apgsearch - haul requests

[Disaster16439]

Apgsearch B34q5q/S23-k/C1 to at least 500 million. Or, apgsearch B34q/S23-k/D2_+1(D4_+1, D4_+4 and D8_1 are okay too). B34q5q/S23-k/C1 is the priority(I prefer using my golly to search higher symmetries)
My 189th post! 189=3^3x7

[b-engine]

APGsearch both R2,C0,S4-6,B5-6,N# and R3,C0,S5-9,B7-9,N# in any symmetry and amount you like. If APGsearch doesn't works with these rulestring, try use the rulefile below.

Code: Select all

@RULE Hash1

@COLORS
0 0 0 0
1 255 255 255

# This ruletable is automatically generated by CAViewer
# Note that is ruletable may not work properly in Golly as it is meant to be run by lifelib.
# If this ruletable operates in with a range 1 neighbourhood, switch neighbourhood:... with neighbourhood:Moore or any other appropriate neighbourhood to run it in Golly

@TABLE
n_states:2
neighborhood:[(0, 0), (-2, -1), (-2, 1), (-1, -2), (-1, -1), (-1, 0), (-1, 1), (-1, 2), (0, -1), (0, 1), (1, -2), (1, -1), (1, 0), (1, 1), (1, 2), (2, -1), (2, 1), (0, 0)]
symmetries:permute

var _any.0.0 = {0, 1}
var _any.1.0 = _any.0.0
var _any.2.0 = _any.0.0
var _any.3.0 = _any.0.0
var _any.4.0 = _any.0.0
var _any.5.0 = _any.0.0
var _any.6.0 = _any.0.0
var _any.7.0 = _any.0.0
var _any.8.0 = _any.0.0
var _any.9.0 = _any.0.0
var _any.10.0 = _any.0.0
var _any.11.0 = _any.0.0
var _any.12.0 = _any.0.0
var _any.13.0 = _any.0.0
var _any.14.0 = _any.0.0
var _any.15.0 = _any.0.0

0, 1, 1, 1, 1, 1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 1
0, 1, 1, 1, 1, 1, 1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 1
1, 1, 1, 1, 1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 1
1, 1, 1, 1, 1, 1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 1
1, 1, 1, 1, 1, 1, 1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 1
1, _any.0.0, _any.1.0, _any.2.0, _any.3.0, _any.4.0, _any.5.0, _any.6.0, _any.7.0, _any.8.0, _any.9.0, _any.10.0, _any.11.0, _any.12.0, _any.13.0, _any.14.0, _any.15.0, 0

Code: Select all

@RULE Hash2

@COLORS
0 0 0 0
1 255 255 255

# This ruletable is automatically generated by CAViewer
# Note that is ruletable may not work properly in Golly as it is meant to be run by lifelib.
# If this ruletable operates in with a range 1 neighbourhood, switch neighbourhood:... with neighbourhood:Moore or any other appropriate neighbourhood to run it in Golly

@TREE
num_states=2
num_neighbors=[(-3, -1), (-3, 1), (-2, -1), (-2, 1), (-1, -3), (-1, -2), (-1, -1), (-1, 0), (-1, 1), (-1, 2), (-1, 3), (0, -1), (0, 1), (1, -3), (1, -2), (1, -1), (1, 0), (1, 1), (1, 2), (1, 3), (2, -1), (2, 1), (3, -1), (3, 1), (0, 0), (0, 0)]
num_nodes=201
1 0 0 
2 0 0 
3 1 1 
4 2 2 
5 3 3 
1 0 1 
2 0 5 
3 1 6 
4 2 7 
5 3 8 
6 4 9 
2 5 5 
3 6 11 
4 7 12 
5 8 13 
6 9 14 
7 10 15 
1 1 1 
2 5 17 
3 11 18 
4 12 19 
5 13 20 
6 14 21 
7 15 22 
8 16 23 
2 17 17 
3 18 25 
4 19 26 
5 20 27 
6 21 28 
7 22 29 
8 23 30 
9 24 31 
3 25 25 
4 26 33 
5 27 34 
6 28 35 
7 29 36 
8 30 37 
9 31 38 
10 32 39 
2 17 0 
3 25 41 
4 33 42 
5 34 43 
6 35 44 
7 36 45 
8 37 46 
9 38 47 
10 39 48 
11 40 49 
3 41 1 
4 42 51 
5 43 52 
6 44 53 
7 45 54 
8 46 55 
9 47 56 
10 48 57 
11 49 58 
12 50 59 
4 51 2 
5 52 61 
6 53 62 
7 54 63 
8 55 64 
9 56 65 
10 57 66 
11 58 67 
12 59 68 
13 60 69 
5 61 3 
6 62 71 
7 63 72 
8 64 73 
9 65 74 
10 66 75 
11 67 76 
12 68 77 
13 69 78 
14 70 79 
6 71 4 
7 72 81 
8 73 82 
9 74 83 
10 75 84 
11 76 85 
12 77 86 
13 78 87 
14 79 88 
15 80 89 
6 4 4 
7 81 91 
8 82 92 
9 83 93 
10 84 94 
11 85 95 
12 86 96 
13 87 97 
14 88 98 
15 89 99 
16 90 100 
7 91 91 
8 92 102 
9 93 103 
10 94 104 
11 95 105 
12 96 106 
13 97 107 
14 98 108 
15 99 109 
16 100 110 
17 101 111 
8 102 102 
9 103 113 
10 104 114 
11 105 115 
12 106 116 
13 107 117 
14 108 118 
15 109 119 
16 110 120 
17 111 121 
18 112 122 
9 113 113 
10 114 124 
11 115 125 
12 116 126 
13 117 127 
14 118 128 
15 119 129 
16 120 130 
17 121 131 
18 122 132 
19 123 133 
10 124 124 
11 125 135 
12 126 136 
13 127 137 
14 128 138 
15 129 139 
16 130 140 
17 131 141 
18 132 142 
19 133 143 
20 134 144 
11 135 135 
12 136 146 
13 137 147 
14 138 148 
15 139 149 
16 140 150 
17 141 151 
18 142 152 
19 143 153 
20 144 154 
21 145 155 
12 146 146 
13 147 157 
14 148 158 
15 149 159 
16 150 160 
17 151 161 
18 152 162 
19 153 163 
20 154 164 
21 155 165 
22 156 166 
13 157 157 
14 158 168 
15 159 169 
16 160 170 
17 161 171 
18 162 172 
19 163 173 
20 164 174 
21 165 175 
22 166 176 
23 167 177 
14 168 168 
15 169 179 
16 170 180 
17 171 181 
18 172 182 
19 173 183 
20 174 184 
21 175 185 
22 176 186 
23 177 187 
24 178 188 
15 179 179 
16 180 190 
17 181 191 
18 182 192 
19 183 193 
20 184 194 
21 185 195 
22 186 196 
23 187 197 
24 188 198 
25 189 199 

[Haycat2009]

Apgsearch G4_1, G4_4, H8_1 and H8_4 in Grounded Life

[b-engine]

Apgsearch Ignorance in C1 and another symmetry using the ruletable below:

Code: Select all

@RULE Ignorance
@TABLE
n_states:3
neighborhood:Moore
symmetries:permute
var a = {0,1,2}
var a1 = a
var a2 = a
var a3 = a
var a4 = a
var a5 = a
var a6 = a
var a7 = a
var a8 = a
var b = {0,2}
var b1 = b
var b2 = b
var b3 = b
var b4 = b
var c = {0,1}
var c1 = c
var c2 = c
var c3 = c
var c4 = c
0,1,1,1,2,2,2,0,0,0
0,1,1,1,b,b1,b2,b3,b4,1
0,2,2,2,c,c1,c2,c3,c4,2
1,1,1,a,b,b1,b2,b3,b4,1
2,2,2,a,c,c1,c2,c3,c4,2
a,a1,a2,a3,a4,a5,a6,a7,a8,0
@COLORS
1 255 150 0
2 0 92 255

If apgsearch supports 3-state OT rulestring, try to convert it to the rulestring.

[confocaloid]

apgsearch wishlist, Life-like cellular automata:

• b36s23/C1 until all 111 12-bit still lives have an occurrence
• b38s238/C1 until all 240 13-bitters have an occurrence
• b3s238/C1 until all 121 12-bitters and all 240 13-bitters have an occurrence
• b357s238/C1, b358s238/C1, b35s238/C1, b357s23/C1, b358s23/C1 until all 52 12-bitters have an occurrence

apgsearch wishlist, other cellular automata:

• The closest non-totalistic rules from B3/S23, e.g. B3/S234c, B3/S234e, B34c/S23, B34e/S23.
  Let's see how they are different from B3/S23.

• b3s236i/C1, b3s234c6i/C1 for the same reasons
• b3s236e/C1 because switch engine (see e.g. ror_stdin_test/xq96)

[LaundryPizza03]

I need some backup for r6b44t62s47t76. This rule contains a very large RRO with period 3128, and large spikes in memory usage on soups containing it.

[Banananananan]

Apgsearch B36ac7es23/D8_2 to 1 billion objects pls

[b-engine]

Apgsearch CataProp and CataPropFWKS please, any symmetries and soup amounts are accepted.

[R2INT]

I would like the following rules from my rule collection to be apgsearched:


B2eik3ain4art5aenr6eik/S02e3iqr4rz5aj6k/C1 to at least 6 million objects.
Either (D8_4 to 2m objects) or (D4_x4, D4_+4, or C4_4 to 3m objects.)
Either (D8_1 to 2m objects) or (D4_x1, D4_+1, or C4_1 to 3m objects.)

B2eik3ain4art5aenr6eik/S02e3iqr4rz5aj6k until any spaceship has 10 occurrences or there are 2 spaceships in the census and there are 1024+ still lives in the census.

B34q7c/S23-r7c/C1 to 500m objects

B012aen3-kr4enz5acny6-k7e/S2-k3-in4-cirwy5-jy6in until there are at least 20 spaceships in the census.

Code: Select all

x = 59, y = 51, rule = B012aen3-kr4enz5acny6-k7e/S2-k3-in4-cirwy5-jy6in
54bobo2$53bobobo$52b7o$52b7o$2bobo49b5o$53b4o$bobobo47b5o$7o16bobo27b
5o$7o46b5o$7o15bobobo26b5o$2b3o16b7o25b5o$b5o15b7o27b3o$b5o15b7o26b4o
$b5o15b7o26b4o$b5o15b7o25b5o$b5o17b6o24b5o$b5o16b7o24b5o$b3o18b7o26b3o
$b4o17b7o25b4o$b4o17b7o25b4o$b4o17b5o26b5o$b4o17b6o25b5o$b4o19b4o25b5o
$b4o18b5o25b5o$b4o18b5o25b6o$b4o20b3o25b6o$b4o19b4o25b4o$b4o19b4o25b5o
$b4o19b4o25b5o$b4o19b4o24b6o$b4o19b4o24b4o$b4o19b4o24b5o$2b2o21b2o25b
5o$52b5o$54b4o$53b5o$53b5o$53b5o$55b3o$54b4o$54b4o$54b4o$54b4o$54b4o$
54b4o$54b4o$54b4o$54b4o$54b4o$55b2o!

[pifricted]

Apgsearch B2ce4t6-i/S145-r6-ei7c8

[WhiteHawk]

Apgsearch B34ce8/S234c5e8 - actually quite stable despite adding 6 transitions to life.

Apgsearch B3/S234c5e - only C1 has been searched so far.

Apgsearch B34e(8)/S23(8) - Few symmetries tested, B34e8/S23 and B34e8/S238 have only had C1 investigated

Will edit with more rules in the space I am searching soon.

[CARuler]

this one

new rule:
stardusters

Code: Select all

x = 307, y = 89, rule = B2-a3ai4k/S02n3i4eqt8
44bo2$43bo2$44b2o$45bo17$211bo2b3obob2ob3o3b2o2b3o5bo2bobob2o2b4o4bo2b
2obob2ob3o2b2obob3o2bo6b10ob2o$212b3o2b4o2b2obob4o2b2o6bo2b4o4bobob2o
b2o3b2o2bo2bob7obob2obo3bobobobo2bobo3bo$109b3o100bobo3bobob2obobo4b3o
bobobo2b2o2bob6obobob2o2bo2b3o3bo2bo4b4o2bobobobob3o3bo3bo$110bo101bo
bo2b4obob4o2b4obobob5ob2ob2o4b2obob2ob2o4b3obo7b3o2b2obo2bobo2bob3ob2o
2bo$109bobo100b4o2bo6b3obo2b3o4bob2obo3b4o2bobo2bo2b2o2b3ob2o2b2o2b2o
3bo2b4o3b3o4b3o2bo$214bo6bo5bo3b5obo2bob9obob2obo2b4o2bob2ob2ob2o2bob
ob3o5bo2bo6b7o$211b2obo5bob5o2bo2bob3o3bob4ob2obob2ob2o3b6o3bobobob2o
bo3bo2bo2bo3bo4b3o5b2o$212bob2o5b4o2bo2b2o2bob3obo2b3obo2bobobob2o2bo
3b3o2b4ob3obobobobobo2b2obob2obob4obobo$212bo2b4ob2o2b2obobo4b5o6b3o5b
2o2bob2o4b2o2bobo2b2obo2b2obob2ob2o5bobobobo3bo$212b4o3bo4b2obo2bo3b3o
b2obo5bo2bob3ob2o2b3obobob2ob4o2b3o3b2o4bobob2obobob2o3bo$211b4o5bo3b
3obob2o3b2obo2b2obob2o2bob3obo4b3o3b3o2b2obobo4bo2b4obobo2b3ob3obo$211b
2obobobo2bob3o2b2o2b5o2b4o2bob3obo2b3o2bob3o3b2ob2o2bob2ob2ob3obob5o4b
2ob2ob3o$211bobobo2b3ob2o3b2obo2b6o3b3o8bob2ob2o5bo3b2o3b2o3b2ob2ob2o
b2ob2obo3bob3obobo$211b2o2b4ob2o2bobob5o2bo4b4ob2obob3obobo2b2ob4o4b3o
4b2ob2o2b3ob2ob2obob3o3b4o$218b2o3b2o4bo2bo2b2o2bo2bo2b4ob2o6bo2b2obo
bobo2bo2bo2bob3o2bo2bo2bob8o2bo2bo$211bo3b2o3b4o2bo4b2o2bobobob2o3b6o
2b3o2b2o3bob5obo2bo2b4o2b4o2bob3ob2ob2ob2ob2o$211b2obobo2bo2b3o2bo2b2o
bo4b3o3bob2obo2b3o2bo2bo3b2ob5o2bobo4bob5o3bo4bo5b4o$212b2o7b2ob3ob4o
bo2bo4b2o7b2o3bobo4b2o2b6o2b2obo5b2o2b9o2bob6o$211bo2b2o3bob2ob3o2bob
ob4o2bob6o2b2obob3ob2obobob2o2bobob4o2b3o2b3o2bo3bo4bo4bo2bo$211b2ob2o
b2obo2b3ob2o4bo3b3o3bo4b2ob2o4bo4bo4bo3bo2bob3o2b2obob4ob2obo2b2obo3b
3o$214bob6ob2o2b5ob2ob3o5b2o5b4o3b5o4b4ob4obobobob2ob3ob3ob4o2b2obob2o
$211bo2b3o2b2o2bo2bob2ob2obo4b3o3b2o4bobo2b3ob2o4b5obo2b2ob2ob2o5bo2b
o2bob2o2bob3obo$211b2ob2obo2bo3bo4b2o2b2obobo4bob2ob2o2bo3b6o2b2o2b2o
b2obo2bobo2b4obobo4bo5bob2o$211bob2obo3bo2bo9b2ob2o2b2o2bo2bo2b2o3b2o
bobobobo4bobo2b2o2b5ob5ob2o3bo2b2obobo2bo$211bo2b4obob6ob3o2b2obob4o3b
ob4obo2bob2ob2ob2obo2b4o5bobobob2ob4o2b3obo3bo2b3o$211bo4bo2b2o5b3obo
b2o2b5obob2o3bobo3b3obo3bob2obob2obo5b3obo2bo3bobobo2b2ob2ob2o$211b4o
4b2obob4obo2b6obobob3o3b3ob3o3b2ob3ob4obob2o2bobobob2obob2ob4o6b3o2bo
$75bo135b6obo6b3ob2obo3b2o3b2o3b2o2b3ob3o4bob3obo3b2o2bo3b2obob2ob5o2b
ob4obobo$74bo139bo3bo4b2o2b2o2bobo4b2o2b3o4b3ob3ob3o2bobo2b6obo7b4o2b
5obo3b2o4b3o$75bo136b3o2bobob2ob3o7b4o2bo2b2o4bo2b8o3b2obo3bob4o3b3o6b
2o2bo5b2ob2ob3o$211b2o4bob4obob3obo6b4o2b2o2b2o2b4ob2obob3o2b2ob2o3bo
b7o2bo2bo2b2o2b2o2bo5b2o$211b3obob2o4b4ob2ob2o2b3o2bo4bo7b4obob2ob2o2b
7obo2bob2o2b5o3b3o2b2o2b6o$211b3o2bob2o3b4o3b2ob2o2bobob3o2bobob3o5b7o
b2o4bob2o2bobobo2bobobo2b2obobo3bob4o$213bo2bo6b2o3bob2ob2o4bo3b2ob5o
bobob2o2bo5b4obob3o3b6o3bobo3bobo4b2o2b2o$211b4o2bobobob2ob3o2b6o3bob
5obobo3b3ob4o3bo3bo2b4o2b7ob2o2bo3b4obo2bo2bo$212b2obo4bo2bobobo2b3ob
o4bobob2ob2ob3o2b3ob2o2bobob3ob3obo3b3o3b3o4bo3bo2b2ob2o3bo$213b2o3bo
2bo2b2ob5ob3ob3o2bo5bobo4b2ob3ob4ob4o2b3ob4obo2b2o6b2obo2b2o2b3o$bo4b
o205b2o3bo3bo3bobo5bobob2obob2ob2ob8o3bo2bo2bob2o3b3o2bobo2bob2ob2o3b
3o2bo2bo3bobo$212bo3b5ob2o3bo3bob2o3b2o2bob2obo2bo3b3o2b3obob4o3bo3bo
bo3bo9bob2o4b3o2bo$2o4b2o203bob2o2b5ob2o2bob4ob3obo3b3o4bo3bob2ob3obo
b2o3bobo2b2o2b3o4bob5o3bo2b3ob3obo$211bo2b2ob2o4bobo2bo2b3o2bobo3b3o2b
2obo2b3ob2o2bo2bo2b2obo2bob5obo2b2o3bob2o3bo4bo2bobo$2o4b2o136bobo64b
o4bo2b2o2bo5b2obob2o2bob2o4bobo2b2o2bo2bo2b5o6b6o3b2o2bo2bo3b2o2bob4o
bo$212b4o2bo2bobobob5obo3b3o2b2ob3o6bo2b2ob7obobob3ob2o2bob6ob4o4bo2b
ob5o$212bobob2obobo3b3o3bo2b3obo2bobobo2b3obo2bobob4o2bobob2ob3ob2o3b
5o3b2obo2bo2bo3bobo$214bobo3b5o2bo7b3obobo5b3o4bob8obobo2b3o5bobo5b3o
b3o2bob2obobo3bo$212b4o3bo4bobo2b2obo2b2o5bo2b3ob3obo3bobo3bobobo3bo2b
3obo8b2obob2o4bobo2b4o$211b2o11b3obob2o3bo5b2obobo2b3obo2b5o3b2obo2bo
bobob5obo5bo2b4ob3obob2obo$211bo2b2ob2ob3o2b2ob2obob2ob2o3b3obob3o2b2o
2b3o2b3ob4o6b2o4b2o4b3o2b3ob3o3b3obo$211b4o2bo2bo2bo5b5o2bob2obob2ob3o
2b4o2b3obobo4bobo8b2o4bo3bo5b2o2bo3bobo$219b3o5bobobo3bo3b2obo2b2ob2o
bobobob2obo4bo6bo2bobobo2bobob2o3b2ob4obob3o$211b2ob4o7b3o2bo4bo2b4o2b
2o3b3o2bo3b5ob2obo2bob2obobo3b2ob2o4bo4bo5bo2bo$211b3obo4b2o3b2obo4b2o
2bo2b3obobo3bob4o2bob3obob2obobob2ob2o2bo4bo4b2obo3b2obo3b2o$211bo3b2o
bo2bob7o2bob3o4bob4o2bob2o2bo3bo2b4ob4o2bo3b2obo2b5ob5o2b2o7bo$215bob
2obo2b2o3b2o2b2o2b4obobob6obo3b2obo2b3obo3b3o2b8ob3ob3obo2b2o2b5o2bo$
214bobo2bobo2bobo2bob2o4bo4b3o7bo6bobobobo2bo2b2ob3ob2o3bo2bobo2b3obo
6b4o$211b3ob3ob7ob2ob2o2bo2b3obo2b2obobo2b3o3bo2b2ob3o4b4obo2b4ob3o3b
3o3b4o3bo$212b2obobo5b3ob2ob3ob2o3b2ob4o3bo7b2ob2o4b2obo6b2o3bo5bo2b3o
4b2o4bo2bo$212b3obobo2b2ob3ob3obob6obo3bo3b2obob3o3b3o2bobobo2bo4b4ob
obobo2bo3b2o7b3obo$212bob4o3b2obo2bobo2bobo2b2o2bobob3obobobo3b5obob5o
bobob2obo2b2o5b2ob4o4bo2b5o$211b3o2bo4bo2b2obob3o4b2o2b5o7bo5b2ob8obo
4bobobob3o2b3ob3ob7o4bo$211bo3b2ob2o3bo2bob8ob3obo3b2o2bobo2bob5ob2o3b
4o4b3obo2b3ob2o6bo2b3ob3ob2o$214b3obo2bo6bo2b3o3b2ob2ob2obobo2bobo3b2o
b2o5b2o6b2o3b3obobobobobo3b3o3b4o$211b9ob2o2bob5o3b2o3bo2b2o3b3o3b3o2b
3ob5obobo2bobob2ob2o2bobo2bob3o2b8o$211bobo2b4ob3obo2b2o2bobo2bo6bo2b
obo4b2ob5o2b2o3b3o2b4o2bo2b4o2bobob2o2bob2ob2o2bo$214b2o2bo6b2o2b2ob2o
bo2bo5bobo2bo2bobo3b2ob2obo2b2o3bob2ob2ob2obob4o4bobob2ob4o2bo$211bob
3o3b2o3b3ob5obobobobo4b2o6bob2o5b5obobo3bo2bob5o3bobo2bobo4b3o3bo$211b
obobo3bo2bo2b2o5b2o2b2o2bo2bo7bo3bobo2bo2b3o3bobob2obob2obo2bobob2obo
b2ob4obobo!

edit:
R2,C2,S2,6-12,B9-11,NW0101013431040401343101010
edit2:
R2,C2,S6-9,B8,10-11,NW1000103430040400343010001
edit3:
mostly dies quickly
R2,C2,S1,8-9,B,N@74662e|R2,C2,S1-12,B1,N@74662e
edit4:
small bugs
R2,C2,S8-12,B9-12,NW1111112221120211222111111
edit5:
cool dynamic

Code: Select all

x = 152, y = 56, rule = R3,C2,S7-11,30-32,B9-12,14,24,30,NW0001000000100000333001130311003330000010000001000
63bobo4bo2b2o6bo3bo3b2o2bobobob2ob2obob6ob2obob2o2b2ob5o2b3ob2ob3o5b2o
bo$62b2o3bo2bob2o2b2ob2o3b2o3b3obobob2obob2ob2ob2o2bo2bo2bobo5b2o3b2o
2bo5bob4o3bo$58bo3b3o7b2ob2o4bo3bob8ob2o2b4obo3bob4o4b9o2bob2obo2bob3o
bobobo2bo$58bo2bo5bo4b3ob4ob7ob5o2bo3bobob4obobobobo2bob3o4b2obo2bobo
2bo6b3obobo$61bobob2ob2obo3b2o5bo6b2ob4o2b2ob2o3bob3o2b4ob2ob5o2bobob
ob6ob2obo2b3o$58b3o2bobo2bo2b2obobob2obo4b4obobo2b2obo3b2ob3o2bo3bo2b
2obo5b7ob3o3b3o3b4o$58b2o2b3o4bo2bob2o2bo5b2o2b3obo3bobo2bo2bo3b6ob4o
4b4ob3obo3bo2b5o2bo3bo$64b2ob3obo2b2o2b3o4bob2o2bobob4ob2o2b3obob4obo
2b3o3b4ob2obo4b4obob4o2bo$60bo2b3o2b7o2b2obobob3ob3o2bo3b3o2b6obo2bo2b
ob3ob2o4b2obob2ob5o2bob2o2bobo$58b2o5b2ob2ob2o3bo2bob3ob2obo2b4o4b4o2b
3o2b13obo2bo4b3o10bobobobo$63b2obobob2o2b3o2b4o2bob4ob4obo3bo2bo2bobo
2b6obo2bo2b2obobo4bobob3o2b3obobo$61b3obobobob2o2bo4b5o2bo2b2o4bo2bob
3o3b2obobo2bo2b4o5bobobobobo3b6o3b2o$59bo2bobo5bobo2b3o2b5o3b2o2bob2o
3b5o2b3obo2bobo2bob2o3bob3obo2b3o3b2obobo3bo$60bo5b2o2bo3b2ob2o2bobob
3ob4o3bo2b2o2b2o2bobobobo2bobo3bobo2b4o2bobob2obob2obo2bo$61bo4b2o3bo
2bob8o2bobo2b3ob3o3b2o2bob3obob2obobobo3b4o2b4obobob3o3b3obo$59bo2b8o
b6o4b2ob2obobobobobobob4obobob5obo2bobo3bo2b2o10bobob2obo4bo$58bob2o2b
o2bo3bo2bobo4bo2bobo2bo4b5o2bob3obob4o2bob3o3bobo2b2o2b2ob3ob2o4bo4b2o
$60bobo2bo4bo4bobo3bob2o3bob6ob3ob2ob2o2bob2o2b3o3bob2o3bo3bob2o2b2o2b
o2b2ob3o$61b3o2b4ob3o3b2ob6o2bobobob4ob3ob3obobo2bobo3bob2obo3bo3bob2o
2bobo2b5o2bo$58b2obo4b2o2bo2b3ob3ob2ob5obobo2b3o3b2o2bob2obobob2o2b3o
b2ob2o2bob2obobobo4bo3b3o$58b2ob2o3b2o4b5obobobobo4bo3b3o2b2obo3b3ob4o
3b4o3b5o3bobob2o2bo3b2ob3o$59bob3obo2bo2bobobob2ob3o2b2obo2b2ob3ob4ob
ob5obo4b6o2b2o4b3obo6b2ob3o3b2o$60bo3b6o2bo2bobobo2b2o5b3ob4o3bob2ob2o
bob6ob3o6bo2b2o3bobo2bo2b4ob4o$59bobo2bobob2o5b2ob5ob4o2b2obobo2b3obo
bobobo2bob9ob4ob9o2b2o2b3obobo$59b5o2bob3obo4b2o4b3ob3o5bo3bo3bo2bo3b
2o4b2ob2o5bo4b5o3b3o2bob2o2bo$bobo54b3ob5ob3o3bob2obob4o4b3o2b2obo4bo
2b2ob2ob2o5bob2o2bobob3ob5o3bobo2bo3bobo$o2bo57b2o2bob2o4b2o2bo3b2o6b
o2bo3b7obob2o2b2ob3obobo2bo7bo2bo2b2ob2obo2b2o2bo$o60b3o2bo3bob2ob2ob
3ob8o4b2ob3obobo2b2ob5o3bo3bobobob2ob6o3bob2o4b3obo$o2bo54bob2ob3ob3o
2b2o3b3o2b4ob3o2b4o2bobob3o2bo2bo6b2obob6o2b2ob8obo3b4obo$b2o57bobob2o
3bob4o3bo3bo5b2o3bo2b2ob3obo2bobobo2b2o2bobo4bo3b2o2bobobobobo2bob4o2b
o$58b3obo3bo2bo4bobobo2bob2o2b4o2b2o2bo8b2ob5o3b3o2b2ob2obob6o2b3obo4b
ob3o$58b2ob2o5bobo3bo3b6o6b2o3b2ob4obo3bob2ob2ob2ob5obobobo2bob2obo3b
o5b2o3bo$59bob2o3b2obob2o4b2ob2o6b3ob2o2bo3b5obobob3obo2b2o3b7o4bobo3b
ob2ob6obo$59bo3b3ob3o3bo9bo5b2o2b2obob2o2bo2b2ob2ob2obobobob2o5b6obob
5obo2bo2b2obo$61bo3bo3b2ob4ob3o2b4obobobo2b3o2b6o2bob3obob4o3bo4b3o3b
o2bo2bo2b5o4bo$58b3o2bobob2obobobo2b2o2b2o2bob4o2b2ob2ob4obobobob3ob6o
2bobo2b2ob2o2bob3o5b2ob2o$60b3o2bob3o2bobo2b3o3b5o3bob4ob3o2bobo2bo2b
o3bobo2b3obobobob3ob2o2b2o2bobo2b2ob2o$61b4ob2ob2o4b2o3bo3b2obobo4b2o
bo2b3o2bo3b4ob3obo4b2o3bobobob3o2b3o2b2obo3bo$59b3ob2o3b2o4bo2bo2b3o3b
ob3obo2b2o2b2ob2ob2ob4ob3o2b2obo2bo2b2o2bob2ob2o2bo2b2o2bo3bo$58bobo3b
obo2bo4b5o2bo3bo2b2o4bo7bob2ob2o3b5o3bob2obo3b3o6b6ob3o3bo$61bo2b3obo
b4o2b2o3bobo4bob2o2bo3b2o6b2obo3bobobo3bobo2b2ob2ob3ob6o2bo4b2o$60b2o
2b2ob2o3bo3b2o10bo2bobob2ob2o3b4ob2o7b2o2b2ob4o3b2o5b2ob2o4b5o$59b4ob
4o8b3obobobo2bob3o3bobob2o4bob4o7b3obo2b2obobo2b2o2bo5bobo5bo$58b3o2b
obob2ob2obo2b6obob2ob3ob2o3bobob2ob3ob2obo3b2obob3o2bo4bobobob3o3b2ob
3o2bo$61bo2bo2b2ob2o4bo3bobob2ob4ob6o2bob2obo2b2o3b2obob2o2bo3b4obobo
3bob3o3bob5o$58b2obo2b2o3bob2ob5o2bo2b4ob3o2b2o2b2ob2o2bobo2b2obo3bob
3o4bo3b3o5b4o4bo$59bo5bo3bobo2bo2bob3o4bo4b2o2bo2b2o2bobob2obobo2b5o3b
2o2b3o2bobo3bobob3o2bo$58bob2o8b3ob2o2b7ob3obobob2o4b2o2b3o2b8ob4o2bo
2b3o3b2o3bob4obo2b3o$59b2ob6o5b2o3bob3o3bob2o2bo3b2ob2ob2o3b2ob3ob3ob
obo2bob2obo2b3obob3ob3o7bo$61bobo2bob2o2b3o2b2o2b2ob2obob3o2b2obo2bo5b
4o2b3o3bo3b5ob2o3b3o2bob4o2b2o$58b2o3b2obo4b2ob3o4bobo6bo4b2o2b3o3bob
6ob3o4b3o2bobo3bo3bo10b3o$58b2ob6ob4ob3ob4obo2b2o4bob3o8bo2b2o2b3obob
2ob2o3b2o3bo4b2o4b2o2b2obo$59b6obo2b5o2bobobobo3bo6b3obob4obobo2b2o3b
2obobobobob3o2bo2b3o2b3o2bob2o2bo$58bobobobob4obo3bob2ob2obob3o2bo4bo
2b2o2bob4ob2obo2bobo3bo2b2ob3ob3o2b3o3b5o3b2o$63b4o2b2o2b3o2b2ob3o2b3o
bo2b6ob3o3b2obo2bo2b4ob4obo2b2o3b2o5b2ob2o6bo$61bobo6bob3ob4ob3o2b3ob
3o2bo3bob2o2bob2ob4o3b4ob3o2bo4bobob2obobo4bob2o!

[islptng]

I need someone to search Rule:IslptngTest/SMOSMOS.
I want to find that diagonal ship (it's asymmetric).

[WhiteHawk]

Request several symmetry apgsearch of rule B34cqz8/S234c5e6n8 - despite all the added transitions, it is stable and seems interesting in several symmetries. This is also the rule with the most added transitions in which a couple of alien snark variants also work.

EDIT: also would like a directed search for a sparking p8 in this rule for a p40 LCM with Fumarole/P24 with Unix. There also seems to be no period-9 oscillator from life which works in this rule (EDIT 2: there is a 42-cell billiard table which does work in both rules), and no good p7 sparker.

[CARuler]

this one
https://catagolue.hatsya.com/census/x19 ... ioatall/C1

[WhiteHawk]

The rulespace B34qz/S23 - B34cqz8/S234c5e6n8 sits in alien snark space, and basically all rules here are stable (some have interesting growth), but these rules are often missing oscillators capable of solving many LCMs (e.g. periods 18, 28, 33, 35, 36, 40, and 42 don't have oscillators) - p7/p8 sparkers through B34(cq)z8/S23(5e6n)8 would be most beneficial, but other sparkers would be as well. Recommended to search both natural soups and symmetric soups.

EDIT: B34c8/S23 for several/all symmetries, as well as some STDIN tests to tally all rephased TL hasslers in this rule

Also more symmetries for rules across all of the rulespace B3(4c8)/S23(4c5e8) - a lot of these rules are quite close to omniperiodicity, but are lacking a couple periods.

EDIT 2: I don't know how ROR_STDIN tests work, but B34c/S234c's needs to be updated for Honey Ring, which provides p17 in this rule. ROR_STDIN would also be helpful for many of the rules listed above

[LuveelVoom]

23/2-a34-a/7 if possible. May be unapgsearchable.

[unname4798]

23/2-a34-a/7 if possible. May be unapgsearchable.

It is apgsearchable:

Code: Select all

#R 23/2-a34-a/7
!
[[ RANDOMIZE2 RANDWIDTH 16 RANDHEIGHT 16 ]]

[silversmith]

23/2-a34-a/7 if possible. May be unapgsearchable.

It is apgsearchable:

I tried to apgsearch this rule, and it was killed because it used up all the memory in my computer, which is not an error I have ever seen with apgsearch before.

Edit: I'm currently rerunning a minimum haul of 10000 soups on a different computer, and the memory usage has reached a peak of 25.3 GiB.

[confocaloid]

I tried to apgsearch this rule, and it was killed because it used up all the memory in my computer, which is not an error I have ever seen with apgsearch before.

That problem happens when the CA supports common high-period objects or common complicated interactions. In this case, there is at least this rake and some spaceship-producing collisions between spaceships, which may be part of the problem.

It may also happen when there is a relatively-low-period rake/puffer that leaves relatively-low-period debris, but the least common multiple of the period of the rake/puffer and the period of the debris is high.

Code: Select all

x = 109, y = 113, rule = 23/2-a34-a/7
93.F$93.E$94.F11.2A$101.F2.AB3A$101.F.ABFECA$104.A2B2A$104.A2BA$102.F
$100.F.BA$100.E2CA$101.B2A2$89.F$88.AB.F$88.A2CE$88.2AB4$70.EF$69.BC$
69.ACBF$69.3A4$51.F$50.AB.F$50.A2CE$50.2AB4$32.EF$31.BC$31.ACBF$31.3A
4$13.F$12.AB.F$12.A2CE$12.2AB17$80.F$80.E$81.F11.2A$88.F2.AB3A$38.2AB
DF21.2ABDF19.F.ABFECA$38.ACE23.ACE24.A2B2A$38.2ABDF21.2ABDF22.A2BA$
89.F$87.F.BA$87.E2CA$88.B2A34$5.2DC$3.C3D2B$2.EFCF.C$.F5.F$2E7.A2BA$.
F7.A2B2A$8.ABFECA$9.AB3A$11.2A!
#C [[ ZOOM 2 TRACKLOOP 28 12/28 0/28 ]]

Code: Select all

x = 16, y = 16, rule = 23/2-a34-a/7
5b5ob2obo$4obobob3obo$b2o4bo2b2o$o6b6o2bo$2obob2obo3bob2o$2obo2bob4obo
bo$obo2b2o2b2obo2bo$o2bo4b3o3b2o$2bo2b4o3bo$b2ob4o2bobo2bo$o2bobo2bo4b
obo$b2ob3ob4o2b2o$3obob2ob3o2bo$ob3o2bob2o4bo$o3b2o3b2o2bo$4o2b4obob3o!

Code: Select all

x = 78, y = 54, rule = 23/2-a34-a/7
76.ED$75.DEA$75.C2A$76.2A23$63.2A$61.5A$60.BCACDA$59.C4DFC$58.2B3D2F
2.F$59.C.2FDF3.2A$61.E2F2E.ACBA$61.DE3.2F2A$66.2E11$5.2A$3.5A$2.BCACD
A$.C4DFC$2B3D2F2.F$.C.2FDF3.2A$3.E2F2E.ACBA$3.DE3.2F2A$8.2E!
#C [[ ZOOM 4 ]]

There are also guns, and perhaps complicated interactions between infinite growths:

Code: Select all

x = 67, y = 53, rule = 23/2-a34-a/7
19.2AC$18.2A2DF$19.BC10$31.2AC$30.2A2DF$31.BC$35.AB$33.2ACDC$33.2A3DF
$32.ABDFC$32.F2A$34.A.A2.2AC$35.2A.2A2DF$29.C2A7.BC$28.F2D2A$30.CB11.
2AC$42.2A2DF$25.C2A15.BC$24.F2D2A$26.CB19.2AC$46.2A2DF$21.C2A23.BC$
20.F2D2A$22.CB27.2AC$50.2A2DF$12.A4.C2A31.BC$10.ABC2A.F2D2A33.A$9.BCD
EABA2.CB33.B2A$8.2AD3F2A36.ACDB$9.2A2.FEC35.2ADFBA$10.F2.FD36.2A3BA$
5.BC4.DEC37.CE.2A$4.2A2DF2.DED38.DF$5.2AC4.C20.F.F17.E2.CB$33.D.D18.F
2D2A$.BC30.BEB19.C2A$2A2DF28.ACA$.2AC29.3A24.CB$58.F2D2A$59.C2A2$64.C
B$62.F2D2A$63.C2A!
#C [[ ZOOM 4 ]]

[silversmith]

23/2-a34-a/7 if possible. May be unapgsearchable.

I was able to submit a haul after a few days
https://catagolue.hatsya.com/census/g7b2-a34-as23/C1

[confocaloid]

[...] Edit: I'm currently rerunning a minimum haul of 10000 soups on a different computer, and the memory usage has reached a peak of 25.3 GiB.

23/2-a34-a/7 if possible. May be unapgsearchable.

I was able to submit a haul after a few days
https://catagolue.hatsya.com/census/g7b2-a34-as23/C1

From that census, here is a moving thing that got labeled as "zz_REPLICATOR":

Code: Select all

#C https://catagolue.hatsya.com/object/zz_REPLICATOR/g7b2-a34-as23
#C https://catagolue.hatsya.com/attribute/zz_REPLICATOR/g7b2-a34-as23
#C Soup k_B8kAdcT2z6BX980 was found on 2024-12-23 at 15:15:43 UTC and is owned by Silversmith
x = 16, y = 16, rule = 23/2-a34-a/7
2obo5b2ob2obo$2o3b2ob2obob3o$ob2o2bob2obo$4bo2bo2bobob2o$2ob4ob4obobo$
2b2ob3o4bobo$b2o3bo3bo2b3o$3ob2o2b2ob3o$3b2obob2obo2b2o$obob4obo2bob2o
$3obob3o2b3obo$b2o3b3o3b4o$o2bo2b3ob3o$bob5o4b2obo$2o5bob2o2bobo$3o5bo
b5o!

In cases like this I sometimes use ulimit to automatically interrupt apgluxe if/when it tries to use too much memory. Running that in a loop can help to submit a few small hauls, even if dozens of other hauls are interrupted in the middle and discarded.

[CARuler]

From that census, here is a moving thing that got labeled as "zz_REPLICATOR":

Code: Select all

#C https://catagolue.hatsya.com/object/zz_REPLICATOR/g7b2-a34-as23
#C https://catagolue.hatsya.com/attribute/zz_REPLICATOR/g7b2-a34-as23
#C Soup k_B8kAdcT2z6BX980 was found on 2024-12-23 at 15:15:43 UTC and is owned by Silversmith
x = 16, y = 16, rule = 23/2-a34-a/7
2obo5b2ob2obo$2o3b2ob2obob3o$ob2o2bob2obo$4bo2bo2bobob2o$2ob4ob4obobo$
2b2ob3o4bobo$b2o3bo3bo2b3o$3ob2o2b2ob3o$3b2obob2obo2b2o$obob4obo2bob2o
$3obob3o2b3obo$b2o3b3o3b4o$o2bo2b3ob3o$bob5o4b2obo$2o5bob2o2bobo$3o5bo
b5o!

interesting movement

[Disaster16439]

It would be very helpful to apgsearch B34q/S23-k/C1. I am doing D2_+1 myself with python, but C1 would take too long. Note: B34q/S23-k has a (24,19)c/239 puffer, making searches slower than normal.

[confocaloid]

It would be very helpful to apgsearch B34q/S23-k/C1. I am doing D2_+1 myself with python, but C1 would take too long. Note: B34q/S23-k has a (24,19)c/239 puffer, making searches slower than normal.

It might also be possible to find some compatible objects by searching B34q/S23-k4c which doesn't have that puffer; the only difference in the rules is in what happens when an alive cell has four alive diagonal neighbours and doesn't have any alive orthogonal neighbours. (Of course that cannot find objects relying on the rule D4c, and the statistics will be different.)

edit: found a p150 oscillator (posted in the B34q/S23-k thread) and this non-compatible p5 oscillator relying on the rule S4c:

Code: Select all

x = 13, y = 13, rule = B34q/S23-k4c
4b2ob2o$3bobobobo$3bobobobo$b2obo3bob2o$o2bob3obo2bo$3obobobob3o$4b2o
b2o$3obobobob3o$o2bob3obo2bo$b2obo3bob2o$3bobobobo$3bobobobo$4b2ob2o!