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LIGHT SIMULATION INSIDE TOMATO CANOPY BASED ON A FUNCTIONAL - STRUCTURAL GROWTH MODEL

机译:基于功能-结构增长模型的番茄冠层内部光模拟。

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This paper present how the light transfer and interception inside the canopy was computed by combining a tomato dynamic growth model. The tomato functional structural growth model was applied to produce the topology and geometry of individual plant, and through transformation, the canopy could be composed of multi-individual plants. In this simulation system, a radioactive transfer model named hierarchical instantiation for radiosity, was coupled effectively into this tomato growth model to compute the repartition of light energy throughout the canopy, so the key interface technology when integration were explained in the paper. Finally, the visualization results were presented for the light simulation inside canopy.
机译:本文介绍了如何通过结合番茄动态生长模型来计算冠层内部的光传输和拦截。应用番茄功能性结构生长模型产生单株的拓扑结构和几何形状,通过转化,冠层可以由多株植物组成。在该仿真系统中,将名为光能传递的层次化实例化的放射性转移模型有效地耦合到了番茄生长模型中,以计算整个冠层的光能分配,因此在本文中解释了集成时的关键接口技术。最后,给出了可视化结果,用于树冠内部的光仿真。

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