首页> 外文期刊>Vision Research: An International Journal in Visual Science >Paradoxical fusion of two images and depth perception with a squinting eye.
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Paradoxical fusion of two images and depth perception with a squinting eye.

机译:images着眼睛看两个图像和深度感知的矛盾融合。

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摘要

Some strabismic patients with inconstant squint can fuse two images in a single eye, and experience lustre and depth. One of these images is foveal and the other extrafoveal. Depth perception was tested on 30 such subjects. Relief was perceived mostly on the fixated image. Camouflaged continuous surfaces (hemispheres, cylinders) were perceived as bumps or hollows, without detail. Camouflaged rectangles could not be separated in depth from the background, while their explicit counterparts could. Slanted bars were mostly interpreted as frontoparallel near or remote bars. Depth responses were more frequent with stimuli involving inward rather than outward disparities, and were then heavily biased towards "near" judgements. All monocular fusion effects were markedly reduced after the recovery of normal stereoscopic vision following an orthoptic treatment. The depth effects reported here may provide clues on what stereoscopic pathways may or may not accomplish with incomplete retinal and misleading vergenceinformation.
机译:一些斜视不定的斜视患者可以用一只眼睛融合两个图像,并具有光泽和深度。这些图像之一是中央凹,另一个是中央凹。在30个这样的对象上测试了深度感知。多数情况下在固定图像上会看到浮雕。伪装的连续表面(半球,圆柱体)被视为凹凸不平,没有细节。伪装的矩形无法与背景在深度上分开,而它们的显式对应则可以。倾斜的钢筋通常被解释为近地或远地钢筋平行。深度反应在涉及内向差异而非外向差异的刺激下更为频繁,然后严重偏向“接近”判断。矫正治疗后恢复正常的立体视觉后,所有单眼融合效果均明显降低。本文报道的深度效应可能为不完整的视网膜和误导性的聚散信息导致哪些立体路径可能完成或不完成提供线索。

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