ConwayLife.com

... selrect = g.getselrect() if #selrect == 0 then g.show("There is no selection.") g.exit() end local r = gp.rect(selrect) -- we get all the signals signals = {} for j = r.left, r.right do for i = r.top, r.bottom do state = g.getcell(j, i) if state == 1 then signals[#signals+1] = {i, 1} end ...

#C 2c/3 signal? x = 31, y = 49, rule = LifeHistory 6.A$5.A.A4.2A$5.A.A4.2A$3.3A.2A12.A$2.A16.3A$3.3A.2A9.A$5.A.2A9.2A4$ 14.2A$14.2A9$8.A$8.A.A$8.3A17.2E$10.A16.E2.E$28.2E3$2.2A$3.A$3A$A3$ 13.2A$13.A.A$15.A$15.2A$18.A$15.4A$14.A$13.A2.3A$14.2A3.A.2A$15.A2.2A ...

... inspecting new Sandbox threads all the time when they get reported, and then locking them when they're pretty clearly going to be all noise and no signal. Please, just slow down on this kind of new-thread creation from now on -- even in the Sandbox.

Edit: Here's a demonstration of stably-supported traffic jam signals being able to turn corners... Edit 2: And a stable version of the p110 loop to fully showcase the technology. Let's see, those are all "slow corners". The 50-ticks-faster turn also works ...

... cells would be perfectly synchronized (even when started at different DNAP), and their output eaten. The eater would be destroyed when a state signal from parent cells came and is translated to cell state. (I expect this is exactly the same for calcymans solution). I start thinking about the ...

... object number 9 via some sort of construction arm, and when it tries to delete an already deleted object, it gets sent back via some unknown signal transfer) and trigger the self destruction then. edit: lifewiki claims: When starting with the value of 7, it is currently unknown whether or ...

... beginning of the quadri-Snark chain, and the reset mechanism that ensures that the reset glider arrives at exactly the right time to speed up the signal in the period-2^9 base loop by exactly one tick. The previous oscillator's reset mechanism includes a trombone slide and a custom 180-degree ...

... A22.A! Edit: the H-to-LoM posted earlier, combined with Entity Valkyrie's RT improvements, can be used to make a H-to-5c/9-signal conduit with repeat time 62, a nice improvement over the previous best according to lifewiki: x = 139, y = 70, rule = LifeHistory 88.2A$79.2A7.A$78.B2AB3.BA.A$79.2B4.B2A$80.2B.3B$79.7B$79.10B3.B$75.B ...

ColorfulGalaxy sent a signal just now, saying that a new one was found.

Signal converter: x = 17, y = 23, rule = BPlusUniv 11.A3$12.D2.A$12.C2A$12.D3$2.A$.A.A$A2.CA$A2.B12.A$.A.2A10.A$2.A5$11. A.A$11.ABCA$10.A4.A$11.A2.A$12.2A! ... FIxed input: x = 17, y = 31, rule = BPlusUniv 12.C$12.D10$15.A$11.A.2A4$2.A$.A.A$A2.CA$A2.B12.A$.A.2A10.A$2.A5$11.A ...

Signal converter: I'm not so sure if it could be modified to give this output:

The true repeat time of former replicator-like signal to c/4 diagonal spaceship is 21 ticks, as can be seen in the following reflector. x = 17, y = 28, rule = B2ce4t6-i/S145-r6-ei7c8 14bo$14bobo4$9bo$9bo$10bo2$b2o$4o$4o$b2o$4bo2$o2b2o7b2o$b5o5b4o$b2o2b ...

Duplicators of the c/4 diagonal spaceship at repeat time 24. Once triggered, the replicator-like signal may be transported further, rotated, flipped, duplicated, before converting back. x = 233, y = 38, rule = B2ce4t6-i/S145-r6-ei7c8 30bo49bo49bo49bo49bo$30bobo47bobo47bobo47bobo47bobo2$203bo$192b2o7b2o$ ...

... high-clearance HRx93E -- the converter that we've all been waiting for that lets E-heptominoes into the club of Obviously Definitely Useful Signal Types. Repeat time is 116 for both Herschel conduits, and potentially 76 if the output E is consumed in some less backward-sparky way: x = 159, ...

Welcome-Loafer-BitMap-Printer-SpaceShip-with-EaterShip-37high-MonoType-Corsiva-MrT

... o! edit; slow ship x = 21, y = 3, rule = B2cin3aejqr4eiqrw5ceinq6ace/S01c2cn3-airy4aijtwy5-cjn6-c bo$obo17bo$bo! Here is a diagonal signal x = 41, y = 41, rule = B2cin3aejqr4eiqrw5ceinq6ace/S01c2cn3-airy4aijtwy5-cjn6-c 40bo$39bo$38bo$37bo$36bo$35bo$34bo$33bo$32bo$31bo$30bo$29bo$28bo$27bo ...

Here is a diagonal signal x = 41, y = 41, rule = B2cin3aejqr4eiqrw5ceinq6ace/S01c2cn3-airy4aijtwy5-cjn6-c 40bo$39bo$38bo$37bo$36bo$35bo$34bo$33bo$32bo$31bo$30bo$29bo$28bo$27bo $26bo$25bo$24bo$23bo$22bo$21bo$20bo$19bo$18bo$17bo$16bo$15bo$14bo$13b ...

... Large stator p2 x = 9, y = 12, rule = B2ein3cijr4jy6i/S23-ky4citwyz $3bo$2b3o$7bo$b3o3b2o$3b3obo$bo3bo$3b3o$b3o2$2b3o$3bo! Wire signal injector partial x = 9, y = 15, rule = B2ein3cijr4jy6i/S23-ky4citwyz 2$2bo3b2o$2b2o2bo$6b2o5$3b2o$4b2o$5b3o$2o5bo$bo!

... Here is the list of entries: #1 Omniperiodicity proofs in many Life-like rules : Many of these used Omniperiodicity based on XOR replicators, and signal loops. (by many) #2 Guns in many Life-like rules , including a Hashlife-friendly gun in 2x2 : There was a set of small moon guns by AlephAlpha, ...

... # CataProp cells var c5=c var c3=c var c3=c var c4=c var c5=c var c6=c var c7=c var d={0,1,2,4,5,6,7} # All cells except red var s={2,4,6,7} # Signal heads 0,s,1,5,1,0,1,5,1,7 # Color changer 0,7,1,5,5,0,5,5,1,4 0,4,1,5,5,0,5,5,1,2 0,2,1,5,5,0,5,5,1,6 5,0,5,0,5,0,0,0,0,3 # T-ship 0,5,0,0,0,3,0,0,0,5 ...

... the DOTY 2023 voting thread #1 Omniperiodicity proofs in many Life-like rules : Many of these used Omniperiodicity based on XOR replicators, and signal loops(by many) #2 Guns in many Life-like rules , including a Hashlife-friendly gun in 2x2 : There was a set of small moon guns by AlephAlpha, ...

Drifters in wires, other types of signals in conduits, and the occasional oscillator The following probably misses a bunch of interesting search results where "Silk" wasn't mentioned close enough to the posted pattern that I could find it ...

... holiday I engineered #C a 3,000×1,008 unit cell in B01368/S03 that simulates #C Wolfram's Rule 110, proving this B0 rule Turing-complete. #C The signal is carried by (the head of) the replicator (or rather, #C wickstretcher, since the number of engines grows linearly), which #C reacts with signal ...

... I missed seeing it). A lot of it is in the category of "promising results". None of these quite yet solve the big outstanding problems like 2c/3 signal turning or branching, or direct glider-to-2c/3-signal conversion, or direct 2c/3-signal-to-glider conversion. But they seem like steps in the ...

... where it seems like eventually someone will figure out how to string together some of the wilder results. There are various things that look like signal splitters, but then currently just fizzle out. I'll unlock this thread as soon as I've gotten the initial set of posts done. Here are links to ...