Difference between revisions of "OCA:Gems"
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'''Gems''' is a [[Life-like cellular automaton]] in which dead cells are born if they have precisely three, four, five or seven live neighbors, and in which live cells will survive if they have precisely four, five, six or eight live neighbors. Small random initial configurations in Gems tend to turn into high-period [[oscillator]]s (the "gems" the rule is named after); larger random initial configurations explode slowly. | '''Gems''' is a [[Life-like cellular automaton]] in which dead cells are born if they have precisely three, four, five or seven live neighbors, and in which live cells will survive if they have precisely four, five, six or eight live neighbors. Small random initial configurations in Gems tend to turn into high-period [[oscillator]]s (the "gems" the rule is named after); larger random initial configurations explode slowly. |
Revision as of 12:22, 18 February 2017
Gems | |
View static image | |
Rulestring | 4568/3457 B3457/S4568 |
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Rule integer | 188600 |
Character | Exploding |
Gems is a Life-like cellular automaton in which dead cells are born if they have precisely three, four, five or seven live neighbors, and in which live cells will survive if they have precisely four, five, six or eight live neighbors. Small random initial configurations in Gems tend to turn into high-period oscillators (the "gems" the rule is named after); larger random initial configurations explode slowly.
Patterns
No still lives or odd period oscillators have been found in Gems.
Spaceships
Gems has a single known spaceship moving orthogonally at a speed of c/5648, Eppstein's glider 13047.
External links
Gems at Adam P. Goucher's Catagolue Gems at David Eppstein's Glider Database