搜索资源列表
1CSharp
- 测绘专业数据处理，C#源代码，角度化弧度，高斯投影转化，水准平差等-Surveying professional data processing, C# source code, angle of curvature, Gauss projection conversion, level adjustment, etc.
Satellite_orbit_design
- 现需要在高度为600~700KM范围内，回归周期为30天的太阳同步轨道上布置一颗L波段的合成孔径雷达卫星。 1. 请设计合适的轨道参数，并仿真对应轨道下一个运行周期内星下点轨迹图（纬度和经度两个图）； 2. 计算多普勒中心频率，多普勒调频率与纬度的关系图（设姿态角为0°，天线视角20°~60°，推荐35°）； 3. 按高斯投影方式，将星下点轨迹图投影到地图坐标上。-Now requires a height of 600 ~ 700KM range, return period
setTIFprojection
- 图像文件格式要求为“tif”，工具将遍历工作目录下的文件并按图幅号确定其1：1万图幅的高斯投影坐标系。-Image file format requirements as "tif", tools will traverse the working directory under the file number and press maps 1:10000 maps to determine the Gaussian projection coordinates.
Gassi
- 高斯投影正反算 大地测量学实习的编程很好用的小程序-Positive and negative Gauss projection operator Geodesy good programming practice to use a small program
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
gsty
- 高斯投影正反算公式及换带计算，有需要的可以下载-Gauss projection formula for calculating pros and conversion with calculation, need to be downloaded
gaoshitouyingmianhuansuan
- 在测量结果计算中可以很简单的计算高斯投影面-Can be calculated in the measurement of the calculation is very simple Gaussian投影面
gsty
- 高斯投影，选择不同的椭球参数由大地坐标的正反算-Gauss Projection
Gauss-projection
- 高斯投影计算VB源码，Gauss projection -Gauss projection，Gauss projection，Gauss projection
question4
- 按UTM投影（或高斯投影）方式，将星下点轨迹图投影到地图坐标上 -By UTM projection (or Gaussian projection) mode, the ground track diagram projected onto the map coordinates
Gaussian-projection-calculation
- 能够实现高斯投影坐标系之间的正算和反算过程，程序用c#编写，很精简的算法，值得借鉴。-It s for the Gaussian projection and inverse projection calculation. It is C# program. Very precise and recommended!
Projection
- 大地坐标与高斯投影坐标的转换 支持三度带与六度带 支持克拉索夫斯基椭球与1975国际椭球-Geodetic coordinates and Gauss projection coordinate conversion support with three degrees and six degrees with support carat Brasov Chomsky ellipsoid ellipsoid with the 1975 International
WGS1984_Xian80
- WGS1984坐标到Xian80坐标的转换，实现了WGS1984坐标到高斯投影坐标转换。-WGS1984 Turn to Xian80
FOUNDATION-OF-GEODESY
- 大地测量学基础，B,L,H==>X,Y,Z，X,Y,Z==>B,L,H，大地问题正解,大地问题反解,3度带或6度带高斯投影正解,3度带或6度带高斯投影反解-Geodesy base, B, L, H ==> X, Y, Z, X, Y, Z ==> B, L, H, land issues positive solution, anti-earth problem solution, with 3 degrees or 6 degrees with a Gaussian
FOUNDATION-OF-GEODESY-
- B,L,H==>X,Y,Z X,Y,Z==>B,L,H 大地问题正解 大地问题反解 3度带或6度带高斯投影正解, 3度带或6度带高斯投影反解,-B, L, H ==> X, Y, ZX, Y, Z ==> B, L, H Earth Positive Solution Solution 3 degrees counter-earth problems with or 6 degrees with Gauss projection positive so
GAUSE
- 高斯投影正算，投影与变形 地图投影:就是将椭球面各元素(包括坐标、方向和长度)按一定的数学法则投影到平面上。-Gauss projection is calculated, and the deformation of the projection map projection: that the ellipsoid of each element (including coordinates, direction and length) by a certain mathematical ru
Excel
- 从经纬度BL换算到高斯平面直角坐标XY（高斯投影正算），或从XY换算成BL（高斯投影反算），一般需要专用计算机软件完成，在目前流行的换算软件中，存在一个共同的不足之处，就是灵活性较差，大都需要一个点一个点地进行，不能成批量地完成，给实际工作带来许多不便。笔者发现，用EXCEL可以很直观、方便地完成坐标换算工作，不需要编制任何软件，只需要在EXCEL的相应单元格中输入相应的公式即可。下面以54系为例，介绍具体的计算方法。-BL translated from latitude and longit
gauss
- 高斯坐标正反算，可以实现由地理坐标与笛卡尔坐标在高斯投影之下的正反算-Positive and negative Gaussian coordinate calculation，
gaositouying
- 利用vb实现的高斯投影中的坐标转换,适用于测量的相关方面、-Gauss projection coordinate conversion
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.