| 摘要 |
FIELD: medicine. ^ SUBSTANCE: invention belongs to the field of medicine, notably, - psychology, human ecology, psychophysiology, ophthalmology, and can be applied within brain activity research, design of the models for new principles of the neuron net activity, design of parallelism - based computers or within any other field, related to creativity application. In the first stage person looks at identic picture with stereoscopic depth elements. When person gets involved in the mode of image overlay, quantity of those elements has to be counted, and if there are more elements in overlay mode then in the mode of stereoscopic depth imaging, it is time to go to the second stage. In the second stage person gets learned to form identic images by himself within continuous mode of image overlay in the process of image composition up to the moment when appears the vision of single images detached of the background within overlay mode and then without overlay mode. When the second stage is over, quantity of the stereoscopic depth elements on the identic image has to be counted once again. In the third stage person forms pictures within continuous overlay of the images with stereoscopic depth elements. The process goes until the vision of depth within overlay mode appears for more images on the identic picture then in the second stage. Now, if similar effects last without overlay mode, it is time to start the fourth stage and to count elements of depth on the identic picture within and without overlay mode. In the fourth stage there must be used pictures of monocular aerial perspective with stereoscopic depth elements. Sighting lasts until in overlay mode appears the feeling of depth for more images on identic picture, then it was in the end of the third stage, while perspective lasts without overlay mode. In the fifth stage pictures of prominency effect must be used. Sighting of these pictures lasts until appearance of the volume feeling from the images usually not seen as three-dimensional by most persons. In the sixth stage the aim of training is to get the ability to adjust the feeling of depth for any flat image within and without overlay mode. ^ EFFECT: process allows providing development of stereoscopic vision. ^ 8 dwg |
