[一种新的3D视觉评价系统]。

G Santucci, J P Menu, C Roumes
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引用次数: 0

摘要

三维视力评估取决于单眼和双眼因素。在眼科中,临床评价是通过验光检查来进行的,验光检查不是根据单眼因素进行详尽的检查,也不进行视觉刺激的量化。视频和电光显示器可以满足所有这些需求。揭示了它们共有的基本原理,并举例说明了它们的表现及其对生理机制的适应。在此基础上,提出了一种基于刺激空间频率的异隐被试融合区域的研究(所示的合成精确量化图像为圆形狗)。这一区域随着主体隐视的变化而发生很大的变化。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
[A new evaluation system of 3D vision].

3D vision assessment depends on monocular and binocular factors. In ophthalmology, it is clinically evaluated through the optometric examination which is not exhaustive according to the monocular elements and doesn't take on the visual stimulus quantification. The video and electro-optic displays can meet all these exigencies. The basic principles they share are exposed and then an illustration is given of their performance and their adaptation to the physiologic mechanisms. So is presented a study on the fusion area of heterophoric subjects depending on the stimulus spatial frequencies (the synthetic precisely quantified images shown were circular DOGs). This area is greatly modified following the variety of subject's heterophoria.

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