搜索资源列表
Zuobiaozhuanhuan
- GPS数据处理中为了满足不同的需要,处理的数据要进行坐标转换,得到在不同坐标系统下的结果,下面是笛卡尔坐标系,大地坐标系,站心地平坐标系(线型和极坐标形式)之间的转换源代码-GPS data processing in order to meet the different needs of data processing for coordinate transformation, the coordinate system in different results, the followi
MCS.13TransmissionLines
- Line Code: polar unpolar
Maths_expr215140542009
- This a simple demo of how to evaluate mathematical expressions in text format, including provision for variables and functions. The code consists of three simple classes: 1) Calc - which does the main calculations, 2) Stack - which is used t
src
- The source code consist of fft block with integrated on cordic polar to rectangular and rectangular to polar form
MenuSampleCode
- 一个占用内存极少的菜单的实现全部代码, 实现了多极菜单-A very small footprint implementation of the menu all the code to achieve a multi-polar Menu
beamforming---Copy
- day la code matlab de ve array factor va polar
Controls
- GPS极坐标图的代码实现控件代码,有很好的参考价值-GPS polar diagrams code control code, a very good reference value
coord
- 笛卡尔坐标系,大地坐标系,站心地平坐标系(线型和极坐标形式)之间的转换源代码-Cartesian coordinates, geodetic coordinates, station level carefully coordinate system (linear and polar form) the conversion between the source code
1
- Matlab code for generating universal and polar pattern of array antenna
polardb
- This about the code of polardb function to plot in polar coordinates-This is about the code of polardb function to plot in polar coordinates
logpolor-imag
- 这个是我编写的图像的对数极坐标变化程序,有兴趣的同学可以看一下-i made a code for image log-polar translating very easy to read
PolarDiagram
- 一个在C#中使用GDI+绘制极坐标图的实例源码,一个较简单的GDI+的例子。通过本源码向大家介绍如何使用GDI+从无到有绘制一个极坐标系,以及在此基础上绘制数据图。按照类似的思路,你可以画出直角坐标系、对数直角系、外太空银河系-The a draw polar plot instance of source code in C# using GDI+, a relatively simple example of GDI+. Through this source to tell you abo
rectangle
- 平面阵列的波束形成的相关图像及代码,包括等高线,极坐标三维图等-Planar array beamforming related image and code, including contour, polar coordinate dimensional map
Genetic Nonlinear Matlab
- 遗传算法虽然全局搜索能力较强,但是局部搜索能力较弱,一般只能搜索到函数优化问题的次优解,而不是最优解,特别是函数具有多个峰值时,遗传算法易陷入局部极小,不能找到真正的全局最优解。非线性规划因多采用梯度下降方法求解,而具有极强的局部搜索能力。因此,本源代码结合两种算法的优点,一方面采用遗传算法进行全局搜索,另一方面采用非线性规划进行局部搜索,以得到函数优化问题的全局最优解。实验证明,这种方法不仅能解决多峰函数寻优易陷入局部极小的问题,而且具有很高的迭代寻优效率,取得了满意的结果。-Global s
RCS
- matlab code for RCS this file show resuls of RCS in polar diagram
Fourier-Mellin
- Fourier-Mellin变换文献以及用到的log-polar变换matlab代码,对使用Fourier-Mellin变换的同学可以学习一下-Fourier-Mellin transform literature as well as used in the log-polar transformation matlab code, using Fourier-Mellin transform students can learn about
PolarToIm
- 这里使用了双线性插值来处理极坐标转换到直角坐标下时,点不对称的问题,不过最后生成的图有一点问题,本来应该是一圈一圈的圆环,但是转化后的只有部分圆环了 rMin = 0.1 rMax =0.9 im2 = imread( ivus.bmp ) figure(4) imshow(im2) imR2 = PolarToIm(im2, rMin, rMax, 300, 300) figure(5) imshow(imR2, [0 255]) 然后直接调用附件的funct
ATM-skill
- 异步传输一般以字符为单位,不论所采用的字符代码长度为多少位,在发送每一 异步传输 字符代码时,前面均加上一个“起”信号,其长度规定为1个码元,极性为“0”,即空号的极性;字符代码后面均加上一个“止”信号,其长度为1或者2个码元,极性皆为“1”,即与信号极性相同,加上起、止信号的作用就是为了能区分串行传输的“字符”,也就是实现了串行传输收、发双方码组或字符的同步。-Asynchronous transfer in characters, irrespective of the lengt
PolarDiagram
- C#极坐标代码,功能是绘制极坐标,可供学习参考-C# code polar coordinates
MathPlot
- 用C#编写的一个用于数学二维函数作图的控件,支持直角坐标系及极坐标系,并能够将所作图形保存为图片。提供控件源代码以及测试程序。-A C# control for 2D mathematical functions plotting, support for Cartesian and polar coordinates, and the graphic can be saved as a picture. Provides source code and testing program.