A survey of algorithms for volume visualization
A survey of algorithms for volume visualization
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DOI：
10.1145/142413.142427
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发表时间：
1992-08
期刊：
影响因子：
--
通讯作者：
T. T. Elvins-T.
中科院分区：
文献类型：
--
作者：
T. T. Elvins-T.
许多计算机图形程序员都在科学可视化领域工作。科学可视化中最有趣和快速发展的领域之一是体可视化。体积可视化系统用于从多维网格上定义的标量和矢量数据集创建高质量的图像，通常用于深入了解科学问题。大多数体可视化技术都是基于大约五种基础算法之一。这些算法，以及理解它们所需的背景，在这里描述。还提供了指向更详细描述、进一步阅读和高级技术的指针。
Many computer graphics programmers are working in the area of scientific visualization. One of the most interesting and fast-growing areas in scientific visualization is volume visualization. Volume visualization systems are used to create high-quality images from scalar and vector datasets defined on multidimensional grids, usually for the purpose of gaining insight into a scientific problem. Most volume visualization techniques are based on one of about five foundation algorithms. These algorithms, and the background necessary to understand them, are described here. Pointers to more detailed descriptions, further reading, and advanced techniques are also given.