ROZHENTSOV VALERIJ VITALEVICH,Роженцов Валерий Витальевич,AFONSHIN VLADIMIR EVGENEVICH,Афоньшин Владимир Евгеньевич
申请号：
RU2013121205/14
公开号：
RU0002525377C1
申请日:
2013.05.07
申请国别(地区):
RU
年份:
2014
代理人:
摘要：
FIELD: physics.SUBSTANCE: three or more light spots are formed on a horizontal surface by light emitters controlled by a computer. A test subject is placed at the centre of a loop enveloping the light spots. The shape, area, colour, brightness, direction and speed of movement of the light spots are varied according to a program over a given period of time unpredictably for the test subject. The test subject evaluates transformation and movement of the light spots and changes their position in order to remain at the centre of the loop enveloping the light spots. Transformation and movement of the light spots and the test subject are recorded by a video camera situated at a given height over the horizontal surface. The video is transmitted to the computer. From the moment of changing the shape or area or colour or brightness of direction or speed of movement of the light spots, the computer calculates, periodically with a given period of time, the position of the centre of the loop enveloping the light spots and the centre of the position of the test subject, the distance between the centres, the arithmetic mean value of the calculated distances between the centre of the loop and the centre of the position of the test subject. The capacity of the person for perception and orientation in space is then evaluated based on the arithmetic mean value.EFFECT: method improves the accuracy of evaluating the capacity of a person for perception and orientation in space based on results of collaborative operation of the visual, vestibular and muscular analysers and motor apparatus of the person.Изобретение относится к физиологической, медицинской, психологической, транспортной, авиационно-космической, спортивной и другим областям науки и практики. На горизонтальной поверхности световыми излучателями, управляемыми компьютером, создают три или более световых пятна. Испытуемый размещается в центре контура, огибающего световые пятна. Программно в течение заданного времени непредсказу
