3D Visualization of Chart Scenery Based on OSG

Jinming Song, Xiuwen Liu, Peng Gao
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Abstract

The study aims to explore the safety of ship navigation, in view of 3D (three-dimensional) visualization of navigation mark and of seabed topography. The main contribution lies in two aspects. One is for 3D visualization of aids to navigation, the other is for 3D visualization of seabed topography. From the electronic chart and S-57 data, the shape, color, top mark and luminous characteristics of the navigation mark are extracted. Compared with the previous methods, the simulation on Visual Studio shows that the 3D scene can provide more visual and clear information to the ships. The depth data of electronic chart is extracted and processed, and then the irregular triangular grid is constructed by Delaunay triangular grid method. The two aspects of study, mainly use the corresponding data information to complete the goal of building 3D scene automatically and quickly.
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基于OSG的海图场景三维可视化
基于航标和海底地形的三维可视化,探讨船舶航行的安全性。主要贡献在两个方面。一个是航标的三维可视化,另一个是海底地形的三维可视化。从电子海图和S-57数据中提取航标的形状、颜色、顶标和发光特征。与以往的方法相比,在Visual Studio上的仿真结果表明,三维场景可以为船舶提供更直观、更清晰的信息。对电子海图深度数据进行提取和处理,然后采用Delaunay三角网格法构造不规则三角网格。这两个方面的研究,主要是利用相应的数据信息来完成自动快速构建三维场景的目标。
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