摘要
为了实现海量、多源、异构、多维、多格式、动态等特性海洋标量数据的三维集成可视化,设计了基于服务思想、面向通用标量数据格式的三维虚拟可视化体系架构,构建了海洋三维可视化原型系统,并对其体系架构和功能设计进行了详细阐述;采用基于几何对象的可视化方法,结合LOD动态调度、表面纹理及快速查询等关键技术,实现了海洋标量场数据的高效、快速三维动态可视化、要素值查询及时序分析等功能。该研究可为其他海洋环境要素数据的可视化与分析提供思路与技术借鉴。
In order to achieve the three-dimensional integrated visualization of marine scalar data which has fea- tures including massive volume, multiple-sources, heterogeneous, multi-dimensional, multi-format, dynamic in structure and time. A service-based three-dimensional virtual visualization architecture was designed for generic scalar data format. The marine 3D visualization prototype system was constructed, and the system function design and implementation were elaborated. The geometry-graphic method, together with LOD dynamic scheduling, sur- face texture and fast query and other key technologies were used to achieve a series of functions including three-dimensional dynamic visualization of marine scalar field data, marine element values queries, time series analysis and so on. The study can provide a good solution for the visualization and analysis to the other marine en- vironmental data.
出处
《海洋科学》
CAS
CSCD
北大核心
2013年第7期90-94,共5页
Marine Sciences
基金
远海岛礁地理信息监测关键技术研究与示范(2012BAB16B01)
国家自然科学基金项目(40901195)
中国测绘科学研究院科技专项(777101606)
关键词
虚拟场景
海洋标量场
三维可视化
几何对象方法
virtual scene
marine scalar field data
3D visualization
geometry-graphic
