image2data

the simulation has been done on the PSCAD platform.the active power control and the reactive power control has been demonstrated in the simulation for a hvdc system at both the rectifier and the inverter ends.

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)

说明：  边界方向直方图直方图的源码，对于提取图像的形状一定作用(Boundary direction histogram histogram of source code, extract the image for a certain role in the shape of the)

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)

VC动态绘制图像 真的 很好(VC dynamically drawn image very good)

基于PSCAD的UPFC模型，采用前馈解耦策略，有功无功基本独立控制，波形较好(Unified Power Flow Control Model based on PSCAD)

自己编的可输入数据的，三次B样条曲线程序源码(nurbs spline)

2012年5月PSCAD/EMTDC电力仿真技术交流会的PPT，是学习风电的很好资料(May 2012 PSCAD/EMTDC power simulation technology Seminar PPT is a good learning wind power)

软件可以实现对时域范围内的摩擦力的数据处理，同时可以对显示二维的摩擦力随时间变化规律及三维角度的摩擦力-位移-时间三变量的变化规律，最后可以将所绘制的图像进行导出。(The software can realize the data processing of the friction in the time domain, and can change the friction law of the two-dimensional friction and the three-dimensional friction-displacement-time three variables. Finally, Image is exported.)

威布尔分布 多阶段 概率分布密度 概率分布图(NSGA-II is a very famous multi-objective optimization algorithm. I submitted an example previously and wanted to make this submission useful to others by creating it as a function. Even though this function is very specific to benchmark problems, with a little bit more modification this can be adopted for any multi-objective optimization.)