User:ColorfulGalaxy/Life Digits census results

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This page is for disclosing Dean Hickerson's Life Digits census results.

Contents

Choose a set: (-100,-10]∩Z | (-10, 0)∩Z
[0, 10)∩Z | [10, 100)∩Z | [100, 1000)∩Z

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[0,10)UZ

Number Apgcode
[note 1]		 RLE Name Symmetry Population Perimeter Bounding box MCPS Lifespan in Conway's Life Final Population in Conway's Life[note 2] L/I in Conway's Life F/I in Conway's Life F/L in Conway's Life L/MCPS in Conway's Life Envelope size in Conway's Life
0 xp0_vhv 3o$obo$obo$obo$3o! (Pre-pulsar) D4_+1 12 24 3×5 12 26 58.666666 2.167 4.889 2.256 2.167 148
1 xp0_v o$o$o$o$o! O-pentomino D4_+1 5 12 1×5 5 6 12 1.2 2.4 2 1.2 37
2 xp0_tln * 3o$2bo$3o$o$3o! (10-cell quasi still life predecessor)[1] C2_1 11 24 3×5 11 3 10 0.273 0.909 3.333 0.273 19
3 xp0_llv 3o$2bo$3o$2bo$3o! ("Pi siamese pi")[2] D2_+1 11 24 3×5 11 50 35 4.545 3.182 0.7 4.545 325
4 xp0_74v obo$obo$3o$2bo$2bo! (xp0_1rq reaction) C1 9 20 3×5 9 36 6 4 0.667 0.167 4 93
5 xp0_nlt 3o$o$3o$2bo$3o! (10-cell quasi still life predecessor) C2_1 11 24 3×5 11 3 10 0.273 0.909 3.333 0.273 19
6 xp0_vlt * 3o$o$3o$obo$3o! (1150M)[note 3] C1 12 24 3×5 12 1150 184 95.833 15.333 0.16 95.833 7015
7 xp0_11v 3o$2bo$2bo$2bo$2bo! (Half-blockade heptomino) C1 7 16 3×5 7 4 8 0.571 1.143 2 0.571 17
8 xp0_vlv 3o$obo$3o$obo$3o! (21-tick spark) D4_+1 13 24 3×5 13 21 0 1.615 0 0 1.615 93
9 xp0_nlv 3o$obo$3o$2bo$3o! (1150M) [note 3] C1 12 24 3×5 12 1150 184 95.833 15.333 0.16 95.833 7015

[10,100)UZ

Number Apgcode
[note 1]		 RLE Name Symmetry Population Perimeter Bounding box MCPS Lifespan in Conway's Life Final Population in Conway's Life[note 2] L/I in Conway's Life F/I in Conway's Life F/L in Conway's Life L/MCPS in Conway's Life Envelope size in Conway's Life
10 xp0_v0vhv ob3o$obobo$obobo$obobo$ob3o! D2_+1 17 36 5×5 18 10 0 0.588 0 0 0.556 59
11 xp0_v0v obo$obo$obo$obo$obo! D4_+1_gO1S0 10 24 3×5 11 5 0 0.5 0 0 0.455 18
12 xp0_v0tln * ob3o$o3bo$ob3o$obo$ob3o! (Angel + Glider) C1 16 36 5×5 17 21 8 1.313 0.5 0.381 1.235 75
13 xp0_v0llv ob3o$o3bo$ob3o$o3bo$ob3o! D2_+1 16 36 5×5 17 20 12 1.25 0.75 0.6 1.176 120
14 xp0_v074v obobo$obobo$ob3o$o3bo$o3bo! (Extensible Spark) C1 14 32 5×5 15 9 0 0.643 0 0 0.6 31
15 xp0_v0nlt * ob3o$obo$ob3o$o3bo$ob3o! (Angel + Glider) C1 16 36 5×5 17 21 8 1.313 0.5 0.381 1.235 75
16 xp0_v0vlt * ob3o$obo$ob3o$obobo$ob3o! [3] C1 17 36 5×5 18 117 19 6.882 1.118 0.162 6.5 343
17 xp0_v011v * ob3o$o3bo$o3bo$o3bo$o3bo! (Pi + LoM) C1 12 28 5×5 13 176 26 14.667 2.167 0.148 13.538 647
18 xp0_v0vlv * ob3o$obobo$ob3o$obobo$ob3o! D2_+1 18 36 5×5 19 58 0 3.222 0 0 3.053 204
19 xp0_v0nlv * ob3o$obobo$ob3o$o3bo$ob3o! C1 17 36 5×5 18 352 73 20.706 4.294 0.207 19.556 1326
20 xp0_tln0vhv * 3ob3o$2bobobo$3obobo$o3bobo$3ob3o! C1 23 48 7×5 24 16 0 0.696 0 0 0.667 70
21 xp0_tln0v * 3obo$2bobo$3obo$o3bo$3obo! (Angel + Glider) C1 16 36 5×5 17 21 8 1.313 0.5 0.381 1.235 75
22 xp0_tln0tln 3ob3o$2bo3bo$3ob3o$o3bo$3ob3o! (2 beehives) C2_1 22 48 7×5 23 30 12 1.364 0.545 0.4 1.304 120
23 xp0_tln0llv * 3ob3o$2bo3bo$3ob3o$o5bo$3ob3o! (Iwona active region + Loaf)[note 4] C1 22 48 7×5 23 705 128 32.045 5.818 0.182 30.652 4054
24 xp0_tln074v 3obobo$2bobobo$3ob3o$o5bo$3o3bo! (Boat Predecessor) C1 20 44 7×5 21 11 5 0.55 0.25 0.455 0.524
25 xp0_tln0nlt 3ob3o$2bobo$3ob3o$o5bo$3ob3o! D2_+1_gO1S0 22 48 7×5 23 6 12 0.273 Expression error: Unrecognized punctuation character "[". Expression error: Unrecognized punctuation character "[". 0.261
26 xp0_tln0vlt 3o3o$2bobo$3ob3o$o3bobo$3ob3o! (Loaf and Block) C1 23 48 7×5 24 6 11 0.261 0.478 1.833 0.25
27 xp0_tln011v 3ob3o$2bo3bo$3o3bo$o5bo$3o3bo! (xp0_3rrbis reaction)[note 5] C1 18 40 7×5 19 1227 207 68.167 11.5 0.169 64.579
28 xp0_tln0vlv 3ob3o$2bobobo$3ob3o$o3bobo$3ob3o! C1 24 48 7×5 25 150 48 6.25 2 0.32 6
29 xp0_tln0nlv 3ob3o$2bobobo$3ob3o$o5bo$3ob3o! (Blinker Predecessor) C1 23 48 7×5 24 61 3 2.652 0.13 0.049 2.542
30 xp0_llv0vhv 3ob3o$2bobobo$3obobo$2bobobo$3ob3o! D2_+1 23 48 7×5 24 54 6 2.348 0.261 0.111 2.25
31 xp0_llv0v 3obo$2bobo$3obo$2bobo$3obo! D2_+1 16 36 5×5 17 7 0 0.438 0 0 0.412
32 xp0_llv0tln 3ob3o$2bo3bo$3ob3o$2bobo$3ob3o! (Unknown reaction) C1 22 48 7×5 23 119 15 5.409 0.682 0.126 5.174
33 xp0_llv0llv 3ob3o$2bo3bo$3ob3o$2bo3bo$3ob3o! D2_+1 22 48 7×5 23 18 12 0.818 0.545 0.667 0.783
34 xp0_llv074v 3obobo$2bobobo$3ob3o$2bo3bo$3o3bo! C1 20 44 7×5 21 311 35 15.55 1.75 0.113 14.81
35 xp0_llv0nlt 3ob3o$2bobo$3ob3o$2bo3bo$3ob3o! (Unknown reaction) C1 22 48 7×5 23 119 15 5.409 0.682 0.126 5.174
36 xp0_llv0vlt 3ob3o$2bobo$3ob3o$2bobobo$3ob3o! (Predecessor of the Pond) C1 23 48 7×5 24 66 8 2.87 0.348 0.121 2.75
37 xp0_llv011v 3ob3o$2bo3bo$3o3bo$2bo3bo$3o3bo! C1 18 40 7×5 19 35 3 1.944 0.167 0.086 1.842
38 xp0_llv0vlv 3ob3o$2bobobo$3ob3o$2bobobo$3ob3o! (Four blinkers but not the traffic light) D2_+1 24 48 7×5 25 26 12 1.083 0.5 0.462 1.04
39 xp0_llv0nlv 3ob3o$2bobobo$3ob3o$2bo3bo$3ob3o! (Blinker and Teardrop) C1 23 48 7×5 24 37 15 1.609 0.652 0.405 1.542
40 xp0_74v0vhv obob3o$obobobo$3obobo$2bobobo$2bob3o! [note 6] C1 21 44 7×5 22 793 115 37.762 5.476 0.145 36.045
41 xp0_74v0v obobo$obobo$3obo$2bobo$2bobo! (3/4 of a traffic light) C1 14 32 5×5 15 20 9 1.429 0.643 0.45 1.333
42 xp0_74v0tln obob3o$obo3bo$3ob3o$2bobo$2bob3o! The answer to Life, the universe and everything[note 7] C1 20 44 7×5 21 362 35 18.1 1.75 0.097 17.238
43 xp0_74v0llv obob3o$obo3bo$3ob3o$2bo3bo$2bob3o! [note 8] C1 20 44 7×5 21 365 79 18.25 3.95 0.216 17.381
44 xp0_74v074v obobobo$obobobo$3ob3o$2bo3bo$2bo3bo! (xp0_1rq and glider) C1 18 40 7×5 19 61 11 3.389 0.611 0.18 3.211
45 xp0_74v0nlt obob3o$obobo$3ob3o$2bo3bo$2bob3o! [note 9] C1 20 44 7×5 21 944 296 47.2 14.8 0.314 44.952
46 xp0_74v0vlt obob3o$obobo$3ob3o$2bobobo$2bob3o! (TL and beehive]]) C1 21 44 7×5 22 17 18 0.81 0.857 1.059 0.773 {{{13}}}
47 xp0_74v011v obob3o$obo3bo$3o3bo$2bo3bo$2bo3bo! C1 16 36 7×5 17 41 12 2.563 0.75 0.293 2.412


Notes

  1. ↑ 1.0 1.1 Assuming that the rule is non-isotropic
  2. ↑ 2.0 2.1 Arithmetic mean if the pattern is unstable
  3. ↑ 3.0 3.1 The stable pattern that results from "1150M" contains 184 cells and consists of 17 blinkers (including 2 traffic lights), 10 blocks (including an inflated MWSS spark at (-1, -10) relative to the initial configuration), 5 beehives, 4 gliders, 3 boats, 2 loaves, 1 ship, and 1 pond.
  4. ↑ The stable pattern that results from "23" contains 128 cells and consists of 12 blocks, 4 beehives, 3 blinkers, 3 gliders, 2 loaves, 1 ship and a ship-tie. Another ship-tie appeared at generation 68, but is then hit at generation 230. A symmetric pure glider generator appeared at generation 218.
  5. ↑ The stable pattern that results from "27" contains 207 cells and consists of 17 blinkers (including 2 traffic lights, plus three other blinkers making 3/4 of a traffic light), 9 beehives (including 1 honey farm), 7 blocks, 3 gliders, 2 boats, 2 toads, 2 ship-ties in the form of a fleet, 1 ship and 1 loaf.
  6. ↑ The stable pattern that results from "40" contains 115 cells and consists of 10 blinkers, 9 blocks, 3 beehives, 2 gliders, a ship, a loaf, and a pond. A temporary long boat appeared.
  7. ↑ 3 gliders, 2 blocks, 2 blinkers, 1 ship
  8. ↑ 6 blocks, 5 blinkers (1 traffic light), 5 beehives (1 honey farm), 2 gliders. The R-pentomino sequence appeared a lot of times.
  9. ↑ The stable pattern that results from "45" contains 296 cells and consists of 24 blinkers (including 3 traffic lights), 15 blocks (including 1 copy of the inflated xp0_14), 12 beehives (including 1 honey farm), 6 gliders, 5 boats, 3 tubs, 3 ships, and a long boat.

References

  1. ↑ xs10_65208kc
  2. ↑ Ash on Catagolue: here
  3. ↑ Ash on Catagolue: here

External links

  • Life Digits (discussion thread) at the ConwayLife.com forums
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