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Modeling and visualization of plants using parametric L systems.
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The definitive resource for L-Systems, this University of Calgary site is maintained by Lindenmayers collaborators. It contains many articles, and a full-length copy of 'The Algorithmic Beauty of Plants'.
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Discusses the modeling of fractal plants with L-systems. Includes theoretical background, references and code.
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A collection of papers related to using Mathematica to generate L-Systems.
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Introduction to L-systems by Michael Frame at Yale University. Includes background information.
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Generative art tools that create complex 2D and 3D objects breeding LSystems, Cellular Automata, and Shape Grammars. Freeware by Umberto Roncoroni.
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A program which uses text based instructions (seed files) to build complex 3D objects.
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A Windows-based L-System program.
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A mathematical introduction to how L-Systems work.
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A guide to the theory behind L-Systems.
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A graphics tool for Lindenmayer systems in C and Java.
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Home of the Lparser, the program reads a Lsystem description and processes it into a 3d form which can then be outputted in several formats, including VRML, DXF and POV.
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Overview of L-systems at Wolfram MathWorld. Includes supporting links and demonstration notebook.
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Architectural applications of L-systems. Includes background and methods.
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A guide to the rules of strict grammars including L-Systems.
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A well rounded introduction to L-Systems.
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A simple implementation of Lindenmayer systems written in Python.
