资源列表
PSCAD-WIND-POWER-TRAINING
- 这个关于pscad风力发电的教程，对于pscad建模入门有帮助 -This tutorial on pscad wind power for pscad modeling ，it is helpful for elementary modeling for pscad
qwt-6.0.1
- 一个很好用的 qt插件 第三方库文件 在各种2d 的曲线图 饼图 柱状图等等画图方面 很强大-Qt a good plug-in third-party libraries are very powerful in a variety of 2d drawing of the graph, pie chart, histogram, etc.
work
- 使用matlab画多个同心圆，圆环颜色随进，简单实用-Matlab draw multiple concentric ring color as they enter, simple and practical
ratedistortion
- 伯努利信源在汉明失真下的限失真函数，函数值计算，曲线绘制-Bernoulli source in the Chinese Ming distortion of the limited distortion under function curve
plot
- 激光谐振腔设计程序，用于模拟激光谐振腔的运行,并画图-Laser resonant cavity design program，Used for simulation of the laser resonant cavity operation
Pscad-model
- 一个含光伏风电的小系统的pscad模型，是用PSCAD软件做的。-One containing the system pscad photovoltaic wind power model, is to do with the PSCAD software.
ProgressBar
- 自绘进度条，有需要可以加入到自己的工程里面来用这个漂亮的进度条-Draw the progress bar, there is a need can be added to the inside of your own project to use this beautiful progress bar
Csharp-curve
- 用Csharp做的一个窗体应用程序，类似股票的曲线走势图，值得学习-Applications the Csharp do a form, similar to the stock curve chart, it is worth learning
matlab-reflection-of-light
- 应用目前世界上最流行的仿真软件之一：matlab进行了光线反射的模拟。基于matlab简单易用的优点，本文成功的模拟了一条旋转光线反射的模拟过程，编程思路十分新颖。-Application of the world s most popular simulation software: matlab simulation of the reflection of light. Easy-to-use advantages based on matlab to simulate a rotati
choas
- 1、faii.m 求复杂网络矩阵A的对角线元素 2、logistic.m 逻辑斯蒂映射 3、mh_feedback_Lorenz.m & Lorenz.m 洛伦兹方程连续反馈 4、mh_daleytime_feedback.m & Lorenzdt.m 洛伦兹方程延时反馈 5、mh_Henon_map.m 埃农映射 6、mh_ogy_Henon.m OGY方法（参数微扰法）控制埃农映射 7、mh_ogy_logistic.m OGY方法控制逻辑斯蒂映射 8、ode45
tuxing
- C++程序，基于vc6.0开发的图形画图工具，有详细的代码清单-C++ procedures, graphical drawing tools based on vc6.0 developed, a detailed code list
Fresnel-zone-platel
- 菲涅尔波带片设计Matlab程序代码 输入波长 Lambda = 632.8nm，设计波带片波长f = 1000mm，k=100 绘制菲涅尔波带片图样 -Fresnel zone plate designed Matlab program codes enter the wavelength Lambda = 632.8nm the design zone plate wavelength f = 1000mm, k = 100 draw a Fresnel zone pla