Showing papers on "Anaglyph 3D published in 2002"
Patent•
21 Feb 2002
TL;DR: In this paper, a stereoscopic image former consisting of a support 2, a first chromatic filter 3 disposed in the first aperture 3a of the support 2 and a second chromatic filtering 4 disposed in a second aperture 4a of support 2 was proposed to display the stereoscopic pair images on a mirror.
Abstract: PROBLEM TO BE SOLVED: To provide a stereoscopic image former which enables a user to stereoscopically view stereoscopic pair images even in the absence of red and blue spectacles for anaglyph as separate bodies. SOLUTION: The stereoscopic image former comprises a support 2, a first chromatic filter 3 disposed in a first aperture 3a of the support 2 and a second chromatic filter 4 disposed in a second aperture 4a of the support 2 and the stereoscopic pair images 5 displayed on the surface of the support 2, thereby enabling the user to project the stereoscopic pair images on a mirror and to appreciate the stereoscopic images without requiring the red and blue spectacles for anaglyph. COPYRIGHT: (C)2003,JPO
1 citations
01 Jan 2002
TL;DR: In this work, three different stereo technologies are considered: shutter and anaglyph glasses as well as auto-stereoscopic display, which fits the discrimination threshold function, which is denoted as ds, dag, das for shutter glasses, anAGlyph and autostereoscopicdisplay respectively.
Abstract: In our work we considered three different stereo technologies: shutter and anaglyph glasses as well as auto-stereoscopic display. Figs. 1 and 2 summarize the obtained data for each type of the equipment in our discrimination threshold experiments. For each set of data we fit the discrimination threshold function, which is denoted as ds, dag, das for shutter glasses, anaglyph and autostereoscopic display respectively: