Wide-angle stereoscopic optical system using ultrashort throw lenses with a catadioptric relay

Jun Nishikawa, M. Nishiyama
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Abstract

To conform to the widening of head-mounted displays, stereoscopic optical systems require a high resolution of at least 4 K, and a field of view of at least 120°. However, the dimensions of the large-format cameras used to record high-quality content mean an appropriate stereo base cannot be achieved. Moreover, the wide angle of view prevents the use of a half-mirror rig to reduce the stereo base. Therefore, this study presents a solution where the stereo base is reduced using ultrashort throw lenses with a catadioptric relay in which the pupil is formed on the object side. Hence, a basic design for a wide-angle stereoscopic system with a half-field angle of ~126° and a stereo base of 62 mm is proposed.
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广角立体光学系统采用超短距透镜与反射光继电器
为了适应头戴式显示器的扩大,立体光学系统需要至少4 K的高分辨率和至少120°的视野。然而,用于记录高质量内容的大画幅相机的尺寸意味着无法实现适当的立体基础。此外,广角视角防止使用半镜钻机,以减少立体基础。因此,本研究提出了一种解决方案,其中使用带有反射继电器的超短抛透镜减少立体基础,其中瞳孔在物体一侧形成。为此,提出了半视场角为~126°、立体基底为62 mm的广角立体系统的基本设计方案。
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