Application of 3D Stereo Vision System and Artificial Intelligence in Environmental Art Modeling System

This paper studies the design method of complex scene of environmental art landscape oriented to 3D stereo vision system. Firstly, the method based on feature analysis is studied to solve the problem of inefficient use of data in modeling. The elevation calculation of the building is realized by programming, and the building is divided. By using finite element method and successive subdivision technology, the fine design of landscape architecture is realized. Through the modular design of mobile devices and the innovation of plug-in external devices, the VR interactive experience is enhanced. Finally, the building modeling in virtual reality is transformed into a real scene. The building model is integrated with the components in virtual reality to realize the three-dimensional modeling of the building. The construction of virtual scene is realized by designing three modules of auxiliary scene, cross-end cooperation and roaming demonstration in VR modeling library. The simulation results show that the method proposed in this paper provides a more realistic modeling method for users.