彩色树木

本文以静态彩色树木图像为研究样本，基于Matlab软件，分别使用三种方法实现树木图像的分割。

Static color tree images were regarded as samples and 3 methods were employed to segment the tree images based on Matlab .

讨论了几种基于IFS的彩色树木的模拟技术，并研究了迭代过程中随机因素和吸引子对色彩植物模拟的影响。

Furthermore , the influences of iteration probability and the attractor of IFS on true color are studied .

阐述了迭代函数系统（iteratedfunctionsystem，IFS）的基本理论，讨论了几种基于IFS的彩色树木的模拟技术，并研究了迭代过程中随机因素和吸引子对色彩植物模拟的影响。

In this paper , the theory of the iterated function system ( IFS ) is elaborated and several IFS based techniques for simulating color plants explored . Furthermore , the influences of iteration probability and the attractor of IFS on true color plants are studied .

探讨几种基于IFS的彩色树木模拟技术，主要包括彩色树木自然着色的方法、自然光照状态下各种树影的绘制方法。

Several IFS based simulating techniques for color tree is explored , one of which is the natural rendering method for a color tree , and the other is the tree shadow drawing method in natural illumination environment .

基于混合建模方法的三维彩色树木快速模拟算法

A Fast Simulating Algorithm of 3D Colorful Trees Based on Composite Modeling Methods