GCS:地心坐标系
“Geocentric Coordinate System”,简称GCS,是为了便于快速书写和使用而广泛采用的术语,常见于测绘、导航与空间定位等综合领域,属于未明确细分类别的基础性坐标系。其中文译为“地心坐标系”,指以地球质心为原点的空间参考系统,用于精确描述地球上或附近物体的位置信息。
Geocentric Coordinate System具体释义
Geocentric Coordinate System的英文发音
例句
- It gives a whole view of the development and status of geocentric coordinate system, ellipse-centered coordinate system and world geodetic system in China.
- 综述了测绘工作中常用的几类大地坐标系的建立方法,全面介绍了我国参心坐标系、地心坐标系(GCS)和世界地心坐标系(GCS)的发展及其现状。
- Transformation Between Three-Dimension Geocentric Coordinate System(GCS) and Independent Coordinate System
- 第三项坐标是高程。区域性独立坐标系与三维地心坐标系(GCS)的转换
- Transformation Between Three-Dimension Geocentric Coordinate System(GCS) and Independent Coordinate System The Application of Subsection Independent Coordinates in the Large Strip Objects Deformation Monitoring
- 区域性独立坐标系与三维地心坐标系(GCS)的转换分段独立坐标系在带状地物变形监测的应用
- The reference-ellipsoid-centric coordinate system and the geocentric coordinate system are introduced. After concluding transformation model between the geodetic rectangular space coordinate systems, the Bursa model and Molodensky model are discussed.
- 在介绍了参心坐标系和地心坐标系(GCS)相关概念的基础上,对大地空间直角坐标参考系变换模型做了系统的总结,讨论了布尔莎模型和莫洛金斯基模型。
- This paper gives the definition of coordinate systems usually used in DVE, which are geocentric coordinate system, geodetic coordinate system, topology coordinate system, entity coordinate system and euler angle, then deduces the conversions among them.
- 该文给出了DVE中常用的坐标系统,地心坐标系(GCS)、测地坐标系、拓扑坐标系、实体坐标系和欧拉角定义,并推导了它们之间的转换公式。
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