p6 pipsquirter - Catagolue

p6 pipsquirter (xp6_oe1dicggz6t1mhmgn8a6zw122qq1)

#C [[ GRID THUMBLAUNCH THUMBSIZE 2 THEME Catagolue ]] 
x = 1, y = 1, rule = B3/S23
b!

	This pattern is an oscillator.
	This pattern is periodic with period 6.
	This pattern runs in a non-standard rule (b3-js23).
	The population fluctuates between 50 and 53.
	This evolutionary sequence works in multiple rules, from b3-js23 through to b34ceq5aci6en78s234acjkqrw5-e678.

Pattern RLE

Code: Select all

Sample occurrences

There are 1 sample soups in the Catagolue:

Unofficial symmetries

Symmetry	Soups	Sample soup links

ror_stdin_test	1	•

Comments (5)

Displaying comments 1 to 5.

On 2021-10-17 at 13:20:19 UTC, Ignacy.Jackl wrote:

Edit: LLS

On 2021-03-27 at 20:16:26 UTC, Ignacy.Jackl wrote:

But it doesn't mean we shouldn't be impressed at all. These syntheses are often very smart, and much effort is put into them first to figure them out, then optimize them. Exthrementhusiast, you're the real master.

On 2021-03-27 at 20:13:19 UTC, Ignacy.Jackl wrote:

You just stick a thing into some search program (usually JLS or WLS), try tu simulate it backwards until it looks like bunch of "easily" synthetisable objects hitting some complicated still-life, then work out the final step of synthesis (vast amount of gliders hitting said SL), then figure out how to incrementally add stuff to the still life in order to achieve the one in the final step, and you're done!

On 2020-02-09 at 04:59:09 UTC, Someone wrote:

dang,too much gliders!!!!!!!!!!!!!!!!!!!!! how do you even keep track of the gliders!!!!!!!!!!!!!!!!!!!! I agree with mauro.a.araya

On 2019-05-19 at 14:13:42 UTC, mauro.a.araya wrote:

It’s impressive that we’re capable of synthesizing something like this

Please log in to post comments.