ConwayLife.com

https://www.dropbox.com/s/l48fib1tabs0l ... xample.JPG
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OK, I've been working for a while with this and it turns out that it analyses any pattern for Life that you introduce in it. For flat sides, it produces a sort of Sierpinsky's triangle (google it up for more info about it) and for really complex sides it creates a very complex pattern. I call this t...

x = 7, y = 4, rule = B3/S23 2b3o$4bo$3o$2bo2b2o! This 10-cell methuselah stabilises in 1,437 generations. After trying to tweak some initial cells for it to grow larger and more diffuse so it could build itself around still lives for a longer period of time, for it to stay longer. This is my first ...

To mock the really futile attempt for the 2020 Olympic Games for Madrid, I made this pattern of 1105 generations before becoming stable, called Relaxing cup of "café con leche". x = 8, y = 11, rule = B3/S23 bo2bo$o2bo$o2bo$bo2bo2$o4bo$o4b3o$o4bobo$o4b3o$o4bo$b4o! :) For those who want to check the e...

When you are working with an unknown oscillator, what should its code be? I mean, which phase of the oscillation should be taken into account bearing in mind that it can start at any time? For example, (an easy example) the blinker should be horizontally placed or vertically positioned? Because for ...

hi(im new,first post :roll: ) think I found something while messing around with a hivenudger2 producing a (what I'm calling) a blinker eating spaceship(it follows a line of blinkers eating thim to survive)unfortunately I tried to replacate it but ended up with a hiesnderp(when you find something bu...

Not the first one to notice it but far too common for the lack of information...

How can you search those codes in the Wiki or other databases?

Thank you for your detailed answers, dvgrn. The code you posted was quite interesting, but I found its mechanism too complicated. It involved creating many gliders and still lives to "reflect" some gilders into each other in a specific angle, and the speed was quite slow. I understand the difficulty...

I am interested in barberpoles and I would like to know how you guess a way to extend a wick with certain properties. Creating an oscillating wick must be certainly interesting and I thought that this oscillator would be quite interesting to try to do so. If there is already a wick extender for this...

It makes blocks and destroys them while moving. Pretty simple anyway. x = 65, y = 70, rule = B3/S23 25b2o$25b2o5$30b2o$29bo2bo$17b2o7b2o4bo$17b2o7b2ob3o$25bo3bo$26b3o$26b 3o4$9b2o$9b2o6$12b2obo31b2o$4bo2b3o2b2o2bo29bo2bo$4bo3b2o6bo29bo2bo$4b o4b2o4b2o28b2obo$14bo28b2o$11b2o24b3o3b2ob2o$36bo3bo2b2ob2...

Thank you. Is this structure known: ?
No more questions

Meanwhile, enjoy this jet: x = 19, y = 43, rule = B3/S23 7bobobo$6b7o$5bo7bo$b3ob3o3b3ob3o$o17bo$bo7bo7bo$bob2o9b2obo2$2b3o9b3o $2b3o9b3o$5bo7bo$bo4bo5bo4bo$bobo11bobo$6bo5bo$6bo5bo$5b2ob3ob2o$b3o 11b3o$bo4bo5bo4bo2$bo15bo$b4o9b4o$3b3o7b3o$4bo2bo3bo2bo$3bo3bo3bo3bo$b obo11bobo$bo5bo3bo5bo$2b3o2bo3bo...

Wow I just found this making a checkered board (obviously, someone has already found it anyway). x = 80, y = 80, rule = B3/S23 b2o2b2o2b2o2b2o2b2o2b2o2b2o2b2o2b2o2b2o2b2o2b2o2b2o2b2o2b2o2b2o2b2o2b 2o2b2o2b2o$o2b2o2b2o2b2o2b2o2b2o2b2o2b2o2b2o2b2o2b2o2b2o2b2o2b2o2b2o2b 2o2b2o2b2o2b2o2b2o2bo$o2b2o2b2o2...

Thank you. One more question: how is this structure called? Wikipedia doesn't have it.

Please forgive me, but it needs this immense code. It is a double wick which shows an interesting patter of decomposition around generation 6 to 246. Phases (in generations): 1 through 5 = going to the side 6 through 246 = decomposition of first wick 246 through 3200 (approx.) = inner decomposition ...

When you post patterns, you post it with a code. I downloaded Golly but I see no place to paste the code in. Anyone help me out?