Cap: Difference between revisions
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== In other rules == | == In other rules == | ||
In {{rl|tlife}}, cap is a period 4 [[oscillator]]. However, it will still act as an induction coil in the same way it does in standard Life. | In {{rl|tlife}} and rules without S2i, cap is a period 4 [[oscillator]]. However, it will still act as an induction coil in the same way it does in standard Life. | ||
== See also == | == See also == | ||
Revision as of 05:27, 6 January 2024
| Cap | |||||||
| View static image | |||||||
| Pattern type | Induction coil | ||||||
|---|---|---|---|---|---|---|---|
| Number of cells | 8 | ||||||
| Bounding box | 4 × 3 | ||||||
| Static symmetry | Unspecified | ||||||
| Discovered by | Hugh Thompson | ||||||
| Year of discovery | 1971 | ||||||
| |||||||
Cap (or covered table) is an induction coil. It can be stabilized to form a period-3 oscillator; see candelabra for a slight variation on this.
Unattended, this evolves into an interchange.
| Stabilized cap oscillator (click above to open LifeViewer) RLE: here Plaintext: here |
Still lifes
There are two ways in which two caps can be arranged to create a still life:
| Mirrored cap (click above to open LifeViewer) RLE: here Plaintext: here |
| Trans-mirrored cap (click above to open LifeViewer) RLE: here Plaintext: here |
In other rules
In tlife and rules without S2i, cap is a period 4 oscillator. However, it will still act as an induction coil in the same way it does in standard Life.
See also
External links
- Cap at the Life Lexicon