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用于大地坐标转换的两个重要函数,可转换wgs84坐标与大地经纬度坐标-Geodetic Coordinate Conversion for two important functions, can be converted WGS84 latitude and longitude coordinates and geodetic coordinates
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小角度三维空间坐标转换七参数计算,不同大地坐标系之间的转换-Small-angle three-dimensional coordinate transformation parameter calculation seven different between the earth coordinate system conversion
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三维坐标变换欧拉旋转变换
全局坐标系下的角度和本地坐标系下角度的欧拉旋转变换-Euler rotation transformation of the three-dimensional coordinate transformation Euler rotation transform the point of view of the global coordinate system and the local coordinate system point of view
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matlab/sulimk中坐标变换中的2/3变换-matlab/sulimk coordinate transformation in the 2/3 transform
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实现二维空间坐标变换,参加电子设计电子打靶时用到,效果很好,能精确到0.1环-Achieve two-dimensional spatial coordinate transformation, to participate in electronic design electronic target practice used, the effect is very good, accurate to 0.1 ring
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高斯投影变换的VC源码,能够完成高斯变换,可以选择BJ54坐标或者西安80坐标-Gauss projection transform VC source, able to complete the Gaussian transform, or you can choose BJ54 coordinate Xi' an 80 coordinate
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大地坐标变换,转换经度很高,修改正了反变换有0.6误差的错误。下载即可使用。-Geodetic coordinate transformation, the conversion of longitude is very high, change the inverse transform has 0.6 error. You can use to download.
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基于simulinck的坐标变换详解,包括所有park变换,clack变化等所有模块-Detailed simulinck coordinate transformation based, including all modules all park transform, clack changes
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批量处理MODIS数据,转成ALBERTS等面积投影,需要电脑已安装MODIS REPROJECT TOOL这个工具-The tool to transform the projecting coordinate of MODIS data
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利用霍夫变换找出圆,输出圆心坐标.比较不错的代码,值得学习.(Hof transform is used to find the circle and output the coordinate of the center of the circle.)
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点云配准过程,就是求一个两个点云之间的旋转平移矩阵(rigid transform or euclidean transform 刚性变换或欧式变换),将源点云(source cloud)变换到目标点云(target cloud)相同的坐标系下。(Matching of two sets oPoint cloud registration process, is to get a two point cloud between the translation and rotation matri
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opencv实现傅里叶变换,傅立叶变换是把图像从空间域转化到频率域的变换。空间域:一般的情况下,空间域的图像是f(x,y)=灰度级(0-255),形象一点就是一个二维矩阵,每个坐标对应一个颜色值。频率域:频率:对于图像来说可以指图像颜色值的梯度,即灰度级的变化速度,幅度:可以简单的理解为是频率的权,即该频率所占的比例:能量=幅度(可能不太准确),变换结果为F(u,v),F代表幅度值,u代表x方向的频率,v代表y方向的频率(Fu Liye transform is the transformati
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地球坐标系转换程序,地球地心地固坐标系转经纬高,matlab实现(coordinate transform, from to ecef to llh implemented by matlab)
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坐标转换工具,arcgis 工具包,可将火星坐标转换成wgs84坐标(Coordinate transformation tool, ArcGIS toolkit, can transform Mars coordinates into WGS84 coordinates.)
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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)
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1、对图像进行Fourior变换,并将图像的Fourior中心化,显示中心化后的三维频谱图及在各个坐标平面上的投影图像;
2、对图像进行fourior变换,分别运用(-1)(x+y)*f(x,y)的方法和fftshift的方法将变换后的频谱图中心化,并解释该程序的意义。
3、对图像进行fourior变换,分别显示变换后的实部图像,虚部图像,频谱图像和相角图像,比较说明各个图像与原图像之间有何联系。(1. Fourier transform is applied to the image an
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