Virtual autumn coloring system based on biological and fractal model

Shigenori Mochizuki, DongSheng Cai, T. Komiri, H. Kimura, R. Hori
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引用次数: 26

Abstract

The authors simulate the time evolution of autumn coloring of both maple leaves and entire trees, and propose both biological and fractal models of this process. We calculate the amount of sunlight received on the leaves and propose the "autumn-coloring-logical-time" that is the temporal indicator of autumn coloring, then we use experimental biological data to calibrate the model parameters. Using the leaf fractalities, we adopt a chaos game algorithm or random iteration algorithm to render natural autumn colorings.
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基于生物分形模型的秋季虚拟着色系统
作者模拟了枫叶和整棵树秋天着色的时间演变,并提出了这一过程的生物模型和分形模型。我们计算了树叶接收到的阳光量,并提出了秋季着色的时间指标“秋季-着色-逻辑-时间”,然后使用实验生物学数据对模型参数进行了校准。利用树叶的分形,我们采用混沌博弈算法或随机迭代算法来渲染自然秋天的颜色。
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