Design of 3D geological fault information spatial form visualization system based on machine vision technology
Design a 3D geological fault information spatial form visualization system based on machine vision technology to im-prove the visualization effect.The data source is digital geological map,integrated geological section,borehole data and remote sens-ing image.The data acquisition layer uses the data acquisition module to collect and process the geological fault related data in the da-ta source.The geological fault 3D modeling module is developed,the geological fault data is interpolated by Kriegin interpolation method,the surface grid of geological fault is generated,and the geological fault 3D model is established.The 3D visualization mod-ule in the representation layer uses OpenGL technology to present the 3D geological fault model and realize the visualization of the spa-tial form of 3D geological fault information.Experimental results show that the system can effectively interpolate geological fault data and construct a three-dimensional model of geological fault.This system can effectively present the spatial form of three-dimensional geological fault information in a visualized form,with an information entropy of 0.7 and a high degree of visualization detail.
万方数据
维普
