Extended Life

[Tropylium]

Pi track leaving bookends-with-boats:

Code: Select all

x = 21, y = 39, rule = extendedlife
C19.C9$C19.C9$C19.C9$C19.C9$C9.A9.C$9.3A$9.A.A!

A method for creating oscillators of arbitrarily high period:

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x = 40, y = 4, rule = extendedlife
20.A$A.A.A.A.A.A.A.A.A.A.A.A.A.A.A.A.A.A.A.A$C38BC$40C!

[knightlife]

Nano reflector uses 5 cells:

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x = 18, y = 14, rule = extendedlife
.A$2.A$3A8$14.E$15.F$16.E$16.2E!

[flipper77]

Another 5-cell nano reflector, but 180 degrees instead of 90:

Code: Select all

x = 11, y = 13, rule = extendedlife
.A$2.A$3A7$9.FE$5.E$6.F$6.E!

[knightlife]

AND gate uses one more cell:

Code: Select all

x = 164, y = 97, rule = extendedlife
42.A119.A$41.A119.A$41.3A117.3A15$9.A59.A$7.A.A57.A.A$8.2A58.2A3$17.E
59.E59.E$18.F5.E53.F5.E53.F5.E$19.E59.E59.E$19.2E58.2E58.2E48$11.A$
12.A$10.3A8$2.A$A.A$.2A$18.E$19.F$20.2E$21.E4$15.E$16.F5.E$17.E$17.2E
!

The parallel input version adds a reflector but has better matched input timing.

[Extrementhusiast]

Dinky 180-degree reflector that can accept two different inputs:

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x = 7, y = 7, rule = extendedlife
3.A$.A.A$2.2A4$C3.E.F!

[knightlife]

Better 4-cell AND gate has optional splitter included:

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x = 73, y = 39, rule = extendedlife
2.A49.A$A.A47.A.A$.2A48.2A11$72.E4$22.E$20.E49.E$19.E49.E2$14.E49.E
15$3A47.3A$2.A49.A$.A49.A!

[Extrementhusiast]

Another 4-cell AND gate, this time with only "death" cells:

Code: Select all

x = 19, y = 26, rule = extendedlife
16.A.A$16.2A$17.A$13.C3$16.3A$16.A$17.A3$11.C8$12.C6$C!

It's quite large, though.

But here's a 1-cell AND gate!

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x = 5, y = 9, rule = extendedlife
2.A.A$2.2A$3.A3$C$2.3A$2.A$3.A!

And here's an OR gate:

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x = 17, y = 31, rule = extendedlife
7.C.C$4.C7.C9$7.F.F2$5.C5.C5$8.A$7.A.A$6.A.F.A$5.E.A.A.E$8.A5$8.E2$.
2A11.2A$A.A11.A.A$2.A11.A!

As well as a memory cell:

Code: Select all

x = 65, y = 45, rule = extendedlife
2A2.2A22.2A2.2A$.4F24.4F$2A2.2A4.2A16.2A2.A5.2A$10.A.A25.A.A$10.A27.A
23$.2A2.2A$2.4F31.2A2.2A$.2A2.2A31.4F$37.2A2.A3$5.2A$4.A.A34.2A$6.A
33.A.A$42.A5$26.2A$26.A.A33.2A$26.A35.A.A$62.A!

[knightlife]

2-cell AND gate for glider streams (p25 is the fastest it can handle):

Code: Select all

x = 14, y = 18, rule = extendedlife
A.A$.2A$.A7$13.E$13.F5$4.A$4.2A$3.A.A!

Extrementhusiast, I really like the OR gate and memory cell.

Here is a memory cell with a single read glider:

Code: Select all

x = 151, y = 55, rule = extendedlife
69.A79.A$68.A79.A$68.3A77.3A3$2.A$A.A$.2A8$12.A$10.A.A$11.2A20$30.E2A
77.E$30.EFA77.EF3$39.E79.E$26.5E75.5E12$28.E79.E!

[beebop]

Herschel toggle gate that releases a glider on the transition from 0 to 1:

Code: Select all

x = 14, y = 11, rule = extendedlife
2.A$3A6.C$A.A8.C$A2$13.C4$11.C$7.C!

EDIT: 5 minutes later I found this variant which has 3 internal states and releases gliders on the 1st and 3rd inputs:

Code: Select all

x = 15, y = 12, rule = extendedlife
3.A$.3A6.C$.A.A9.C$.A3$14.C2$12.C$C9.C2$5.C!

[beebop]

New elementary Herschel conduit found in this rule: the Fx478! It consists of a 419-tick H -> B converter consisting of 15 deathforcers, 1 perma-on cell, and 2 perma-off cells that feeds into a modified conduit 1 that uses 2 perma-on cells instead of a snake. It can accept another Herschel input in 389 ticks.

Code: Select all

x = 58, y = 27, rule = extendedlife
35.2F$5.C2$3.C15.C3$38.2A15.A$F22.C14.2A15.A$16.C9.C28.3A$5.C51.A$7.C
3$7.2C3$5.A$3.3A$3.A.A12.C$3.A10.C$27.E.E5$11.C.C$8.C!

[Tropylium]

…With all due respect, assembling Herschel circuitry seems a little pointless since Extendedlife supports lightspeed wires.

Code: Select all

x = 72, y = 6, rule = extendedlife
69.F2$5.62C.CF$2.A2.F.F.F.F.F.F.F.F.F.F.F.F.F.F.F.F.F.F.F.F.F.F.F.F.F
.F.F.F.F.F.F.F$A.A65.C2.F$.2A2.63C!

ETA: better wire design:

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x = 36, y = 12, rule = extendedlife
2.A$A.A2.F2.F2.F2.F2.F2.F2.F2.F2.F2.F$.2A$5.F2.F2.F2.F2.F2.F2.F2.F2.F
2.F5$2.A$A.A2.F2.F2.F2.F2.F2.F2.F2.F2.F2.F2.F$.2A$5.F2.F2.F2.F2.F2.F
2.F2.F2.F2.F2.F!

[knightlife]

I discovered this ultra-simple one cell conduit:

Code: Select all

x = 6, y = 55, rule = extendedlife
5.E16$5.E16$5.E16$5.E4$2.A$.3A$2A.A!

In 68 tics the B heptomino travels 16 cells orthogonally, or almost one quarter the speed of light.

EDIT:
H to forward glider using B-conduit:

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x = 17, y = 74, rule = extendedlife
14.E11$15.E16$15.E16$15.E16$15.E5$2.A$3A$A.A$A2$16.E4$2.E!

or

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x = 17, y = 66, rule = extendedlife
8.E3$15.E16$15.E16$15.E16$15.E5$2.A$3A$A.A$A2$16.E4$2.E!

[knightlife]

G to B front end makes G-B-G conduit:

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x = 16, y = 66, rule = extendedlife
13.E11$14.E16$14.E16$14.E14$12.E$12.E2.E$11.F$10.E3$.2A$A.A$2.A!

[Tropylium]

90° wire turn, symmetric & signal parity neutralizing. Puts out an echo however.

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x = 64, y = 24, rule = extendedlife
26.F.F31.F.F3$26.F.F31.F.F3$26.F.F31.F.F3$26.F.F31.F.F3$26.F.F31.F.F
3$26.F.F31.F.F3$26.F.F31.F.F$A24.C3.C29.C3.C$FA.F2.F2.F2.F2.F2.F2.F2.
F.C2.C4.FA.F2.F2.F2.F2.F2.F2.F2.F.C2.C$3.A23.2F8.A23.2F$FA.F2.F2.F2.F
2.F2.F2.F2.F2.FE5.FA.F2.F2.F2.F2.F2.F2.F2.F2.FE$A24.2C32.2C!

p10 and p11 pulse generators:

Code: Select all

x = 23, y = 25, rule = extendedlife
21.C$20.F.F2$11.C$F.F7.F.F7.F.F3$F.F7.F.F7.F.F3$F.F7.F.F7.F.F3$F.F7.F
.F7.F.F3$F.F7.F.F7.F.F3$F.F7.F.F7.F.F3$F.F7.FAF7.FAF$EAE7.EAE7.EAE$
10.EFE7.EFE!

[Extrementhusiast]

Interesting oblique p6 wick:

Code: Select all

x = 39, y = 21, rule = extendedlife
38.F$36.F.A$34.F.A$32.F.A$30.F.A$28.F.A$26.F.A$24.F.A$22.F.A$20.F.A$
18.F.A$16.F.A$14.F.A$12.F.A$10.F.A$8.F.A$6.F.A$4.F.A$2.F.A$F.A$A!

Additionally, a dinky p20 signal generator:

Code: Select all

x = 36, y = 5, rule = extendedlife
2.A32.C$A.A2.F2.F2.F2.F2.F2.F2.F2.F2.F2.F2.F$.2A$5.F2.F2.F2.F2.F2.F2.
F2.F2.F2.F2.F$35.C!

Reflect a signal 180 degrees:

Code: Select all

x = 38, y = 5, rule = extendedlife
2.A30.C$A.A2.F2.F2.F2.F2.F2.F2.F2.F2.F2.F2.F$.2A34.C$5.F2.F2.F2.F2.F
2.F2.F2.F2.F2.F2.F$33.C!

[Tropylium]

Interesting oblique p6 wick:

Code: Select all

x = 39, y = 21, rule = extendedlife
38.F$36.F.A$34.F.A$32.F.A$30.F.A$28.F.A$26.F.A$24.F.A$22.F.A$20.F.A$
18.F.A$16.F.A$14.F.A$12.F.A$10.F.A$8.F.A$6.F.A$4.F.A$2.F.A$F.A$A!

Not hard to stabilize.

Code: Select all

x = 11, y = 8, rule = extendedlife
10.C$10.F$8.F.A$6.F.A$4.F.A$2.F.A$F.A$C!

Now for more lightspeed wires…

AND gate (signal parity neutralizing), plus two related "signal delaying gates" (with and without echo):

Code: Select all

x = 38, y = 48, rule = extendedlife
.A.F2.F2.F2.F2.F2.F$3.A16.C$.A.F2.F2.F2.F2.F2.F$18.E.C.F2.F2.F2.F2.F
2.F$18.EF$18.E.C.F2.F2.F2.F2.F2.F$.A.F2.F2.F2.F2.F2.F$3.A16.C$.A.F2.F
2.F2.F2.F2.F4$A$.A.F2.F2.F2.F2.F2.F$3.A16.C$.A.F2.F2.F2.F2.F2.F$A17.E
.C.F2.F2.F2.F2.F2.F$18.EF$A17.E.C.F2.F2.F2.F2.F2.F$.A.F2.F2.F2.F2.F2.
F$3.A16.C$.A.F2.F2.F2.F2.F2.F$A4$3.F2.F2.FA.F2.F2.F$12.A7.C$3.F2.F2.F
A.F2.F2.F2.C$18.E3.F2.F2.F2.F2.F2.F$19.F$18.E3.F2.F2.F2.F2.F2.F$.A.F
2.F2.F2.F2.F2.F2.C$3.A16.C$.A.F2.F2.F2.F2.F2.F5$F2.F2.F2.FA.F2.F2.F$
12.A7.C$F2.F2.F2.FA.F2.F2.F2.C$18.E3.F2.F2.F2.F2.F2.F$18.EF$18.E3.F2.
F2.F2.F2.F2.F$FA.F2.F2.F2.F2.F2.F2.C$3.A16.C$FA.F2.F2.F2.F2.F2.F!

p14 signal generator

Code: Select all

x = 5, y = 16, rule = extendedlife
.F.F3$.F.F3$.F.F3$.F.F3$.F.F2$C.A.C$2.F!

90° turn; allows two signals to cross with 1-generation delay.

Code: Select all

x = 36, y = 21, rule = extendedlife
4.C2$3.F.F2$2.C3.C$3.F.F3$3.F.F3$3.F.F3$2.EF.FE$2.FE.EF.AF2.F2.F2.F2.
F2.F2.F2.F2.F.A$C3.C.A26.A$2.FE.EF.AF2.F2.F2.F2.F2.F2.F2.F2.F.A$2.EF.
FE2$4.C!

Inline echo, for long-period signal generators.

Code: Select all

x = 38, y = 5, rule = extendedlife
15.C17.C$A.F2.F2.F2.F2.F2.F2.F2.F2.F2.F2.F2.F$2.A34.C$A.F2.F2.F2.F2.F
2.F2.F2.F2.F2.F2.F2.F$15.C17.C!

Inline echo with 2-gen delay.

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x = 28, y = 9, rule = extendedlife
16.A$15.A.A$4.C9.EF.FE$2.F2.F2.F2.F2.FE.EF.AF2.F2.F$C15.C.A$2.F2.F2.F
2.F2.FE.EF.AF2.F2.F$4.C9.EF.FE2$16.C!

A few 3-way and 4-way crossings with varying behavior.

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x = 41, y = 21, rule = extendedlife
F2.F2.F2.F2.F2.FA.FE.EF.AF2.F2.F2.F2.F.AF$18.A3.A14.A$F2.F2.F2.F2.F2.
FA.F3.F.AF2.F2.F2.F2.F.AF$18.EF.FE3$19.F.F3$19.F.F3$19.F.F3$19.F.F$
18.C3.C2$19.F.F2$20.C!

Code: Select all

x = 47, y = 28, rule = extendedlife
13.F.F3$13.F.F3$13.F.F3$13.F.F3$12.EF.FE$F2.F2.F2.FA.F3.F.AF2.F.AF2.F
2.F2.F2.F2.F2.FA.F$12.A.C.A5.A19.2A$F2.F2.F2.FA.F3.F.AF2.F.AF2.F2.F2.
F2.F2.F2.FA.F$12.EF.FE3$13.F.F3$13.F.F$12.C3.C2$13.F.F2$14.C!

[beebop]

Clean Herschel -> signal:

Code: Select all

x = 55, y = 10, rule = extendedlife
2.A$3A7.C$A.A9.C$A6.E.C$9.F2.F2.F2.F2.F2.F2.F2.F2.F2.F2.F2.F2.F2.F2.F
2.F2$9.F2.F2.F2.F2.F2.F2.F2.F2.F2.F2.F2.F2.F2.F2.F2.F$7.E.C$12.C$3.C
6.C!

[knightlife]

Signal turn 90 degrees:

Code: Select all

x = 30, y = 42, rule = extendedlife
.A$2.A$3A3$24.3E$9.F2.F2.F2.F2.F2.F2.F2E$29.C$9.F2.F2.F2.F2.F2.F3E.E$
27.F.F3$27.F.F3$27.F.F3$27.F.F3$27.F.F3$27.F.F3$27.F.F3$27.F.F3$27.F.
F3$27.F.F3$27.F.F2$28.C!

Glider input can only be p19 or slower but signals can be just 8 tics apart around the turn.

[Tropylium]

Inline echo, for long-period signal generators.

Code: Select all

x = 38, y = 5, rule = extendedlife
15.C17.C$A.F2.F2.F2.F2.F2.F2.F2.F2.F2.F2.F2.F$2.A34.C$A.F2.F2.F2.F2.F
2.F2.F2.F2.F2.F2.F2.F$15.C17.C!

I notice Extrementhusiast's reflector decomposes to this plus eater.
This allows creating signals at any period that's a multiple of 6, I think.

Anyway, a p22 signal generator combining the previous one with another p11 type, and a similar p14:

Code: Select all

x = 14, y = 17, rule = extendedlife
2.C8.C2$.F.F6.F.F3$.F.F6.F.F2$C3.C$.F.F6.F.F3$.F.F6.F.F$9.C3.C2$.F.F
6.F.F$C3.C4.C3.C$2.A8.A!

[edwardfanboy]

p24 oscillator with a start population of 24:

Code: Select all

x = 4, y = 6, rule = extendedlife
F2AF$A2FA$A2FA$A2FA$A2FA$F2AF!

[edwardfanboy]

OOPS! p5 oscillator that is an accidental sexual reference

Modified it to become the world's smallest Life pipsquirter!
Pipsquirters are very useful in low-period reflectors.

Code: Select all

x = 5, y = 6, rule = extendedlife
2.A$2.A2$A.F.A$AFEFA$.3E!

EDIT: Eater for all *WSS using only extended states

Code: Select all

x = 168, y = 8, rule = extendedlife
95.A58.2A7.2E$.2A35.A2.A11.3A37.A3.A11.4A39.A4.A$4A9.4A11.2A12.A9.5A
9.5A12.2A13.A9.6A9.6A13.2A14.A7.C$2A.2A7.A3.A9.2A.2A7.A3.A9.3A.2A7.A
4.A9.3A.2A7.A4.A9.4A.2A7.A5.A9.4A.2A7.A5.A$2.2A12.A9.4A9.4A12.2A13.A
9.5A9.5A13.2A14.A9.6A9.6A7.C$12.A2.A11.2A36.A3.A11.3A38.A4.A11.4A$67.
A56.2A37.2E!

Includes *WSS to try out
EDIT 2: Eating times (How many gens it evolved improperly for before being completely destroyed):
LWSS: 5 gens
MWSS: 4 gens
HWSS: 5 gens

It works by killing the spark (using the perma-off cells) and then cleanly destroying the rest of the spaceship. It needs the spark-killer otherwise, when eating HWSS, it turns them into blocks rather than completely destroying the ship. Wow what a long edit!

[edwardfanboy]

Code: Select all

x = 8, y = 3, rule = extendedlife
.6A$A.A2BA.A$.A.2E.A!

Can be used in place of a fumarole in stabilizing using the domino spark.
EDIT: Shrunken standard emulators!

Code: Select all

x = 34, y = 7, rule = ExtendedLife
$16.A10.2A$4.A2.A6.A3.A6.A4.A$3.E4.E4.E5.E4.E6.E$2.2F4.2F2.2F5.2F2.2F
6.2F$3.E4AE4.E5AE4.E6AE!

Now working on shrinking HW volcano.
EDIT 2: Finished!

Code: Select all

x = 13, y = 16, rule = extendedlife
9.FEF$6.EFE.AE$4E3.F.2A$4FEF.F.3A$EA5.A.A2.A$2.A3FA2.F$2.A3.4A$.2A5.A
.A$.2A5.A.A$2.A3.4A$2.A3FA2.F$EA5.A.A2.A$4FEF.F.3A$4E3.F.2A$6.EFE.AE$
9.FEF!

[Toad4]

If you make the meta galaxy pattern with green cells it makes a bigger galaxy

EDIT: Can you give me permission to change the colors of the cells??

[skomick]

Shrunken standard emulators!

Code: Select all

x = 34, y = 7, rule = ExtendedLife
$16.A10.2A$4.A2.A6.A3.A6.A4.A$3.E4.E4.E5.E4.E6.E$2.2F4.2F2.2F5.2F2.2F
6.2F$3.E4AE4.E5AE4.E6AE!

Don't even need the outside perma-on cells:

Code: Select all

x = 31, y = 16, rule = ExtendedLife
14.A10.2A$2.A2.A6.A3.A6.A4.A$.E4.E4.E5.E4.E6.E$2F4.2F2.2F5.2F2.2F6.2F
$.E4AE4.E5AE4.E6AE7$14.A10.2A$2.A2.A6.A3.A6.A4.A$.E4.E4.E5.E4.E6.E$.F
4.F4.F5.F4.F6.F$.E4AE4.E5AE4.E6AE!

Here's some glider guns showcasing some other shrunken oscillators:

Code: Select all

x = 257, y = 154, rule = extendedlife
50.2A25.A$49.A3.A23.A.A$33.2A13.A11.2A18.2A$33.2A13.A3.A2.E2.A3.A17.
2A.E$F3.F.F.F27.2A10.A14.A16.2A16.E$5.E14.E7.E7.3A10.A3.A2.E2.A3.A8.A
4.A.A$F3.F31.2A12.2A11.A9.A3.A20.A$5.E27.2A9.A.A11.A3.A5.A2.3A24.A$F
3.F.F.F24.2A10.2A13.2A35.A.A$7.E37.A50.2A.2A37.F.F.F3.F3.F12.2EF8.E
30.F.F.F3.F.F.F12.2F2E$F7.F8.2A.A.2A71.A5.A39.E20.FEAEF6.3F32.E5.E15.
E$7.E9.A5.A74.A43.F3.F3.F11.E2A.2E4.2E.2E32.F3.F19.A$F3.F.F.F9.A3.A
72.2A3.2A39.E5.E.E11.2E3A.E4.F3.2FE29.E5.E17.A.A$19.3A46.A11.A57.F.F.
F3.F.F.F10.F3.AFE4.EA3.AEF25.F.F.F3.F.F.F8.F4.A3.A$52.A14.3A8.A.A58.E
9.E11.EA3.F5.FE3.A.EF27.E5.E.E9.2A7.A$53.2A11.2A.2A8.2A16.4A37.F11.F
10.E2.3E6.FA2.AF30.F3.F3.F7.E7.A.2A$31.2A19.2A11.3A.3A24.2A2.A38.E21.
FA.2F8.3A31.E5.E.E8.E.AFA2.A2.3A$31.2A32.3A.3A24.2A.A38.F.F.F7.F10.2E
2AE8.A.3A26.F.F.F3.F.F.F7.F.A4.2A.2A$34.2A10.A18.3A.3A89.F3AEF6.2A.2A
6.EFEFE37.F5.2A2.A$26.E7.3A7.A.A18.3A.3A25.2A61.2E3.AFE3.2A.F.2A5.FE
3.E44.3A$22.A11.2A6.2A22.2A.2A16.A9.A62.F4A6.2A.F3.A3.FEA.2AE45.A$23.
A7.2A9.2A9.E13.3A18.A63.F7.E.2A2.A5.A.A4.A2.3A.FEF58.3A$21.3A7.2A9.2A
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[Monocot]

I played a bit with the signal circuits available in this thread, mainly Tropyliums.

On the right side is a frequency halver which blocks each second incoming signal.
At the top is a modified AND-gate, which is now a switchable p8-signal gun, switched on by two signals and of by one.

Code: Select all

x = 83, y = 125, rule = extendedlife
41.C3$40.F.F3$40.F.F3$40.F.F3$40.F.F3$40.F.F3$40.F.F2$38.C.C.C.C$41.F
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