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高斯正反算程序
- 利用高斯正反算进行坐标的转换，测绘专业必备之程序。-use Gaussian count for positive and negative coordinates of the conversion, mapping professionals required procedure.
vc编写的小波正反变换的源码
- 用VC写的一个小波正反变换.新一代静止图像压缩标准JPEG2000将离散小波变换(DWT)作为其核心变换技术.-VC write a wavelet transform pros. A new generation of geostationary JPEG2000 image compression standard of discrete wavelet transform (DWT) as its core technology
高斯投影变换
- 高斯投影正反变换-Gaussian transform projection pros
vc编写的小波正反变换的源码
- 用VC写的一个小波正反变换.新一代静止图像压缩标准JPEG2000将离散小波变换(DWT)作为其核心变换技术.-VC write a wavelet transform pros. A new generation of geostationary JPEG2000 image compression standard of discrete wavelet transform (DWT) as its core technology
BLtoxyDlg
- 测绘专业中，高斯坐标与大地坐标正反算。VC源代码。-mapping professionals, Gauss coordinate with geodetic coordinates pros count. VC source.
高斯正反算程序
- 利用高斯正反算进行坐标的转换，测绘专业必备之程序。-use Gaussian count for positive and negative coordinates of the conversion, mapping professionals required procedure.
geomatics_gauss
- 测绘工程，大地测量学，高斯正反算，初学者参考-mapping, geodesy, Gaussian positive and negative counting, beginners reference
gausszf
- 该软件主要应用是采用高斯正反算进行换带计算的。-The software application is used mainly Gaussian with positive and negative exchange balance calculation.
gps
- 高斯投影正反算的c程序代码，网上好多都是使用vc做的，真正用c写的就这一个-Positive and negative Gaussian projection operator of c program code, on-line use vc to do a lot of genuine use c wrote on this one
zuobiaozhuanhuan
- 本程序提供WGS-84、BJ54和Xi’an80下大地坐标、空间直角坐标以及高斯坐标的相互转换，不同椭球参数下的转换需通过空间直角坐标过渡，由于时间原因，高斯坐标正反算只在BJ54下进行。空间坐标的转换需要借助七参数，可手工输入，也可由文本文件中至少公共点平差计算得到（data.txt可用于七参数计算测试）。 计算过程： WGS-84 B=30.303622 L=114.212196 H =47.36 （经纬度采用度
Gs_Ldd
- 测绘学院05级大地测量 高斯正反算的作业 界面做的比较漂亮 ,另外精度页没有任何问题-Surveying and Mapping Institute of Geodesy 05 positive and negative Gaussian operator interface make operation of the more beautiful, while there is no question of the accurac
6轴运动学正反解
- 通过使用VS2010对六轴运动学正反解析，内容包括正运动学解析，反解等。(Through the use of VS2010 on the six-axis kinematics positive and negative analysis, including positive kinematics analysis, anti-solution and so on.)
双矩形脉冲的正反傅里叶变换
- 双矩形脉冲的正反傅里叶变换 (1) 画出以上式子所定脉冲的时域波形; (2)画出信号的振幅谱 abs(sf);(3) 将第二步所得的频谱求傅里叶反变换，并画出其波形，并与原始信号对比;(Positive and inverse Fourier transform of double rectangular pulses (1) draw the above formula set by the pulse wavefor
高斯正反算
- 高斯正反算，投影还贷计算，xy算相互经纬度，也能反算，首先选择参考椭球(Positive and negative is gauss projection repayment calculation, xy calculate longitude and latitude, each other can be calculated, first select the reference ellipsoid)
坐标正反算二号
- 高斯投影的坐标正反算 能够实现6度带及3度带投影下的相互转换(Calculate the coordinates of the positive and negative gaussian projection)
三维的重力场正反演
- 三维的重力场正反演代码，fortran语言编程。非质量非常高的代码，对地球物理正反演非常有用。(Three dimensional gravity field forward inversion code, FORTRAN language programming. The non - quality very high code is very useful for the geophysical and positive and n
坐标正反算
- 椭球坐标与高斯投影面坐标系的正反算，为解决坐标系的投影转换。(The positive and negative calculation of ellipsoidal coordinates and gaussian projective plane coordinates.To solve the projection transformation of the coordinate system)
大地坐标正反算 - 副本
- 测绘工程中的大地坐标正反算.C#实现，测绘的大地坐标正反算.(C# realization of geodetic coordinate positive and negative calculation in surveying and Mapping Engineering)
高斯投影正反算-VB
- 测绘工程中常用到的椭球坐标与高斯平面坐标的正反算，包括邻带换算。(The positive and negative calculation of ellipsoidal coordinates and Gauss plane coordinates commonly used in surveying and mapping projects, including conversion of adjacent bands.)
高斯正反算文件
- 大地测量学中的高斯主题正反算在matlab上的实现，即将大地坐标和直角坐标相互转换的文件(Gaussian theme positive and negative code, transform the coordinates in the geodetic coordinate system to the Cartesian coordinate system)