虚拟植物已经成为计算机图形学的一个重要研究领域。
Virtual plant has become an important area of the computer graphics research.
其中虚拟植物根系研究是虚拟植物研究的重要组成部分。
And the virtual plant root system research is the virtual plant research important component.
提出了一种基于三维参数随机L系统的虚拟植物生成算法。
This article presents the generation arithmetic of virtual plants based on 3D parametric and stochastic L-system.
通过一个简单的示例，说明了该算法在虚拟植物建模方面的应用。
A sample example is presented to demonstrate the application of the algorithms in virtual-plants modeling.
并将重写技术引入虚拟植物的建模，增强虚拟场景的动画表现能力。
And we inline rewriting technology that introduce the virtual plant, the cartoon which strengthens the virtual scene displays ability.
虚拟植物生长是农业信息技术和计算机图形学领域中主要的研究课题之一。
Virtual plant growth is a significant research topic in the domain of agriculture information technology and computer graphics.
在虚拟植物技术研究中，植物几何形态数据的获取及测量是一项基础而重要的工作。
Getting and measuring the shape of plants is basal and important on the research of virtual plant technology.
为定量分析植物生长过程及其与生长环境条件的关系，建立虚拟植物模型是主要研究方向。
Virtual plant model is a main methodology for figuring out the relation of plant growth and its growing condition.
此外，利用多用户分布式虚拟环境使得基于虚拟植物农业专家系统为用户提供内容更丰富、视觉更直观、方便快捷的服务。
Moreover, the using of the multi-user distributed environment make the system to provide more abundance , more exactly, more easy and quickly services.
建立由智能虚拟器官构成的分枝网络，来存储虚拟植物拓扑结构、几何形态和生理信息，并可直接解析出三维可视化图像。
The branching network composed of IVOs has been established, to store the virtual plant topology, geometry and physical information, and can directly be resolved 3d visualization image.
这个微型世界(最后变成了SimLife这款游戏)为那些扮演神的角色的玩家提供了工具，他们用这些工具可以创造出32种虚拟动物和32种虚拟植物。
His world (which eventually became the game of SimLife) provides tools to god-players who can then create up to 32 virtual species of animals and 32 species of plants.
植物的模拟是运用计算机图形学的理论与方法对植物形态结构和生长过程进行仿真的技术，是当前虚拟现实研究的热门课题。
The plant simulation is the technology using of computer graphics theories and methods to simulate the plant structure and growth process, it is a hot topic of virtual reality.
植物学虚拟图书馆是互联网虚拟图书馆工程的一个组成部分，由俄克拉荷马大学提供。
The Virtual Library of Botany is a part of the World-Wide Web Virtual Library Project. It provides by University of Oklahoma.
植物学虚拟图书馆是互联网虚拟图书馆工程的一个组成部分，由俄克拉荷马大学提供。
The Virtual Library of Botany is a part of the World-Wide Web Virtual Library Project. It provides by University of Oklahoma.
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