eaf_example

GDI source code. You can learn drawing in first

常见定义的坐标系转换程序，方位角零到三百六十度，俯仰角零到一百八十度(Common defined coordinate system conversion program)

说明：  很实用的matlab生成泰森多边形的程序集，可以根据自己要求修改输入，定制特殊图形(The very practical matlab generates the assembly of voronoi, which can modify the input according to your own requirements and customize special graphics)

说明：  三次B样条,程序中有部分说明,可以自由在其中进行扩展设计其它类似样条程序.(cubic B-spline, some procedures that can be carried out in one free expansion design similar kind of procedure.)

本人毕业课题仿真模型，关于PMSG系统基于PSCAD的仿真研究。大家参考学习下(I graduated the subject simulation model, on PMSG system simulation research based PSCAD. Under reference study)

这是一个Java程序，用来做多项数据拟合的，编译环境是Netbeans，可以对很多项数据拟合出最合适的曲线，是靠近研究市场趋势方向的(It s good)

DDA法 P2P法插补直线、圆弧 DDA法 P2P法插补直线、圆弧 DDA法 P2P法插补直线、圆弧(Linear interpolation, circularLinear interpolation, circularLinear interpolation, circular)

MFC做的画图软件 只能画直线 还有待改进 适合初学者 看看(MFC do draw a straight line drawing software can be improved for beginners look)

输入类内、类间海明距离矩阵，绘制ROC曲线，求等错误率，原理见：http://blog.csdn.net/yanzi1225627/article/details/8915032(Input class, the class Hamming distance matrix, the ROC curve, find the error rate, the principle see: http://blog.csdn.net/yanzi1225627/article/details/8915032)

5/3小波变换的提升算法实现以及对于什么叫做提升的介绍。由于5/3小波是整数小波，因此非常适合于DSP处理，且经过提升，小波变换的复杂度明显降低，将此代码的提升部分移植到DSP上，可以达到实时。(5/3 wavelet transform algorithm to enhance as well as what is to enhance the introduction. Since the 5/3 integer wavelet wavelet is therefore very suitable for DSP processing, and after upgrading, wavelet transform significantly reduced complexity, the upgrading of part of this code ported to DSP, we can achieve real-time.)