Old Catagolue census page (does not work)
Important links:
The full tabulation of elementary wickstrecher reactions
The 3x3 block search
Important note for apgsearchers (skip this if you don't use apgsearch) Don't apgsearch using the rulestring, that way your hauls will never get committed! Instead, after configuring apgluxe with the rulestring once, go to lifelib/rules under your apgmera folder, copy/paste xb0123456aeis5-ky.h in the same folder, rename the copy x8x4xslowlifeb0.h, and open the file and change the string after "namespace" to x8x4xslowlifeb0 as well. Then, you can search x8x4xslowlifeb0.
SlowLifeB0 (B0123456aei/S5-ky) is a semi-stable rule designed to support many patterns from B3/S23, while having vastly different dynamics from it and other rules. The name is due to patterns evolves noticeably slowly.
(The additional "B0" is due to the name "SlowLife" is already taken. Some people prefer other names, such as "Sl0wLife" or "New SlowLife".)
It is extremely versatile in oscillators and useful reactions, of which can be used to construct many different things and even to prove it Turing-complete.
Its earlier version is the life-like rule B0123456/S5, which in some ways has similar dynamics, but is explosive. It is now obsolete and can be ignored.
To start off, here's a small and slightly messy pattern collection:
Code: Select all
x = 154, y = 21, rule = B0123456aei/S5-ky
$81b2ob2o7b2o$49bo2bo29b3o8b2o$42bo7b2o5b3o4b3o16bo8bobo$5b2o3b2o7b2o
5bo6b3o5b3o6b2o7bo6bo7b2ob2o4bo8b3o$5bo5b2o6b2o4b3o4b4o6bo6bo2bo5bo7bo
8b3o5bo7b2obo$4b2o5bo5b2o6b3o4b3o39b2ob2o3b3o$17b2o7bo4b4o47bobo$31b3o
2$4bobo3b2obo$4b3o3b4o22b7o46bo23bobo17b2o$11b2o8b2obob2o8b7o11b2o9bo
4b3o5b3o6bobo5b2o7b2o8bo18b2o$4b3o3b4o8b5o9b3ob3o11bo9b2o5b2obobob2o8b
obo4bo8bo8bobo29b2obo$4bobo3b2obo7b2obob2o8b2o3b2o11b2o7b2o5b5ob5o7bo
16bobo9b2o13b2o12b4o$36b3ob3o20bo7b3o3b3o18bo7b2o8b3o13b3o12bob2o$36b
7o7b3o17b5ob5o16b2o17b3o13bo$36b7o7bobo18b2obobob2o39b3o$70b3o5b3o38b
3o$119b3o!
Code: Select all
x = 9, y = 52, rule = B0123456aei/S5-ky:T9,52
4bo$3b3o$4bo$3b3o$4bo$3b3o$4bo$3b3o$4bo$3b3o$4bo$3b3o$4bo$3b3o$4bo$3b
3o$4bo$3b3o$4bo$3b3o$3b3o$b7o$2b5o$b7o$b7o$2b5o$4bo$3b3o$4bo$3b3o$4bo$
3b3o$4bo$3b3o$4bo$3b3o$4bo$3b3o$4bo$3b3o$4bo$3b3o$4bo$3b3o$4bo$3b3o$4b
o$3b3o$4bo$3b3o$4bo$3b3o!
Code: Select all
x = 92, y = 52, rule = B0123456aei/S5-ky
22b2ob2o17bo3bo$23b3o17b3ob3o$22b2ob2o17bo3bo3$23bobo$23b3o$24bo$23b3o
$23bobo5$24bo$23b3o$24bo10$79b2ob2ob2ob2o$68bo11b3o3b3o$68bo10b2ob2ob
2ob2o$68bo$4b3o14$3b2ob2o36b2ob2o17b2ob2o$4b3o15b2ob2o18b3o19b3o12b2ob
2o$5bo17b3o20bo21bo14b3o$5bo18bo21bo21bo15bo$4b3o16b3o19b3o19b3o14bo$
4bobo16bobo19bobo19bobo13b3o$83bobo!
Code: Select all
x = 25, y = 120, rule = B0123456aei/S5-ky
$12bo$11b3o$11b3o$11b3o$12bo2$3b19o$3b19o$3b19o$3b19o$3b8o3b8o$3b19o$
3b19o$3b19o$3b19o$3b19o$3b19o$3b19o$3b19o$3b19o$3b19o$3b19o$3b19o$3b
19o$3b19o$3b7o2bo2b7o$3b8o3b8o$3b9ob9o$3b9ob9o$3b9ob9o$3b19o$3b19o$3b
19o79$10b2ob2o$11b3o$3bo8bo10bo$3b2o6b3o2b2o4b2o$4b5o2b3o3b6o$3b2o7bo
3b2o4b2o$3bo7b3o9bo$11bobo!
Code: Select all
x = 12, y = 12, rule = B0123456aei/S5-ky
9b3o$9b3o$9b3o4$3b3o$5bo$5bo$bo$3o$bo!
Code: Select all
x = 197, y = 70, rule = B0123456aei/S5-ky
6$130bobo42b2o$131bo42b4o$95b2o33bobo42b2o$78b2o15b2o8b2o27b2o44bo$78b
o15bobo8b2o26b3o43b2o$53bo24b2o14b3o36b3o42b2o$54bo38b2obo$13b2o21b2o
14b3o19b3o$12b2o23b2o35bobo$12bo25bo41b2o$80b2o$57b2o$57b2o$33b2o$15b
2o16b2o$15b2o2$96b2o$96b2o7b2ob2o$95bobo8b3o$95b3o7b2ob2o$94b2obo2$
146b2o42b2o$146b2o42b2o$145bobo41bobo$145b3o41b3o$144b2obo40b2obo4$96b
2o$96b2o$95bobo$95b3o7b2o$94b2obo7b2o14$93b3o$13b3o77b3o3b3o$13b3o77b
3o3bo$13b3o84bo3$18b3o$18bo$18bo!
Code: Select all
x = 29, y = 7, rule = B0123456aei/S5-ky
2$2o2b2ob2o2b3o3b3o7bo$2o3b3o5bo5bo6b3o$4b2ob2o3bo6bo7bo!
Very high period oscillators (above 100)
Stable (not periodic) reflectors
"Corderships" based on the infinite growth pattern
Something to prove the rule Turing-complete
Oblique spaceships
Useful syntheses
As you can see, constructing things and discovering oscillators are both much easier than in most other rules.
And this rule is not even intended to have so many nice stuff when it's been discovered.