ConwayLife.com

My best bet to actually improve the repeat time is to manage to make the following spark: x = 11, y = 13, rule = LifeHistory 6.C$5.C$C3.C$C3.C$2.3C3.2A$7.A2.A$7.A.A$8.A$ABA2B$A2BAB$3BAB$BABAB$B. A2B! That's the only way to have a still loaf inserted faster, has it does not need to be timed (though t...

Found a g-to-loaf-flipper with added benefits: x = 28, y = 30, rule = LifeHistory 14.2AB$13.BABA$10.C2.2BA.B$9.CBC.B2D2B$8.CB.C2.BD2B$9.2C4BDB2D$5.BCB 3.B2DBDBD5.2A$5.2BC2B.BD2BD2BD3.A.A$5.3CBD.3BDB.2D3.A$7.2B5D6B.2C$8. 13B$9.2B2DBD6B3.2A$9.B.D.2D6B.B2.A$13.9B3A$11.9B.BA$11.9B3.2A$11.9B4. A$11.2B2A3...

Well, one would need to find an alternate way to flip that loaf, given how bulky that eater is, would be nice to see how to g-to-"loaf flip" in general, tried some thing, but that's not working: x = 91, y = 98, rule = LifeHistory 6$34.2A16.2A$34.2A16.A$53.A$52.2A$35.A2B10.B.BA$34.3AB.B7.2A2B3A$34. 2...

made a p64 oscillator with 2 p32 oscillators x = 62, y = 54, rule = LifeHistory 3$8.B$8.2B4.2B2A4.B2A4.4B7.B$8.3B5.A7.A.B3.3B7.B$6.2B3A.B4.3A.3A2.B3. 3A2B7.B$6.2B3A2B6.A.A4.B2.B3A2B7.B$7.B3A.B6.3B6.B.3AB$9.B.3AB2.7B2.B 3A.B$10.B3A2B.7B.2B3AB$11.3A13B3A$11.3B2.9B2.3B$12.2B.5BA5B.2B$14.6BA 6B$15.4BABA...

Improved H-to-H, but it cannot be made spartan with the other reflector, as far as I can tell x = 63, y = 68, rule = LifeHistory 3$23.3B3DB11.2A$23.4BD2B9.2B2AB$23.2B3D2B9.4B$24.6B8.4B7.2A$24.7B7.5B 6.A$24.8B4.9B.BA.A$25.20B.B2A$25.22B$24.6B.16B6.A$24.23B4.3A$25.22B3. A$25.24B.2A$21.2A2.27B$20.A.A27...

clumsy, but working H-to-B: x = 79, y = 88, rule = LifeHistory 5$43.2A$27.2A14.A$16.2A8.B2AB10.BA.A$14.2B2AB7.4B7.2B.B2A$14.4B8.4B6. 5B$7.2A5.6B5.5B4.7B4.2A$6.B2AB2.2B.8B.7B3.7B5.A$7.2B2.22B.7B2.3A$8. 35BA$6.36B$5.2B2A32B$4.3B2A32B$5.35B.B.2A3.2A$5.38BA.A.A.A$4.7B.30B.B .A.A$4.6B.4B2.B3.23B2A.2A$5.9...

I decide to crosspost all of these sparkers since almost nobody objected about whenever they're known: [...] x = 21, y = 25, rule = B3/S23 10bo$8bo3bo$4b2obo5bob2o$2obob4o3b4obob2o$2obobo3b3o3bobob2o$3bobo9bo bo$3bobo2bobobo2bobo$2b2obobo2bo2bobob2o$bo2bob3obob3obo2bo$2b2obo3bo bo3bob2o$4b3o2bobo2b...

bandersnatchies alternate glider outputs... x = 94, y = 48, rule = LifeHistory 7$10.B47.B$9.3B45.3B$9.4B44.4B$10.4B11.B32.4B11.B$11.4B8.5B31.4B8.5B$ 12.4B7.3B3.3B28.4B7.3B3.3B$13.4B3.6B2.4B29.4B3.6B2.4B$14.4B.15B28.4B. 15B$15.21B27.21B$15.13B.8B26.13B.8B$15.23B25.23B$14.19B2.4B23.19B2.4B $13.21B2.4B...

Stabilized some h-to-h, thought the repeat time is real bad. x = 57, y = 60, rule = LifeHistory 4$23.6B21.A$23.2B3DB20.A.A$23.3BD2B20.A.A$23.B3D2B19.2A.3A$23.6B7.2A 11.B4.A$23.7B5.B2AB4.2B2.B2AB3A$23.8B3.7B.6B2A.A$24.26B$24.24B$23.6B. 19B$23.7B.18B$24.25B$24.25B.2B$20.2A2.2B2D23B2A$19.A.A4B2D14BA6B....

I really cannot call this a eater factory, but here is something unexpected: x = 54, y = 70, rule = LifeHistory 8$42.4B$41.4B$40.4B$21.2A16.4B$22.A15.4B$20.A16.4B$20.5A11.4B$25.A9. 4B$20.2A2.2A8.4B$19.A.A2.4B2.B2.4B$19.BA5.10B$20.2B4.9B$18.4B3.10B$ 17.6B2.10B7.2C$13.2B.7B2.10B6.B2CB5.2C$12.2A22B6.3B...

Extremely cursed catalyst reaction(s) x = 13, y = 14, rule = B3/S23 bobo$bobo$b3o$9bo$9b3o$12bo$11b2o$2b2o2b2o$2b2o2bobo$7bobo$2b2o4bo$bo bo$bo$2o! Cursed pi-to-loaf (not that great, but we so not have many of these so...) x = 71, y = 28, rule = LifeHistory 5$49.2B$48.4B$48.5B$46.9B$11.2B33.2B2D6B$...

Block pulling xwss volleys x = 448, y = 57, rule = LifeHistory 13$30.B79.B79.B79.B79.B$29.4B76.4B76.4B76.4B76.4B$29.3B2A75.3B2A75.3B 2A75.3B2A75.3B2A$29.3AB2A74.3AB2A74.3AB2A74.3AB2A74.3AB2A$29.5A75.5A 75.5A75.5A75.5A$29.B3A76.B3A76.B3A76.B3A76.B3A$29.B.B.B.B.B.B69.B.B.B .B.B.B69.B.B.B.B.B.B69.B.B.B...

Well, that one is in a collection already, but connecting it is difficult, but not impossible: x = 226, y = 86, rule = LifeHistory 11$152.2A38.A$152.A.A35.3A$154.A14.2A18.A$154.2A14.A18.2A$155.B14.A.A 25.2A$155.3B13.2A25.A$154.6B4.B31.A.A$11.2A38.A101.10B.2B30.2A$11.A.A 35.3A101.11B3.2B2.2B12.2B5.2A...

well, the clearance in not as good, but one has less timings to manage with this one reaction: x = 36, y = 58, rule = LifeHistory 4$6.11B$6.12B$6.6B2A4B$6.5B3AB2AB$6.6B2AB3AB2A$6.5B3AB2A2B2A$6.5B2A. 6B$6.3B.B4.4B$14.4B$13.4B$12.4B$11.4B$10.4B$9.4B$8.4B$7.4B$6.4B$5.4B$ 4.4B$3.4B$2.4B$.4B9$20.3A$19.3B...

I think there is a need for a more thorough search here, but here is some weird useless H-to-Eater-methylation (or something): x = 42, y = 45, rule = LifeHistory 3$22.2A$22.A$23.A$20.4A$20.A$22.B3A$6.2A14.BA2.A$7.A12.4B.A.A$7.A.AB 7.7B.A$8.2AB.3B3.7B$10.15B$10.16B$11.15B$10.15B$8.17B$6.9B$6.2BC6B12....

Might as well put this thing I had in the freezer in here, since I think there might be an issue with making MWSSes on one side of the catterpillar, which is required by the current frontend I made. I had an idea to multiply gliders on the side with the helix, I found some glider/xwss reaction that ...

Well, I noted this unusual reaction with a known catalyst, but that just make a g-to-block: x = 33, y = 37, rule = B3/S23 2$12b2o$12bo$4b2o3b2obo6b2o$4bo4bobo7bo$5b3obo7bobo$7bob2o6b2o3$3b2o$ 3bobo$5bo$5b2o$7bo$5b3o$4bo$4bob2o$5bobo$15bobo$15b2o$16bo2$7b2o5b2o$ 6bobo4bo2bo$6bo6bobo3b2o$5b2o7bo4bobob...

I found this. How to replace the upper block? x = 20, y = 9, rule = B3/S23 18bo$17bo$17b3o$9b2o$ob2o5b2o$2obo2$9b2o$9b2o! Just completing something posted some time ago... (but it is periodic, and the recovery time is 272...) x = 113, y = 107, rule = LifeHistory 9$73.2A$73.A2.2A$74.A.A$61.A11.2A2.A...

Well, if space to have it fit in life viewer is a concern, or anywhere else for that matter, I am not use why you use stable circuitry if you plan to make a "display" with it, I mean, either you might manage to get this done with 8 guns per spaceship, and then selectively suppress spaceships with yo...

some h-to-h got modified to make a b-to-h that emits 1 extra glider, it works fine but the input is a bit contrained, and I did not quite find something appropriate there: x = 68, y = 56, rule = LifeHistory 2$28.4B$27.4B3.2A$26.4B4.A$13.2A10.4B7.A$14.A9.4B4.5A10.2A2.2A$12.A 10.4B6.A7.2A3.A.A3.A$12.5...

Well, what you have been posting is mostly known as a valid b-to-g instead: x = 38, y = 29, rule = LifeHistory 4$23.2A$23.A.A$25.A$19.2A3.A.2A8.B$20.A3.A3.A6.2B$20.A.2A.2A.A5.3B$ 21.A.A.A.A5.4B$23.4B5.4B$22.4B5.4B$11.3B6.7B3.4B$9.6B2.2B.8B.4B$7.8B. 16B$7.5BD18B$6.7BD16B$7.6B2D14B$9.3B2D14B$9.3BD14B$...

Almost a 2G-to-B : x = 71, y = 70, rule = LifeHistory $2.A$3.A$.3A28$32.A$33.A$31.3A$48.2C$33.4B10.C.C$29.C4.4B9.C$29.3C3. 4B7.2C$32.C3.4B5.2B$31.2C4.4B2.5B6.3B5.2A$31.4B2D.11B4.4B5.A$33.BD2BD .10B4.5B.BA.A$33.2B2D13B3.5B.B2A$29.D20B3.7B$28.D20B3.8B$27.2D19B3.8B 4.2A$28.2D29B3.A.A$29.D14B2D13B3.A$3...

Weird thing... adds a regular clock glider into a stream with different timing, as long as that other stream has a period that is high enough, that will work without failing: x = 251, y = 198, rule = LifeHistory 22$189.A$189.3A13.2A$192.A9.2A2.A$191.2A8.B2A.A$191.5B5.3B.2A$193.4B 3.B3A.A$191.10B3A.A...

For a better repeat time, I think what I posted before is better, just that the input are gliders, so that makes this quite compact. Another thing that seems to work is this, and it involves a block keeper in fact: x = 91, y = 140, rule = LifeHistory 16$37.A$37.3A13.2A$40.A9.2A2.A$39.2A8.B2A.A$39.5B...

Found a little brother for that g-to-block: x = 82, y = 43, rule = LifeHistory 6$71.2A$71.A$17.2A49.BA.A$16.B2AB48.B2A$17.2B49.B$16.2B50.B$14.5B53. 2A$3.B2.3B.B2.7B29.10B7.2B3.A.A$3.17B30.3B2D4B7.2B3.A$3.3B2D13B28.B. 2B2D4B7.3B.2A$3.3B2D14B27.B.9B4.6B$3.20B30.17B3.2A$3.5B.4BC9B29.2B4. 3BC8B.B2.A$3.5...