Research On The Design Of Somatosensory Games Based On Spinal Rehabilitation Trainin

The development of science and technology has brought great changes to people’s lifestyle.Sitting at work for a long time,bending the head to play mobile phones and driving have become the common state of social groups at present.Such habits cause frequent spinal problems.In recent years,the surge of social pressure has made the incidence of spinal diseases appear younger,and the demand for rehabilitation medical treatment has increased.In order to improve people’s spinal health and explore the design of digital products for spinal rehabilitation training,this study designed a somatosensory game for spinal rehabilitation training based on Kinect motion-sensing equipment and Unity3 D game engine.In the early stage of the research,through literature search and data gathering,the feasibility of using motion sensing games in spinal rehabilitation training was sought.Based on the user survey method with qualitative research as the main method and quantitative research as the auxiliary method,the living habits,spinal conditions and use of somatosensory games of patients with spinal diseases were analyzed to understand the acceptability of patients for the use of somatosensory games in spinal rehabilitation training,and the design requirements of patients for somatosensory games in spinal rehabilitation training were obtained.Based on the research results and flow theory,eight design strategies such as "establishing clear game goals" are proposed,and four design elements including visual design are expounded.Based on the previous theoretical basis,design strategies and elements,design practice was carried out,interactive prototype was completed,high-fidelity interface was designed,development environment was built,game interactive content was developed,and product design verification and evaluation was carried out using the system usability scale.The test results show that the game is interactive,entertaining and real-time.This provides a new solution for the design of the same type of digital products in the field of rehabilitation medicine and has certain practical significance and social value.