基于倾斜摄影测量实景三维模型优化的技术OA

With the continuous advancement of three-dimensional(3D)reality construction,there are still quality problems existing in 3D reality models produced by oblique photogrammetry.This paper focused on the acquisition of aerial images,automatic construction of models,and post-optimization of models.Through the control of image acquisition quality,opti-mization of aerial parameters,use of close-range photogrammetry and multi-source data fusion,and optimization and indi-vidualization of models,the paper conducted practice verification based on the case of the Xinchang Project.The results show that the combined application of multiple methods can effectively enhance the geometric accuracy and texture quality of the model,providing a reference for the construction of 3D reality projects.