基于形态特征参数的玉米几何建模与可视化

G. Xinyu, Zhao Cunjiang, Xu Xuezhang, Xiao Boxiang, Li Changfeng
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引用次数: 1

摘要

重建三维植物的形态结构是数字植物研究的目的。在植物生长条件下,植物的形态结构是由杂交遗传特性和生长环境因素的动态相互作用决定的。我们提出了一种玉米结构建模的新方法。在本研究中,我们基于形态结构特征对玉米各器官进行参数化,并将这些参数作为生长模型的驱动参数生成三维植物模型。虽然该算法是建立在玉米上的,但它可以很容易地适应其他作物,如谷物高粱和小麦。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Geometric Modeling and Visualization of Corn Based on Morphological Characteristic Parameters
Reconstructing the morphological structure of 3D plant is the purpose of digital plant research. In the plant growth conditions, the morphological structure of plant was determined by the dynamic interaction of hybrid genetic characteristics and growth environment factors. We propose a new approach to the structural modeling of corn. In this study, we parameterized each organ of corn based on morphological structural characteristics, and using these parameters as the driven parameters of growth model to generate the 3D plant model. Although the algorithm was established on corn, it can be easily adapted to other crops such as grain sorghum and wheat.
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