Gamification, and memory amblyopia training method and system

Abstract

The invention discloses a gamification and memory amblyopia training method and system. The training method includes: displaying a noise interference background and an amblyopia training target optotype with a preset orientation on a training page; randomly displaying a preset number of amblyopia training optotypes with different orientations on the noise interference background; monitoring a trigger trajectory on the training page in real time, and judging whether the trigger trajectory crosses the randomly displayed amblyopia training optotype or not; increasing a score if the crossed amblyopia training optotype and the amblyopia training target optotype have the same orientation, and decreasing the score if the orientations are different; and entering a higher next level when the statistical score reaches a preset score each time, wherein the interference of the background noise is increased, and the display number and display frequency of the amblyopia training optotypes are increased and the sizes of the same are reduced. Through the technical scheme of the present invention, various visual functions and visual skills of the patient are improved, the vision of an amblyopic eyeis improved, and meanwhile, richness, interest and effectiveness are also increased.

Description

technical field [0001] The invention relates to the technical field of visual training, in particular to a gamification and memory amblyopia training method and a gamification and memory amblyopia training system. Background technique [0002] Amblyopia training is a long-term process, and the therapeutic effect is closely related to children's interest in and compliance with the training method. Therefore, it is very important to choose the training method that children are more interested in. Traditional training methods generally have shortcomings such as single form and insufficient interest, which make it difficult for children to persevere in training and affect the therapeutic effect. The visual training system technology has advantages that traditional methods do not have, such as diversified forms and interesting training. In the process of amblyopia training, the information of the amblyopic eye is the signal to complete the task, and the information of the domin...

AI Technical Summary

Problems solved by technology

Traditional training methods generally have shortcomings such as single form and insufficient interest. It is difficult for children to persevere in training and affect the therapeutic effect.

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