Motion evaluation method of shadowboxing based rehabilitation training

Abstract

The invention provides a motion evaluation method of shadowboxing based rehabilitation training. The motion evaluation method comprises the steps of S1, building a standard shadowboxing animation model library; S2, building a trainer model; S3, building virtual training scenes and setting training modes and training motion levels; S4, registering or carrying out account password login by a trainer; S5, selecting a suitable virtual training scene, a suitable training mode and a training motion level; S6, training, including, carrying out shadowboxing training by imitating the standard shadowboxing animation model library of the training mode and the training motion level selected in the step S5 by the trainer, collecting limb motion data of the trainer, mapping the limb motion of the trainer to a trainer model in real time, and shooting a training video; S7, carrying out training scoring and evaluation; and S8, querying historical training data. The motion evaluation method of the shadowboxing based rehabilitation training can well combine the traditional shadowboxing with the virtual reality rehabilitation training, and is good for improving the rehabilitation training effect of the trainer.

Description

technical field [0001] The invention relates to the field of combination of virtual reality technology and rehabilitation training, in particular to an action evaluation method for rehabilitation training based on Tai Chi. Background technique [0002] Stroke has a high incidence rate among middle-aged and elderly people. After the illness, complex and time-consuming rehabilitation training is required. Traditional rehabilitation treatment requires therapists to conduct one-on-one rehabilitation training for patients, which consumes manpower and material resources, and the training process is boring. Patients cannot actively participate. train. [0003] Virtual reality technology has the characteristics of immersion, interaction and imagination, and is widely used in various fields. Applying it to the field of rehabilitation is conducive to improving the enthusiasm of patients for rehabilitation and saving manpower and material resources. However, the content of virtual rea...

AI Technical Summary

Problems solved by technology

Taijiquan is loose, soft, slow and even, orderly opening and closing, light and flexible, and combined with hardness and softness. It is suitable for the rehabilitation training of stroke patients' balance ability and limb motor function. At present, there is no example of a sports rehabilitation training system using Taijiquan as a virtual reality content.

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