3D Visualization Process and Efficiency Analysis of Geographic Information Based on WebGL

Su, Deguo; Tan, Beibei; Yuan, Debao; Wang, Yong; Liu, Jiping

With the rapid development of geographic information technology, the web-based 3D visualization technology is constantly updated with the development of computers. However, the traditional 3D geographic data visualization software based on the rich-client model it has significant limitations in the display and analysis of geospatial information and it is difficult to install and use, result in that difficult to meet the application of Geo-dynamic simulation, visual analysis, and collaborative decision-making of the geographic process. In order to show the realism of spatial data more directly, this paper introduces a 3D visualization process design method of geographic information and analyses the 3D data modelling building and visualization efficiency. The process combines multiple data sources are loaded automatically, cross platform, 2D & 3D integration, and make a wider range of customers easily access to the visualization effect of 3D spatial data.

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Su, Deguo / Tan, Beibei / Yuan, Debao / et al: 3D Visualization Process and Efficiency Analysis of Geographic Information Based on WebGL. 2019. Copernicus Publications.

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