Kinematic characteristics analysis of highly difficult movements "324C+1D" of the first level Wushu athletes

The data is the kinematic data obtained from the analysis of "324C+1D", a difficult Wushu movement completed by the first-level athletes of Chinese competitive Wushu routine, by using SIMI sports software. It is mainly used to study the kinematic characteristics of the difficult Wushu movement "324C+1D".

Methods
Three Japanese SONY-RX10IV cameras, a set of SIMI Motion software of SIMI company, calibration frame using Agger 3D DTL framework calibration. 3D high-speed camera system can be used in the study of human movement, which can truly reproduce the movement and movement trajectory of athletes, and output the movement data of each link of athletes at any time, such as displacement, speed, angular speed, etc., so as to facilitate quantitative analysis. Combined with the principles of human physiology and physics, the research and improvement methods can make the observation of human movement get rid of the state of relying purely on experience. Enter the theoretical, digital era. 3D high-speed camera is a non-contact measurement, which has the advantages of not imposing extra load on the human body, not interfering with the body movement and measuring close to the actual condition. The detection and processing of human motion information takes human motion as the research object. Measure and analyze the displacement, velocity, acceleration and joint Angle of each part of the human body in the process of movement. 3D high speed camera system is mainly used to study the kinematic characteristics of motion technology.

SIMI motion analysis software can analyze difficult motion videos captured by high-speed camera systems and convert moving images into motion data. The kinematic characteristics of Wushu difficult movements are analyzed through motion data.