edit: a modification of that quadratically growing object is compatible with the glider from CGoL:
Code:
Select all
x = 53, y = 22, rule = R3,C0,S132-285,385-432,434-625,627-666,668-685,697-785,797-811,813-887,890-935,1010-1044,1048-1052,1054-1061,1068-1160,1163,1167,1172-1327,1330-1437,1440-1461,1500-1554,1556-1560,B136,157,257,261,280,286,434,466,530,552,601,642,702,780,787,815,818,860,912,1047,1052,1068,1155,1281,1291,1307,1381,1405,1483,1530,1536,1656,1711,1757,NW7D7D0019007D7D7D007D7D7D007D007D0105017D00197D0500057D19007D0105017D007D007D7D7D007D7D7D0019007D7D
bo$2bo$3o9$48bo3bo$48bo3bo$48bobobo$48b5o$48b5o$49b3o$49b3o$50bo$50bo2$49b3o!
#C [[ GRID THEME MCell ]]
By itself, it can be "captured" using a range-1 fully-symmetric weighted neighbourhood:
Code:
Select all
x = 5, y = 11, rule = R1,C0,S0-11,17-24,B5,18,NW151505151
o3bo$o3bo$obobo$5o$5o$b3o$b3o$2bo$2bo2$b3o!
#C [[ GRID THEME MCell ]]
PiSpaceships wrote: April 21st, 2025, 2:02 am
Nice clean breeder [...]
It looks much more like a (
quadratic growth)
spacefiller, rather than a breeder.
The posted pattern grows by producing lines that continue to interact with each other (overpopulated dead cells), and moreover, each such line grows by increasing its length while remaining connected (rather than growing by producing independent noninteracting objects). Simplified form:
Code:
Select all
x = 14, y = 5, rule = B1e4r6a/S01235678
6b8o$o3b4o$ob7o$o3b4o$6b8o!
(While a breeder would instead produce an infinite sequence of separate growing objects, and each of those separate growing objects would independently produce an infinite sequence of separate objects.)
