaundryPizza03

x = 3, y = 2, rule = B3-y4t5y6ci7e/S23-n4t6c 3o$bo! And a failedquadrep x = 7, y = 2, rule = B3-y4t5y6ci7e/S23-n4t6c bo3bo$3ob3o! 2c/9 I feel that it would have been much clearer to identify the objects first, as most posts do. 4c/10o: x = 6, y = 3, rule = B3-y4t5y6ci7e/S23-n4t6c 2o3bo$6o$5bo! 8c/1...

LaundryPizza03

Another quadratic replicator: x = 9, y = 9, rule = R6,C0,M1,S49..86,B49..68,NM 2b6o$b8o$9o$9o$9o$9o$b8o$2b7o$3b5o! 166c/284o: x = 11, y = 11, rule = R6,C0,M1,S50..87,B49..72,NM 3b4o$2b7o$b9o$11o$2o3b6o$2o4b5o$2o4b5o$3o2b5o$b8o$2b6o$4b2o! 10c/19d: x = 14, y = 14, rule = R6,C0,M1,S49..87,B49..72,NM 6b...

LaundryPizza03

218c/788o linear replicator:

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x = 13, y = 21, rule = R6,C0,M1,S38..65,B40..57,NM
o$2o$3obo$7o10$7b4o$5b8o$4b9o$4b9o$4b8o$3b8o$4b5o$4b2o!

LaundryPizza03

When this rule expands, it usually forms fingers that jut out of the bounding box; otherwise, it quickly settles into stable clusters of several hundreds or thousands of cells. The resulting object is almost always a still life, and the interior has a structure resembling nuclear pasta. x = 256, y =...

LaundryPizza03

Soup in Bugs+ + S0 (hereforth Bugs+z) that runs for about 12000 generations. x = 16, y = 16, rule = R5,C0,S0,4-10,33-57,82,B34-45 2bob3ob3obo2bo$bobob2o2bob2obo$bo2b2obo2b3o2bo$bob3ob2o$bobo2bo2bo4b2o $bo2b3ob4o$obob2ob2o3b2o$ob4o2b4obobo$3bob4o2bo$2bo2bo2b2o2bo2bo$b4ob 7ob2o$2o6b2ob3obo$2b2o6bob2o$...

LaundryPizza03

Why are LtL and HROT rules more sensitive to zz and PATHOLOGICAL than OT and INT rules? #C PATHOLOGICAL soup that settles in approximately 8000 generations x = 16, y = 16, rule = R5,C0,S0,4-10,33-57,82,B34-45 b5obo2bo4bo$o2bo4b5ob2o$3o4bo3bobo$3ob3o3bo3b2o$o4b5o2b4o$5obobo5bo$2b 2o4bo3b4o$o2bo4b3obo...

LaundryPizza03

110-generation honey farm variant:

Code: Select all

x = 5, y = 3, rule = B34y/S234i
b3o$o3bo$b3o!

p124/4 glider gun:

Code: Select all

x = 5, y = 14, rule = B34y/S234j
b2o$b2o3$3bo$2bobo$2b3o4$bob2o$o3bo$bobo$2bo!

12c/26o:

Code: Select all

x = 5, y = 6, rule = B34y/S23-n
2o$o$b3o$3b2o$bobo$bo!

LaundryPizza03

Rule with stripe-based engines. Small soups form gradually decaying mazes, but when a c/2o engine appears it forms an expanding trail that sooner or later makes its own c/2o engines, and so on. x = 200, y = 200, rule = B0127/S1235 3b3obo2b4ob8o2bo2b6obo3bobo2bobo4bobobo2bobo3b2obo2b2o4b2o6b2ob4o4b2o...

LaundryPizza03

Rule with anti-dots chaos which nucleates stripe domains with chaotic boundaries and agaist-the-grain lightspeed engines, and then slowly decays to a sparsely populated vacuum. Lightspeed engines that do not quickly settle into drifters tend to nucleate vacuum bubbles. #C [[ ZOOM 1.0 AUTOFIT OFF ]] ...

LaundryPizza03

hwor1 wrote: ↑
July 8th, 2022, 12:25 am
Regular old b3s23/c1 is still going through. Is catagolue just backed up because there's a b0something haul getting uploaded every few seconds, faster than can be cleared out?

This is exactly what was found at discord. Processing of B0 hauls has been temporarily suspended.

LaundryPizza03

New hauls, such as in b2ce3ack4ewy5ceiy6cs12a3ceq4ckr5eijk7e/C1 and b38s23/C1, are not being committed to Catagolue, except in B0 rules.

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