Worker bee: Difference between revisions
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|rulemin = B3/S23 | |rulemin = B3/S23 | ||
|rulemax = B368/S237 | |rulemax = B368/S237 | ||
|rulespecial = [[Conway's Game of Life|Conway Life]], | |rulespecial = [[Conway's Game of Life|Conway Life]], {{rl|HighLife}} | ||
|isorulemin = B3aeijq/S23ainry | |isorulemin = B3aeijq/S23ainry | ||
|isorulemax = B2i34-ajn5-aq67c8/S234-ajw5-iqy6-ac7 | |isorulemax = B2i34-ajn5-aq67c8/S234-ajw5-iqy6-ac7 | ||
| Line 22: | Line 22: | ||
|rle = true | |rle = true | ||
|animated = true | |animated = true | ||
|viewerconfig = #C [[ GPS 3 LOOP 9 | |viewerconfig = #C [[ HEIGHT 480 THUMBSIZE 3 ZOOM 30 GPS 3 LOOP 9 ]] | ||
|apgcode = xp9_32acxca23zy0cuczggkcxckggz1y51 | |apgcode = xp9_32acxca23zy0cuczggkcxckggz1y51 | ||
|pentadecathlonid = 34P9.1 | |pentadecathlonid = 34P9.1 | ||
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== p6 worker bee == | == p6 worker bee == | ||
The same unstable object (albeit not in the one-cell-thick phase) is also hasslable by four [[toad]]s to form the {{LinkCatagolue|code=xp6_7exe7z01ici1zotxtoz1y11|style= | The same unstable object (albeit not in the one-cell-thick phase) is also hasslable by four [[toad]]s to form the p6 worker bee ({{LinkCatagolue|code=xp6_7exe7z01ici1zotxtoz1y11|style=brief}}) or by an unnamed object, mutually stabilising each other, to form an unnamed fourfold variant ({{LinkCatagolue|code=xp6_y1o201ry6r102ozoi0hhgc221x7777x122cghh0iozy1oooyaooozy1333ya333z390hh1688gxssssxg8861hh093zy1380gry6rg083|style=brief}}). | ||
{{EmbedViewer | {{EmbedViewer | ||
|rle = x = 40, y = 30, rule = B3/S23 | |rle = x = 40, y = 30, rule = B3/S23 | ||
18b2o10b2o$17bobo10bobo$16b3o12b3o$16b2o14b2o$16b4o2b2o2b2o2b4o$ | 18b2o10b2o$17bobo10bobo$16b3o12b3o$16b2o14b2o$16b4o2b2o2b2o2b4o$16bo2b | ||
o10bo2bo$12b4ob2o5b2o5b2ob4o$o5bo4b4obo5b2o2b2o5bob4o$2o3b2o3bobobobo | |||
|viewerconfig = #C [[ THUMBNAIL HEIGHT | 16bobobobo$2o3b2o3b2o2b2o18b2o2b2o$bo3bo2$bo3bo8bo2bo14bo2bo$2bobo9bo | ||
|caption = period-6 variants | 2bo14bo2bo$3bo12bo16bo$3bo12bo16bo$2bobo9bo2bo14bo2bo$bo3bo8bo2bo14bo | ||
2bo2$bo3bo$2o3b2o3b2o2b2o18b2o2b2o$2o3b2o3bobobobo16bobobobo$o5bo4b4ob | |||
o5b2o2b2o5bob4o$12b4ob2o5b2o5b2ob4o$16bo2bo10bo2bo$16b4o2b2o2b2o2b4o$ | |||
16b2o14b2o$16b3o12b3o$17bobo10bobo$18b2o10b2o! | |||
|viewerconfig = #C [[ THUMBNAIL THUMBSIZE 2 HEIGHT 500 ZOOM 12 GPS 3 AUTOSTART LOOP 6 ]] | |||
|position = center | |||
|caption = period-6 variants | |||
|style = width:300px; | |||
}} | }} | ||
== In other rules == | == In other rules == | ||
In other [[Life-like]] rules with transition S8, for instance | In other [[Life-like]] rules with transition S8, for instance {{rl|EightLife}}, the core of worker bee evolves into a [[honeycomb]], making the [[still life]] more common than that in regular Life. | ||
By removing the [[isotropic non-totalistic]] transition B3r, the worker bee needs no external support. A row of 6 cells becomes a small period-9 [[pipsquirter]]. | By removing the [[isotropic non-totalistic]] transition B3r, the worker bee needs no external support. A row of 6 cells becomes a small period-9 [[pipsquirter]]. | ||
{{EmbedViewer | {{EmbedViewer | ||
|rle = x = 6, y = 1, rule = B3-r/S23 | |rle = x = 6, y = 1, rule = B3-r/S23 | ||
6o! | 6o! | ||
|viewerconfig = #C [[ THUMBNAIL THUMBSIZE 4 GPS 3 AUTOSTART LOOP 9 ]] | |||
|viewerconfig = #C [[ THUMBNAIL THUMBSIZE 4 | |position = center | ||
|caption = The worker bee in B3-r/S23 | |caption = The worker bee in B3-r/S23 | ||
|style = width:300px; | |||
}} | }} | ||
Revision as of 08:18, 22 May 2023
| Worker bee | |||||||||||
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| Pattern type | Oscillator | ||||||||||
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| Number of cells | 34 | ||||||||||
| Bounding box | 16 × 11 | ||||||||||
| Period | 9 (mod: 9) | ||||||||||
| Heat | 15.6 | ||||||||||
| Volatility | 0.66 | 0.66 | ||||||||||
| Kinetic symmetry | Unspecified | ||||||||||
| Discovered by | David Buckingham | ||||||||||
| Year of discovery | 1972 | ||||||||||
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Worker bee (or lonely bee[1]) is a period-9 oscillator and was found by David Buckingham in 1972.[2][3] It consists of four eater 1s hassling a line-of-six spark.
Similar to the snacker, the worker bee is extensible - it is, in fact, a finite version of the infinite one-cell-thick oscillator consisting of alternating groups of six ON cells and two OFF cells.
This oscillator first appeared semi-naturally in April 2015, in a symmetric soup submitted to Catagolue by Dave Greene.[4]
p6 worker bee
The same unstable object (albeit not in the one-cell-thick phase) is also hasslable by four toads to form the p6 worker bee (Catagolue: here) or by an unnamed object, mutually stabilising each other, to form an unnamed fourfold variant (Catagolue: here).
| period-6 variants (click above to open LifeViewer) |
In other rules
In other Life-like rules with transition S8, for instance EightLife, the core of worker bee evolves into a honeycomb, making the still life more common than that in regular Life.
By removing the isotropic non-totalistic transition B3r, the worker bee needs no external support. A row of 6 cells becomes a small period-9 pipsquirter.
| The worker bee in B3-r/S23 (click above to open LifeViewer) |
See also
References
- ↑ Life Objects Sorted by Name (L) at Mark D. Niemiec's Life Page
- ↑ Robert Wainwright (October 1972). Lifeline, vol 6, page 3.
- ↑ Dean Hickerson's oscillator stamp collection. Retrieved on March 14, 2020.
- ↑ Dave Greene (April 23, 2015). Re: Soup search results (discussion thread) at the ConwayLife.com forums
External links
- Worker bee at the Life Lexicon
- Worker bee at Adam P. Goucher's Catagolue
- 8 Period-9 oscillators at Mark D. Niemiec's Life Page (download pattern file: lg/34lyet4.rle)
- 34P9.1 at Heinrich Koenig's Game of Life Object Catalogs
- Patterns
- Oscillators with 34 cells
- Periodic objects with minimum population 34
- Patterns with 34 cells
- Patterns found by David Buckingham
- Patterns found in 1972
- Patterns that can be constructed with 19 gliders
- Oscillators
- Oscillators with period 9
- Oscillators with mod 9
- Oscillators with heat 15
- Oscillators with volatility 0.66
- Oscillators with strict volatility 0.66
- Patterns with rectangular orthogonal symmetry
- Semi-natural periodic objects