source20150513

Bresenham algorithm (realization was created by russian student)

又来了~~继上次之后的又一重磅出击，本程序也是图形填充(Here we go again ~ ~ Following the last after another heavy attack, the process is filled with graphics)

在前人工作的基础上对三层层状介质的瑞利波频散曲线进行了正演模拟研究，对假定的几组典型模型参数的频散曲线进行了认真分析。通过分析可知，各频散曲线之间是互不相交的，从而对此问题有了一个更清晰的认识。指出当低速软弱夹层存在时频散曲线的特点，并根据分析结果，说明”之“字形频散曲线的形成机理。(On the basis of previous work, the Rayleigh wave dispersion curves of three layered media are studied by forward simulation, and the dispersion curves of some assumed typical model parameters are carefully analyzed. Through the analysis, we can see that the dispersion curves are not intersected with each other, so we have a clearer understanding of this problem. It is pointed out that the characteristic of time dispersion curve exists in low-speed weak interlayer, and according to the analysis results, the formation mechanism of zigzag dispersion curve is explained.)

pscad高压直流输电背靠背工程CIGRE标准模型(pscad CIGRE HVDC back-engineering the Standard Model)

工业自动化监控组态系统中图形组态功能的实现，用Visual C++6.0编写，希望对你有所帮助(industrial automation control system configuration graphics configuration are realized, Using Visual C 6.0, and I hope to help you)

PSCAD的环境下的仿真模型，包含光伏，风机燃气轮机部分对与初学者有很大的借鉴作用(PSCAD environment simulation model, including photovoltaic, wind turbine and gas turbine part of a great reference for beginners)

脉冲信号模糊函数u表示调频斜率，fig4—5和fig-6是模糊函数图形的绘制，lfm_ambg.m是模糊函数表达式(Pulse signal ambiguity function u express FM slope, fig4-5 and fig-6 is the ambiguity function of rendering graphics, lfm_ambg.m is ambiguous function expression)

常用光瞳函数，矩形函数、圆域函数、正六边形函数、三角形函数的绘制(Commonly used pupil function, including rectangle function, circle function, hexagon function, triangle function)

画画的,一个简简单单的画画的小型的C++编的软件(Paint of, a Chien is simple painting of list of small scaled C++weave of software)

第一章对SCADA系统进行了简要的说明，从SCADA系统的产生和发展两方面进行描述。 第二章对电力SCADA系统的通讯网络和规约做了简单的描述，由于电力SCADA系统的特殊要求，因此本章对电力SCADA系统通讯的特殊性进行了说明。 第三章对编程软件及环境的特点给出了自己的一些体会。 第四章进行了电力SCADA软件设计的需求分析和可行性分析。 第五章的内容比较丰富，同时它也是本论文的一个重点，包含了系统的各个主要模块的规划设计，对各个模块的功能进行了划分，最后给出了软件结构功能框图和系统结构图。 第六章是本论文的另一个重点，它对上一章规划的各个典型模块进行设计与实现的详细论述。（此章中包含的部分关键类的程序源代码放于附录） 第七章是结束语和程序改进的展望。 ()