# Difference between revisions of "LifeWiki:Smallest Spaceships Supporting Specific Speeds"

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Currently only range-1 outer-totalistic and isotropic non-totalistic rules are accepted. | Currently only range-1 outer-totalistic and isotropic non-totalistic rules are accepted. | ||

− | All possible speeds of periods 1, 2, and 3 have been documented, with all speeds of period 1 having an optimal amount of cells (3). | + | All possible speeds of periods 1, 2, and 3 have been documented, with all speeds of period 1 having an optimal amount of cells (3), which is likely impossible for higher periods. |

All speeds of the form c/''n'' are known due to the rules B2c3ae4ai56c/S2-kn3-enq4 and/or B2ci3aer4ai5-c6c/S2-kn3-cenq4-k5eiy6c for c/even speeds and B2c3aj4nrt5i6c78/S1c23enr4aet5-iq67 for c/odd speeds. | All speeds of the form c/''n'' are known due to the rules B2c3ae4ai56c/S2-kn3-enq4 and/or B2ci3aer4ai5-c6c/S2-kn3-cenq4-k5eiy6c for c/even speeds and B2c3aj4nrt5i6c78/S1c23enr4aet5-iq67 for c/odd speeds. |

## Revision as of 21:30, 13 October 2017

The first test of the Smallest Spaceships Supporting Specific Speeds Project, any entries submitted must be oriented so that the ship heads South-east for diagonal, East for orthogonal, and between the two for oblique ships. Ships also must be in the minimum phase, the phase where it has the least population. If you think you have found a new ship, and want to submit, please check your ship against this list, and if it has a smaller minimum phase, replace the old ship with the new, following the same format.

Currently only range-1 outer-totalistic and isotropic non-totalistic rules are accepted.

All possible speeds of periods 1, 2, and 3 have been documented, with all speeds of period 1 having an optimal amount of cells (3), which is likely impossible for higher periods.

All speeds of the form c/*n* are known due to the rules B2c3ae4ai56c/S2-kn3-enq4 and/or B2ci3aer4ai5-c6c/S2-kn3-cenq4-k5eiy6c for c/even speeds and B2c3aj4nrt5i6c78/S1c23enr4aet5-iq67 for c/odd speeds.

All speeds of the form 2c/4*n*+2 are known due to the rule B2ik3aijn4ant5r6i7e/S02a4i.

All speeds of the form *n*c/1 are known due to a trick detailed here.

- Periods 1-10
- Periods 11-20
- Periods 21-30
- Periods 31-40
- Periods 41-50
- Periods 51-60
- Periods 61-70
- Periods 71-80
- Periods 81-90
- Periods 91-100
- Periods 101-110
- Periods 111-120
- Periods 121-130
- Periods 131-140
- Periods 141-150
- Periods 151-160
- Periods 161-170
- Periods 171-180
- Periods 181-190
- Periods 191-200
- Periods 201-210
- Periods 211-220
- Periods 221-230
- Periods 231-240
- Periods 241-250
- Periods 261-270
- Periods 291-300
- Periods 301-310
- Periods 311-320
- Periods 331-340
- Periods 361-370
- Periods 371-380
- Periods 501-510
- Periods 511-520
- Periods 561-570
- Periods 581-590
- Periods 721-730
- Periods 1551-1560
- Periods 1671-1680
- Periods 2061-2070
- Periods 5641-5650