Thread for basic questions
Re: Thread for basic questions
What does Blockspam exactly mean?
Fan of BTS (qkdxksthsuseks)
Currently inactive.
Currently inactive.
Re: Thread for basic questions
Blockspam is when someone creates a symmetry in Catagolue that is a whole bunch of blocks and usually nothing else; if it overtakes C1, it becomes a troll symmetry.
What you've seen before (and what you were "warned" about, not that you did anything wrong), is actually block party, not block spam — the input is a whole bunch of blocks, and they interact and can form pretty much anything.
What you've seen before (and what you were "warned" about, not that you did anything wrong), is actually block party, not block spam — the input is a whole bunch of blocks, and they interact and can form pretty much anything.
User:HotdogPi/My discoveries
Periods discovered: 5-16,⑱,⑳G,㉑G,㉒㉔㉕,㉗-㉛,㉜SG,㉞㉟㊱㊳㊵㊷㊹㊺㊽㊿,54G,55G,56,57G,60,62-66,68,70,73,74S,75,76S,80,84,88,90,96
100,02S,06,08,10,12,14G,16,17G,20,26G,28,38,47,48,54,56,72,74,80,92,96S
217,486,576
S: SKOP
G: gun
Periods discovered: 5-16,⑱,⑳G,㉑G,㉒㉔㉕,㉗-㉛,㉜SG,㉞㉟㊱㊳㊵㊷㊹㊺㊽㊿,54G,55G,56,57G,60,62-66,68,70,73,74S,75,76S,80,84,88,90,96
100,02S,06,08,10,12,14G,16,17G,20,26G,28,38,47,48,54,56,72,74,80,92,96S
217,486,576
S: SKOP
G: gun
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Re: Thread for basic questions
Anyone know how the sliding block register works?
Re: Thread for basic questions
Yes. See Chapter 9, Section 9.1.1 ("A Sliding Block Register"), or more generally sliding block memory on LifeWiki.
- squareroot12621
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Re: Thread for basic questions
Is there an eater that can eat many common things?
For example, this
can eat all standard spaceships.
For example, this
Code: Select all
x = 34, y = 27, rule = LifeHistory
2.C19.C2.C$C.C13.C4.C6.5C$.2C13.C.C2.C3.C2.C4.C$16.2C3.4C3.C$4.C8.2A14.
C3.C$5.C6.A.A16.C$3.3C6.A$7.2A.A.A$7.2A.2A2$7.2A.2A$8.A.2A$2.A5.A$2.3A
2.2A$2A3.A$.A2.A.5A.2A$.A.A2.A3.A.A.A$2.A3.A.2A2.A.A$7.A.A.A.A$11.A$4.
3C3.2A$4.C2.C$4.C$4.C3.C$4.C3.C$4.C$5.C.C! [[ ZOOM 15 ]]
Code: Select all
4b8o$4b8o$4b8o$4b8o$4o8b4o$4o8b4o$4o8b4o$4o8b4o$4o8b4o$4o8b4o$4o8b4o$4o8b4o$4b8o$4b8o$4b8o$4b8o![[ THEME 0 AUTOSTART GPS 8 Z 16 T 1 T 1 Z 19.027 T 2 T 2 Z 22.627 T 3 T 3 Z 26.909 T 4 T 4 Z 32 T 5 T 5 Z 38.055 T 6 T 6 Z 45.255 T 7 T 7 Z 53.817 LOOP 8 ]]
Re: Thread for basic questions
There seems to be an unstated assumption here, that the eater has to be a connected strict still life. Otherwise you might have preferredsquareroot12621 wrote: ↑April 30th, 2022, 1:38 pmIs there an eater that can eat many common things?
For example, this... can eat all standard spaceships.
Code: Select all
x = 61, y = 12, rule = B3/S23
b6o9b5o8b4o16bo6b2ob2o$o5bo8bo4bo7bo3bo17bo6bob2o$6bo13bo11bo15b3o6bo$
o4bo9bo3bo8bo2bo22b2obo$2b2o13bo37bob2o$55bo4bo$56b2ob2o$57bobo$52b2o
3bobo$44b3o6bo4bo$46bo3b3o$45bo4bo!
You can weld a regular fishhook onto that one-piece HWSS eater more cheaply than that eater2 variant, and it still eats lots of things:
Code: Select all
x = 38, y = 25, rule = B3/S23
30b2o2bob2o$29bo2bo2b2o$30bobo$31bo$18bo2bo15bo$12bo4bo6b5o6b3o$12bobo
2bo3bo2bo4bo4bo$12b2o3b4o3bo10bo$9b2o14bo3bo6b2o$8bobo16bo$2bo5bo$2b3o
2b2o$2o3bo$bo2bob5ob2o$bobo2bo3bobobo$2bo3bob2o2bobo$7bobobobo$11bo$4b
3o3b2o$4bo2bo$4bo$4bo3bo$4bo3bo$4bo$5bobo!
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Re: Thread for basic questions
Okay, thanks! I would have preferred strict/pseudo still lifes, but that works too. I wanted the Eater 2 because it's one of the "standard" eaters.dvgrn wrote: ↑April 30th, 2022, 4:02 pm[…]You can weld a regular fishhook onto that one-piece HWSS eater more cheaply than that eater2 variant, and it still eats lots of things:
Code: Select all
x = 38, y = 25, rule = B3/S23 30b2o2bob2o$29bo2bo2b2o$30bobo$31bo$18bo2bo15bo$12bo4bo6b5o6b3o$12bobo 2bo3bo2bo4bo4bo$12b2o3b4o3bo10bo$9b2o14bo3bo6b2o$8bobo16bo$2bo5bo$2b3o 2b2o$2o3bo$bo2bob5ob2o$bobo2bo3bobobo$2bo3bob2o2bobo$7bobobobo$11bo$4b 3o3b2o$4bo2bo$4bo$4bo3bo$4bo3bo$4bo$5bobo!
-----
Edit: How does Macrocell work?
Code: Select all
4b8o$4b8o$4b8o$4b8o$4o8b4o$4o8b4o$4o8b4o$4o8b4o$4o8b4o$4o8b4o$4o8b4o$4o8b4o$4b8o$4b8o$4b8o$4b8o![[ THEME 0 AUTOSTART GPS 8 Z 16 T 1 T 1 Z 19.027 T 2 T 2 Z 22.627 T 3 T 3 Z 26.909 T 4 T 4 Z 32 T 5 T 5 Z 38.055 T 6 T 6 Z 45.255 T 7 T 7 Z 53.817 LOOP 8 ]]
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Re: Thread for basic questions
Is there a circuit that can be toggled to change the output? So whenever it is toggled, the conduit releases a glider of a different lane/direction.
I need one of these for a computer.
I need one of these for a computer.
- silversmith
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Re: Thread for basic questions
Here is a small circuit which can have its output turned on and off, and could be combined with a splitter and some snarks to have a glider sent in another direction when the output is off. Would that work for your situation?
dvgrn wrote: ↑September 7th, 2019, 6:01 pmCode: Select all
x = 38, y = 151, rule = LifeHistory 20.2A$17.2A2.A$15.3A.2A$14.A4.B$15.3AB2AB$7.2A8.A.2AB.B$8.A10.6B$8.A. AB9.4B$9.2AB.3B4.6B9.3B$11.7B.8B7.4B$11.17B5.4B$12.15B5.4B$11.16B4.4B $9.17B4.4B$7.20B2.4B$7.2BA22B$6.3BABA4B.14B$7.2B3A4B2.12B$6.5BA4B2. 12B$5.10B4.12B$4.4B10.12B$4.3B12.9B$2.4B13.8B$2.2A16.6B$3.A14.7B$3A 15.2A4.2B$A18.A3.B2A$16.3A5.2A$16.A7$20.2A$17.2A2.A$8.A6.3A.2A$7.A.A 4.A4.B$7.A.A5.3AB2AB$5.3A.2A6.A.2AB.B$4.A14.6B$5.3A.2AB9.4B$7.A.2AB. 3B4.6B9.3B$11.7B.8B7.4B$11.17B5.4B$12.15B5.4B$11.16B4.4B$9.17B4.4B$7. 20B2.4B$7.2BC22B$6.3BCBC4B.14B$7.2B3C4B2.12B$6.5BC4B2.12B$5.10B4.12B$ 4.4B10.12B$4.3B12.9B$2.4B13.8B$2.2A16.6B$3.A14.7B$3A15.2A4.2B$A18.A3. B2C$16.3A5.2C$16.A2$31.2A$31.A.A$31.A8$20.2A$17.2A2.A$8.A6.3A.2A$7.A. A4.A4.B$7.A.A5.3AB2AB$5.3A.2A6.A.2AB.B$4.A14.6B$5.3A.2AB9.4B$7.A.2AB. 3B4.6B9.3B$11.7B.8B7.4B$11.17B5.4B$12.15B5.4B$11.16B4.4B$9.17B4.4B$7. 20B2.4B$7.2BD22B$6.3BDBD4B.14B$7.2B3D4B2.12B$6.5BD4B2.12B$5.10B4.12B$ 4.4B10.12B$4.3B12.9B$2.4B13.8B$2.2A16.6B$3.A14.7B$3A15.2A4.2B$A18.A3. B2D$16.3A5.2D$16.A2$31.2A$31.A.A$31.A8$20.2A$17.2A2.A$8.A6.3A.2A$7.A. A4.A4.B$7.A.A5.3AB2AB$5.3A.2A6.A.2AB.B$4.A14.6B$5.3A.2AB9.4B$7.A.2AB. 3B4.6B9.3B$11.7B.8B7.4B$11.17B5.4B$12.15B5.4B$11.16B4.4B$9.17B4.4B$7. 20B2.4B$7.2BC22B$6.3BCBC4B.14B$7.2B3C4B2.12B$6.5BC4B2.12B$5.10B4.12B$ 4.4B10.12B$4.3B12.9B$2.4B13.8B$2.2A16.6B$3.A14.7B$3A15.2A4.2B$A18.A3. B2D4B$16.3A4.B2D5B$16.A6.8B$21.A9B$19.3A2.3B3CB$18.A5.4BC2B$18.2A4.2B 3C2B$25.6B$25.5B$27.B!
A simulator with the tools I couldn’t find elsewhere: https://www.silversimulations.com/caplayer/
Documentation:https://github.com/teraxtech/caplayer
Documentation:https://github.com/teraxtech/caplayer
Re: Thread for basic questions
There's a really good option if you only need output gliders, and just a two-way toggle -- see the circuit on the right side:AlbertArmStain wrote: ↑May 3rd, 2022, 5:53 pmIs there a circuit that can be toggled to change the output? So whenever it is toggled, the conduit releases a glider of a different lane/direction.
I need one of these for a computer.
Code: Select all
x = 168, y = 129, rule = LifeSuper
18.2G11.G$18.2G10.G.G$30.G.G2.2G3.G$29.2G.2G2.G2.G.G21.2G$33.G.G3.G.G
21.2G$29.2G.G2.4G.G$29.2G.G.G3.G13.G$33.G.G3.G12.3G$34.G.G3.G3.G10.G$
35.G3.2G3.3G7.2G$47.G$46.2G$50.2G$26.2G22.2G$26.2G$11.2G$10.G2.G66.2G
$9.G.2G66.G2.G$9.G70.2G$8.2G$3.2G18.2G$4.G18.G$2.G21.3G58.2G$2.5G14.
3G2.G10.2G46.G.G$7.G13.G2.G11.G.G47.2G$4.3G12.G.G2.2G10.G$3.G15.2G14.
2G10.2G28.2G$3.4G41.G28.2G85.4H$.2G3.G3.2G33.3G$G2.3G4.2G33.G$2G.G$3.
G$3.2G3$11.2G64.2G$12.G45.2G17.G$9.3G42.G3.2G15.G.G$9.G43.G.G19.2G$
52.G.G$52.G69.2pA17.2pA8.4B$51.2G70.pA16.B2pA2B5.4B$62.2G46.pA11.pA
18.4B4.4B$63.G46.3pA9.2pA16.6B2.4B$60.3G50.pA9.B15.7B.4B$60.G39.2pA
10.2pA9.3B12.12B$65.2G3.2G29.pA10.5B5.6B9.12B$66.G3.G30.pA.pAB9.4B3.
10B6.9B2HB$63.3G5.3G17.G10.2pAB.3B4.6B2.11B3.11B2HB$63.G9.G15.3G12.7B
.13B2pA22B3.2pA$88.G15.21B2pA21B3.pA2.pA2.2pA$88.2G15.44B2.pA.pA4.pA
2.pA$73.2G29.44B4.pA5.pA.pA.pA$74.G27.44B9.2pA.pA2.pA$74.G.2G22.18B.B
3.13B.8B10.pA2.pA$75.G2.G21.2BM13B7.7B.B8.4B8.pA4.pA$76.2G21.3BMBM4B.
6B36.5pA$91.2G7.2B3M4B2.B.5B$91.2G6.5BM4B7.2pA36.pA$9.G88.10B8.pA36.pA
.pA$9.3G87.2B16.3pA34.pA$12.G86.3B17.pA$11.2G87.pA2B.2pA$99.pA.pA2B.pA
$98.pA.pAB2.pA$3.2G89.2pA.pA.pA3.pA22.4H$3.G90.2pA.pA2.4pA.pA$2G.G94.
pA.pA3.pA.pA3.M$G2.3G4.2G82.2pA.2pA2.pA2.pA.pA3.3M$.2G3.G3.2G83.pA.pA
2.2pA3.pA7.M$3.4G76.2G10.pA.pA14.2M$3.G15.2G62.2G11.pA$4.3G12.G.G$7.G
13.G82.2M$2.5G14.2G81.M$2.G98.2M.M$4.G96.M2.3M4.2M$3.2G97.2M3.M3.2M$
104.4M$104.M15.2M$105.3M12.M.M$108.M13.M$103.5M14.2M$103.M$105.M$104.
2M17$66.2G$67.G$67.G.G$57.G10.2G$55.3G$54.G$54.2G$39.2G48.2G$40.G48.
2G$40.G.2G24.M.M$41.G2.G22.M3.M$42.2G23.M4.M$57.2G8.M4.M$57.2G9.M3.M$
68.M2.M3$66.G3.2G$65.G.G3.G$64.G.G3.G$60.2G.G.G3.G$60.2G.G2.4G.G$64.G
.G3.G.G$60.2G.2G2.G2.G.G7.2G$61.G.G2.2G3.G8.2G$49.2G10.G.G$49.2G11.G!
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Re: Thread for basic questions
No, I mean like something simular to a permanent switch, but instead of cleanly absorbing signals and not allowing them to pass when switched, it redirects the signals.dvgrn wrote: ↑May 4th, 2022, 11:31 amThere's a really good option if you only need output gliders, and just a two-way toggle -- see the circuit on the right side:AlbertArmStain wrote: ↑May 3rd, 2022, 5:53 pmIs there a circuit that can be toggled to change the output? So whenever it is toggled, the conduit releases a glider of a different lane/direction.
I need one of these for a computer.
For the more general case where you want to cycle between N output signals, just string together a period multiplier that allows one out of every N signals to escape, make a signal splitter that produces N signals, and put a period multiplier on every output -- with each multiplier in a different phase.Code: Select all
x = 168, y = 129, rule = LifeSuper 18.2G11.G$18.2G10.G.G$30.G.G2.2G3.G$29.2G.2G2.G2.G.G21.2G$33.G.G3.G.G 21.2G$29.2G.G2.4G.G$29.2G.G.G3.G13.G$33.G.G3.G12.3G$34.G.G3.G3.G10.G$ 35.G3.2G3.3G7.2G$47.G$46.2G$50.2G$26.2G22.2G$26.2G$11.2G$10.G2.G66.2G $9.G.2G66.G2.G$9.G70.2G$8.2G$3.2G18.2G$4.G18.G$2.G21.3G58.2G$2.5G14. 3G2.G10.2G46.G.G$7.G13.G2.G11.G.G47.2G$4.3G12.G.G2.2G10.G$3.G15.2G14. 2G10.2G28.2G$3.4G41.G28.2G85.4H$.2G3.G3.2G33.3G$G2.3G4.2G33.G$2G.G$3. G$3.2G3$11.2G64.2G$12.G45.2G17.G$9.3G42.G3.2G15.G.G$9.G43.G.G19.2G$ 52.G.G$52.G69.2pA17.2pA8.4B$51.2G70.pA16.B2pA2B5.4B$62.2G46.pA11.pA 18.4B4.4B$63.G46.3pA9.2pA16.6B2.4B$60.3G50.pA9.B15.7B.4B$60.G39.2pA 10.2pA9.3B12.12B$65.2G3.2G29.pA10.5B5.6B9.12B$66.G3.G30.pA.pAB9.4B3. 10B6.9B2HB$63.3G5.3G17.G10.2pAB.3B4.6B2.11B3.11B2HB$63.G9.G15.3G12.7B .13B2pA22B3.2pA$88.G15.21B2pA21B3.pA2.pA2.2pA$88.2G15.44B2.pA.pA4.pA 2.pA$73.2G29.44B4.pA5.pA.pA.pA$74.G27.44B9.2pA.pA2.pA$74.G.2G22.18B.B 3.13B.8B10.pA2.pA$75.G2.G21.2BM13B7.7B.B8.4B8.pA4.pA$76.2G21.3BMBM4B. 6B36.5pA$91.2G7.2B3M4B2.B.5B$91.2G6.5BM4B7.2pA36.pA$9.G88.10B8.pA36.pA .pA$9.3G87.2B16.3pA34.pA$12.G86.3B17.pA$11.2G87.pA2B.2pA$99.pA.pA2B.pA $98.pA.pAB2.pA$3.2G89.2pA.pA.pA3.pA22.4H$3.G90.2pA.pA2.4pA.pA$2G.G94. pA.pA3.pA.pA3.M$G2.3G4.2G82.2pA.2pA2.pA2.pA.pA3.3M$.2G3.G3.2G83.pA.pA 2.2pA3.pA7.M$3.4G76.2G10.pA.pA14.2M$3.G15.2G62.2G11.pA$4.3G12.G.G$7.G 13.G82.2M$2.5G14.2G81.M$2.G98.2M.M$4.G96.M2.3M4.2M$3.2G97.2M3.M3.2M$ 104.4M$104.M15.2M$105.3M12.M.M$108.M13.M$103.5M14.2M$103.M$105.M$104. 2M17$66.2G$67.G$67.G.G$57.G10.2G$55.3G$54.G$54.2G$39.2G48.2G$40.G48. 2G$40.G.2G24.M.M$41.G2.G22.M3.M$42.2G23.M4.M$57.2G8.M4.M$57.2G9.M3.M$ 68.M2.M3$66.G3.2G$65.G.G3.G$64.G.G3.G$60.2G.G.G3.G$60.2G.G2.4G.G$64.G .G3.G.G$60.2G.2G2.G2.G.G7.2G$61.G.G2.2G3.G8.2G$49.2G10.G.G$49.2G11.G!
Re: Thread for basic questions
Ah, OK. There are mechanisms that can be combined to build something that matches that description. Here's an old thread that might help, for example. I don't recall that anyone has built a modernized version of calcyman's example pattern recently, but it's not quite what you want anyway. Quite a few options show up as you read down the thread.AlbertArmStain wrote: ↑May 4th, 2022, 4:53 pmNo, I mean like something simular to a permanent switch, but instead of cleanly absorbing signals and not allowing them to pass when switched, it redirects the signals.
To wire that stuff up into an answer to your question you'd need a Herschel splitter attached to two permanent switches -- and a TOGGLE input also connected to a signal splitter, with each branch connected to one of the permanent switches' TOGGLE inputs. I think maybe two of these permanent switches would be among the simplest options we have at the moment. (?)
Yes, this adds up to a bit of a tangle, especially when you include the X-to-LWSS converters, and yes there ought to be something simpler. The above would be totally safe for all possible inputs, though, as long as considerations like repeat time don't come into play.
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Re: Thread for basic questions
What is the largest object that can be destroyed with its glider synthesis?
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Conway's game of life = I go face my fleas now. = Age of my slow fiance = Family foes? We can go! = Mango, Waffle, Soy, ice = comfy foliage wanes = Come on! Few gays fail! = women say office gal = I fancy awesome golf
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Re: Thread for basic questions
1) Is the beehive accepted as a 6-cell solution using this 2G synthesis?Herschel of Ostropol wrote: ↑May 5th, 2022, 11:58 amWhat is the largest object that can be destroyed with its glider synthesis?
Code: Select all
x = 57, y = 33, rule = LifeHistory
.A$2.A$3A$55.A$54.A$54.3A15$21.A$22.A$20.3A$35.A$34.A$34.3A5$28.2D$
27.D2.D$28.2D!
Edit: it seems the pentadecathlon cannot be removed with its 3G synthesis but can be turned into a block or a beehive:
Code: Select all
x = 205, y = 95, rule = LifeHistory
92.A109.A$92.A.A107.A.A$92.2A108.2A19$181.A$71.A109.A.A$69.2A110.2A$
70.2A22$48.D4.D104.D4.D$46.2D.4D.2D100.2D.4D.2D$48.D4.D104.D4.D19$23.
A$23.2A$22.A.A106.3A$29.3A101.A$31.A100.A5.2A$30.A108.2A$138.A17$3A
107.3A$2.A109.A$.A5.2A102.A5.2A$8.2A108.2A$7.A109.A!
127:1 B3/S234c User:Confocal/R (isotropic rules, incomplete)
Unlikely events happen.
My silence does not imply agreement, nor indifference. If I disagreed with something in the past, then please do not construe my silence as something that could change that.
Unlikely events happen.
My silence does not imply agreement, nor indifference. If I disagreed with something in the past, then please do not construe my silence as something that could change that.
Re: Thread for basic questions
There isn't any "largest object", I suspect. It should always be possible to find new objects with that property, that are bigger than whatever the current biggest known object is.Herschel of Ostropol wrote: ↑May 5th, 2022, 11:58 amWhat is the largest object that can be destroyed with its glider synthesis?
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x = 192, y = 76, rule = LifeHistory
67.A.A106.A.A$67.2A107.2A$16.A51.A56.A51.A$17.A108.A$15.3A47.A58.3A
47.A$64.A108.A$64.3A106.3A2$20.A108.A$21.A56.A51.A56.A$19.3A56.A.A47.
3A56.A.A$78.2A107.2A7$A108.A$.2A107.2A$2A107.2A2$22.A108.A$23.2A107.
2A$22.2A37.A69.2A37.A$59.2A107.2A$47.A12.2A94.A12.2A$47.A.A106.A.A$
47.2A107.2A5$41.2C.2C104.2D.2D$42.C.C106.D.D$42.C.C106.D.D$35.C3.2C.C
.C.2C96.D3.2D.D.D.2D$34.C.C.C.C.C.C.C.C94.D.D.D.D.D.D.D.D$34.C.C.C.C.
C.C.C.C94.D.D.D.D.D.D.D.D$35.2C.C.C.2C3.C96.2D.D.D.2D3.D$38.C.C106.D.
D$38.C.C106.D.D$37.2C.2C104.2D.2D5$34.2A107.2A$33.A.A106.A.A$21.2A12.
A94.2A12.A$22.2A107.2A$21.A37.2A69.A37.2A$58.2A107.2A$60.A108.A2$81.
2A107.2A$80.2A107.2A$82.A108.A7$3.2A107.2A$2.A.A56.3A47.A.A56.3A$4.A
56.A51.A56.A$62.A108.A2$16.3A106.3A$18.A108.A$17.A47.3A58.A47.3A$65.A
108.A$14.A51.A56.A51.A$14.2A107.2A$13.A.A106.A.A!
Re: Thread for basic questions
Rivers of chaos
What is known about rules like this?
Brian Prentice
What is known about rules like this?
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x = 29, y = 16, rule = 1c2c3cq4nqr5jkn6ak/1c2c3kq4ajz5ijn6a/5
.A.A.A.A.A3.A.A.A.D3.A3.B$A.A7.A.A3.A.A3.A.2DA2D$5.A.A5.A.A.A.A.A.C$B
.A.A.A.A.C.A.C3.A3.B.B2.DB$3.A.A3.A.D.D.A3.A.A.A.2A.B$A.B3.A.A.C2D.A.
B.A8.A$.A.A.A.A.D.A3.C.A.A.2D5.A$D3.A.D.D.B4.C2.A.A.2C.A.A$.D.DA.AD.C
.AC.D4.A.AC2B.C.A$.D3.A.D.C.D.A.A2.A.B.CD.A.A$A.D3.A.C.C.A3.A2.2B2D2B
$.A.C.A.A.A.A.A.A3.A2B.B.A.A$A7.A.A.A.A.A.2AB3.A.A.A$.A.A.A.A3.A3.A.A
.A.A.A$A.A.A.A.D3.A.A5.A.A.A.A.A$5.A3.A.A3.A.A.A3.A.A.A!
Re: Thread for basic questions
Let's see, a sample or two of these "river" patterns got discussed recently for inclusion in Golly's pattern collection.
The short summary is that rivers happen when there are two parity options for a common expanding background. Often this is some variant of a checkerboard pattern. Where the two background parities meet, there's inevitably a constant argument going on, usually a very active argument -- as each parity continually tries to propagate itself at the expense of the other parity.
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Re: Thread for basic questions
Is there a highway robber that uses a block for a bait?
Re: Thread for basic questions
I don't think it would be possible to use just a block as bait, no. It just pulls the block (2, 1) without doing much that can generate signals. If you use multiple objects there's plenty of things that can produce an output signal, then you just have to add a bunch of duplicators and reflectors that reconstruct the block plus whatever other object gets caught in the crossfire. Something like this but probably with a Herschel output, but I think there's Pi-based conduits that would work fine:AlbertArmStain wrote: ↑May 5th, 2022, 5:39 pmIs there a highway robber that uses a block for a bait?
Code: Select all
x = 6, y = 10, rule = B3/S23
4bo$3bobo$2bo2bo$3b2o3$4b2o$o3b2o$b2o$2o!
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Re: Thread for basic questions
A pattern with a forward-moving mechanism which completes 1.00 or more cycles but is then overtaken by its ash. The forward moving mechanism subsequently emerges from the ash and the process repeats. Could such an object exist?
PEACE FOR UKRAINE
Conway's game of life = I go face my fleas now. = Age of my slow fiance = Family foes? We can go! = Mango, Waffle, Soy, ice = comfy foliage wanes = Come on! Few gays fail! = women say office gal = I fancy awesome golf
Conway's game of life = I go face my fleas now. = Age of my slow fiance = Family foes? We can go! = Mango, Waffle, Soy, ice = comfy foliage wanes = Come on! Few gays fail! = women say office gal = I fancy awesome golf
Re: Thread for basic questions
Sure, there might be some ash you could put behind a switch engine, that happens to catalyze a switch engine's self-destruction in such a way as to start a new switch engine after a while, with the same ash in the same position behind it... unlikely, for sure, especially given that we haven't seen it in Catagolue yet, but it would be mighty hard to prove that it doesn't exist.Herschel of Ostropol wrote: ↑May 6th, 2022, 3:21 pmA pattern with a forward-moving mechanism which completes 1.00 or more cycles but is then overtaken by its ash. The forward moving mechanism subsequently emerges from the ash and the process repeats. Could such an object exist?
The Speed Demonoid and Speed Orthogonoid are kind of engineered variants of this idea, with burning fuses catching up to c/4 and c/2 puffers.
Re: Thread for basic questions
Hi all,
is there a way in Catagolue to show just true oscillators, that is, oscillators having at least one cell with the object's period?
I'm investigating the rule b456s234 and it tends to produce oscillating blobs of low period connected by lines, like this thing, which consists of noninteracting regions with period 2, 5, and 9 connected by string. I'm not super interested in such objects because no cell in it actually oscillates with period 90.
And it took me a lot of sifting through boring three-by-fours to discover a 'pure' period 12. Is there a better way to do this?
is there a way in Catagolue to show just true oscillators, that is, oscillators having at least one cell with the object's period?
I'm investigating the rule b456s234 and it tends to produce oscillating blobs of low period connected by lines, like this thing, which consists of noninteracting regions with period 2, 5, and 9 connected by string. I'm not super interested in such objects because no cell in it actually oscillates with period 90.
And it took me a lot of sifting through boring three-by-fours to discover a 'pure' period 12. Is there a better way to do this?
Re: Thread for basic questions
Nope.
I think that it's a boat puffer used in earlier versions of the RCT. Not sure though.
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Is there a 4c/8 wickstretcher in an outer-totalistic rule that makes a wick with this right edge? The usual Tapes aren't working.
Code: Select all
x = 14, y = 37, rule = LifeHistory
F4$F4$F4$F2$6.2A$6.A.A$F5.A5.A$11.2A$11.A.A2$F4$F4$F4$F4$F!
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x = 17, y = 26, rule = TapeLife
.2B$4B$.2B$4B$4B$.2B$4B$4B$.2B$4B$4B$.2B6.2A$4B5.A.A$4B5.A5.A$.2B11.
2A$4B10.A.A$4B$.2B$4B$4B$.2B$4B$4B$.2B$B2.B$.2B!
Help me find high-period c/2 technology!
My guide: https://bit.ly/3uJtzu9
My c/2 tech collection: https://bit.ly/3qUJg0u
Overview of periods: https://bit.ly/3LwE0I5
Most wanted periods: 76,116
My guide: https://bit.ly/3uJtzu9
My c/2 tech collection: https://bit.ly/3qUJg0u
Overview of periods: https://bit.ly/3LwE0I5
Most wanted periods: 76,116