搜索资源列表
Threedimensional
- 这是一个三维重建程序,用于双目视觉中,由两个投影矩阵反求三维点-This is a three-dimensional reconstruction procedure for binocular vision, the projection matrix by the two reverse three-dimensional point
gaosizhengsuanfansuan
- 高斯投影在我国GIS应用中是最常用的投影,本程序实现了高斯正算和反算-Gauss projection GIS applications in China is the most commonly used projection, the process is to achieve a balance and anti-Gaussian operator
TouYing
- 主要功能是进行高斯正算,高斯反算及透视方位投影的显示。-Main function is to be considered are Gaussian, inverse Gaussian and the perspective projection display position.
ball
- 对球体的操作,里面有光照,反样,旋转,投影等操作-On the sphere of operation, there are light, anti-like, rotation, projection and so on
Gauss
- 高斯投影正算反算功能,实现高斯投影的正算和反算功能-The Gauss calculte descr iption
gaositouying
- 本程序为大地测量中高斯投影坐标计算的,包括了正算和反算-This procedure for the geodetic coordinates of Gauss projection calculations, including the calculation of the positive operators and the anti-
projection
- 地图投影坐标转换,高斯正算,高斯反算,大地坐标系转空间坐标系,空间坐标系转大地坐标系。方位投影,墨卡托投影(正轴等角圆柱投影),高斯克吕格投影的算法表示-Map projection coordinate conversion, Gaussian positive operator, Inverse Gaussian, and the earth coordinate system to switch space coordinate system, space geodetic coordin
84xy-bl(gassfansuan)
- 高斯投影反算的TC代码 可直接经行运算工作-Gauss Projection backcalculation TC code can work directly through the line of computing
Mercator
- 墨卡托投影小程序,非常好用...功能十分强悍的反算程序- a small Mercator projection program, very easy to use ...
VC-gussfansuan
- 用vc编写的类,可以进行正确的高斯投影反算。-Prepared with vc type, can be the correct Gaussian inverse projection.
GeodesyPractice
- 高斯投影正算,高斯投影反算,大地正算,大地反算,大地坐标正反算的源程序。-some programmes about geodesy and geomatics.
Gauss
- 大地测量高斯投影正反算程序! 使用VC6.0编辑基于对话框的MFC程序。实现高斯正算与反算。要求实现北京54坐标系、西安80坐标系、WGS-84坐标系下高斯投影的6度带正反算。-Positive and negative Gauss Projection geodetic computer program! Edit using VC6.0 MFC dialog-based program. Achieve positive operators and inverse Gaussian. R
GaussProjInvCal
- 高斯投影由大地坐标)反算经纬度主曲率半径计算主曲率半径计算-GaussProjInvCalefang,double B,double L,double L0,double& x,double
gauuss
- 关于高斯投影的正算和反算,里面含有四种大地基准,方便进行各类运算-Positive operator on the Gaussian projection and the inverse, which contains four geodetic datum, to facilitate operation
Ellipsoidarea
- 图斑椭球面积计算,椭球面上任意梯形面积计算公式,高斯投影反解变换( )模型-Ellipsoid area of ??polygon
OpenGL
- OpenGL图形系统是一个软件接口,让程序员能够创建交互式程序,使用计算机图形学技术生成具有真实感的图像。本书是OpenGL ARB推荐的OpenGL 1.4版学习指南。 本书首先阐述OpenGL的功能和计算机图形学基本知识,包括状态管理和几何体的绘制、模型变换、视点变换和投影变换、颜色和光照;然后深入探讨一些高级技术,包括反走样、混合、雾效、显示列表、图像处理、纹理映射、帧缓存、网格化、NURBS、选择和反馈等;同时讨论其他一些重要主题,像如何提高程序的性能、OpenGL扩展和跨平台技
GK
- 高斯-克吕格坐标系的正解变换及反解变换。与中地公司MAPGIS的投影变换模块中的北京54坐标系相比,在6度带范围内误差均小于0.00001m。-The transformed and the inverse transform solution of Gauss- Kruger coordinate system .
gsproject
- 高斯投影的转换程序,包含正解和反解,非常精确-Gauss projection conversion process, including the positive solutions and the inverse, very precise
cehuidadifansuan
- 大地投影正反算中的反算,用克氏椭球系统,可以运行-Positive and negative projection of the earth inverse calculation, with Clinton ellipsoid system that can run
Extracting-Ship-Targets
- 针对成像型反舰导弹所获红外图像的特点, 提出了一种将海天/ 海岸线检测与目标提取相结合的舰船目标提取方法。该方法先综合运用Sobel边缘检测和局部Hough变换等数字图像处理技术从红外图像中检测出海天/ 海岸线, 然后通过对Kapur 熵二值化图像进行投影变换实现舰船目标提取。-According to the features of the infrared image obtained by an imaging anti-ship missile, a method which combi