tmhglnd

I'm sharing this abstraction that outputs generated L-Systems. This is for anyone who is interested in using generative algorithms for algorithmic composition. A lindenmayer string expansion generator for which custom rules can be easily set in a dictionary. Multiple th.linden can access the same dictionary of rules with the @dict attribute.

In the default mode the rules are set with integer values and spaces are used to keep values separated, useful for midi-note sequences. In the ignore_ws mode the system works on per-character basis, useful when combining special characters and such. The help-file has some examples for clearification. Hope some find it useful!

Screen Shot 2020-01-08 at 13.04.37.png

I'm sharing this abstraction that outputs generated L-Systems. This is for anyone who is interested in using generative algorithms for algorithmic composition. A lindenmayer string expansion generator for which custom rules can be easily set in a dictionary. Multiple th.linden can access the same dictionary of rules with the @dict attribute. 

Hi all,
I'm sharing this abstraction that outputs generated L-Systems. This is for anyone who is interested in using generative algorithms f

-sharing-lindenmayer-string-expension-js-abstraction

Hi.
Thanks for sharing.
This is useful indeed
Regards, onplanners 

Hello .
Thanks for sharing .
Breaking News 

Thank you! This is very interesting and timely as I'm learning javascript

Really enjoying your implementation of the L-system! I can't seem to manage to get it to start on an axiom other than a number from 1 to 9. For example, in the help file it says that 12 can be an axiom, as it's in the dictionary. However, when I do that I get "1" "2" as a result. Did I do something wrong?

Hi! Thanks, I think you've encountered a bug. I will investigate soon.

[sharing] Lindenmayer String Expansion JS-abstraction