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自然环境下的植物叶片智能色彩推理仿真

DOI: 10.11834/jig.20141115

Keywords: 自然环境,函数S-粗集,植物叶片,色彩粗规律,智能色彩,推理仿真

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Abstract:

目的在分析当前相关研究成果的基础上,提出植物叶片基于自然环境的色彩粗规律模型,为大场景植物动态仿真提供算法和理论依据。方法该方法利用函数S-粗集,通过(F,F)-色彩粗规律给出动态色彩系统U的色彩生成算法和植物叶片色彩推理仿真,建立基于自然环境的植物叶片动态色彩系统建模理论。结果实验结果表明,在基于双向S-粗集函数的植物叶片动态色彩系统理论中,对于阔叶植物叶片,当调整外部因素(如光照度、温度、湿度等)时,叶片的色彩也随之产生相应的变化,验证了植物叶片色彩粗规律理论的可靠性与有效性。结论在植物叶片的智能仿真系统中,当外部因素变化时,植物叶片色彩的动态变化基本上符合自然环境中叶片的基本规律,是一种基于Billboard技术的用于解决大场景植物叶片色彩动态变化模拟和仿真的有效方法。

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