Up wing on wing

	Up wing on wing
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	<html><div class="rle"><div class="codebox"><div style="display:none;"><code></html>b2o3b2o$o2bobo2bo$bobobobo$2b2ob2o! #C [[ THUMBSIZE 2 THEME 6 GRID GRIDMAJOR 0 SUPPRESS THUMBLAUNCH ]] #C Still life <nowiki></nowiki> <html></code></div></div><canvas width="200" height="300" style="margin-left:1px;"><noscript></html> <html></noscript></canvas></div></html>
	View static image
Pattern type	Strict still life
Number of cells	16
Bounding box	9×4
Frequency class	21.1
Discovered by	Unknown
Year of discovery	Unknown
Rules
Outer-totalistic rules	B/S23 – B378/S012345678
Important rules	Conway Life
# of rules	210 = 1024
Isotropic rules	B/S2-ai3nr – B2ikn34-ij5-kn6-i78/S012345678
Glider synthesis
Fewest gliders	4
Catagolue-generated RLE	upwingonwing_synth.rle
Pattern files
Plaintext	upwingonwing.cells
RLE	upwingonwing.rle
Identifiers
apgcode	xs16_259e0e952
Niemiec ID	16.10
Pentadecathlon ID	16.2447

Up wing on wing (or cis-mirrored R-loaf) is a 16-bit still life consisting of two mirrored wings.

Commonness

Up wing on wing is the ninety-second most common object on Adam P. Goucher's Catagolue.[1]

gollark: No.

gollark: Seriously! Python has no TCO.

gollark: osmarkslisp™ has tail recursion optimization → better than python.

gollark: osmarkslisp™.

gollark: Go interpolate using FFTs.

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