基于六边形网格细分算法的自由曲面构造方法

Freeform Surface Construction Based on Hexagonal Grid Subdivision

  • 摘要: 为了实现高清晰的3D图像的制作以及各种机械器件A级曲面的构造,通过以六边形网格细分理论为基础,在图形顶点的几何推理约束限制条件下,改进几何推理技术,并将自由曲面构造中的FFD方法与派生曲面构造法相结合,最终提出了一种新的自由曲面构造方法. 结果表明,自由曲面构造方法有效地构造出了具有逼真的立体感和动态效果的3D图像.

     

    Abstract: In order to generate the high-resolution 3D images and to construct many kinds of A-level curved surfaces, a new method of freeform surface construction was proposed on the basis of hexagonal grid subdivision theory. Under the geometrical reasoning constraint conditions of the graphs vertex, the geographic reasoning technique was improved. The combination of the FFD method for freeform construction and the derived surface construction method was realized. The result shows that, by using the new method, the 3D images can be efficiently constructed with well realistric and dynamic effects.

     

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