Abstract
A super multi-view three-dimensional display is a kind of glasses-free auto-stereoscopic display which has a large number of views to provide smooth motion parallax. Current super multi-view display technology has some limitations, such as small display area, lack of immersion sense. In this study, we developed a super multi-view 3D display with 170 viewpoints based on rotating OLED display columns. The optical lenses of super wide viewing angle were optimized using optical software Zemax. The light intensity distributions of 170 viewpoints in the viewing zone were simulated using non-sequential ray tracing software LightTools. Each viewpoint width varied from 50 mm to 55 mm, which was less than a normal adults’ pupillary distance. Finally, the simulation results were verified experimentally. The results show that super multi-view 3D display based on rotating OLED display columns has large display area and deep immersion sense.
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