P‐9: Integral Imaging of 3‐D CG Animation Using a Laptop PC and General‐purpose Fly's Eye Lens

Abstract

A new moving integral imaging system was developed. 3D CG animation data are rendered from multiple viewpoints and integrated into a video sequence with our method. The sequence is displayed on a laptop LCD and observed through a generalpurpose fly's eye lens. A stereoscopic view with full parallax was obtained.

P‐9: Extended Fractional View Integral Imaging Using Slanted Fly's Eye Lens

“…When the number of views was small, the discontinuity of the image between the views was visible. These problems were solved by the emergence of the EFV method [1][2][3][4], which is an extension of Ishii's fractional view method, which has been proposed for auto-stereoscopic 3D displays using lenticular lenses. Therefore, only horizontal parallax occurred in the cases of integral photography systems using fly's eye lenses, and therefore both horizontal and vertical parallax were caused.…”

“…When the EFV method is adopted, The IP image has to be custom-made for each combination of the fly's eye lens and the LCD. The method is basically the same as that described in our previous papers [1][2][3][4]. As shown in Figure 4, the method consists of a modeling stage, a multi-viewpoint rendering stage, and a synthesis stage when the IP image is produced with CG.…”

P‐1: Integral Imaging Using Fly's Eye Lens Made With 3D Printer

“…This problem was solved by the emergence of the extended fractional view (EFV) method [1][2][3][4][5], which is an extension of Ishii's fractional view method. Any real number is possible for the number of pixels in each convex lens, meaning that the combination of fly's eye lens and FPD is almost completely unrestricted.…”

“…The EFV method was used. IP images and IP animations displayed on the screen were basically the same as those described in previous papers [1][2][3][4][5].…”

P‐152: Spatial‐Multiplexed/Integral‐Imaging 3D Display Using Liquid Crystal Lens

“…The basic principle of integral imaging is shown in figure 1. There are two main processes in integral imaging, first, the image sensor records the elemental images from real object via fly's eye lens, and than the display panel shows the recording elemental images passing through the fly's eye lens, so the 3D images could be reconstructed [2][3][4]. Although integral-imaging type 3D technique could display super-multi view for users, most information must still be displayed in 2D and so far most 3D content is still 2-view information.…”