Abstract
Linear and nonlinear models of the visual space arising in human consciousness upon visual perception of the surrounding world are proposed. The models correspond to monocular vision and satisfy Emmert’s psychophysical law. The relative dimensions of images of objects obtained according to the laws of geometrical optics and perceptive perspective are compared with known experimental data. The nonlinear model is found to coincide with the Klein model of the Lobachevsky space.
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