搜索资源列表
Gaussian(1)
- 在大地测量学中进行高斯投影由大地坐标反算经纬度-In the geodetic of gaussian projection coordinates the earth by the longitude and latitude
AT21_EllipseAreaApplication
- (1)图幅理论面积与图斑椭球面积计算 (2)图幅理论面积计算公式 (3)椭球面上任意梯形面积计算公式 (4)高斯投影反解变换 -(1) maps the theoretical area of the polygons ellipsoid area (2) maps the theoretical area formula (3) Ellipsoid any trapezoidal area formula (4) Gauss projec
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
GS
- 大地测量学中的编程题,可以进行高斯投影坐标的正算和反算。-Geodesy programming questions, Gauss projection coordinates positive operators and backcalculation.
ct
- CT头像重建算法matlab源代码,利用反卷积投影重建算法实现CT数据的重建-The CT the Avatar reconstruction algorithm matlab source code using deconvolution projection reconstruction algorithm reconstruction of CT data
New-folder
- 这是我自己在mfc下利用gdal库实现的遥感影像显示模块,能显示绝大部分的遥感影像格式数据。打开影像是可以同时打开多幅影像,程序默认对每幅影像建立各自的金字塔文件以便后面操作,同时程序默认将影像拉伸到0-255范围以防有的影像是11位的或更大的而显示不出来。打开影像后可进行简单的拉框放缩、移动、复位、旋转、链接显示、直方图、缩略图等操作,还有基本的影像增强处理,如伪彩色变换、饱和度亮度调节、直方图匹配、各种滤波等。影像处理实现了几何校正、投影变换、裁剪等操作。界面开发时用的是mfc的ROBBON
Gauss-Projection
- 一个通过高斯正反算公式计算高斯投影后投影平面的二维坐标,也可通过坐标反算大地经纬度。提供54系,西安80系,WGS-84系和CGCS2000系四种椭球参数。-A positive and negative Gaussian Formulas to calculate the two-dimensional coordinates of the Gauss projection projection plane can also be computed from coordinates latit
MDQTTTTTTT
- 取对数,取指数,投影法,图像的反色,图像的腐蚀,图像的镜像变换,图像的膨胀,图像的平移变换,-QU DUI SHU ,QU ZHI SHU ,TOU YING FA ,TU XIANG DE FAN SE ,TU XIANG DE FU SHI ,TU XIANG DE JING XIANG BIANHUAN , TU XIANG DE PENG ZHANG ,TU XIANG DE PING YI BIAN HUAN
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!
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
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
- 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
Mercator-Inverse-program
- 墨卡托投影反算程序,用C++进行的编程,大家可以下载并参考,很好用-Mercator Inverse program
gaositouying
- 高斯投影换算,大地测量程序,正算,反算,换代等-Gauss
Area
- 根据所给的江苏省境界数据 – 显示并计算江苏省十三个地市的面积 – 编写墨卡托投影反算程序,转换上述数据为经纬度坐标,并显示 – 根据地球椭球体表面上的梯形面积计算方法,基于经纬度坐标计算江苏省十三个地市的面积-According to the data given in the realm of Jiangsu Province - Display and calculate the thirteen cities in Jiangsu Province, an area
FBPRec
- 反滤波投影算法仿真在matlab平台上实现反滤波投影仿真-filter backprojection
plot_ellipse
- 反演问题的误差椭球及及在各个模型空间的投影,应用与得到模型参数的置信区间。-Error ellipsoid and the inverse problem and the projection of each model space, the application of the model parameters and obtain confidence intervals.
gaosi
- 首先实现角度与弧度之间的转换,然后运用高斯正算和反算公式进行高斯投影的运算-First, to achieve the conversion between radian angle, then apply a Gaussian Inverse Gauss projection calculation formula calculation