Innovative Strategies for Human-Object Interaction in a Virtual Studio

Traditional studio shooting not only needs to occupy a wide space, but also needs a large number of expensive shooting equipment, and in the shooting process needs to frequently switch props and models, consuming an army of money, time and manpower. However, with the help of virtual reality (VR) technique, we can establish low-cost virtual studios to replace traditional photography methods. This paper will attach importance to an innovative interactive strategy for manipulating objects through ray detection in a VR studio scene. This strategy not only optimizes the technology of handle interaction, but also realizes the efficient loading and instantiation of the model, convenient drag and rotation function, and improves the stability and fluency of the system through the message mechanism and callback the function. The experimental results reveal the accuracy of the ray detection technology is up to 99%, the stability of the interaction strategy is 99.5%, and the user satisfaction score is 4.8 (out of 5 points), which is significantly better than the traditional way. In addition, user;s feedback is positive, with more than 90% of users believing that the system provides an immersive learning environment that helps to understand and master the properties of objects and how they operate. Together, this strategy promotes an immersive learning experience.