Page 82 of 104
Re: Soup search results
Posted: March 29th, 2019, 11:02 pm
by mniemiec
Freywa wrote:The name of
house on house siamese table-on-table weld hat-siamese-hat caught my eye. One of the C1 soups gave me a 9G synthesis of that, as well as 11G for the doubled version: ... The systematic name is so unwieldy that I'll name the 34-cell SL
Liberty Bell and the 50-cell SL
double Liberty Bell
The names sound good. I had a 9G synthesis of the 34-bit one from 2016-09-30, which was probably a reduction of yootaa's 10-glider synthesis of the 50-bit one from the same day. Those used a cheaper cleanup, and yours has a cheaper engine. Combining the two reduce these to 8 and 9, respectively:
Code: Select all
x = 182, y = 112, rule = B3/S23
13bo38bo$14boo34bobo9bo48bo39bo$13boo36boo7bobo28bo19bo19bo19bo19bo$
61boo12bobo12bobobboo3boo9bo18bobobboo3boo9bo18bobobboo3boo$11bo26bo
29bo6boo13bob4obobobo28bob4obobobo28bob4obobobo$11boo25bo21bo7bo7bo12b
oo6bobo7b3o3b3o13boo6bobo7b3o3b3o13boo6bobo$10bobo25bo11bo9boo6bo21bob
4obobobo28bob4obobobo28bob4obobobo$50boo7bobo12boo14bobobboo3boo9bo18b
obobboo3boo9bo5boo11bobobboo3boo$49bobo22bobo14bo19bo19bo19bo4boo13bo$
74bo36bo39bo6bo9$29bo$30boo$29boo$39bo$37bobo$38boo9$52bo38bo18b3o18bo
18b3o18bo$51bo38bobobboo3boo28bobobboo3boo28bobobboo3boo$51b3o36bob4ob
obobo6bo5bo15bob4obobobo6bo5bo15bob4obobobo$89boo6bobo8bo5bo14boo6bobo
8bo5bo14boo6bobo$90bob4obobobo6bo5bo15bob4obobobo6bo5bo15bob4obobobo$
52b3o35bobobboo3boo28bobobboo3boo14b3o11bobobboo3boo$52bo38bo18b3o18bo
18b3o3bo14bo$53bo103bo$$71boo$70boo$72bo5$28boo$27bobo9boo$29bo10boo$
39bo9$3bo38bo$4boo34bobo9bo$3boo36boo7bobo22bobo13bo13bo$51boo12bobo7b
oo13bobobboo3boobbobo$bo26bo29bo6boo9bo13bob4obobob4obo$boo25bo21bo7bo
7bo22boo6bobo6boo$obo25bo11bo9boo6bo31bob4obobob4obo$40boo7bobo12boo
24bobobboo3boobbobo$39bobo22bobo7boo15bo13bo$64bo9bobo$74bo8$19bo57bo$
20boo53boo$19boo55boo$29bo$27bobo$28boo9$42bo48bo13bo$41bo48bobobboo3b
oobbobo$41b3o46bob4obobob4obo$89boo6bobo6boo$90bob4obobob4obo$42b3o45b
obobboo3boobbobo$42bo48bo13bo$43bo$$61boo$60boo$62bo5$18boo57boo$17bob
o9boo46bobo$19bo10boo45bo$29bo!
Re: Soup search results
Posted: March 31st, 2019, 9:28 am
by praosylen
42-cell SL with a surprisingly simple predecessor (first occurrence in any symmetry), found by rliston:
Code: Select all
x = 16, y = 16, rule = B3/S23
bbobooooboobbobb$
bbbobboooobbboob$
bobbbooboobbbbob$
obobbboooooobboo$
bbbbbbboboobboob$
bboooobobboooobb$
obobbbbooobbooob$
boobboobobobbooo$
boobbobobobooooo$
boobooobobbboobo$
ooobbbooobbbooob$
booooobboboobobb$
bbobbbobbbbbbboo$
oooboobooooobboo$
obbobooobboooboo$
bbobooboooboobbo!
Re: Soup search results
Posted: March 31st, 2019, 10:31 am
by dvgrn
A for awesome wrote:42-cell SL with a surprisingly simple predecessor (first occurrence in any symmetry), found by rliston...
Nice one! Even I can make a recipe for that one, with a lot of help from Goldtiger997's scripts. Can anyone beat 15 gliders?
Code: Select all
x = 46, y = 53, rule = B3/S23
26bobo$26b2o$27bo2$44bo$43bo$43b3o$8bo14bo$9b2o12bobo$8b2o13b2o18bo$
42bo$42b3o$2bo16bo$3bo16b2o$b3o15b2o4$4bobo$5b2o$5bo11$bo$b2o$obo5$19b
2o$20b2o$19bo$42b3o$42bo$8b2o13b2o18bo$9b2o12bobo$8bo14bo$43b3o$43bo$
44bo2$27bo$26b2o$26bobo!
Maybe this would be a good case for a tutorial on how to get from a soup to a recipe? Here are the results from running Goldtiger997's
synthesise-constellation-ee9.py script against the two constellations that it seemed reasonable to build from three gliders each:
Code: Select all
x = 1218, y = 117, rule = LifeHistory
.C60.C52.C52.C31.C59.C43.C.C47.C52.C45.C46.C.C58.C46.C44.C47.C55.C57.
C40.C.C47.C51.C41.C49.C49.C62.C44.C$2.C59.C.C51.C52.C31.2C58.C43.2C
48.C49.2C47.C45.2C57.2C48.C44.C47.C54.C.C53.2C41.2C49.2C49.C.C40.2C
17.C30.2C48.2C61.C42.C$3C2.C56.2C50.3C50.3C30.2C57.3C39.C3.C47.3C45.C
4.2C44.3C46.C58.2C45.3C42.3C2.C42.3C48.C5.2C55.2C41.C48.2C50.2C40.2C
19.C28.2C48.2C60.3C42.3C$5.C.C294.C99.C253.2C94.C48.C109.C107.3C36.C
49.C$5.2C293.3C97.3C99.C97.C55.C.C91.3C49.C107.2C147.C49.C$114.2C51.
2C90.2C195.C46.C47.C49.2C3.2C42.2C50.3C95.3C99.C7.C.C144.3C47.3C51.2C
$3.C111.2C51.2C90.2C92.3C98.2C44.3C48.C47.2C3.2C44.2C51.C195.C.C117.
3C138.C.C$3.2C109.C52.C91.C94.C49.C45.2C3.C.C92.3C54.C42.C52.C47.2C
148.2C47.C71.C138.C44.C$2.C.C296.3C47.C3.C47.2C46.2C298.C.C48.2C147.
2C68.C36.C50.C94.2C$301.C48.2C51.C.C44.C53.2C245.C51.2C145.2C106.2C
48.2C95.2C$302.C47.C.C150.C.C47.2C247.C48.C103.C101.C.C48.C.C90.C$
505.C46.C.C297.C101.2C246.C$554.C295.3C101.C.C243.3C2$1151.2C$852.2C
296.C.C$853.2C297.C$852.C$705.2C$51.C652.2C$52.C653.C$50.3C48.C48.3C
70.C$101.2C49.C71.C25.2C$100.C.C48.C70.3C26.2C$50.2C198.C$51.2C$50.C
171.2C$223.2C$222.C48$514.2B547.2B48.2B$513.4B294.2A104.3B142.8B42.8B
$513.6B291.B2AB101.3B2AB139.10B40.10B41.2A$506.3B4.6B290.5B99.5B2A3B
137.12BA37.12BA37.A2BA$9.D2A58.DB51.D52.D31.DB58.D43.DBD47.D51.BD45.D
43.3BDBD.6B50.BD45.ACB43.D2B45.D55.DB42.5B2A6.BD40.DBD46.BD9B42.DB40.
DB48.D12BABA34.D12BABA36.B2A2B2.3B.D44.D$8.2BCA57.BDBD49.2BDB49.2BDB
29.B2D56.2BD5B36.2B2DB45.2BD2B45.2B2DB44.2BD42.3B2D10B47.2DB45.2ADB
41.2BD2B42.3BDB47.2A3.BDBD40.5BA2BA4.2DB39.B2DB46.2B2D4B2AB41.BDBD39.
B2D17.D29.B2D10BABA34.B2D10BABA36.12BDB41.D2B$8.3D2BDB53.2B2D50.3D3B
47.3D3B27.2D2B55.3D5B34.D2ABD3B44.3D3B42.D4B2D44.3DB40.5BD10B40.B5.2B
2D44.B3DB40.B3DBAC39.3B3D2B45.BCA4B2D41.6B2A4.2B2D38.3BD45.3B2D4BA2BA
40.2B2D40.2D2B10.B2.4BD4.2B22.2D12BA35.2D12BA35.6B2A4B3DB40.B3D$9.2B.
BCAD51.4B50.8B45.8B27.4B53.11B31.2BCA6B40.2AB.5B41.2BD2B2A46.2B41.5B
2A9B39.3B3.4B43.2A5B39.6B2CB38.9B44.2BD2BA2B41.2BD7B2.4B38.4B46.8BDB
2AB39.4B42.4B6.8B3D7B22.7BDB2A2B37.7BDB2A2B36.6B2A10B37.4B$12.A2DA50.
4B51.BA6B45.BA6B28.4B51.13B30.3D7B39.A2BAB2.2B42.3DBA2BA46.B2A39.5BAC
9B38.2A8B40.DB.A2BA3B40.3BA2BDBD38.9B44.3DBABAB42.2BD11B38.4B46.8B2D
4B38.4B44.4B4.19B23.7BD2AB39.7BD2AB37.19B35.4B$12.B2A50.4B52.ADC5B45.
ADC5B29.4B50.2B2C9B31.4B2A2B39.2B2A4B44.5B2A47.ABDA38.7BDBA6B37.ABDA
6B41.B2DB2A2D2B40.2DABA2B40.5B3D2B43.4BABA43.3D10B38.4B46.BD7BDBD3B
36.5B46.4B4.19B21.6B3D3B38.6B3D3B37.11B2D6B34.4B$11.DB51.4B53.ABCD4B
45.ABCD4B30.4B48.3BACD8B29.2B2.BA2BA39.7B3D43.6B45.2B.B2CB40.3B3DABA
6B36.B2AD5B42.2D3B2DB42.BDCBA42.7BD2B44.3B.A45.11B38.5B45.DBD12B34.7B
48.4B2.10B3D8B20.13B37.13B36.11BDBD3B35.4B$10.B2DB49.4B52.3BC5B44.3BC
5B32.4B47.A2BD10B28.5B.B2A40.6BAC2B44.B2ADB44.2D3BDBD38.8BABA5B37.B3D
6B41.5B.BD42.DB.A41.8BDB45.B2DB47.10B40.5B.A43.2D13B32.2BD5B49.4B2.
11BD7B21.13B37.13B35.12BD4B35.5BD$10.DBD49.4B52.2A9B42.2A9B32.4B45.AB
A11B29.3B3D44.3BDB2AD46.ACDB44.BDCA41.10BA6B36.5B2A5B39.5B90.10B46.BD
BD48.2D3B2.B41.5BABA43.13B30.2A4B2D4B3.3B43.8B2A2B2.BD7B23.6BD5B38.7B
D4B35.16B35.2A2B2DB$61.4B53.2A8B42.B2A8B34.4B43.BABA9B32.2BD2B45.B2D
2B49.DBD44.DB2A42.8B2D4B38.5B2A4B41.3B91.10B47.DB49.B2D45.6BABA44.11B
30.B2A3B2D13B42.7B2A8.3B26.B.3B2D2B41.B.3B2D2B38.12B36.2B2A3B2D$60.4B
54.9B43.10B36.4B42.2BA8B37.D47.DBD142.8BDBD3B40.4B2D3B137.9B98.DB47.D
5BA3B42.4B3.B33.11BD11B41.3BA.B42.BDBD2B44.2BDBDB39.12B34.4BD4B$59.4B
56.7B42.11B38.4B42.8B233.9BD3B42.BDBDB139.2B2A3B148.2BD7B2A42.3B37.4B
2A4B2D11B42.BABA43.6B44.6B39.11B35.2A3BD4B$58.4B56.7B42.11B40.4B42.6B
235.5B4.B46.BD139.3B2A3B148.3D7B2A83.2BA2BA3BDBD10B43.ABA44.5B45.5B
41.4B.3B35.A2BA3D4B$57.4B56.6B43.4B.5B43.4B41.5B432.9B149.10B84.3B2A
17B44.A45.4B46.4B41.4B40.B2A9B$56.4B56.6B43.4B3.B47.4B39.7B431.B2A7B
148.9B85.20B93.3B47.3B40.2D2B41.13B$55.4B56.4B45.4B53.4B39.5B432.A2BA
7B148.2D4B90.13B.2B94.2B48.2B40.DBDB43.12B$54.5B55.4B45.4B55.4B38.4B
434.2A4B.4B147.B2DB93.11B191.BD44.11B$53.7B53.4B45.4B57.4B36.4B437.2B
4.4B146.DB99.4B245.5B$52.2A6B52.4B45.4B59.4B34.4B445.2B2D248.B247.B$
51.A2BA4BDB50.4B45.4B61.4B32.4B447.2DB$52.2A6BDB48.4B45.4B63.4B30.4B
449.BD$54.4B3D3B45.D3B45.3DB63.2A4BD27.4B$53.2B2A8B43.B2DB46.2BD64.2A
5BDB24.2D2B$53.2B2A8B43.DBD48.D66.3BA3D3B22.B2D$53.5B2D5B160.3BABA6B
21.DB$54.5B2D4B160.3BABA6B$53.5BD5B161.4BA2D5B$53.12B161.5B2D4B$52.
12B161.5BD5B$52.11B162.12B$53.9B162.12B$53.8B163.11B$54.5B166.9B$54.
3B168.8B$55.B170.5B$226.3B$227.B!
Code: Select all
x = 613, y = 59, rule = LifeHistory
24.A25.A.A47.A56.A49.A43.A49.A49.A58.A45.A48.A45.A48.A$25.A25.2A48.2A
55.A49.A43.A49.A49.A58.A45.A48.A45.A48.2A6.A$23.3A25.A48.2A49.A4.3A
41.A.A3.3A41.3A47.3A47.3A56.3A43.3A46.3A43.3A47.2A7.A.A$151.2A48.2A
406.2A$55.A49.2A43.A.A48.A307.A45.A49.A$23.2A31.2A46.2A52.2A48.2A46.A
46.2A46.A60.A.A35.2A4.2A49.2A44.2A48.2A$24.2A29.2A49.A51.A.A47.A.A46.
A44.A.A8.A38.A59.2A37.2A3.A.A49.2A44.2A48.2A$23.A134.A49.A46.3A46.A7.
2A36.3A60.A36.A5.A$60.2A48.A201.A.A$59.2A48.2A389.3A57.3A$61.A47.A.A
146.2A93.A.A146.A57.A$257.A.A93.2A146.A59.A$259.A94.A$401.A$401.2A$
400.A.A$3A$2.A$.A11$458.B$457.3B$306.B150.3B$305.3B147.7B47.B45.B$
305.3B147.A5BA46.3B43.3B$107.B195.7B144.BA5BAB45.3B43.3B$106.3B194.7B
144.BA5BAB43.7B39.7B$106.3B193.3A3B3A143.9B43.7B39.7B$104.7B191.9B
143.9B42.3A3B3A37.3A3B3A$22.2B80.A5BA43.3B98.A46.9B142.11B41.9B37.9B$
17.2B3.3BD25.DBD47.D2BA5BAB41.4B.D49.D43.D.BAB45.D8B41.D58.D40.5BD7B
40.BD7B37.BD7B41.DB$16.3B2.5BDB23.B2DB46.B2DA5BAB41.6BD2B45.2BD2B39.
2BDBAB43.3BD8B39.2BD55.3BD39.6BD6B40.2BD6B37.2BD6B41.B2D6.DB$15.9B3D
3B22.D3B45.2D9B40.D4B3D4B37.DBD3.3D4B37.3D4B42.B3D9B38.3DB52.3B3DB40.
2B3D4B41.B3D7B35.B3D7B40.2D2B4.BDBD$14.17B21.9B41.10B39.B2DB.3A3B3A
36.B2DB.3A3B3A37.6B41.14B36.2B.4B51.8B38.8B42.13B33.13B40.3B3.2B2D$
13.4B.13B19.6BD6B39.4B2D5B38.DBD3.7B38.D11B39.7B39.14B36.3B.4B50.8B
37.4B.3B43.7BD5B33.7BD5B40.4BD4B$12.4B3.5B2D5B19.7B2D4B38.4B2D7B44.B
2DB41.6B2DB42.BABD2B40.4B2D2B2.4B34.4BD4B49.7BDBD35.2D2B.B2DB45.3B2D
4B37.3B2D4B41.3B2D4B$11.4B5.5B2D4B20.5B2D4B39.6BD6B44.BDBD41.4B.BDBD
42.BA2BD2B41.BDBDB4.3BD33.5BD2B46.11B2DB35.B2D2.BDBD44.5B2D42.2B2D.3B
39.5B2D2B$10.4B5.5BD5B22.10B41.9B47.DB43.3B2.DB43.BA3D2B43.BD6.B2DB
32.3B3D2B44.B3A10BDB35.DB4.DB44.7B43.3B2.4B37.9B$9.4B6.2BA5BA3B21.9B
2D45.3BD142.8B51.DBD33.7B44.15B87.4B2.B45.B4.4B34.13B$8.4B6.3BA5BA2B
22.BA5BA2DB46.B2DB141.9B86.8B41.17B86.3DB55.B3D33.13B$7.4B7.3BA5BAB
23.BA5BA2BD47.DBD141.5B2D2B86.5BDBD40.18B86.2BD57.D2B34.11B$6.4B9.9B
25.A5BA197.BDBDB87.3A2BDC2A40.18B86.D59.D36.9B$5.4B10.8B26.7B199.BD
88.6BD2B42.15B184.9B$4.4B12.6B29.3B291.9B42.BACA10B185.9B$3.4B13.3B.B
30.3B291.9B43.B2D9B186.3A3B3A$2.4B15.B34.B291.11B42.DBD2.3B191.7B$.3D
B342.13B47.2B191.7B$.2BD343.13B242.3B$2.D346.9B244.3B$603.B!
Replacing the blocks on the right with gliders needed a little trial and error, and then it was just a matter of picking the recipes that seemed to have gliders coming from the right directions, and where the reaction envelopes were as small as possible on the construction side.
It might be worth adjusting those three-glider scripts to rewind all the recipe gliders by 20 cells or so, so that it's easier to see glider directions in this kind of LifeHistory blueprint.
Re: Soup search results
Posted: April 1st, 2019, 5:14 am
by Sarp
Natural loafer!
Code: Select all
x = 16, y = 16, rule = B3/S23
bbbobbobobooboob$
booobbobbbbbbooo$
obbbooboboobbobb$
bobbobbobbbboboo$
bbbbbobbobbbbbob$
oobbobobobobobbo$
bbbooobobbobbobb$
bbooobbobooobobb$
oobbbbbbbbobbobb$
obbbobooobbooboo$
bbobboooobboobob$
boobbbbbbbbbbboo$
boooobbbboobbbob$
obb5obbbobbbobbb$
bbbboobobooobobb$
oobbboboboobbboo!
Re: Soup search results
Posted: April 1st, 2019, 5:39 am
by Freywa
Sarp wrote:Natural loafer!
Code: Select all
x = 16, y = 16, rule = B3/S23
bbbobbobobooboob$
booobbobbbbbbooo$
obbbooboboobbobb$
bobbobbobbbboboo$
bbbbbobbobbbbbob$
oobbobobobobobbo$
bbbooobobbobbobb$
bbooobbobooobobb$
oobbbbbbbbobbobb$
obbbobooobbooboo$
bbobboooobboobob$
boobbbbbbbbbbboo$
boooobbbboobbbob$
obb5obbbobbbobbb$
bbbboobobooobobb$
oobbboboboobbboo!
It looks like this came from that spam loafer symmetry...? Catalogue shows no actual loafer-producing soup.
Re: Soup search results
Posted: April 1st, 2019, 5:46 am
by Goldtiger997
dvgrn wrote:Nice one! Even I can make a recipe for that one, with a lot of help from Goldtiger997's scripts. Can anyone beat 15 gliders?
Code: Select all
x = 46, y = 53, rule = B3/S23
26bobo$26b2o$27bo2$44bo$43bo$43b3o$8bo14bo$9b2o12bobo$8b2o13b2o18bo$
42bo$42b3o$2bo16bo$3bo16b2o$b3o15b2o4$4bobo$5b2o$5bo11$bo$b2o$obo5$19b
2o$20b2o$19bo$42b3o$42bo$8b2o13b2o18bo$9b2o12bobo$8bo14bo$43b3o$43bo$
44bo2$27bo$26b2o$26bobo!
It's nice to see that my scripts aren't too hard to use. Here's a reduction to 14 gliders:
Code: Select all
x = 46, y = 53, rule = B3/S23
26bobo$26b2o$27bo2$44bo$43bo$43b3o$8bo14bo$9b2o12bobo$8b2o13b2o3$2bo$
3bo$b3o2$26bo$26b2o3bo$4bobo18bobo2b2o$5b2o23bobo$5bo11$bo$b2o$obo3$
40bo$39b2o$39bobo5$8b2o13b2o$9b2o12bobo$8bo14bo$43b3o$43bo$44bo2$27bo$
26b2o$26bobo!
Re: Soup search results
Posted: April 1st, 2019, 9:50 am
by Moosey
Freywa wrote:Sarp wrote:Natural loafer!
Code: Select all
x = 16, y = 16, rule = B3/S23
bbbobbobobooboob$
booobbobbbbbbooo$
obbbooboboobbobb$
bobbobbobbbboboo$
bbbbbobbobbbbbob$
oobbobobobobobbo$
bbbooobobbobbobb$
bbooobbobooobobb$
oobbbbbbbbobbobb$
obbbobooobbooboo$
bbobboooobboobob$
boobbbbbbbbbbboo$
boooobbbboobbbob$
obb5obbbobbbobbb$
bbbboobobooobobb$
oobbboboboobbboo!
It looks like this came from that spam loafer symmetry...? Catalogue shows no actual loafer-producing soup.
Everyone has been holding onto April fools pranks for awhile.
Re: Soup search results
Posted: April 6th, 2019, 8:34 am
by Ian07
Some new long-lived soup records:
C1 soup with final population of 5854:
Code: Select all
x = 16, y = 16, rule = B3/S23
oooboboobbbobboo$
obbboobbobbooobo$
bbbobobboboobbbb$
bbooboobbbobooob$
bbbbbobobbbboobo$
bobobbbooooobooo$
bboooobbbbobbobb$
bbobbbbbobooobbo$
oobboboobbbooboo$
oobobobboobbbboo$
oooobbbbobbobbbo$
bbbobooobbbobbob$
boboobbboooooboo$
obbobobbobobbobb$
obbobbooobbboboo$
obooooobbbbobboo!
Haul:
https://catagolue.appspot.com/haul/b3s2 ... 93008c889f (Arie Paap, 2019-04-06)
1638-tick C4_1 diehard:
Code: Select all
x = 31, y = 31, rule = B3/S23
oobboobobbooobbobbbooboboobbooo$
obbooobboboobooobbbbobobboboobo$
ooooboobbbbbooooobobobooboboobb$
booobbbooboboboooboooobobboooob$
bbboooboobooooboooooooobboobboo$
oooboobboobbobbobobbooooooobooo$
obbbboboobbbooooobooobbobbbbobb$
bboobooboobobbbbbbbobobboboobbo$
oooboobboobobbbooooooooooooobob$
bbbooobooobobbbobbbobooobobbbbb$
ooooooobobbobboooobbbbbbbbooboo$
obbooboooobbobbooobboooobbobboo$
bbooobobobbbobbbbboobbbbooooobo$
bbbboobboboobooobobbbbbboboboob$
bboooboboboobbbobobbobbbobbooob$
ooooooobooooboooooboooobooooooo$
booobbobbbobbobobbboobobobooobb$
boobobobbbbbboboooboobobboobbbb$
obooooobbbboobbbbbobbbobobooobb$
oobbobboooobbooobbobbooooboobbo$
ooboobbbbbbbboooobbobbobooooooo$
bbbbbobooobobbbobbbobooobooobbb$
bobooooooooooooobbboboobboobooo$
obboobobbobobbbbbbboboobooboobb$
bbobbbbobbooobooooobbboobobbbbo$
ooobooooooobbobobbobboobboobooo$
oobboobboooooooobooooboobooobbb$
boooobbobooooboooboboboobbbooob$
bbooboboobobobooooobbbbbooboooo$
oboobobbobobbbboooboobobbooobbo$
ooobbooboboobbbobbooobboboobboo!
Haul:
https://catagolue.appspot.com/haul/b3s2 ... 1b7e894c17 (carybe, 2019-03-29)
D4_+2 soup with final population of 12760, found with GPU:
Code: Select all
x = 32, y = 31, rule = B3/S23
oobboobooobboobooboobboooboobboo$
oooobbbobboobbbbbbbboobbobbboooo$
ooooobobbobbbobbbbobbbobbobooooo$
oboboboboobbboooooobbboobobobobo$
obobobbbobobbboooobbbobobbbobobo$
oobobobbbboobobbbboboobbbboboboo$
obobboooooboboobboobobooooobbobo$
obbbbboobboobbobbobboobboobbbbbo$
oobbbbbboobooboooobooboobbbbbboo$
bbooooobbbboooboobooobbbbooooobb$
oboboooboobboboooobobboobooobobo$
ooboobbboooooboooobooooobbbooboo$
bbobbbobbboboobooboobobbbobbbobb$
obbooooboobbbbobbobbbbooboooobbo$
bobboobbbbbbobbbbbbobbbbbboobbob$
bbooboobooooobbbbbbooooobooboobb$
bobboobbbbbbobbbbbbobbbbbboobbob$
obbooooboobbbbobbobbbbooboooobbo$
bbobbbobbboboobooboobobbbobbbobb$
ooboobbboooooboooobooooobbbooboo$
oboboooboobboboooobobboobooobobo$
bbooooobbbboooboobooobbbbooooobb$
oobbbbbboobooboooobooboobbbbbboo$
obbbbboobboobbobbobboobboobbbbbo$
obobboooooboboobboobobooooobbobo$
oobobobbbboobobbbboboobbbboboboo$
obobobbbobobbboooobbbobobbbobobo$
oboboboboobbboooooobbboobobobobo$
ooooobobbobbbobbbbobbbobbobooooo$
oooobbbobboobbbbbbbboobbobbboooo$
oobboobooobboobooboobboooboobboo!
Haul:
https://catagolue.appspot.com/haul/b3s2 ... fffabe2ae9 (Arie Paap, 2019-04-01)
Re: Soup search results
Posted: April 7th, 2019, 11:20 am
by praosylen
The first methuselah_44k just showed up, lasting 44098 gens (found by rliston):
Code: Select all
x = 16, y = 16, rule = B3/S23
boooobobbbobbobb$
bboboooobbbbobob$
obbbooobbobbbobb$
obbbobooobobbooo$
oboobobbobbobooo$
bobbbboboboboobo$
oobbobbbobbboobo$
oooooobobboboooo$
oobooooobbbbobbb$
bbbbbobooobobboo$
booobbbbooobobbo$
boboobbboooobooo$
oboobobboobbbooo$
bobbboobobbbobbo$
bbbobbbobbbbooob$
bboooobbbbbbboob!
megasized_136h in H4_+2 (found by Arie Paap):
Code: Select all
x = 32, y = 31, rule = B3/S23
bbobbobooobobbbbbbbbobooobobbobb$
bbobobbbbbobobobbobobobbbbbobobb$
obobboooooobboooooobboooooobbobo$
obobbobooobobboooobbobooobobbobo$
booobbbbbbooboobbooboobbbbbbooob$
boboobobboobobbbbbboboobboboobob$
ooooobbboobbboobboobbboobbbooooo$
bobbbbbbbbbboooooooobbbbbbbbbbob$
bbobooobbbobbbbbbbbbbobbbooobobb$
bobobbbboobobobbbboboboobbbbobob$
bbbobobboobbobobbobobboobbobobbb$
bboboobbbbbobobbbbobobbbbboobobb$
boboooboobbbbbobbobbbbboobooobob$
bbbbboobbooobboooobbooobboobbbbb$
bbooooboobbbbbboobbbbbbooboooobb$
ooobbooooobbbboooobbbbooooobbooo$
bbooooboobbbbbboobbbbbbooboooobb$
bbbbboobbooobboooobbooobboobbbbb$
boboooboobbbbbobbobbbbboobooobob$
bboboobbbbbobobbbbobobbbbboobobb$
bbbobobboobbobobbobobboobbobobbb$
bobobbbboobobobbbboboboobbbbobob$
bbobooobbbobbbbbbbbbbobbbooobobb$
bobbbbbbbbbboooooooobbbbbbbbbbob$
ooooobbboobbboobboobbboobbbooooo$
boboobobboobobbbbbboboobboboobob$
booobbbbbbooboobbooboobbbbbbooob$
obobbobooobobboooobbobooobobbobo$
obobboooooobboooooobboooooobbobo$
bbobobbbbbobobobbobobobbbbbobobb$
bbobbobooobobbbbbbbbobooobobbobb!
Re: Soup search results
Posted: April 7th, 2019, 11:43 am
by googoIpIex
minimal form of the 5854 final population soup:
Code: Select all
x = 23, y = 22, rule = B3/S23
15b2o$14bobo$14b3o$3bo8b3o$2b2o7b2o5b4o$2b3o2bo3bo2bo3bo2bo$2bo3b2o4b
3o6b2o$3bo3bo4b3o$3bobo13b2o$19bo$8bob2o5bo$8b3o6bo$9bo6bobo$18bo$2o
11bo2bo$o7bo5b2o$2ob2obobo$bobobo$2bo3bobo2b3o$7bo6bo$11b2obo$13bo!
Re: Soup search results
Posted: April 15th, 2019, 12:34 am
by praosylen
New Coe's P8 variant found by carybe:
Code: Select all
x = 31, y = 31, rule = B3/S23
boobooooboooooobbbbbbobbboobbob$
oooobbooooboboboboboboobboobooo$
oobbbboooboobbbobbbbbobbbooobob$
bobboobbobbbbobbbbobboooobbbobb$
obbobbbbbbbboboobbooobboobbbooo$
obbobbbobbbbbbboobbobbbbbbbbooo$
ooobbboboooooooobobobobooboobbb$
ooobbobbobbobobooboboboboboobbb$
booobboooboobobobobooooobbbobob$
oobbbbobboboobooobbbboobobboooo$
obobbbobobbbbooooboobboobbobbbb$
ooobbboooobboboobobbobobooobbob$
obbbobobboboobbbbbobobbobboobbb$
oobobbooobobboobbobobbobobbbbob$
obbbobobboooboooobbboobobobbbbb$
booboooooooobbooobbooooooooboob$
bbbbboboboobbboooobooobbobobbbo$
bobbbbobobbobobboobbobooobboboo$
bbboobbobbobobbbbboobobbobobbbo$
bobbooobobobboboobobboooobbbooo$
bbbbobboobbooboooobbbbobobbbobo$
oooobboboobbbboooboobobbobbbboo$
bobobbboooooboboboboobooobbooob$
bbbooboboboboboobobobbobbobbooo$
bbboobooboboboboooooooobobbbooo$
ooobbbbbbbbobboobbbbbbbobbbobbo$
ooobbboobbooobboobobbbbbbbbobbo$
bbobbboooobbobbbbobbbbobboobbob$
bobooobbbobbbbbobbboobooobbbboo$
oooboobbooboboboboboboooobboooo$
bobboobbbobbbbbboooooobooooboob!
Re: Soup search results
Posted: April 15th, 2019, 2:17 am
by Bullet51
Dimerized and Variation:
Code: Select all
x = 57, y = 27, rule = B3/S23
48bo$41bo5bobo$13bo25bob2o5bo$12bobo24bobo$13bo28bo3b5o$40bobo3bo4bo$
11b5o23bo3bo5bo2bo$2o9bo4bo22bo2bo5b3obo2bo$2o2b3o7b2obo22b2o4b4o2bobo
bo$6bo7b2obo2bo11b2o2b2o7bo2bo3bo2bo$5bobo3bo5bobobo13bo2bo7bobo2b2o$
7b2obobo4bo2bo10b3o4bo8bo$6bo3bo2bo2b2o14bob2obo$11b2o23bo13bo$49bob2o
bo$12bo26bo8bo4b3o$12b2o20b2o2bobo7bo2bo$11bo2b2o15bo2bo3bo2bo7b2o2b2o
$13bobo14bobobo2b4o4b2o$15bo15bo2bob3o5bo2bo$34bo2bo5bo3bo$35bo4bo3bob
o$15b2o19b5o3bo$15b2o28bobo$38bo5b2obo$37bobo5bo$38bo!
Re: Soup search results
Posted: April 15th, 2019, 2:30 am
by Jormungant
Bullet51 wrote:Dimerized and Variation:
ditto
Code: Select all
x = 59, y = 60, rule = LifeHistory
2$19.8B$19.6B2AB$19.6B2AB$9.2B.B.2B3.9B$9.20B$9.17BA2B$9.17BABA3B9.6B
$9.3B.13B2A2BA16B$9.B2A5B.8B.B2A2B2.6B2A5B$9.B2A5B.7B.3BA.3B.3A2B2A4B
$9.8B7.2B.4B2.2BA6B.4B$9.2BA5B7.2B2.B2AB.BABA9B$9.2B2A4B.6B2.2BA2BAB
2A12B$9.BA2B2A2B.4B.2B.3BABAB.BA11B$3B.8BABA2B.8BA3BA15B$3B.7B.2BA2B.
3BA3BABA3B.2B.12B$3B.6B.4B.6B2ABA2BA2B2.14B$11B.4B2.2BABAB.B2AB2.2B8.
6B$2A3BA5B2.4B.3BA12B7.7B$2AB2A4B2.2B3A3B3A5BA11B.8B$4BABA3B.2BABA11B
2A10B.6B2A$5BA5B2AB2A10BA2B2A8B.6B2AB$5B3A3BABA14BABA3B12.2B$8B.2B3A
16BA19B7.2B$9B.4B2.30BA3B$7B.B2.4B.3B5.3B.4B2.10BABA3B$2B7.18B2.4B.8B
A2B2A3B$9.3BA16B3A11B2A5B$9.3BABA14BABA3B3A5BA6B$9.3B2A2BA10B2AB2A5BA
11B.9B$9.5B2A11BABA2B.3BABA3B2AB2.2B.6B2AB$9.6BA5B3A3B3A2B2.4B2ABA2BA
2B4.3A2B2AB$21BA3B.4B2.5BA3BABA3B.3BA6B$B2A6B.2B2.B2AB.BABA2B2.4B.10B
A3BA3BABA6B$B2A2B3A4.2BA2BAB2A6B.4B.5B.2B.3BABAB2A8B$.6BA3B.3BABA3BA
3B.2BA2B.8B2.2BA2BAB.BA7B$6BABA3BA3BA8B.2BABA4B5.2B2.B2AB.10B$8B2ABAB
A3B.10B2A2BA3B4.2B.4B2.B.8B$7BAB.BA2BA2B2.11B2A5B7.B.A12B$10B.B2AB2.
2B4.8BA5B7.2B2AB.B6.2B$8B.B2.4B.5B.12B.2B6.BA2B2AB6.2B$12BA.B.B2.12B
2AB2.2B7.2BABAB$7.2B.B2A2B4.7BA3BA2BA2B10.3BAB$7.2B2A2BAB4.8B2ABABA3B
.B8.5B$7.2BABA2B5.3B.2BABA3BA3BA5B5.5B$7.2BA3B6.3B.3BA3B.3BABAB.BAB4.
3B2AB$7.6B6.B2A2B3A3B.2BA2BAB2A9B2AB$7.6B7.2A9B2.B2AB.BABA6B.2B$7.B2A
3B8.B.8B.4B2.2BA6B3.2B$7.B2A3B10.6B3.2BA.3B.3A2B2AB$8.2B.2B16.2B.B2A
2B.7B2A2B$7.2B20.2B2A2BA3B6.2B.B$29.2BABA5B$29.2BA7B$29.10B$29.10B$
29.B2A7B$23.B5.B2A9B!
Re: Soup search results
Posted: April 15th, 2019, 4:09 am
by Freywa
Based on
this soup,
super loaf in 10 gliders (LifeWiki/Niemiec says 30):
Code: Select all
x = 30, y = 30, rule = B3/S23
9bo$7bobo$8b2o8bo$16b2o$17b2o3$20bo$19bobo$19bo2bo$20b2o$25bobo$25b2o$
11bo14bo$11b2o$10bobo$2o$b2o11b2o$o14b2o$14bo$27b3o$27bo$28bo5$12bo$
12b2o$11bobo!
Bullet51 wrote:Dimerized and Variation:
And then some:
Code: Select all
x = 24, y = 24, rule = B3/S23
7b2o$7b2o3$7b3o$10bo$7bo2b2o$2o7bobo$2o2b2o$5b2o$4bo2bo$7bo2b2o$5bobo
3b2o3b2o$12bo4b2o$16bo2bo$19bo2b2o$11b3o3bobo2b2o$14bo$11bo2b2o$13bobo
3$15b2o$15b2o!
Re: Soup search results
Posted: April 15th, 2019, 6:36 am
by mniemiec
Billabob posted a similar 10-glider synthesis (the two clean-up gliders were sightly father away) on 2018-04-10.
Re: Soup search results
Posted: April 15th, 2019, 8:49 am
by Freywa
I'm not one to be outdone though. There's this 17-cell
heart-shaped SL that is listed as requiring 108 gliders; here it is in 13 from
this soup:
Code: Select all
x = 166, y = 36, rule = B3/S23
bo$2bo$3o5$60bobo84bo$60b2o86bo$61bo84b3o2$43bo107bo$43bo23bo82bobo$
43bo21b2o82bo2bo$66b2o69bo12b2o$137bo$131bo5bo$132bo$130b3o$135b2o$25b
o109b2o$26b2o131bo$25b2o9bo113b2ob2o3bobo$35b2o112bobobobo2bobo$32bo2b
obo111bo2bo2bo3bo$30bobo117bobobo$31b2o118bobo$152bo10b2o$163bobo$163b
o3$57bo$56b2o6bo$56bobo4b2o$63bobo!
: Never mind, found
that 9G synthesis.
Re: Soup search results
Posted: April 15th, 2019, 8:54 am
by dvgrn
Freywa wrote:Bullet51 wrote:Dimerized and Variation:
And then some...
Combining Bullet51's, Jormungant's and Freywa's variations gives a surprisingly simple agar. Might be a bit of a challenge to synthesize the larger finitizations of it, though:
Code: Select all
x = 40, y = 40, rule = LifeHistory
19.2A$18.B2AB$19.2B$17.3B$17.ABAB10.2A$15.A2B2AB9.B2AB$5.B9.3BA2B10.
2B$4.2AB.3B4.3AB10.3B$4.2A2B2AB5.3B10.ABAB$5.B.2B2A2B2.2B10.A2B2AB$7.
BA2BAB2.BAB9.3BA2B$9.2BA3B2A2B.3B4.3AB$9.ABA.B2A4B2AB5.3B$14.3B2.2B2A
2B2.2B$15.2B2.BA2BAB2.BAB$13.3B5.2BA3B2A2B.3B$13.ABAB4.ABA.B2A4B2AB$
11.A2B2AB9.3B2.2B2A2B$.B9.3BA2B10.2B2.BA2BAB.B$2AB.3B4.3AB10.3B5.2BA
2B2A$2A2B2AB5.3B10.ABAB4.ABA.B2A$.B.2B2A2B2.2B10.A2B2AB9.B$3.BA2BAB2.
BAB9.3BA2B$5.2BA3B2A2B.3B4.3AB$5.ABA.B2A4B2AB5.3B$10.3B2.2B2A2B2.2B$
11.2B2.BA2BAB2.BAB$9.3B5.2BA3B2A2B.3B$9.ABAB4.ABA.B2A4B2AB$7.A2B2AB9.
3B2.2B2A2B$7.3BA2B10.2B2.BA2BAB.B$7.3AB10.3B5.2BA2B2A$8.3B10.ABAB4.AB
A.B2A$7.2B10.A2B2AB9.B$6.B2AB9.3BA2B$7.2A10.3AB$20.3B$19.2B$18.B2AB$
19.2A!
Was this really not a known variant of Coe's p8? All I seem to be able to find is a Random Agar experiment by Jason Summers in 2004, finding a simple twinned Coe's p8:
Code: Select all
#N Twinned Coe's p8 agar predecessor
#O Jason Summers, 12 August 2004
#C "Twin Coe's-p8's. (Did we know they could be combined like this?)"
#C Pattern adjusted to fit on a simple bounded-grid torus in Golly.
x = 147, y = 49, rule = B3/S23:T147,49
bobob5o3bob2o4bob2ob3obobo2bobo3b3ob2o2bo3bo4b2o2bo4bobo4bobo4bo2b2o4b
o3bo2b2ob3o3bobo2bobob3ob2obo4b2obo3b5obobo2bo$4b2obo3b5obobo2bo2bobob
5o3bob2o4bob2ob3obobo2bobo3b3ob2o2bo3bo4b2o2bo4bobo4bobo4bo2b2o4bo3bo
2b2ob3o3bobo2bobob3ob2obo$b3o3bobo2bobob3ob2obo4b2obo3b5obobo2bo2bobob
5o3bob2o4bob2ob3obobo2bobo3b3ob2o2bo3bo4b2o2bo4bobo4bobo4bo2b2o4bo3bo
2b2o$bo4bo2b2o4bo3bo2b2ob3o3bobo2bobob3ob2obo4b2obo3b5obobo2bo2bobob5o
3bob2o4bob2ob3obobo2bobo3b3ob2o2bo3bo4b2o2bo4bobo4bo$2bo4b2o2bo4bobo4b
obo4bo2b2o4bo3bo2b2ob3o3bobo2bobob3ob2obo4b2obo3b5obobo2bo2bobob5o3bob
2o4bob2ob3obobo2bobo3b3ob2o2bo$2obobo2bobo3b3ob2o2bo3bo4b2o2bo4bobo4bo
bo4bo2b2o4bo3bo2b2ob3o3bobo2bobob3ob2obo4b2obo3b5obobo2bo2bobob5o3bob
2o4bob2obo$ob5o3bob2o4bob2ob3obobo2bobo3b3ob2o2bo3bo4b2o2bo4bobo4bobo
4bo2b2o4bo3bo2b2ob3o3bobo2bobob3ob2obo4b2obo3b5obobo2bo2bo$b2obo3b5obo
bo2bo2bobob5o3bob2o4bob2ob3obobo2bobo3b3ob2o2bo3bo4b2o2bo4bobo4bobo4bo
2b2o4bo3bo2b2ob3o3bobo2bobob3ob2obo$o3bobo2bobob3ob2obo4b2obo3b5obobo
2bo2bobob5o3bob2o4bob2ob3obobo2bobo3b3ob2o2bo3bo4b2o2bo4bobo4bobo4bo2b
2o4bo3bo2b2ob2o$3bo2b2o4bo3bo2b2ob3o3bobo2bobob3ob2obo4b2obo3b5obobo2b
o2bobob5o3bob2o4bob2ob3obobo2bobo3b3ob2o2bo3bo4b2o2bo4bobo4bobo$4b2o2b
o4bobo4bobo4bo2b2o4bo3bo2b2ob3o3bobo2bobob3ob2obo4b2obo3b5obobo2bo2bob
ob5o3bob2o4bob2ob3obobo2bobo3b3ob2o2bo3bo$obo2bobo3b3ob2o2bo3bo4b2o2bo
4bobo4bobo4bo2b2o4bo3bo2b2ob3o3bobo2bobob3ob2obo4b2obo3b5obobo2bo2bobo
b5o3bob2o4bob2ob3o$4o3bob2o4bob2ob3obobo2bobo3b3ob2o2bo3bo4b2o2bo4bobo
4bobo4bo2b2o4bo3bo2b2ob3o3bobo2bobob3ob2obo4b2obo3b5obobo2bo2bobobo$bo
3b5obobo2bo2bobob5o3bob2o4bob2ob3obobo2bobo3b3ob2o2bo3bo4b2o2bo4bobo4b
obo4bo2b2o4bo3bo2b2ob3o3bobo2bobob3ob2obo4b2o$bobo2bobob3ob2obo4b2obo
3b5obobo2bo2bobob5o3bob2o4bob2ob3obobo2bobo3b3ob2o2bo3bo4b2o2bo4bobo4b
obo4bo2b2o4bo3bo2b2ob3o$o2b2o4bo3bo2b2ob3o3bobo2bobob3ob2obo4b2obo3b5o
bobo2bo2bobob5o3bob2o4bob2ob3obobo2bobo3b3ob2o2bo3bo4b2o2bo4bobo4bobo$
b2o2bo4bobo4bobo4bo2b2o4bo3bo2b2ob3o3bobo2bobob3ob2obo4b2obo3b5obobo2b
o2bobob5o3bob2o4bob2ob3obobo2bobo3b3ob2o2bo3bo$2bobo3b3ob2o2bo3bo4b2o
2bo4bobo4bobo4bo2b2o4bo3bo2b2ob3o3bobo2bobob3ob2obo4b2obo3b5obobo2bo2b
obob5o3bob2o4bob2ob3obobo$o3bob2o4bob2ob3obobo2bobo3b3ob2o2bo3bo4b2o2b
o4bobo4bobo4bo2b2o4bo3bo2b2ob3o3bobo2bobob3ob2obo4b2obo3b5obobo2bo2bob
ob4o$2b5obobo2bo2bobob5o3bob2o4bob2ob3obobo2bobo3b3ob2o2bo3bo4b2o2bo4b
obo4bobo4bo2b2o4bo3bo2b2ob3o3bobo2bobob3ob2obo4b2obo$o2bobob3ob2obo4b
2obo3b5obobo2bo2bobob5o3bob2o4bob2ob3obobo2bobo3b3ob2o2bo3bo4b2o2bo4bo
bo4bobo4bo2b2o4bo3bo2b2ob3o3bo$2o4bo3bo2b2ob3o3bobo2bobob3ob2obo4b2obo
3b5obobo2bo2bobob5o3bob2o4bob2ob3obobo2bobo3b3ob2o2bo3bo4b2o2bo4bobo4b
obo4bo$2bo4bobo4bobo4bo2b2o4bo3bo2b2ob3o3bobo2bobob3ob2obo4b2obo3b5obo
bo2bo2bobob5o3bob2o4bob2ob3obobo2bobo3b3ob2o2bo3bo4b2o$bo3b3ob2o2bo3bo
4b2o2bo4bobo4bobo4bo2b2o4bo3bo2b2ob3o3bobo2bobob3ob2obo4b2obo3b5obobo
2bo2bobob5o3bob2o4bob2ob3obobo2bo$bob2o4bob2ob3obobo2bobo3b3ob2o2bo3bo
4b2o2bo4bobo4bobo4bo2b2o4bo3bo2b2ob3o3bobo2bobob3ob2obo4b2obo3b5obobo
2bo2bobob5o$4obobo2bo2bobob5o3bob2o4bob2ob3obobo2bobo3b3ob2o2bo3bo4b2o
2bo4bobo4bobo4bo2b2o4bo3bo2b2ob3o3bobo2bobob3ob2obo4b2obo3bo$obob3ob2o
bo4b2obo3b5obobo2bo2bobob5o3bob2o4bob2ob3obobo2bobo3b3ob2o2bo3bo4b2o2b
o4bobo4bobo4bo2b2o4bo3bo2b2ob3o3bobo$3bo3bo2b2ob3o3bobo2bobob3ob2obo4b
2obo3b5obobo2bo2bobob5o3bob2o4bob2ob3obobo2bobo3b3ob2o2bo3bo4b2o2bo4bo
bo4bobo4bo2b2o$4bobo4bobo4bo2b2o4bo3bo2b2ob3o3bobo2bobob3ob2obo4b2obo
3b5obobo2bo2bobob5o3bob2o4bob2ob3obobo2bobo3b3ob2o2bo3bo4b2o2bo$2b3ob
2o2bo3bo4b2o2bo4bobo4bobo4bo2b2o4bo3bo2b2ob3o3bobo2bobob3ob2obo4b2obo
3b5obobo2bo2bobob5o3bob2o4bob2ob3obobo2bobo$2o4bob2ob3obobo2bobo3b3ob
2o2bo3bo4b2o2bo4bobo4bobo4bo2b2o4bo3bo2b2ob3o3bobo2bobob3ob2obo4b2obo
3b5obobo2bo2bobob5o3bo$obobo2bo2bobob5o3bob2o4bob2ob3obobo2bobo3b3ob2o
2bo3bo4b2o2bo4bobo4bobo4bo2b2o4bo3bo2b2ob3o3bobo2bobob3ob2obo4b2obo3b
4o$b3ob2obo4b2obo3b5obobo2bo2bobob5o3bob2o4bob2ob3obobo2bobo3b3ob2o2bo
3bo4b2o2bo4bobo4bobo4bo2b2o4bo3bo2b2ob3o3bobo2bobo$o3bo2b2ob3o3bobo2bo
bob3ob2obo4b2obo3b5obobo2bo2bobob5o3bob2o4bob2ob3obobo2bobo3b3ob2o2bo
3bo4b2o2bo4bobo4bobo4bo2b2o$bobo4bobo4bo2b2o4bo3bo2b2ob3o3bobo2bobob3o
b2obo4b2obo3b5obobo2bo2bobob5o3bob2o4bob2ob3obobo2bobo3b3ob2o2bo3bo4b
2o2bo$2ob2o2bo3bo4b2o2bo4bobo4bobo4bo2b2o4bo3bo2b2ob3o3bobo2bobob3ob2o
bo4b2obo3b5obobo2bo2bobob5o3bob2o4bob2ob3obobo2bobo3bo$3bob2ob3obobo2b
obo3b3ob2o2bo3bo4b2o2bo4bobo4bobo4bo2b2o4bo3bo2b2ob3o3bobo2bobob3ob2ob
o4b2obo3b5obobo2bo2bobob5o3bob2o$bo2bo2bobob5o3bob2o4bob2ob3obobo2bobo
3b3ob2o2bo3bo4b2o2bo4bobo4bobo4bo2b2o4bo3bo2b2ob3o3bobo2bobob3ob2obo4b
2obo3b5obo$ob2obo4b2obo3b5obobo2bo2bobob5o3bob2o4bob2ob3obobo2bobo3b3o
b2o2bo3bo4b2o2bo4bobo4bobo4bo2b2o4bo3bo2b2ob3o3bobo2bobob2o$bo2b2ob3o
3bobo2bobob3ob2obo4b2obo3b5obobo2bo2bobob5o3bob2o4bob2ob3obobo2bobo3b
3ob2o2bo3bo4b2o2bo4bobo4bobo4bo2b2o4bo$o4bobo4bo2b2o4bo3bo2b2ob3o3bobo
2bobob3ob2obo4b2obo3b5obobo2bo2bobob5o3bob2o4bob2ob3obobo2bobo3b3ob2o
2bo3bo4b2o2bo4bo$2o2bo3bo4b2o2bo4bobo4bobo4bo2b2o4bo3bo2b2ob3o3bobo2bo
bob3ob2obo4b2obo3b5obobo2bo2bobob5o3bob2o4bob2ob3obobo2bobo3b3o$ob2ob
3obobo2bobo3b3ob2o2bo3bo4b2o2bo4bobo4bobo4bo2b2o4bo3bo2b2ob3o3bobo2bob
ob3ob2obo4b2obo3b5obobo2bo2bobob5o3bob2o$bo2bobob5o3bob2o4bob2ob3obobo
2bobo3b3ob2o2bo3bo4b2o2bo4bobo4bobo4bo2b2o4bo3bo2b2ob3o3bobo2bobob3ob
2obo4b2obo3b5obobo$obo4b2obo3b5obobo2bo2bobob5o3bob2o4bob2ob3obobo2bob
o3b3ob2o2bo3bo4b2o2bo4bobo4bobo4bo2b2o4bo3bo2b2ob3o3bobo2bobob3obo$b2o
b3o3bobo2bobob3ob2obo4b2obo3b5obobo2bo2bobob5o3bob2o4bob2ob3obobo2bobo
3b3ob2o2bo3bo4b2o2bo4bobo4bobo4bo2b2o4bo3bo$2bobo4bo2b2o4bo3bo2b2ob3o
3bobo2bobob3ob2obo4b2obo3b5obobo2bo2bobob5o3bob2o4bob2ob3obobo2bobo3b
3ob2o2bo3bo4b2o2bo4bobo$bo3bo4b2o2bo4bobo4bobo4bo2b2o4bo3bo2b2ob3o3bob
o2bobob3ob2obo4b2obo3b5obobo2bo2bobob5o3bob2o4bob2ob3obobo2bobo3b3ob2o
$ob3obobo2bobo3b3ob2o2bo3bo4b2o2bo4bobo4bobo4bo2b2o4bo3bo2b2ob3o3bobo
2bobob3ob2obo4b2obo3b5obobo2bo2bobob5o3bob2o4bobo!
Re: Soup search results
Posted: April 15th, 2019, 9:17 am
by simsim314
@dvgrn The agars might be interesting for many reasons, one thought cross my mind is super fast computers. So if we ever hit the holy grail of something which has self replication and developed brain, fast computers might be very useful in this "smart self replication" CGOL universe. And I couldn't find the updated information about agars, like we have for conduits. Do we have a thread? Maybe we can open a thread about light speed and inside agar information passage where we would collect all the information from all the places about this topic? Maybe the topic is computers with wires (propagating signal in stable or oscillating environments). The latelly posted wires are also related to this topic I think.
Re: Soup search results
Posted: April 15th, 2019, 11:17 am
by dvgrn
simsim314 wrote:@dvgrn The agars might be interesting for many reasons, one thought cross my mind is super fast computers. So if we ever hit the holy grail of something which has self replication and developed brain, fast computers might be very useful in this "smart self replication" CGOL universe. And I couldn't find the updated information about agars, like we have for conduits. Do we have a thread?
There are a lot of agars out there, but none that I know of that allow for fast information transfer... repeatably, anyway. There are certainly lots of catastrophic-collapse signals that transmit information through an agar at or near lightspeed,
once... but they tend to be difficult to clean up afterwards. The exceptions are just the obvious ones, not particularly interesting -- known telegraph or 2c/3 wires or whatever, stacked into agars.
But there's an extremely huge lot I don't know about agars, so please don't take that as a definitive answer or anything.
simsim314 wrote:Maybe we can open a thread about light speed and inside agar information passage where we would collect all the information from all the places about this topic? Maybe the topic is computers with wires (propagating signal in stable or oscillating environments). The latelly posted wires are also related to this topic I think.
Never hurts to have a new collection thread. I just can't think of anything I'd want to put in it at the moment. What about these new Coe's p8 agars, for example? How might they be made into something that's useful in practice for transmitting signals?
Re: Soup search results
Posted: April 15th, 2019, 12:30 pm
by simsim314
dvgrn wrote: What about these new Coe's p8 agars, for example? How might they be made into something that's useful in practice for transmitting signals?
We would obviously need more search tools than we have today, that will be directed to find signals inside agars. I think similar algorithms to those we're using to search signals inside static circuitry (like dr and bellman). This is doable in principle.
To illustrate what can be done in principle as a visual illustration, wire crossing found/rediscovered latelly by me can demonstrate how signal can propagate inside NxN grid already inside CGOL:
Code: Select all
x = 273, y = 185, rule = B3/S23
161bo$161bo$161bo2$157b3o3b3o2$161bo$161bo$161bo3$196bo$196bo$159b3o
34bo2$157bo5bo28b3o3b3o$157bo5bo$157bo5bo32bo$196bo$159b3o34bo5$161bo
32b3o$161bo$161bo30bo5bo$192bo5bo$157b3o3b3o26bo5bo2$161bo32b3o$161bo$
161bo3$196bo$196bo$159b3o34bo2$157bo5bo28b3o3b3o$157bo5bo$157bo5bo32bo
$196bo$159b3o34bo5$161bo32b3o$161bo$161bo30bo5bo$192bo5bo$157b3o3b3o
26bo5bo2$161bo32b3o$161bo$161bo3$4bo47bo23bo23bo23bo23bo23bo23bo23bo
23bo23bo$4bo47bo23bo23bo23bo23bo23bo23bo23bo23bo23bo$4bo10b3o34bo10b3o
10bo10b3o10bo10b3o10bo10b3o10bo10b3o10bo10b3o10bo10b3o10bo10b3o10bo10b
3o10bo$27b3o$3o3b3o4bo5bo7bobo12b3o3b3o3b3o4bo5bo4b3o3b3o4bo5bo4b3o3b
3o4bo5bo4b3o3b3o4bo5bo4b3o3b3o4bo5bo4b3o3b3o4bo5bo4b3o3b3o4bo5bo4b3o3b
3o4bo5bo4b3o3b3o4bo5bo4b3o3b3o$13bo5bo7b3o12bobo16bo5bo17bo5bo17bo5bo
17bo5bo17bo5bo17bo5bo17bo5bo17bo5bo17bo5bo$4bo8bo5bo22b3o7bo8bo5bo8bo
8bo5bo8bo8bo5bo8bo8bo5bo8bo8bo5bo8bo8bo5bo8bo8bo5bo8bo8bo5bo8bo8bo5bo
8bo$4bo47bo23bo23bo23bo23bo23bo23bo23bo23bo23bo$4bo10b3o34bo10b3o10bo
10b3o10bo10b3o10bo10b3o10bo10b3o10bo10b3o10bo10b3o10bo10b3o10bo10b3o
10bo5$161bo32b3o$161bo$161bo30bo5bo$192bo5bo$157b3o3b3o26bo5bo2$161bo
32b3o$161bo$161bo3$196bo$196bo$159b3o34bo2$157bo5bo28b3o3b3o$157bo5bo$
157bo5bo32bo$196bo$159b3o34bo5$161bo32b3o$161bo$161bo30bo5bo$192bo5bo$
157b3o3b3o26bo5bo2$161bo32b3o$161bo$161bo3$124bo23bo23bo23bo23bo47bo$
124bo23bo23bo23bo23bo47bo$124bo10b3o10bo10b3o10bo10b3o10bo10b3o10bo34b
3o10bo$243b3o$120b3o3b3o4bo5bo4b3o3b3o4bo5bo4b3o3b3o4bo5bo4b3o3b3o4bo
5bo4b3o3b3o3b3o12bobo7bo5bo4b3o3b3o$133bo5bo17bo5bo17bo5bo17bo5bo16bob
o12b3o7bo5bo$124bo8bo5bo8bo8bo5bo8bo8bo5bo8bo8bo5bo8bo7b3o22bo5bo8bo$
124bo23bo23bo23bo23bo47bo$124bo10b3o10bo10b3o10bo10b3o10bo10b3o10bo34b
3o10bo5$161bo32b3o$161bo$161bo30bo5bo$192bo5bo$157b3o3b3o26bo5bo2$161b
o32b3o$161bo$161bo3$196bo$159b3o34bo$159bobo34bo$159b3o$192b3o3b3o2$
196bo$196bo$196bo5$194b3o2$192bo5bo$160b3o29bo5bo$160bobo29bo5bo$160b
3o$194b3o5$196bo$196bo$196bo2$192b3o3b3o2$196bo$196bo$196bo4$194b3o$
194bobo$194b3o13$195b3o$195bobo$195b3o!
About the new thread - I hope to get to it with and explanation how agars, wires, wicks, light speed signals are all interconnected in some possibility which needs to collect data in order to allow for some futuristic projects for futuristic CGOL computers. The project will need some goals that will include searching utilities inside oscillators for the existing tools - dr and bellman, it will seek documentation similar to what we have in conduits. Probably best to start from golly, I think Jason also collected some agars right?
Even clearer illustration of agar based signals demonstration:
Code: Select all
x = 155, y = 123, rule = B3/S23
9$52b3o10bo10b3o10bo10b3o10bo10b3o10bo$65bo23bo23bo23bo$50bo5bo8bo8bo
5bo8bo8bo5bo8bo8bo5bo8bo$50bo5bo17bo5bo17bo5bo17bo5bo$50bo5bo4b3o3b3o
4bo5bo4b3o3b3o4bo5bo4b3o3b3o4bo5bo4b3o3b3o2$52b3o10bo10b3o10bo10b3o10b
o10b3o10bo$65bo23bo23bo23bo$65bo23bo23bo23bo3$52bo23bo23bo23bo$52bo23b
o23bo23bo$52bo10b3o10bo10b3o10bo10b3o10bo10b3o$27b3o$27bobo12b3o3b3o3b
3o4bo5bo4b3o3b3o4bo5bo4b3o3b3o4bo5bo4b3o3b3o4bo5bo$27b3o12bobo16bo5bo
17bo5bo17bo5bo17bo5bo$42b3o7bo8bo5bo8bo8bo5bo8bo8bo5bo8bo8bo5bo$52bo
23bo23bo23bo$52bo10b3o10bo10b3o10bo10b3o10bo10b3o5$52b3o10bo10b3o10bo
10b3o10bo10b3o10bo$65bo23bo23bo23bo$50bo5bo8bo8bo5bo8bo8bo5bo8bo8bo5bo
8bo$50bo5bo17bo5bo17bo5bo17bo5bo$50bo5bo4b3o3b3o4bo5bo4b3o3b3o4bo5bo4b
3o3b3o4bo5bo4b3o3b3o2$52b3o10bo10b3o10bo10b3o10bo10b3o10bo$65bo23bo23b
o23bo$65bo23bo23bo23bo3$52bo23bo23bo23bo$52bo23bo23bo23bo$52bo10b3o10b
o10b3o10bo10b3o10bo10b3o$27b3o$27bobo12b3o3b3o3b3o4bo5bo4b3o3b3o4bo5bo
4b3o3b3o4bo5bo4b3o3b3o4bo5bo$27b3o12bobo16bo5bo17bo5bo17bo5bo17bo5bo$
42b3o7bo8bo5bo8bo8bo5bo8bo8bo5bo8bo8bo5bo$52bo23bo23bo23bo$52bo10b3o
10bo10b3o10bo10b3o10bo10b3o5$52b3o10bo10b3o10bo10b3o10bo10b3o10bo$65bo
23bo23bo23bo$50bo5bo8bo8bo5bo8bo8bo5bo8bo8bo5bo8bo$50bo5bo17bo5bo17bo
5bo17bo5bo$50bo5bo4b3o3b3o4bo5bo4b3o3b3o4bo5bo4b3o3b3o4bo5bo4b3o3b3o2$
52b3o10bo10b3o10bo10b3o10bo10b3o10bo$65bo23bo23bo23bo$65bo23bo23bo23bo
3$52bo23bo23bo23bo$52bo23bo23bo23bo$52bo10b3o10bo10b3o10bo10b3o10bo10b
3o2$48b3o3b3o4bo5bo4b3o3b3o4bo5bo4b3o3b3o4bo5bo4b3o3b3o4bo5bo$61bo5bo
17bo5bo17bo5bo17bo5bo$52bo8bo5bo8bo8bo5bo8bo8bo5bo8bo8bo5bo$52bo23bo
23bo23bo$52bo10b3o10bo10b3o10bo10b3o10bo10b3o5$52b3o10bo10b3o10bo10b3o
10bo10b3o10bo$65bo23bo23bo23bo$50bo5bo8bo8bo5bo8bo8bo5bo8bo8bo5bo8bo$
50bo5bo17bo5bo17bo5bo17bo5bo$50bo5bo4b3o3b3o4bo5bo4b3o3b3o4bo5bo4b3o3b
3o4bo5bo4b3o3b3o2$52b3o10bo10b3o10bo10b3o10bo10b3o10bo$65bo23bo23bo23b
o$65bo23bo23bo23bo4$65b3o$65bobo$65b3o13$64b3o$64bobo$64b3o!
Re: Soup search results
Posted: April 15th, 2019, 12:32 pm
by Freywa
In response to a challenge from over three years ago on
another thread, "minus zero" in 6 gliders from
this soup:
Code: Select all
x = 52, y = 18, rule = B3/S23
8bo$8bobo29bo$8b2o31bo7bobo$39b3o7b2o$50bo2$37b2o$4bobo29bo2bo$5b2o30b
2o$2o3bo$b2o$o2$41b3o2$38b3o$40bo$39bo!
Re: Soup search results
Posted: April 15th, 2019, 1:17 pm
by mniemiec
Freywa wrote:In response to a challenge from over three years ago on
another thread, "minus zero" in 6 gliders from
this soup:
Code: Select all
x = 52, y = 18, rule = B3/S23
8bo$8bobo29bo$8b2o31bo7bobo$39b3o7b2o$50bo2$37b2o$4bobo29bo2bo$5b2o30b
2o$2o3bo$b2o$o2$41b3o2$38b3o$40bo$39bo!
gmc_nxtman found a very similar 7-glider synthesis via 5-glider converter of 22.108237 on 2017-06-27 (that used a different 3-glider V-spark, rather than one from a phi). Because you used a phi-spark, you were able to optimize the starting constellation. The same trick constellation could be used to optimize the tub-version of this (20.27855) and presumably other similar ones (e.g. with boats, loaves, eaters, long boat, etc.) - those would give more 6-glider still-lifes.
Re: Soup search results
Posted: April 15th, 2019, 2:15 pm
by Freywa
mniemiec wrote:gmc_nxtman found a very similar 7-glider synthesis via 5-glider converter of 22.108237 on 2017-06-27 (that used a different 3-glider V-spark, rather than one from a phi). Because you used a phi-spark, you were able to optimize the starting constellation. The same trick constellation could be used to optimize the tub-version of this (20.27855) and presumably other similar ones (e.g. with boats, loaves, eaters, long boat, etc.) - those would give more 6-glider still-lifes.
My thought process went something like this: "There aren't any 2-glider collisions that produce a phi spark… I'll look in Martin's components file for a 3-glider one". I found such a component that required one glider and one blinker. Then, seeing there was plenty of room to drop the B, I ran a 3-glider search on the beehive + blinker constellation and picked one that just looked good.
Shinjuku is starting to get loaded with 17- and 18-bit still life syntheses. Some of these were raked from the many posts in this forum, but I made the one below myself. I just looked at your list of "difficult syntheses" and picked the one with the most gliders – 17.1201 at 160G. As usual, I pulled soups from Catagolue to find possible starting points, and eventually came up with this 10G synthesis from
this soup:
Code: Select all
#C xs5_253>151 -5/82 0/13 -10 70 1 151 -5/-28 8 33 14@0L14 -15>xs23_696zz8o6picz01226
#C xs23_696zz8o6picz01226>1 0///@1b3 -2>xs17_4a9lmge2zx1
x = 134, y = 79, rule = B3/S23
2bo$obo$b2o14$42bo$42bobo$42b2o4$21bo$20bobo$21b2o2$114bo13b2o$115bo
11bo2bob2o$113b3o10bo2b2obo$117b2o8b2o3bo$116bo2bo9b3o$117b2o10bo6$28b
o$26b2o$27b2o3$26b3o$26bo$27bo12$52b2o$51b2o$13bo39bo$13b2o$12bobo16$
66b2o$66bobo$66bo!
This is possibly the most drastic reduction anyone has ever made to a synthesis of any object.
Edit: 17.1101 from 184 gliders to 12 from
this soup.
Code: Select all
#C >48 -3/44 1/-45 7 22 3 43 -17/42 -12>xp2_6996yf4a6zzy6e
#C xp2_6996yf4a6zzy6e+1>86 -37/-58 -2 -44 7 89 0/-75 41 -29 22/@0l30 -18>xs17_j9c0qmz0123
x = 127, y = 55, rule = B3/S23
bo$2bo3bo108b2o$3ob2o108bo2bo$5b2o107bo2bo$115b2o2$20bo$19bo$19b3o92bo
$115b2o$22b2o90b2o10bo$22bobo101bo$22bo103bo2$117b2o$117bobo$102bobo7b
3o2bo$103b2o9bo$103bo9bo$100b2o$99bobo$101bo2$8bo$3b2ob2o108bo$2bobo2b
2o106bobo$4bo110b2o26$74bo$74b2o$73bobo!
: 17.994 from 187 gliders to 8 from
this soup. Now this is even more of a drastic reduction.
Code: Select all
#C >11 0//-11 5 12 -6/>xs10_33wcic
#C xs10_33wcic>81 -3/-67 37//64 -25 67 -32@0B5 14>xs24_69q3pcy36952zw121
#C xs24_69q3pcy36952zw121>1 0///@1R18 -1>xs17_69q3pczw121
x = 148, y = 37, rule = B3/S23
75bo4bo63bo$6b3o61bo5b2ob2o62bobo$obo3bo61bobo4b2o2bobo61bobo$b2o4bo
61b2o62bo8b2ob2o$bo62b2o66bobo7bo4bo$60bo3b2o65bo2bo9b2obo$b2o56bobo
70b2o9b2obo$2o57bobo66b3o$2bo57bo69bo$129bo25$39b2o$40b2o$39bo!
When adding the above synthesis to Shinjuku I also added systematic identifiers as comments to some syntheses. These identifiers are different from Niemiec's; they are obtained by sorting the apgcodes of all the still lifes of a given number of bits, and start from 0 (so, for example, 17.0 = xs17_01784czad113 and 18.0 = xs18_01784cz2lp13).
Edit 3: 17.6714 (lex-apg) / 17.1044 (Niemiec) from 195 gliders to 10:
Code: Select all
#C xp2_s01110szw222+1>1 0///@1r-4 2>xp2_70ggg07
#C xp2_70ggg07>24 -6//-7 3 18 -6/@0F15 -6>xp2_696zzxo02220oxezx1044401xs0111
#C xp2_696zzxo02220oxezx1044401xs0111+1>65 -24 85 -31/-27 -5 44 10//@0r-13 28>xs17_mc1raa4z11
x = 131, y = 54, rule = B3/S23
49bo$47b2o$48b2o$115bo$114bobo$114bobo$51bo63bo$50bo$50b3o$110bobo$
111b2o$50bo60bo$50b2o$49bobo68bo$9bo47bo50bobo9bo$9bo47bo51b2o9bo5b3o$
9bo47bo51bo$116b3o3b3o5bo$5b3o3b3o45b3o45b2o21bo$b2o105b2o10bo9bo$obo
6bo47bo49bo12bo$2bo6bo47bo62bo5b3o$9bo47bo29$89b3o$91bo$90bo!
Re: Soup search results
Posted: April 18th, 2019, 4:28 pm
by googoIpIex
is there a way to synthesise this:
Code: Select all
x = 5, y = 5, rule = B3/S23
2bobo$bo2bo$o3bo$obo$o!
because if so, we can get a very efficent synthesis of a 24-bitter:
Code: Select all
x = 23, y = 12, rule = B3/S23
bo$2bo$3o2bo14b2o$5bobo12b3o$5b2o12bobo$18b3o$18bo$7b2o$6bo2bo$7b2o!
Re: Soup search results
Posted: April 19th, 2019, 4:22 pm
by BlinkerSpawn
googoIpIex wrote:is there a way to synthesise this:
because if so, we can get a very efficent synthesis of a 24-bitter:
The original soup should provide some clues, if you have it.