An interactive visual display system based on motion inertia parameters

Aiming at the lack of interactivity in the visual display system of exhibition hall and stage performance, an interactive visual display system based on motion inertia parameters was studied in this paper. The orientation quaternion was selected from the motion inertia parameters of MYO armband, and it was converted into Euler angle. Among Euler angle, Yaw and Pitch were selected to describe human movement. In the visual display system, motion inertia parameters were used to realize the interaction between behaviors and visual effects and enhance interactive experience.