L-systems were developed in 1968 by Aristid Lindenmayer, a Hungarian theoretical biologist and botanist. L-system grammars are very similar to the semi-Thue grammar. Rules of the L- system grammar are applied iteratively starting from the initial state. As many rules as possible are applied simultaneously, per iteration.
About L-system in brief

Each character of the model is checked through the axiom through which it is fed. In this example, ‘1’ becomes ’11’ in the input string, while ‘O’ remains the same in the output. The result is the sequence of Fibonacci words. The following example shows how this string can be drawn by pushing LIFO and pop to a string. We can see that this string grows in size and complexity and quickly grows in complexity and complexity. This example yields the same result if the rule is replaced with, except that the strings are mirrored. This sequence is a locally catenative sequence because G(n)=G(n+1)(n−1)G( n+2) is the n-th generation. The shape is built by recursively building by the production rules. In the example in the sample above, the string may be given the following: The following instructions: pop to pop and then the string remains in the stack: ‘0’, ‘1’, ‘2’, ‘3’, ‘4’, ‘5’ and ‘6’
You want to know more about L-system?
This page is based on the article L-system published in Wikipedia (as of Dec. 23, 2020) and was automatically summarized using artificial intelligence.






