3D植物IFS重建中的黄金分割

Yan Wang, Lanling Zeng, Yanxiang Qi
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引用次数: 5

摘要

植物是自然界真实感的重要组成部分。植物重建一般是基于二维,利用点绘制图形。提出了一种绘制三维植物的新方法,通过观察发现,草本、梨等植物的黄金分割角在34.4度左右,杨树的分叉角在55.6度左右,为90度的黄金分割,分叉点与孔枝的比值为黄金分割。结合植物形态学,计算机图形学和分形渲染3D植物。根据仿射变化的定义和压缩定理证明了植物的压缩基因小于1,因此迭代函数系统具有吸引子。根据实验结果,给出了部分植物的IFS编码。人们可以在不同的时间点实时浏览它们。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Golden Section in 3D Plants IFS Reconstruction
Plants are the important part in the sense of reality of the nature. Plants reconstruction are generally based on two-dimension, use points draw the graph. This paper presents a new method of drawing 3D Plants, the observation indicates the plants like golden section, bifurcate angles of plants such as herbage, pear etc are around 34.4deg, poplarpsilas are around 55.6deg, they are the golden section of 90deg, and the ratio of point of bifurcate to the hole branch is golden section. Combine plant morphology, computer graphics and fractal render 3D plants. Based on the definition of affine change and compress theorem proved plant's compress gene less than 1, so the IFS (Iterated Function System) have attractors. According to the results of experiments, present the codes of IFS of some plants. People can skim them in real-time and different point.
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