Difference between revisions of "Carnival shuttle"
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{{Oscillator | {{Oscillator | ||
'''Carnival shuttle''' is a | |name = Carnival shuttle | ||
|pname = carnivalshuttle | |||
|f1 = Shuttle | |||
|c = 43 | |||
|bx = 24 | |||
|by = 7 | |||
|p = 12 | |||
|m = 6 | |||
|h = 38 | |||
|v = 0.91 | |||
|sv = 0.27 | |||
|discoverer = Robert Wainwright | |||
|discoveryear = 1984 | |||
|rulemin = B3/S23 | |||
|rulemax = B378/S2378 | |||
|rulespecial = [[Conway's Game of Life|Conway Life]] | |||
|isorulemin = B3-ckq/S2-n3aeiy | |||
|isorulemax = B34cjnqrwz5-enr6-i78/S234-atz5-ei6-c78 | |||
|plaintext = true | |||
|rle = true | |||
|animated = true | |||
|viewerconfig = #C [[ AUTOSTART LOOP 12 GPS 6 THUMBSIZE 2 ]] | |||
|apgcode = xp12_hv4a4vhzxozw9o9zwccczxozw9o9z06kck6z062326 | |||
}} | |||
'''Carnival shuttle''' is a {{period|12}} [[oscillator]] that was found by [[Robert Wainwright]] in September {{year|1984}} (using [[middleweight emulator]]s at the end, instead of the [[monogram|monograms]] shown here). It was used to create the first known non-trivial period {{period|24|brief}} oscillator, [[186P24]]. | |||
The [[shuttle]] itself is a reaction between two [[t-tetromino]]s. Its stability requires the suppression of one birth per period at both ends of the shuttle. | |||
* A | There are many ways to stabilise adjacent shuttles: | ||
{{EmbedViewer | |||
|position = center | |||
|pname = carnivalshuttle2 | |||
|viewerconfig = #C [[ AUTOSTART THUMBSIZE 2 ZOOM 8 WIDTH 800 HEIGHT 480 GPS 6 LOOP 12 ]] | |||
}} | |||
* [[Monogram]]s can be shared. | |||
* Shuttles can be placed head to head. | |||
* A [[beehive]] can be placed in between. | |||
Shuttles can also hassle a [[beehive]]-[[traffic light]]-[[loaf]] component. The shuttle can be stabilised by monograms, [[middleweight emulator]]s and [[T-nosed p4]]s. The [[Blocked p4-3]] gives the same spark, and thus can be used as a stabilizer too. | |||
Without sparkers on the ends, a spatial period 12 wick can be constructed. A finite version requires the addition of sparker oscillators as caps. | |||
==External links== | ==External links== |
Revision as of 03:02, 28 December 2019
Carnival shuttle | |||||||||
View animated image | |||||||||
View static image | |||||||||
Pattern type | Oscillator | ||||||||
---|---|---|---|---|---|---|---|---|---|
Oscillator type | Shuttle | ||||||||
Number of cells | 43 | ||||||||
Bounding box | 24 × 7 | ||||||||
Period | 12 | ||||||||
Mod | 6 | ||||||||
Heat | 38 | ||||||||
Volatility | 0.91 | ||||||||
Strict volatility | 0.27 | ||||||||
Discovered by | Robert Wainwright | ||||||||
Year of discovery | 1984 | ||||||||
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Carnival shuttle is a period-12 oscillator that was found by Robert Wainwright in September 1984 (using middleweight emulators at the end, instead of the monograms shown here). It was used to create the first known non-trivial period 24 oscillator, 186P24.
The shuttle itself is a reaction between two t-tetrominos. Its stability requires the suppression of one birth per period at both ends of the shuttle.
There are many ways to stabilise adjacent shuttles:
(click above to open LifeViewer) RLE: here Plaintext: here |
Shuttles can also hassle a beehive-traffic light-loaf component. The shuttle can be stabilised by monograms, middleweight emulators and T-nosed p4s. The Blocked p4-3 gives the same spark, and thus can be used as a stabilizer too.
Without sparkers on the ends, a spatial period 12 wick can be constructed. A finite version requires the addition of sparker oscillators as caps.
External links
- Carnival shuttle at the Life Lexicon
- Patterns
- Oscillators with 43 cells
- Periodic objects with minimum population 43
- Patterns with 43 cells
- Patterns found by Robert Wainwright
- Patterns found in 1984
- Oscillators
- Shuttles
- Oscillators with period 12
- Oscillators with mod 6
- Oscillators with heat 38
- Oscillators with volatility 0.91
- Oscillators with strict volatility 0.27
- Patterns with bilateral orthogonal symmetry
- Flipping oscillators