ConwayLife.com

Chai

Single channel things: Shift: -13, -6, -3, -2, -1, +4, +8, +15 x = 1845, y = 235, rule = B2n3-r4ej/S2-n3-cq4i5q 1563bobo$1560bo2bobo$1559b3ob3o$1560bo4bo$1565bo4$1297bo$1294b2obo284b 2o$1297bo284b2o$94bob3o1198bo$91b2obo3bo998b3o197bo$94bob3o995b2o3bo$ 94bo3bo557b3o438b3o$94bob3o554b2obo440bo236b2o$...

Chai

I did mean B1c - sorry for the mistake.

Chai

After running it for 16777215 generations in golly, it has a bounding box of 33554431 x 33554431 and a population of 375299968947541. 375299968947541/(33554431^2) ≈ 0.333333353 (?)

Chai

When running a single dot in the rule B1/S012345678, at generations (2^n)-1, as n approaches infinity, the pattern's density *appears* to approach 1/3. Does it actually approach 1/3? If so, why? (if there's a meaningful answer to the second question)

Chai

A failed 10c/402 glide-symmetric puffer in B34t/S23: x = 20, y = 27, rule = B34t/S23History 4$3.2D$2.D2.D$2.D.D4.3D$3.D5.D.D$9.3D6$3.2A$2.A2.A$2.A.A4.3A$3.A5.A.A $9.3A! Generation 65 of this pattern is Generation 1 of the R-pentomino sequence, so it makes sense that it'd be condusive to reappearing...

Chai

A failed 10c/402 glide-symmetric puffer in B34t/S23:

Code: Select all

x = 20, y = 27, rule = B34t/S23History
4$3.2D$2.D2.D$2.D.D4.3D$3.D5.D.D$9.3D6$3.2A$2.A2.A$2.A.A4.3A$3.A5.A.A
$9.3A!

Chai

Interesting patterns in uninteresting rule B2a/S23: x = 33, y = 52, rule = B2a/S23 25bo$24bobo$25bo2$20bo3b2o5bo$19bobo8bobo$18bobo2b2o6bo$17bobo3bo$16b obo6bo3bo$15bobo6bobobobo$14bobo6bobo3bo$13bobo6bobo$12bobo6bobo$11bo bo6bobo$10bobo6bobo$9bobo6bobo$8bobo6bobo$7bobo6bobo$6bobo6bobo$5bobo 6bobo$b...

Chai

Chai

A caber tosser (O(log t) growth) with population 88 and expansion factor 5: x = 43, y = 40, rule = B3acijn4cjyz5cy6an8/S2-n3-ckqy4aw5y6c7c8 2bo37bo$bobo35bobo$b2obo5bo21bo5bob2o$3bo5b2o21b2o5bo$9bo2bo17bo2bo2b o$10b2o19b2o2bobo$37bo$13b2o13b2o$13b2o13b2o7$2o39b2o$2o39b2o10$21bo$ 2b2o16bobo16b2o$2b2o...

Chai

A constructor (similar to that present in the 0hd demonoid?) which takes 2 glider streams with minimum spacing 132 and produces single channel glider pairs with a minimum spacing of 26 generations. I have no idea whether this can produce arbitrary slow salvos or not, as I've done no experimentation ...

Chai

half-done arbitrary pull in Einstein

Code: Select all

x = 32, y = 70, rule = B2ein3cijn4cnrwy5cnq6e/S1c2-ai3acny4anqy5c6ek8
7$12bobo$13bo15$10bo$9bobo10$10bo$9bobo10$10bo$9bobo10$9b3o$9bobo8$9b
3o$9bobo!

Chai

Eaters for all five small spaceships (c/2o, c/3o, c/4d, c/6d, c/8d) x = 98, y = 19, rule = B3acijn4cjyz5cy6an8/S2-n3-ckqy4aw5y6c7c8 20b2o3b2o$20b2o3b2o2$2o16b2o7b2o19b2o3b2o20b2o13b2o4b2o$2o16b2o7b2o19b 2o3b2o20b2o13b2o4b2o11$3bo19bo17b3o19bo20bo$2b3o17bobo18bo18bobo18bob o$bo3bo16bobo17bo18bob2o18b...

Chai

A 27c/118 diagonal puffer in the same rule:

Code: Select all

x = 36, y = 11, rule = B3-n/S23History
30.C$29.C.2C$28.2C.2C$29.C.2C$29.2C2$.2C5.C17.2C$2C6.2C3.2C11.2C6.2C$
.2C3.2C6.C$2.C3.2C4.C.C14.C.C$7.7C15.2C!

Chai

An interesting almost-converter:

Code: Select all

x = 17, y = 18, rule = B2ein3cijr4jy6i/S23-ky4citwyz
2$7b2o$6b4o6$2b2o$3b2o7bo$12b2o$2b3o$2bobo!

Chai

(Moved from RLE copy and paste thread) Single channel operations: 4 x = 35, y = 37, rule = B3acijn4j5acy6n/S2-in3aijnr4aw5aiy6c7c8 33b2o$33b2o4$ -5 x = 13, y = 15, rule = B3acijn4j5acy6n/S2-in3aijnr4aw5aiy6c7c8 11b2o$11b2o4$8b3o$10bo$9bo5$bo$b2o$obo! -9 x = 40, y = 41, rule = B3acijn4j5acy6n/S2-in3a...

Chai

-4 x = 35, y = 37, rule = B3acijn4j5acy6n/S2-in3aijnr4aw5aiy6c7c8 33b2o$33b2o4$ -5 x = 13, y = 15, rule = B3acijn4j5acy6n/S2-in3aijnr4aw5aiy6c7c8 11b2o$11b2o4$8b3o$10bo$9bo5$bo$b2o$obo! -9 x = 40, y = 41, rule = B3acijn4j5acy6n/S2-in3aijnr4aw5aiy6c7c8 $36b2o$36b2o3$34b2o$33bobo$35bo7$25b3o$27bo$26bo...

Chai

Taking away most of the catalyst provides a half-bakery-ish reaction:

Code: Select all

x = 30, y = 36, rule = B34ekz6k8/S23-e
8$22bo$21bo$21b3o5$19b2o$18bo2bo$18bo2bo$19b2o!

Chai

Now that I think about it, in order to make something like the minuscule Einstein orthogonoid, it would be better to execute elbow placement, construction and destruction with small orthogonal ships. That would require a single channel operation releasing the small c/2 and another releasing the smal...

Chai

A backwards fire operation allowing the destruction of a reflector, leaving behind a single block elbow. x = 54, y = 85, rule = B3acijn4cjyz5cy6an8/S2-n3-ckqy4aw5y6c7c8 41b2o$41b2o26$2o$2o6$4b2o$4b2o3$2o$2o3$11b3o$2o9bo$2o10bo4$18b2o$18bo bo$18bo9$30bo$29b2o$29bobo9$39b3o$39bo$40bo10$52b2o$51b2o$53b...

Chai

Single channel things: Shift operations: x = 1646, y = 298, rule = B3acijn4cjyz5cy6an8/S2-n3-ckqy4aw5y6c7c8 95$126b2o58b2o48b2o58b2o58b2o58b2o56b2o48b2o48b2o58b2o58b2o58b2o58b2o 68b2o58b2o48b2o68b2o78b2o38b2o58b2o48b2o58b2o78b2o58b2o78b2o$126b2o58b 2o48b2o58b2o58b2o58b2o56b2o48b2o48b2o58b2o58b2o58b2...

Chai

What I thought was infinite novelty stabilized after about 45 000 000 generations due to an unlikely catalysis from a block: x = 162, y = 157, rule = B357/S238 2bo$b3o$o2b2o$bob2o$b4o$b2o$2b2o$3b2o11$37bo$36b3o$36bob2o$39bo$38b3o$ 34b2o2b2o$34b3o$34b4o$35b3o$36bo2$35bo$34b2o$34b3o$35bo$36b3o$36b2obo...

Chai

A simple eater - is there a smaller one?

Code: Select all

x = 12, y = 14, rule = B3acijn4cjyz5cy6an8/S2-n3-ckqy4aw5y6c7c8
9bobo$9b2o$10bo4$2o$2o3$5b2o$5b2o$2b2o$2b2o!

Chai

p158/2 glider gun: x = 13, y = 9, rule = B34j6e/S23 4bo$3b3o$3b3o2$9b2o$9bobo$bo9b2o$3o7b2o$bo7bo! An 84c/168 puffer in this rule: x = 5, y = 5, rule = B34j6e/S23 2bo$b3o$2o2bo$ob3o$2o! 16-cell quadratic growth: x = 13, y = 11, rule = B34j6e/S23 2bo$b3o$2o2bo$4bo4$10bo$9b3o$8bo2b2o$8bo!

Chai

Reduced stator:

Code: Select all

x = 16, y = 16, rule = B3-jknr4ity5ijk6i8/S23-a4city6c7c
6bo2bo$4b3o2b3o$3bo8bo$2bo2b6o2bo$bo12bo$bobo2bo2bo2bobo$2obobob2obob
ob2o$3bo2bo2bo2bo$3bo2bo2bo2bo$2obobob2obobob2o$bobo2bo2bo2bobo$bo12b
o$2bo2b6o2bo$3bo8bo$4b3o2b3o$6bo2bo!

Chai

EDIT: changed slow salvos. The following glider-firing salvos shift a checkerboard by 8 cells and fire a perpendicular glider - both are 14 gliders, reduced from 15 and 22. x = 1159, y = 556, rule = B3-ckr5y/S2-i3-aek4ci5cHistory 1155.A$1154.A.A$1153.A.A.A$1152.A.A.A.A$1153.A.A.A$1154.A.A$545.A609. ...

ConwayLife.com

Search found 96 matches

Re: Gedankenmanipulation (B2n3-r4ej/S2-n3-cq4i5q)

Re: Thread for basic non-CGOL questions

Re: Thread for basic non-CGOL questions

Re: Thread for basic non-CGOL questions

Re: Rules 1 transition from Life

Re: Rules 1 transition from Life

Re: Miscellaneous Discoveries in Other Cellular Automata

Re: Thread for your Trolls

Re: Glitter^2 (B3acijn4cjyz5cy6an8/S2-n3-ckqy4aw5y6c7c8)

Re: Traffic Flow(2e3aciy4jnw68/S23678) - Turing complete and Orthogonoidable

Re: RLE copy/paste thread - everyone else

Re: Glitter^2 (B3acijn4cjyz5cy6an8/S2-n3-ckqy4aw5y6c7c8)

Re: Rules 1 transition from Life

Re: b2ein3cijr4jy6is23-ky4citwyz archives

Re: B3acijn4j5acy6n/S2-in3aijnr4aw5aiy6c7c8 (Glitter)

Re: RLE copy/paste thread - everyone else

Re: Miscellaneous Discoveries in Other Cellular Automata

Re: Glitter^2 (B3acijn4cjyz5cy6an8/S2-n3-ckqy4aw5y6c7c8)

Re: Glitter^2 (B3acijn4cjyz5cy6an8/S2-n3-ckqy4aw5y6c7c8)

Re: Glitter^2 (B3acijn4cjyz5cy6an8/S2-n3-ckqy4aw5y6c7c8)

Re: Pseudo Life (B357/S238)

Re: Glitter^2 (B3acijn4cjyz5cy6an8/S2-n3-ckqy4aw5y6c7c8)

Re: Rules 2 transitions from Life

Re: 熠熠种花 - Glimmering Garden (B3-jknr4ity5ijk6i8/S23-a4city6c7c)

Re: Harvest Moon (B3-ckr5y/S2-i3-aek4ci5c)