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Manipulating refractive and reflective binocular disparity
2014
Computer graphics forum (Print)
b) Ray tree a) Input image e) Optimized image b) Disparities c) Cost d) Camera o set Figure 1: We split a synthetic stereo image (a) into a ray tree (b), and compute its multiple disparity interpretations (c), which are put into a cost function (d), that are used to find new camera setting (e) leading to an optimized combined stereo image (f). Abstract Presenting stereoscopic content on 3D displays is a challenging task, usually requiring manual adjustments. A number of techniques have been
doi:10.1111/cgf.12290
fatcat:w3s7ahmxgncuvfymt2jc577rxm