分形植物形态的模拟算法研究

The Research on Simulation Algorithmsof Fractal Plant Shapes

随着分形学研究的深入,植物形态的模拟已成为一个研究热点。在借鉴前人研究的L系统,IFS经典算法的基础上,将二者结合互补并改进了L系统算法,产生了一种新的算法,能够生成更真实的植物形态;在总结分形演化DLA算法的基础上,在演化区域内加入一些干预信息,能够得到具有装饰性的艺术效果。

Along with the deep research of fractal, simulation of plant shapes plays an important role. Referencing the foregoer＇s research achievements, on the basis of mastering LS and IFS classic algorithms, this thesis explores and gives out a new algorithm which combines both LS and IFS, vividly drawing some plant shapes; this thesis also referencing the classic fractal evolufional DLA algorithm, and explores a new method which adds some interference information to the algorithm getting the decorative forest effect.