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`--rule b2ikn3aijns23-ckqy --symmetry C1`

It's pretty cool. Also very fast. Search ~higher numbers of soups, it runs about as quickly as searching life.

How many times can we find

`x = 7, y = 7, rule = B2ikn3aijn/S23-ckqy`

4b2o$4bo$b2obobo$obobo$2bob2o$obo$b2o!

Which is produced by a collision between a block and a G.

`x = 5, y = 7, rule = B2ikn3aijn/S23-ckqy`

3bo$4bo$2b3o3$2o$2o!

I vote we call the rule creperie, because of the fake griddle things being so common.

Catagolue page.

EDIT:

`x = 7, y = 8, rule = B2ikn3aijn/S23-ckqy`

5bo$3bobo$6bo$4bo$3bo$bo$o$2o!

`x = 6, y = 6, rule = B2ikn3aijn/S23-ckqy`

b2ob2o$2bob2o$o$4b2o$bo3bo$3bo!

`x = 6, y = 6, rule = B2ikn3aijn/S23-ckqy`

bobo$b2obo$o2bobo$4bo$bo2b2o$3bo!

`#C this one has a hilarious apgcode.`

#C https://catagolue.appspot.com/object/xp3_co2picz23/b2ikn3aijns23-ckqy

#C buy our co2picz23 today! Sounds like a spambot.

x = 6, y = 7, rule = B2ikn3aijn/S23-ckqy

3bo$2bobo$o4bo$2obobo$bob2o$bo$2o!

`x = 6, y = 8, rule = B2ikn3aijn/S23-ckqy`

2o$obo$3bo$2bo2$3bo$5bo$4b2o!

`x = 7, y = 7, rule = B2ikn3aijn/S23-ckqy`

5b2o$6bo$3b2o2$2b2o$o$2o!

The rule has a lot of "pseudo poles"

Then there is the 2aha2:

`#C aha v2`

x = 5, y = 5, rule = B2ikn3aijn/S23-ckqy

2bo$2ob2o2$bobo$2bo!

and a p45 consisting of a boat hassling a large spark/butterfly/diehard (3 occurrences already!):

`x = 8, y = 8, rule = B2ikn3aijn/S23-ckqy`

2b2o$3bo$o2bo$3o2$6bo$5bobo$6b2o!

A soup:

`x = 16, y = 16, rule = B2ikn3aijn/S23-ckqy`

bbooobbbobbooboo$

bobobbbobboobbob$

bbbbobbooobobbob$

obbooboobbbboobb$

bobbbobooobobboo$

obbobbbboobobboo$

bboooobboooobbob$

booooobobboobooo$

bbbbbbbboooobbob$

booobbobboobbobb$

oobbobooboobboob$

boobooboboobbbob$

oobobbbobbobbboo$

oobooobbobbbbbbo$

boboobboobobooob$

ooboooboobbbbobo!

EDIT:

failed wave:

`x = 219, y = 110, rule = B2ikn3aijn/S23-ckqy`

218bo$216bo$214bo$212bo$210bo$208bo$206bo$204bo$202bo$200bo$198bo$196b

o$194bo$192bo$190bo$188bo$186bo$184bo$182bo$180bo$178bo$176bo$174bo$

172bo$170bo$168bo$166bo$164bo$162bo$160bo$158bo$156bo$154bo$152bo$150b

o$148bo$146bo$144bo$142bo$140bo$138bo$136bo$134bo$132bo$130bo$128bo$

126bo$124bo$122bo$120bo$118bo$116bo$114bo$112bo$110bo$108bo$106bo$104b

o$102bo$100bo$98bo$96bo$94bo$92bo$90bo$88bo$86bo$84bo$82bo$80bo$78bo$

76bo$74bo$72bo$70bo$68bo$66bo$64bo$62bo$60bo$58bo$56bo$54bo$52bo$50bo$

48bo$46bo$44bo$42bo$40bo$38bo$36bo$34bo$32bo$30bo$28bo$26bo$24bo$22bo$

20bo$18bo$16bo$14bo$12bo$10bo$8bo$6bo$4bo$2bo$o!

any stabilizations for this wick?

`x = 11, y = 1, rule = B2ikn3aijn/S23-ckqy`

obobobobobo!

EDIT:

mutant griddle:

`x = 16, y = 16, rule = B2ikn3aijn/S23-ckqy`

boobbooooobobbob$

oobbboobbbobooob$

bbobooooobbbbooo$

bbbboobobbbbobob$

obbobbbbbbobobbb$

bboooobbobbbbbbb$

bbboooobooobbboo$

oboobobobbbbbobb$

boobbboooobboboo$

oooboboobbobbooo$

ooobobboobbbbobo$

boobbooboobooboo$

bbbbboobbbbobobb$

bbboobbobbobobbo$

bbobobbooooooooo$

bobobobbobbbooob!

griddles can wrap around like so:

`x = 6, y = 6, rule = B2ikn3aijn/S23-ckqy`

2bobo$o$2b2obo$ob2o$5bo$bobo!

`x = 8, y = 8, rule = B2ikn3aijn/S23-ckqy`

2bobobo$o$2b4obo$obo2bo$2bo2bobo$ob4o$7bo$bobobo!

actually, let's call these creperie oscillators crepe pans to differentiate from true griddles.

EDIT:

Fake clock things can have weird stator additions:

`x = 7, y = 4, rule = B2ikn3aijn/S23-ckqy`

2bo$2o3b2o$4bobo$bobo!

Crepe pan with a hole in the bottom:

`x = 6, y = 6, rule = B2ikn3aijn/S23-ckqy`

2bobo$o4bo$3ob2o2$2b2o$2b2o!

Tiny crepe pan:

`x = 6, y = 4, rule = B2ikn3aijn/S23-ckqy`

b2ob2o$obob2o$2bo$b2o!

Crepe pans can be welded with great on-off style things:

`x = 6, y = 6, rule = B2ikn3aijn/S23-ckqy`

2bobo$o4bo$3o2bo$3b2o$2o$2o!

`x = 6, y = 7, rule = B2ikn3aijn/S23-ckqy`

2bo$o3bo$2obobo$3bo$2b2obo$2bobo$3b2o!

@Hdjen vv:

Sorry. That has been fixed.