FIELD: medicine.
SUBSTANCE: invention relates to optics, human physiology, psychology and ecology, and can be used in experimental psychology, psychophysiology, in studying brain activity, training structuring of abilities of deep intuitive right-hemisphere thinking. Raster image with three-dimensional perception is prepared, for which purpose two-dimensional "H(q)" images, on which effects of depth perception appear, are selected; n-sets of 1-stereoscopic projections "Istereo(1)" are build on its base. They are presented on screen of binocular eyetracker monitor, demonstrated to tested person, eye movement motor activity is registered, X-coordinates of direction of right eye pupil look (RX(t)) and left eye pupil look (LX(t)) are determined. Histograms of difference ΔX(t)=RX(t)-LX(t) for the time of "H(q)" image demonstration, histograms of difference of sets of stereoscopic projections in their two-dimensional and stereoscopic perception in condition of fusion are built. "H(q)" image, for which maximum of ΔX(t) difference histogram is maximally approximated to value of maximum of difference histogram in observation of stereo-depth of "Istereo(1)" stereoprojection, is selected. Coefficients of excess and asymmetry are calculated by stereoscopic sets of "H(q)" image. Raster images are mounted, "Иraster(j)" raster, which has location of maximum of histogram of rasterΔX(t) difference coefficients of excess and asymmetry of maximally approximated to analogous characteristics of two-dimensional "H(q)" image depth perception, is selected. After that selected raster image is used to influence visual perception and depth on image, where 1, n, q are integers 1, 2, 3, 4…, is observed.
EFFECT: method makes it possible to increase efficiency of technology and training of cognitive abilities.
12 dwg
