基于视差原理的四维空间可视化

针对四维空间实体在二维平面表示中比较抽象、没有立体感的问题。介绍一种基于双目视差原理的四维空间可视化方法，详细给出四维空间坐标系的建立和投影过程以及如何产生视差效果的方法。通过将立体显示技术与四维空间建模相结合，观察到的四维空间实体具有了立体感。使用者在与计算机的交互过程中，能动态地观察四维空间实体在二维平面的投影，有助于使用者对四维空间的理解。

Four-Dimensional Space Visualization Based on Parallax Principle

The four-dimensional space objects are too abstract to imagine and too difficult to establish a 3D sense when displayed in the two-di- mensional plane. To solve this problem, introduces a four-dimensional space visualization method based on binocular parallax principle. Involves construction of the four-dimensional space coordinate system and the projection process in details. At the same time, includes notion of how to produce the parallax effect particularly. By using a stereo display technology combined with a four-dimensional space modeling, the four-dimensional object observed has stereo feeling. Users can dynamically observe the four-dimensional space object projected in the two-dimensional plane by interoperate with the computer, which contributes to the understanding of the four-dimensional space for users.