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The term used to describe the situation where images of the same object are formed on non-corresponding regions of the retina is;
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Retinal disparity.
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Objects nearer than the one you are fixating have;
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Crossed disparity.
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In order to see depth from separate right and left eye images, one might use all of the following EXCEPT;
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Defocusing
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The "correspondence problem" arises;
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When processing disparity information in random dot stereograms.
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Random dot stereograms reveal that;
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Disparity information is extracted prior to the identification of contours or objects
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Neurons sensitive to retinal disparity are found in;
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V1
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The following terms all describe disparity selective neurons EXCEPT;
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"occlusion" cells.
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The percentage of people who cannot use binocular disparity information to judge depth (i.e. those who are "stereoblind");
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Is about 5%.
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Motion parallax is a cue to depth which;
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Is available to monocular observers.
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Pictorial cues for depth provide all EXCEPT;
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Relative motion.
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In using shadows and shading to infer depth relationships the visual system appears to;
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Assume light comes from above.
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The size of a retinal afterimage appears larger;
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When viewed on distant vs. near surface.
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Size illusions are generally the result of;
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Misinterpretations of size constancy scaling.
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Which term does not describe a potential condition of binocular combination?
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Astigmatism
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Differences in the displacement of retinal images that lie at different distances relative to each other when the head moves that is a vital clue to their depth and distance is called;
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Perspective detail.
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