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posonye
- posonye simple算法直角坐标实施-simple
CarToPolar
- 完成图像由直角坐标系到极坐标转换,并将极坐标系下的图像再转换为直角坐标下表示。-To complete the image by the Cartesian coordinates to polar coordinate conversion, and polar coordinates under the image and then converted to rectangular coordinates, said.
zuo-biao-zhuanhuan-
- 坐标转换,包括大地坐标,空间直角坐标、等-Coordinate transformation, including geodetic coordinates, rectangular space coordinate
nr
- 电力系统稳态潮流程序,极坐标和直角坐标程序-Power system steady trend procedures, polar and rectangular coordinates program
matpower3
- 电力系统稳态潮流程序,极坐标和直角坐标程序-Power system steady trend procedures, polar and rectangular coordinates program
Matlab_NR
- 电力系统稳态潮流程序,极坐标和直角坐标程序-Power system steady trend procedures, polar and rectangular coordinates program
Cnr
- 电力系统稳态潮流程序,极坐标和直角坐标程序-Power system steady trend procedures, polar and rectangular coordinates program
Newton-power-flow-calculation
- 极坐标的牛顿拉夫逊法潮流计算,极坐标与直角坐标有所区别-Newton Raphson power flow calculation in polar coordinates, polar coordinates and rectangular coordinates differ
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
IEEE14
- MATLAB潮流程序(IEEE14 直角坐标 牛拉法) -MATLAB trend (IEEE14 rectangular coordinates Cattle rafa)MATLAB trend (IEEE14 rectangular coordinates Cattle rafa)
卫星轨道计算
- 详细介绍了轨道方程,轨道六要素,以及坐标计算方法,包括椭圆轨道面坐标、大地空间直角坐标以及经纬度坐标的计算方法(The orbit equation, the six elements of orbit and the coordinate calculation method are introduced in detail, including the calculation method of elliptical orbit, plane coordinates, geodetic sp
三轴直角坐标机器人示教系统设计说明书
- 三轴直角坐标机器人示教系统设计说明书,说明书(Three - axis Cartesian Coordinate Robot Teaching System Design Specification)
七参数计算函数burse
- 空间直角坐标之间坐标转换求七参数计算函数代码(Calculating function code of seven parameters by coordinate transformation between space right angle coordinates)
空间大地直角坐标和大地坐标的相互转换
- 用C语言实现空间大地直角坐标和大地坐标之间的相互转换(C language is used to realize the transformation between rectangular coordinates and geodetic coordinates.)
