Human eye strabismus direction and strabismus degree measurement device

The invention belongs to the field of strabismus measurement devices, and particularly relates to a human eye strabismus direction and strabismus degree measurement device. The device comprises an eyetracker, a controller, a processor and VR glasses; the controller is used for controlling an indicator to move, so that human eyes wearing the VR glasses are in a natural staring state on the indicator in the glasses; then left and right side pictures of the VR glasses are alternately closed; the eye tracker is used for shooting pupil pictures of the closed side before and after each closing; andthe processor is used for judging whether the pupil of the human eye on each side moves or not and determining the moving direction based on the pupil pictures, corresponding to the side, before andafter closing. In addition, the controller also closes a main eye picture when the human eyes are in the natural staring state on the target indicator, and meanwhile rotates a strabismus eye picture according to the strabismus