Method and system for visual function training

Abstract

The invention discloses a method and system for visual function training. The method comprises the steps that acquired user visual function training information is parsed, the visual function trainingcontent is generated, and the generated visual function training content is displayed; the interactive feedback result generated on the basis of the displayed visual function training content is received, and visual function training result information is obtained. Therefore, the method is not the method of building visual function training methods according to one or two types of visual functiontraining, but the method of conducting visual function training by determining various display methods and various interactive methods applied by visual function training on the basis of the user visual function training information so as to achieve many types of visual function training.

Description

technical field [0001] The invention relates to the field of computer technology, in particular to a method and system for visual function training. Background technique [0002] Visual function training is a way of training the eyes and the brain. The training is to establish the relationship between the brain's visual neurocognitive system and images. Through eye movement training, the brain's visual cognitive system is continuously stimulated and trained. The types of visual function training include: amblyopia training, fusion training, adjustment training, or / and functional eye movement training, etc. Various types of visual function training can be applied in the process of visual function training. For example, during amblyopia training, fusion training and adjustment training can be added to improve the visual balance of both eyes; for example, fusion training can be added during adjustment training And eye movement training, improving the relationship and function ...

AI Technical Summary

Problems solved by technology

Here, due to the limitation of the binocular training display unit, the picture cannot be played with dynamic effects, and it needs to be replaced manually when replacing the picture. Due to the influence of the visual range and resolution of the binocular training display unit, it is impossible to perform refined binocular vision training

[0006] Both of the above two methods have disadvantages. The first method cannot achieve binocular separation visual function training, and in the process of human-computer interaction, it is completed with the help of two-dimensional interactive units, which is cumbersome and difficult to implement; the second method In the second way, although the visual function training of binocular separation is realized, the training content is simple during the binocular separation visual function training, and the dynamic visual function training of binocular separation cannot be realized, and it is impossible to conduct training with personnel during the training process. Interaction, poor training effect

[0007] It can be seen that the above two methods respectively construct a visual function training system for each type of visual function training, and it is difficult to meet the requirements of multiple types of visual function training.

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