基于平面变形的植物花瓣可视化造型
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    摘要:

    提出了一种简单易行的植物花瓣造型方法。其初始模型是一个矩形平面,通过多种变形函数改变平面的边界,利用法向量的多个干扰函数确定植物花瓣的几何形状。采用基本函数的组合建立花瓣的颜色模拟模型。此方法建模速度快,特别适用于创建花朵的生长模型。通过3种花朵的模拟结果,表明其仿真效果较好。

    Abstract:

    A simple modeling method for plant petal was presented. The modeling process could be realized easily. The initial shape of the model was a rectangle surface. A variety of deformation functions were adopted to change rectangle outline and approach petal outline. The surface-position vector of plane surface was modified by adding a perturbation function. The geometric shape of petal was obtained from curved surface and concave-convex texture. The combination of some basic functions was applied to the color simulation of the petal. The results show that the various plant petal modes can be designed quickly using the method, the shape and color of the petal can vary continuously, and the growth model can be built easily.  

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陆玲,王蕾,杨勇,宋文琳.基于平面变形的植物花瓣可视化造型[J].农业机械学报,2008,39(9):87-91.

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