A High Precision Aerospace Situation Simulation Method Based on MetaCube

With the development of 3D engines, 3D simulation has become its main application point. However, because things in the real world and the virtual world are difficult to reproduce, the simulated effects of existing 3D engines often cannot meet the authenticity requirements in the aerospace field. This research is oriented to the simulation application in the 3D engine. From the perspective of the authenticity of simulation data visualization, the concept of meta component MetaCube is proposed for the first time. Using MetaCube as a bridge to connect simulation data and 3D models, a new universal simulation method in 3D engines has been implemented. This study tested the proposed general 3D simulation method against traditional 3D simulation methods. By comparing and analyzing the experimental results, the method proposed in this study has better authenticity while ensuring the display effect. Therefore, this research can ensure the authenticity of the simulation while ensuring the 3D visualization effect, and provides new research ideas and technical support for 3D simulation in the aerospace field.