Analysis Of Interactive Design Of Fracture Rehabilitation Apps Based On Cardiac Flow Theory

Using the interactive interface research method based on the heart flow theory,aiming at the user’s heart flow experience of fracture rehabilitation applications,taking the typical fracture rehabilitation type-tibia and fibula fracture rehabilitation as an example,designing the interface and completing the supporting smart wearable The design of the hardware.Through the analysis of user characteristics and flow experience elements,the feasibility of the research route is established,the complete user experience interaction process is combed,the user’s flow experience expectations and the path to achieve the flow experience are explored,and the target interface effect is obtained.Design conclusion.In user research,through the analysis of their pain points,the real situation of the fracture rehabilitation process of users is classified and researched,and the typical users of fracture rehabilitation applications are divided into novice rehabilitation users,intermediate maintenance users and expert doctor users.,To establish and improve the flow model of mainstream users.Using the analysis rule of“user needs-key factors-corresponding strategy path”,through the priority analysis of three types of user needs and elements,the user flow experience map is used to establish the interactive content,information level and functional structure,and stimulate user behavior And boot.Based on the analysis of the interactive experience with high user satisfaction,based on the research structure of flow theory "user-tool-task",from the three perspectives of user,tool and task,construct a flow experience element model for fracture rehabilitation applications,fractures Rehabilitation class uses a flow experience evaluation model to form an interactive interface design method for fracture rehabilitation class based on heart flow theory.In the discussion of the initial interface module,patient module,doctor module and other interactive modules,the design of the fracture rehabilitation application interface that meets the flow experience is completed,and the flow experience of the fracture rehabilitation application is improved.