Affiliation:
1. School of Computer Science and Engineering Sun Yat‐Sen University Guangzhou China
2. Department of Musical Instrument Engineering Xinghai Conservatory of Music Guangzhou China
3. Sniow Research and Development Laboratory Foshan China
Abstract
Three‐dimensional display has been a widely researched technology, offering an abundance of depth cues to enhance the overall visual experience. The volumetric display system has significant advantages due to its ability to be viewed from any angle and without the need for auxiliary devices. However, the issue of deviation between the rotating axis and the display plane was not taken into consideration in the previous systems. Therefore, we innovatively propose an axis‐shift slicing algorithm for volumetric display systems, leading to improved accuracy and reliability of the image slices data. Moreover, a prototype based on a novel collaborative control scheme as well as a creative software simulator is designed and implemented, laying the foundation for further development and refinement. Finally, the results from both simulations and experiments have demonstrated the effectiveness of the proposed axis‐shift algorithm and the designed volumetric display system.