Abstract
The developmental processes of single organisms, such
as growth and structure formation, can be described by
parallel rewrite systems in the form of Lindenmayer
systems, which also allow one to generate geometrical
structures in 3D space using turtle interpretation. We
present examples of L-systems for growth programs of
plant-like structures. Evolution-based programming
techniques are applied to design L-systems by Genetic
L-system Programming (GLP), demonstrating how
developmental programs for plants, exhibiting specific
morphogenetic properties can be interactively bred or
automatically evolved. Finally, we demonstrate
coevolutionary effects among plant populations
consisting of different species, interacting with each
other, competing for resources like sunlight and
nutrients, and evolving successful reproduction
strategies in their specific environments.
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