Code: Select all
x = 8, y = 13, rule = tlife
2bo$o3bo$5bo$5bo$6o4$2b6o$7bo$7bo$2bo3bo$4bo!
Code: Select all
x = 8, y = 13, rule = tlife
2bo$o3bo$5bo$5bo$6o4$2b6o$7bo$7bo$2bo3bo$4bo!
yep, pretty sure it's in the database linked in the opdrc wrote:Has anybody noticed skewdisemimwss:Code: Select all
x = 8, y = 13, rule = tlife 2bo$o3bo$5bo$5bo$6o4$2b6o$7bo$7bo$2bo3bo$4bo!
Code: Select all
x = 7, y = 10, rule = tlife
5bo$4bo$4b3o6$2o$2o!
That's 2 gliders input (one for the reaction, one to "fix" the boat) for each 1 glider output. I'll have to say no.muzik wrote:Could this be used in a HBK-esque construction?
Code: Select all
x = 7, y = 10, rule = tlife 5bo$4bo$4b3o6$2o$2o!
Code: Select all
x = 20, y = 7, rule = tlife
bobo$b2o$2bo$14bo$2o11bobob3o$2o11b2o2bo$18bo!
No.muzik wrote:Are there any good ways to rub them together to get a usable output, though?
Code: Select all
x = 8, y = 7, rule = tlife
o$8o$7bo$7bo$7bo$7bo$7bo!
Code: Select all
x = 12, y = 13, rule = tlife
6b3o$7bo3$2bo$3o$2bo4$9b2o$9bobo$9bo!
Code: Select all
x = 20, y = 15, rule = B3/S2-i34q
19bo$17b2o$18b2o9$o2bo$o2bo$o2bo$b2o!
Code: Select all
x = 10, y = 10, rule = tlife
bo$2bo$3o6bo$8b2o$9bo3$8bo$7b2o$7bobo!
In creating the synthesis database I decided to use Life's gliders as the unit of measurement. That being said, Ts still do show up as parts of syntheses, just counted as 2 gliders because that's what it takes to make them.Rhombic wrote:Only today have I started exploring this rule and I find it extremely interesting!! However, with regards to syntheses, I would like to know whether the norm will be to do them with gliders or with T-ships; I have realised that in the last few pages, gliders are used, but better check just in case.
I disagree with the counting of Ts as 2G. While it is true that it takes two gliders to make a T, the same could be said in reverse. Ts are about as easy, if not easier, to create than gliders, and there are many more elementary T guns than glider guns. Catagolue shows that Ts are approximately 2.5% more common than gliders. All that said, however, gliders seem to be easier to use in syntheses, so it could go either way, I suppose.BlinkerSpawn wrote:In creating the synthesis database I decided to use Life's gliders as the unit of measurement. That being said, Ts still do show up as parts of syntheses, just counted as 2 gliders because that's what it takes to make them.
You could definitely build anything in the database starting with only Ts, but you'd end up converting a lot of them into gliders.
Code: Select all
x = 400, y = 44, rule = tlife
341bo$339bobo28bobo$340b2o28b2o$371bo3$356bo$357b2o$356b2o3$15bo$14bo$
o13b3o$b2o$2o341bobo$57b2o48b2o48b2o48b2o48b2o48b2o34bo2bo10b2o$57b2o
48b2o48b2o48b2o48b2o48b2o34bobo11b2o37b2o$59b2o40bo7b2o48b2o48b2o33bo
14b2o48b2o48b2o36b2o$59b2o38bobo7b2o48b2o48b2o34bo13b2o48b2o48b2o35b4o
$100b2o141b3o153bo$109b2o48b2o48b2o48b2o48b2o30bobo15b2o36b3o$55bo53b
2o48b2o48b2o48b2o48b2o6bobo21bo2bo14b2o35b3o$55b2o92bo5b2o48b2o48b2o
48b2o10b2o22bobo11b2o35b3obo$55bo94b2o3b2o48b2o48b2o48b2o11bo36b2o38bo
$149b2o241b3o$359b2o$67b2o134b2o48b2o45b2ob2o45b2ob2o3bo2bo$67bobo132b
o2bo47bobo44b2obobo44b2obobo3bobo$67bo29b2o103bo2bo48b2o48b2o48b2o4bo$
96bobo104b2o170bo$98bo62b3o85bo71b3o50b2o$161bo86b3o70bo52bobo$162bo
159bo2$195b3o$197bo175b3o$196bo176bo$374bo2$337b2o$338b2o26b2o$337bo
28bobo$366bo!
Code: Select all
x = 312, y = 316, rule = tlife
4bo$2bobo300bobo$3b2o300b2o$306bo3$19bo$20b2o$19b2o29$287bobo$287b2o$
288bo10$148bo$147b3o$147b3o$259bo$258bo$54bo203b3o$55b2o$54b2o24$84bo$
82bobo140bobo$83b2o140b2o$226bo3$99bo$100b2o$99b2o25$148bo$147b3o$147b
3o2$207bobo$207b2o$208bo13$179bo$178bo$134bo43b3o$135b2o$134b2o15$34bo
63bo$32bo2b2o59bo2b2o$34bo63bo4$32bo63bo$30bo2b2o34bo24bo2b2o34bo$32bo
34b3o26bo34b3o$69bo63bo$48b2o62b2o$47b3o61b3o$48b2o62b2o2$193bo63bo$
192b2o62b2o$193bo63bo23$192b3o$192bo$193bo16$211b3o$211bo$148b3o61bo$
148b3o$149bo10$230bo$229b2o$229bobo3$86b3o$88bo139b3o$87bo140bo$229bo
2$80b2o$81b2o138b2o$80bo140bobo$221bo35$272b3o$272bo$273bo2$148b3o$
148b3o$149bo12$291b3o$291bo$292bo12$310bo$309b2o$309bobo3$6b3o$8bo299b
3o$7bo300bo$309bo2$2o$b2o298b2o$o300bobo$301bo!
What the?! That's crazy, nice job.AbhpzTa wrote:18G+4T synthesis for a small c/4_orthogonal spaceship
Code: Select all
x = 94, y = 17, rule = tlife
80b3o$81bo$55bo$54bo$54b3o2$51bo29b2o9bo$2bo12bo36bo27bo2bo7bobo$obo
10bobo34b3o7b3o17bobo8bobo$b2o11b2o44bo20bo10bo$4b2o11b2o42bo24b2o$5b
2o11b2o66b2o$4bo12bo23b2o11b2o$41b2o11b2o19b3o$77bo$76bo9b2o$86b2o!
Code: Select all
x = 102, y = 96, rule = tLife
3bobo$3b2o$4bo3$5b2o5bo$b2o2b2o4bobo$obo8b2o$2bo8$12b2o9bo$11bobo8bobo
$12bo9b2o9$23b2o9bo$22bobo8bobo$23bo9b2o9$34b2o9bo$33bobo8bobo$34bo9b
2o9$45b2o9bo$44bobo8bobo$45bo9b2o9$56b2o9bo$55bobo8bobo$56bo9b2o9$67b
2o9bo$66bobo8bobo$67bo9b2o9$78b2o9bo$77bobo8bobo$78bo9b2o9$89b2o9bo$
88bobo8bobo$89bo9b2o!
Code: Select all
x = 93, y = 47, rule = tLife
91bo$90bobo$89bobo$89b2o4$78bo$77bobo$76bobo$76b2o4$65bo$64bobo$63bobo
$63b2o4$52bo$51bobo$50bobo$50b2o4$39bo$38bobo$37bobo$37b2o4$26bo$25bob
o$24bobo$3bobo18b2o$3b2o$4bo2$13bo$5b2o5bobo$b2o2b2o4bobo$obo8b2o$2bo!
Code: Select all
x = 5, y = 4, rule = tlife
4bo$bob2o$o3bo$bo!
Code: Select all
x = 14, y = 11, rule = tlife
2o$bo$bob2o$2bo2bo$3b2o2$12bo$6bo4bo$5bobo3b3o$4bo2bo$5b2o!
Why would you use this when there is a simple two-glider synthesis for the p160 available?Rhombic wrote:Granted - it's really not efficient, but it's a very odd synthesis of the p160:Code: Select all
x = 94, y = 17, rule = tlife 80b3o$81bo$55bo$54bo$54b3o2$51bo29b2o9bo$2bo12bo36bo27bo2bo7bobo$obo 10bobo34b3o7b3o17bobo8bobo$b2o11b2o44bo20bo10bo$4b2o11b2o42bo24b2o$5b 2o11b2o66b2o$4bo12bo23b2o11b2o$41b2o11b2o19b3o$77bo$76bo9b2o$86b2o!
I highly recommend you to check this link before posting syntheses like this. The same idea applies to normal Conway's Game of Life; unless it is cheaper than the previous syntheses, or edgeshoots it in some way, it isn't really all that notable.Rhombic wrote:Synthesis of a possible familiar four - we did have the beehive with tail, right?:Code: Select all
x = 14, y = 11, rule = tlife 2o$bo$bob2o$2bo2bo$3b2o2$12bo$6bo4bo$5bobo3b3o$4bo2bo$5b2o!
I can't find the cis-bun on bun there, am I missing it somewhere?gmc_nxtman wrote: I highly recommend you to check this link before posting syntheses like this. The same idea applies to normal Conway's Game of Life; unless it is cheaper than the previous syntheses, or edgeshoots it in some way, it isn't really all that notable.
Code: Select all
x = 5, y = 3, rule = tlife
b3o$b3o$o3bo!
Code: Select all
x = 15, y = 12, rule = tlife
7bo$6bobo$7b2o4$6bo$5bobo$b2o2b2o$obo10b2o$bo10b2o$14bo!
Code: Select all
x = 244, y = 194, rule = tlife
51b3o$53bo72bo$51bo2b2o10b3o56b2o$53b2obo8bob2o57bobo$47bobo7bo6b3ob2o
57bo13bo44bo$46bo2bo4bobo7bobo3bo69b3o42bobo14bobo$47bo16b2obobobo67bo
3bo40b2o16bobo$51b2o12b4o2bo68b2obo41bo17b2o$51bobo16bo70b2o65bo$51bob
o145bobo4bo2bo$60b2o19bo116bo7bobo$22bo2bo34b2o17b2ob2o115bob2o$22bo
56b2ob2o116b2o2bo$22bo56b2o2bo118bo$8bo13bo24bo11bo21b2o59bo59b3o$8bo
12bo3bo20bobo11bo36bo42b2ob2o$9bo15bo19b2o11b3o34b2ob2o16bobo20bo3b2o$
8b2o12b3o21bo48b2ob2o15bo2bo20bo5b2o$8b3o83b2obo2bo15bobo20bo3bob2o28b
2o$10bo84b5o47bo10bob2o13b2o$96bob2o41bo3b2o12b2o14b2o$74bobo20bo43b2o
2b2o11bobo13bo$75b2o65bobo12b2o$75bo81bobo3$117bo$116bobo77b3o$21b2o
92b2ob2o75bob2o$21b2o34bo50b2o5bo2bo75b3ob2o$7bo47b3o50b2o6b2o76bobo3b
o$5b2obo48bo79bo56b2obobobo$5bo2bo128bo38b2o17b4o2bo$5b3o130bo12b2o23b
2o4b3o15bo$137b2o12b3o23b3o2bo$137b3o13bo24bobobo2bo$139bo11b2obo23bob
o2b2o$26b3o125bobo22bo$26b3o118b2o2b2o3bo18bobo$29bo119bo3b3o$147b2o
26bo3bo$52bo123bo2bo$50b2ob2o123bo$50bo93b2o$49bo5bo73b3o12b2o$49b2o5b
o71b2ob2o$50bo2bobo71b3o3bo$50b2obo60b3o11b4ob2o$52bo62bo14b2o2bo$50b
2o78bo2b2o$130b2obo12bo50bobo$130bobo11bobo50b2o16b2o$67b2o76b2o51bobo
14b2o$67b2o130b2o14b2o$22b2o174bob2o12bo$21bo3bo$25b2o16bo$20bo5bo14b
2ob2o34bo$20bo3b3o12bo2bo3bo32b3o$21b2ob2o14bo2bo32bo$22b3o14bobo5bo
27bo6bo$39bo2bob3o9bo19bo6b2o$15bo24bob2obo6b2o3bo9bo8bo6bo$14bobo25bo
8bo6bo6b2o10b2o4bo117b2o$51bo5bo7b2o3b2o128b3o$15b2o33bo3b2o8bo2bo9b2o
b2o109b2o8b2o$51bo3bo9bob2obo8bo114bob2o$11b3o4bobo30bo4bo2bo5bo3b2o
66bo53b2o4bo$13bo6bo38bo6b2ob2o66bobo19b2o32b2o3bo$11b2o4bob2o37bo9bo
40bobo25b2o19bo35bo2bo$15bob2o35b2ob2o51b2o46bob2o34bo$18bo37bo53bo47b
o3b2o$15bobo81bo59bobob2o$16bo142bobob2o$98bobo$2b3o94bo58bo$bo2b2o93b
o57bobo$o5bo64bobo83bobo$b2ob2o65bo2bo$2b3o66bobo4$69bobo137b3o$69bo2b
o33bo$69bobo32bo2b2o100bobo$106bo103bo2$11bo$10b3o2$153bo$153b3o$93b2o
58bo$25bo7bo58bob2o$24b3o4b2ob2o56bo3bo$93b3o$31b2o4bo56bo$30bo6bo176b
3o$30bo6b2o177bobo$29bo6bo165bo11b2o2bobo$30bo169b2ob2o14bo$33b3o154bo
8bo3b2o13bo$34bo153b2ob2o6bo5b2o$188b2ob2o6bo3bob2o$179bo7b2obo2bo13bo
$177b2ob2o6b5o8bo3b2o$151b2o22bo2bo3bo6bob2o8b2o2b2o$151bobo22bo2bo10b
o11bobo$69b3o79bo23bobo5bo$40b3o15bo10b3o103bo2bob3o$39b2ob2o12b2obo
10bo105bob2obo$38b3o3bo11bo2bo118bo$39b4ob2o10b3o$41b2o2bo$41bo2b2o$
41b2obo$41bobo$126bo57bo$126bo57b3o$127bo56bo$126b2o79b2o15bobo$100b2o
24b3o13bo63bo2bo14bobo$99bob2o25bo12b3o62bobo16b2o$100b3o41bo59bo33b2o
$100bobo40bo26b2o31b2o2b2o13bob2o12bo$99b2o69bobo30bo4bo14bo$95b2o2b4o
67bo33b2obo16bo12bobo$100b2o104b2o29bo$116bo76bo$115b3o76bo$189b2o2bob
o$43b2o146bobo$42b2obo143b3o$45bo$26b2o12b2o4bo$26b2o11bo3bob2o22bo63b
o$39bobob2o22b2o2bo59b2o2bo$40bo28bo22bo40bo88bo$92bo51bo76b2o17b2o$
91bobo48b4o76bo16bob2o$142b2ob2o92bo3bo$92bo48bo2b2obo92b3o$58b2o82b2o
b2o94bo$58bo83b2ob2o$144bo42b2o$19b2o36bobo47b2o78bobo25b2o$19b3o35bo
48b2obo77bo26b2obo$21bo16b2obo64b3o105b3o$19b2obo14bo2bo65bobo105bobo$
22bobo14bo2bo65b2o106b2o$15b2o2b2o3bo11b3o2b2o63b4o2b2o65b3o32b4o2b2o$
11bo5bo3b3o13bo2bo2bo63b2o70bo35b2o$10b3o2b2o21bo3bo138bo$37b2o3bo130b
obo$38bo2bo131bob2o$39bo16bo117bo$54b3o121b2o$52bo2bo112b2obobo$26bo
26b2obo111b2obobo$27bo24b2o52bo62b2o3bo$25b2obo39b2o19bo14bobo64b2obo$
62bo5b2o18bobo83bo$24b2o36b2o24bob2o12b2o25bo40b2o44bo$24bobo35bo26b2o
11b3o26bo71b3o12bo$24bobo104bo70b2ob2o11bo$117b2o12b2o29b3o37b3o2bo9b
2o$117b2o12b2o28b4o35b2obo2bobo8b2o$160b3o36b4o$160b2o37bo2bo$199b3o2b
2o$163b3o2b2o30b6o$75bo87b3o2b2o31bob3o$73b2ob2o90b2o$59b2o12b2ob2o83b
2o5bo57b2o$8b2o13b2o31b5o12b2o2bo84bo4bo58b5o$7bob2o12bo51b2o52bo46bo$
7bo3bo116bobo45b2o$8b3o11bobo103bob2o44bo$9bo12bo92bo13b2o$111b3obo99b
2o$111b2o102b2o$110bo2bo$111bob2o2bo51b2o8b3o37bo$111bo3b2o50b2obo8b3o
24bo10b2ob2o$112b2ob2o49bo4bo8bo25bo$114bo51b2o2b2o37b2o6b2o4bo$167bo
10bo4b2o25bo12bo$169bobo11b3o22b3o5bo6b2o$169bo2bo11bo24bo12bo$170b2o
9b2o22b5o6bo$180b3o22bo3bo9b3o$180b3o23b4o10bo$208bo!
Code: Select all
x = 3, y = 9, rule = tlife
3o$3o$bo2$bo$bo$obo2$bo!
Code: Select all
x = 7, y = 12, rule = tlife
2bobo$3b2o$3bo2$bo$obo2b2o$obob2o$bo4bo2$3bo$3b2o$2bobo!
Only two gliders and fixed (wait, this is what you wanted to do, right?):BlinkerSpawn wrote:Almnost-component:Code: Select all
x = 7, y = 12, rule = tlife 2bobo$3b2o$3bo2$bo$obo2b2o$obob2o$bo4bo2$3bo$3b2o$2bobo!
Code: Select all
x = 9, y = 9, rule = tLife
bo$obo3bobo$obo3b2o$bo5bo3$3b2o$2bobo$4bo!
Code: Select all
x = 30, y = 9, rule = tLife
2bo19bo$bobo17bobo$o2bo16bo2bo$obo17bobo$bo19bo$2b3o20bobo$4bo17b3o3bo
$25b2o2bo$22b2ob2o!
I was hoping for something like this:Rhombic wrote:Only two gliders and fixed (wait, this is what you wanted to do, right?):BlinkerSpawn wrote:Almnost-component:Code: Select all
hive to R-mango-with-hook
]Code: Select all
hive to mango
Code: Select all
x = 28, y = 13, rule = tlife
9bo$2bobo2bobo$3b2o3b2o$3bo$10bo$bo6b2o12bo$obo2b2o2b2o10bobo$obob2o6b
3o6bo2bo$bo4bo5bo9bobo$13bo9b2obo$3bo21bobo$3b2o20bobo$2bobo21bo!
Code: Select all
x = 53, y = 36, rule = tlife
10bo11bo$9bobo9bobo$2o7bobo9bobo7b2o$2o8bo4bobo4bo8b2o2$4b3o19b3o$3bo
2bo19bo2bo$4b2o21b2o23$42b3o3b3o$41bo2bo3bo2bo$44bo3bo$40bo3bo3bo3bo$
44bo3bo$41bo2bo3bo2bo!
This works, but the bun is hard to insert:BlinkerSpawn wrote:Completed synthesis of half-extended c/2 and found core reaction for dove adding component:Code: Select all
x = 38, y = 23, rule = tlife 16bo$3bo10b2o$3bo11b2o$2b3o5$11bo23b2o$2o3b2o3bobo22b2o$2o3b2o3bobo24b o$11bo23b2o$35b2o$34bo4$6bo8b2o16b2o$7b2o5b2o16bo2bo$6b2o8bo16b2o$2b3o $4bo$3bo!
Code: Select all
x = 10, y = 22, rule = tlife
3b2o$2bo2bo$3b3o2$3b3o$2bo2bo$3b2o3$7bobo$7b2o$8bo$3b2o$3bobo$3bobo$4b
o3$5b2o$bo3bobo$b2o2bo$obo!
Code: Select all
x = 11, y = 13, rule = tlife
3o2$obo$bo$6bo2b2o$2b2obobo2bo$2b2obob2o$4bo2bo$4bobo2bo$5bob3o$6bo$7b
o$6b2o!
Glider destruction:drc wrote:Another (trivial) t-eater:Code: Select all
x = 11, y = 13, rule = tlife 3o2$obo$bo$6bo2b2o$2b2obobo2bo$2b2obob2o$4bo2bo$4bobo2bo$5bob3o$6bo$7b o$6b2o!
Code: Select all
x = 14, y = 14, rule = B3/S2-i34q
bo$2bo$3o3$9bo2b2o$5b2obobo2bo$5b2obob2o$7bo2bo$7bobo2bo$8bob3o$9bo$
10bo$9b2o!
Code: Select all
x = 10, y = 10, rule = tLife
3o2$obo$bo$6bo$2b2obobo$2b2obobo$4bobob2o$4bobob2o$5bo!
Code: Select all
x = 8, y = 11, rule = B3/S2-i34q
3bo$4bo$2b3o3$4bo$2obobo$2obobo$2bobob2o$2bobob2o$3bo!
Code: Select all
x = 11, y = 14, rule = B3/S2-i34q
9b2o$9b2o9$bo$b2o$o2bo$2bo!
Code: Select all
x = 14, y = 10, rule = B3/S2-i34q
13bo$12b2o$13bo4$bo$b2o$o2bo$2bo!
Code: Select all
x = 13, y = 18, rule = B3/S2-i34q
11bo$10bo$10b3o12$bo$b2o$o2bo$2bo!
Well now we have an S-to-A and S-to-T, which means that all we really need is an X-to-S.Rhombic wrote:Funny S + block --> ant + T-ship reaction. Might be useless, but a well-timed synthesis of the block would allow a peculiar double-barreled gun.
Code: Select all
x = 11, y = 14, rule = B3/S2-i34q 9b2o$9b2o9$bo$b2o$o2bo$2bo!