Some non-biological applications of L-systems are given. It is shown that one can generate a variety or interesting and complex structures and designs by graphically interpreting (in two and three dimensions) on an IBM PC compatible computer the strings of simple L-systems. Two novel applications of the two-dimensional graphical interpretation are given. One is for rapidly creating designs and written directions for weaving a given piece of cloth. The second one is in manufacturing, specifically to the process of configuring electronic components in a standard rack. Another novel application is for the three-dimensional graphical interpretation. It is shown that with this interpretation, L-systems can be used in architecture, such as for designing contemporary and colonial houses and lake cottages, and for generating architectural plans. Still another novel application of L-system is to mathematics. It is shown that L-systems can be used to carry out many mathematical computations like calculating factorial, summing series, finding the values of various functions, etc. Finally, three other non-biological applications of L-systems are summarized. They are for writing musical compositions using L-systems and playing it on a microcomputer, cryptology (for coding and encoding secret messages), and for calculating scattering from terrestrial objects for use in remote sensing.
No takes yet. Share an insight, caveat, or question.
Goel et al. (1991) studied this question.
Synapse has enriched 3 closely related papers on similar clinical questions. Consider them for comparative context: