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Therefore, k=80 would be a suitable choice in our setup for the prediction of excessive disparity-related visual discomforts within the limits that still enable fusion.
Much 3D related research is focused on technical factors, such as the fidelity of stereoscopic depth and reduction of visual discomforts while the viewer is watching 3D [2 4].
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An analysis has been carried out in order to understand what causes the generation of visual discomfort in the viewer's eye when visualizing a 3D video.
For a visually comfortable stereoscopic 3D navigation, we analyze causes of visual discomfort and control perceived depth by adjusting virtual camera separation and virtual screen depth in a stereo scene.
Brian Sewell rightly categorised the placing as "aggressively uncomfortable - a visual discomfort worsened by a white marble floor better suited to a converted basement in Eaton Square".
This leads to an inconsistency in viewing the three spatial dimensions (height, width and depth) required to enjoy 3D films in all their glory, causing visual discomfort or headaches.
This perceptual conflict is a main cause of visual discomfort.
However, visual discomfort correlated significantly with glare in small offices i.e. more glare is related to more visual discomfort.
The goal is to maximize motion diversity while avoiding motion that causes visual discomfort.
Finally, and perhaps most importantly, we have addressed only one aspect of visual discomfort.
JC carried out this visual discomfort prediction model and drafted the manuscript.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com