Draw

用matlab编写的玫瑰动态视图，有助于初学者了解怎么在matlab中实现动态字形和画图函数(Prepared using matlab roses dynamic view, help beginners learn how to implement dynamic glyph in matlab and drawing functions)

国外高手写的可以读写dxf格式信息。值得收藏(Foreign experts to write the information can be read dxf format. Worth collecting)

自己在PSCAD中搭建的PLL，用的是分立元件搭建的，有助于自己学习以及编程实现，已经与自带的PLL进行对比，验证了正确性(PSCAD built himself in the PLL, using discrete components built to help you learn and programming has been compared with the built-in PLL, verify the correctness)

pscad simulation of Rectfier_1

利用mathcad编写的特定谐波消去法的仿真程序，并且可以给出shepwm图形(To mathcad written in a specific harmonic elimination method simulation program, and can give shepwm graphics )

自己在PSCAD中搭建的高压直流输电逆变侧的模块，本模块使用了定电流策略，比较容易上手，适合初学者学习(PSCAD built himself in the side of the HVDC inverter module, the module uses a constant current strategy, relatively easy to use, suitable for beginners to learn)

用于瑞雷波频散曲线的提取计算，对初学者还是很有用处的(used for rayleigh wave dispersion curve)

用于根据耦合矩阵绘制S曲线，用不同的颜色线条区分(For the S-curve is drawn according to the coupling matrix to distinguish between using a different color lines)

利用逐点法绘制出图形，图形的绘制其实都是由折线组成的，只是每条折线的误差太小了，肉眼根本分辨不出来(use of the point-by-point drawing graphics, the graphics are actually drawn from the composition of the dogleg, only broken each of error is too small, the human eye can not be seen)

基于空间离散点计算的，并联6自由度6-sps构型的工作空间绘制，包含多个计算子程序，便于修改应用于其他构型。(Based on the spatial discrete point calculation, the parallel 6-DOF 6-sps configuration of the workspace is drawn, including multiple calculation subroutines, which are easy to modify and apply to other configurations.)