ConwayLife.com

Also, you literally just posted the Conway's Game of Life rules for Growing Crystallization. Seriously dude.

Nope, you're the one who's wrong here. CGoL is B3/S23, not B23/S3.

REDsEngineer, please edit your posts instead of double, triple, quadruple, etc. posting.

^Indeed, please take note ...

Segmentations is B12/S13
One problem with the speed of your program is the list operations (list-int, min(, etc) aren't very fast, and to show one frame, you need to do a lot of them.

I didn't make the program, I got it by fixing the code listed here: http://tibasicdev.wikidot.com/game-of-life ...

Also, the Target rule appears to be closer to Growing Crystallization.
Also, the Shine rule is completely wrong; the Blinker evolves into an "cartoon sparkle" shaped oscillator after 2 turns in Shine. It doesn't explode.
Also, you literally just posted the Conway's Game of Life rules for Growing ...

Also, the Segmentations rule is wrong.
Also, the Target rule appears to be closer to Growing Crystallization.
Also, the Shine rule is completely wrong; the Blinker evolves into an "cartoon sparkle" shaped oscillator after 2 turns in Shine. It doesn't explode.
Also, you literally just posted the ...

runes looks to be the same as segmentation
That's actually not possible, as they behave differently. While Segmentations slowly increases the number of blocks of pixels before starting to draw TIE fighters, Runes just draws dingbats the entire time it's active.
Also, the Segmentations rule is ...

runes looks to be the same as segmentation

That's actually not possible, as they behave differently. While Segmentations slowly increases the number of blocks of pixels before starting to draw TIE fighters, Runes just draws dingbats the entire time it's active.
Also, the Segmentations rule is ...

Segmentations is B12/S13
target is b2/s23
runes looks to be the same as segmentation
shine is b24/s23
Growing Crystallization is b23/s3
glint is b24/s34

When coding in TI-BASIC for things like cellular automata, a faster way of storing data than a list of pixels that are 'on' is to simply use the ...

Can I please get the trusted flag? I would like to add a few life types that I discovered while fooling around with a faulty version of Conway's Game of Life on the TI-84 Plus calculator to http://www.conwaylife.com/wiki/List_of_Life-like_cellular_automata. My username is "REDsEngineer".
Done! Are ...

Redstoneboi wrote:

REDsEngineer wrote: Wait, what do the letters (besides the capital B and S, I know they're for the begin and stay requirements) mean?

First off, wrong. They’re for “Birth” and “Survival”, but they do still make sense.

Close enough for me. Anyways, I found my TI-84 Plus, so I'm gonna update it now.

I don't know how to read TI-84 Plus code, but "Segmentations" is definitely in between B12ac/S1e3a and B123-ir4-cin5-i6-i78/S012-i34-air5-i678:
x = 3, y = 1, rule = B12ac/S1e3a
3o!

x = 3, y = 1, rule = B123-ir4-cin5-i6-i78/S012-i34-air5-i678
3o!

Wait, what do the letters (besides the capital ...

Can I please get the trusted flag? I would like to add a few life types that I discovered while fooling around with a faulty version of Conway's Game of Life on the TI-84 Plus calculator to http://www.conwaylife.com/wiki/List_of_Life-like_cellular_automata. My username is "REDsEngineer".
Done! Are ...

These were discovered on the TI-84 Plus Graphing Calculator. They all have unknown rules, since they were made by screwing around with a faulty program, and it isn't exactly straightforward, despite how it may seem, to translate them into GoL rules.
Names: Segmentations, Target, Runes, Shine ...

Can I please get the trusted flag? I would like to add a few life types that I discovered while fooling around with a faulty version of Conway's Game of Life on the TI-84 Plus calculator to http://www.conwaylife.com/wiki/List_of_Life-like_cellular_automata. My username is "REDsEngineer".

Edit: Also ...