基于函数的3D网页可视化

Lai Feng Min, A. Sourin, K. Levinski
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引用次数: 3

摘要

本文描述了基于函数的形状建模技术如何极大地改善基于web的可视化。这种改进是可能的,因为与基于大尺寸多边形网格的VRML节点相比,所提出的函数定义的VRML形状节点允许内容创建者使用相对较小的函数来描述任何复杂的模型。这些函数定义的形状可以与常见的VRML形状一起使用。提出的节点有几个实现,能够可视化使用HyperFun语言定义的几何形状以及任何专有函数定义的数据形式。为了快速可视化函数定义的形状,我们开发了一种改进的连续多边形化算法,专门为VRML可视化设计。讨论了该节点的设计、实现细节和应用实例。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Function-based 3D web visualization
This paper describes how the web-based visualization can be greatly improved using the function-based shape modeling technique. The improvement is possible because the proposed function-defined VRML shape node allows the content creators to describe any complex models with relatively small functions compared to the large-size polygonal mesh based VRML nodes. These function-defined shapes can be used together with the common VRML shapes. The proposed node has a few implementations capable of visualizing geometric shapes defined with HyperFun language as well as in any proprietary function-defined data formal. For fast visualization of the function-defined shapes, we have developed an improved continuation polygonization algorithm specifically designed for VRML visualization. The design, the implementation details, and the application examples of the proposed node are discussed.
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