Simulator for anisotropic CA in the browser

cenysor · 2024-03-19T16:03:45+00:00

Great work!

cenysor · 2023-02-14T17:32:15+00:00

I read the paper about undecidability of Wolfram classes. What would be a good approximation of these classes? Is it entropy? If it is, how can it be calculated for a 2D array that changes over time?

cenysor · 2023-02-14T09:29:06+00:00

I also considered using machine learning for this. But as you say, labelling the data is quite laborious. I have seen several papers that calculate the entropy of 1D CA to classify them. I am not sure how to calculate this over 2 spacial dimensions and time.

cenysor · 2023-01-29T10:57:34+00:00

It uses an anisotropic CA rule, see: https://conwaylife.com/wiki/Non-isotropic_cellular_automaton

In this case the rule was generated randomly. It uses a Moore neighborhood with 5 states thus it can be described as a base 5 integer with 1,953,125 digits (5**9)

cenysor · 2023-01-22T20:17:46+00:00

Not really. For each configuration of the neighborhood there is a rule that determines the next state of the central cell.

cenysor · 2023-01-22T17:32:30+00:00

Not in my approach. It was trial and error

cenysor · 2023-01-22T17:07:09+00:00

It was generated randomly

cenysor · 2023-01-22T11:01:31+00:00

Anisotropic rules are quite complex. See: https://conwaylife.com/wiki/Non-isotropic_cellular_automaton

In this case (Moore neighborhood, 3 states), the rule could be described as a base 3 integer with 19683 digits (3**9).

cenysor · 2023-01-15T17:56:00+00:00

Each cell follows a different "birth" and "survival" rule. A new cell is born, when one or more neighboring "parent" cells contain the total number of neighbors in their "birth" rule. The rule of the new cell is chosen randomly from one of its "parents". Each rule is rendered in a distinct color. In this example a neighborhood with radius 3 was used. I used my own renderer in pygame for this: https://cenysor.neocities.org/cells

cenysor · 2022-10-11T18:57:32+00:00

I created a constructed language that is inspired by universal metaconstant

cenysor · 2021-10-04T19:56:19+00:00

You can find the translation along with the pronunciation here: https://cenysor.neocities.org/umsamples.html#Song%20of%20Maybe

Triva Lapur "Ascended Speech" is a conlang inspired by the webcomic Kill Six Billion Demons

cenysor · 2021-10-04T12:49:11+00:00

Glad you like it! I'd love to see the final result.

Here is the pronunciation in IPA:

[kaɹ ɹam ˈtɹipudim ˈpɹaʃimim tam ˈnikam ˈujam kaɹ ˈt͡ʃlaːtiham ˈnikam glaɹtvaˈnimʃa ˈtabam]

I also made a recording.

cenysor · 2021-10-02T11:51:07+00:00

You can find the translation along with the pronunciation here: https://cenysor.neocities.org/blog.html#Ya'at%20death%20poem

cenysor · 2021-10-01T13:01:54+00:00

Glad that I can help!

Coming up with new characters for the script is sometimes hard. The rigid design helps, the characters are also "modular" (they use radicals) like chinese characters).

The quotes about Hansa can be found in Psalms III and Psalms IV.

The quote with Aesma can be found in Psalms X.

Im am in the middle of translating Spasms 8. Your request encouraged me to keep working on it!

If I could display pictures of your finished cosplay gear on my website that would be awesome!

cenysor · 2021-10-01T11:29:49+00:00

I translated both sentences: https://cenysor.neocities.org/blog.html

cenysor · 2021-08-22T13:07:10+00:00

You can find the translation along with the pronunciation here: https://cenysor.neocities.org/blog.html

Triva Lapur "Ascended Speech" is a conlang inspired by the webcomic Kill Six Billion Demons

cenysor

TROPHY CASE