Optical Motion Capture Equipment Installation Training Web3D Virtual Simulation System
Yijia Huang, Yu Song, Lingchan Shen, Wenju Wang · 2023
The optical motion capture devices are widely used in various fields such as new media, metaverse, film, and gaming. However, due to its high price, limitations in installation caused by temporal and spatial conditions, among other reasons, the installation and training of optical motion capture equipment are challenging. To address this issue, this paper proposes an optical motion-capturing device installation training system based on Web3D virtual simulation technology. This system is divided into three functional modules: interactive webpages, virtual simulation experiments, and grade and information management. This system uses Unity3D and 3DsMax to simulate the installation and dismantling process of optical motion capture devices. It utilizes recording functions in the Webgl2.0 framework to record and playback the experimental process. The system manages step-by-step experimental data, such as performance records, using a database and designs interactive web pages using. The experimental results show that the system helps users quickly master the methods and skills of installing and debugging optical motion capture equipment.