搜索资源列表
cSharp-vb-Gauss
- 采用C#实现高斯投影坐标转换，大地坐标与平面坐标的之间的相互转换-Gauss projection coordinate transformation, geodetic coordinate plane coordinate conversion between C#
Geodesy04-2010301610206
- 实现高斯投影正反算和对度带中6、3度带的换代计算-Realization of Gauss projection calculation and with 6, 3 with replacement calculation
Gauss-count
- 测绘学中的高斯投影正反算，输入大地坐标相应参数，通过正算可得到高斯平面坐标；或输入中央子午线经度经反算得到大地坐标相应参数。-Gauss projection forward and backward count in geomatics. Input geodetic coordinate parameters,click direction algorithm ,user can get gauss plane coordinate or input Central meridian lon
gao-si--tou-ying
- 进行测量中的坐标转换，高斯投影转换，大地正算-Measurement of the coordinate transformation, Gauss projection conversion, the earth is considered so
Gauss
- 基于C#平台的高斯投影转换源代码！高斯坐标正算和反算，分带投影转换。-C# platform based on Gauss projection conversion source code! Gauss coordinates are calculated and inverse, with a projection of the conversion.
gaosizfs
- 实现了高斯投影正算和反算，方便大家的使用，是c#源码，可以看到编写过程-Achieve a Gauss projection Inverse operator, to facilitate the use of a c# source code, you can see the writing process
dadizhaohuanzhen
- 大地测量学，高斯投影正反算程序的实现C#a源码及exe程序-Geodesy, Gauss Projection positive and negative counting procedures to achieve C# a program source code and exe
80gaishi
- 改代码实现高斯投影向经纬度转换，主要运用于地图分幅图廓的前期工作- Gauss projection to latitude and longitude
Gauss-projection-is-counting
- 大地测量中的高斯投影正算，由x、y解算B、L。-Gaussian projection in geodesy is calculated, x, y solution B, L.
Coordinate_transform-program-master
- 坐标转换，BLH坐标转换为XYZ坐标，并进行高斯投影(Coordinate transformation, BLH coordinates are converted to XYZ coordinates, and the Gauss projection is carried out)
ProjectionTransform
- 实现高斯投影反解计算，在土地利用调查中可以应用到(Inverse solution calculation of Gauss projection)
坐标转换
- 计算四参数，高斯坐标投影，大地坐标与施工坐标转换(Calculate four parameters, Gauss coordinate projection, geodetic coordinate and construction coordinate transformation.)