A Python-based rendering or interpretation of L-systems.

A project to create synthetic vascular networks utilising L-Systems.

Staticly Typed Code Presenting L System Power Using Python Turltle Graphics

3D Parametric L-Systems with python and matplotlib.

WALTer is a 3D FSPM Wheat model

This application facilitates the generation of Lindenmayer systems with a GUI aimed at python developers.

Highly customizable tool for generating pngs and gifs of fractals and other patterns created by Lindenmayer systems.

A Python implementation of some L-systems described in Chapter 1 of the book «The Algorithmic Beauty of Plants»

Drawing a random tree app

Python program which generates a fractal tree using L-Systems and recursive algorithms. User will input a number of generations and the length of the lines drawn. The tree will be displayed as it is being drawn, and once completed the image is returned to the user.

This repository explores different facets of L-systems e.g. turtle interpretation of string, and image generation

Algorithms and Data Structures course assignments: Degeneracy - Graph Theory, Broken Telephone, Plant Grammar and K-Minimum Spanning Tree - Bonus

A final project for Foundations of Computer Science class: L-systems

A GUI app with Tkinter for illustrating L-systems

L-Systems visualization with Python and Qt

A simple python module that produces expressions from a predefined grammar

A gui environment to mess around with l-systems in

Lindenmayer systems interpreter.

Convert the Python turtle into a class called SuperTurtle, which provides new functionalities by executing/creating methods within the SuperTurtle class. Create new drawings, including circles, polygons, Cartesian and polar arrays of various shapes, fractals (recursive and L-system-based), and arrays of figures positioned at specific coordinates.