calculated-6-orbit-parameter

Quan-l-trung-t-m-ti-ng-anh-master

说明：  采用基于Simulink/Stateflow 事件驱动逻辑建模与仿真环境的研究方法对汽车电动车窗的控制原理进行建模与仿真研究。在Matlab/Simulink 软件平台对电动车窗的控制逻辑进行离线仿真的验证后，得出电动车窗升降的仿真结果，最后根据控制模型进行自动代码生成。(Modeling and simulation research on the control principle of automotive electric windows is carried out based on the Simulink/Stateflow event-driven logic modeling and simulation environment. After the offline simulation of the control logic of the electric window is verified by the Matlab/Simulink software platform, the simulation results of the electric window lifting are obtained, and finally the automatic code generation is performed according to the control model.)

这是我大一时候做的一个影牒出租课设 基本完成了功能 不过有很多值得完善的地方 不过我觉得对指针的学习很有帮助(This is the first year when I do a video rental ultimatum to complete basic courses located in a functional but there are many worthy perfect place But I think that the right learning useful pointer)

程序使用VS2015，.NET4.5，.NET 2.0以上都可以编译使用，无第三方组件，可生成32、64位。Socket网络传输，可以对战、旁观，围棋走棋规则基本全面，可直接对杀。围棋规则算法写代码太麻烦，直接参考了GreatVerveGo（是单机的）算法，感谢作者。程序包含客户端和服务端2各部分。图片文件在gooinDebugRes里面1、先启动服务端 goServer.exe服务端：地址为IPAddress[] addrIP = Dns.GetHostAddresses("192.168.0.104"); //ip地址端口51888，根据你的需要进行修改；进入服务端后点击“开始监听”。服务端定义：//连接的用户System.Collections.Generic.List userList = new List();//监听端口private int port = 51888;//走棋判断int[] GameRoom = new int[255]; //房间号int[] GameUser = new int[255]; //房间人数；int[] GameStat = new int[255];  //走棋状态：1-等待、2-准备、3-开始、4-旁观int[] GameReday = new int[255]; //走棋准备状态//旁观 获得走棋信息string lookuser = "";2、打开客户端 goo.exe这里直接设置了进入到房间“0”，进入后显示“等待其他人加入”，先进房的执黑旗，按钮不可用；当有第2个人进入后，执白棋，按钮显示“准备”；双方都点击“准备”后，进入对局；后面再有人进入为旁观者，能看见双方对局信息。房间都是“0”。地址：client = new TcpClient("192.168.0.104", 51888); //定义服务器端ip地址和端口，与服务器端定义要一致根据你的需要进行修改；客户端定义：private int[,] Qpan = new int[24, 24]; //棋盘数组private string SendLook = null; //发送给旁观者的对局信息private const int Qz_Null = 0; //没有棋子private const int Qz_Black = 1; //黑子private const int Qz_White = 2; //白子private const int Max_Qpan = 23; //棋盘最大路数private int[,] TmpA_Qpan = new int[24, 24]; //临时存储棋盘private int[,] TmpB_Qpan = new int[24, 24];//临时存储棋盘private int[,] Tmp_Qpan = new int[24, 24];//临时存储棋盘private int Current_Go = 1; //当前棋子颜色private int Qpan_Count = 19; //当前棋盘路数private int Rame; //气数private int Die_Num; //死子数private bool _Attack = false; //是否打劫private int Attack_X = 0; //打劫位置private int Attack_Y = 0; //打劫位置private Panel g_Hei; //鼠标移动 黑块private Panel g_Bai; //鼠标移动 白块private Panel Fit_Hei; //最后落子标记 黑private Panel Fit_Bai; //最后落子标记 白private Panel[,] QzH = new Panel[20,20]; //黑棋子private Panel[,] QzB = new Panel[20,20]; //白棋子int LastFitX = 0; //给旁观最后落子位置int LastFitY = 0; //给旁观最后落子位置int LastHB = 0; //给旁观最后落子颜色Point Mouseoff; //鼠标位置bool go_play = false; //能否走棋int Select_Qzi = 0; //是黑还是白，1-黑，2-白int ReceiveHB =1; //接收到的棋子颜色函数：//初始化棋盘、棋子private void InitQpan()//判断该谁走棋private void Judge_HB()//显示棋子private void ShowQz(int i, int j, int QzHB)//重置棋盘棋子private void Rest_Qpan()//备份棋盘棋子private void Qpan_Backup()//恢复棋盘棋子private void Qpan_Restore()//刷新棋盘棋子private void Qpan_Refresh(int QzHB)//计算棋子的气数底层函数private void Base_Calc(int i, int j, int QzHB)//计算气数private void Calc_Ream(int m, int n, int QzHB)//计算气数接口private void Calc_Interface(int QzHB)//落子处理，判断打劫、打n还1、吃掉对方棋子private void Falling(int xx, int yy)//设置打劫private void Set_Attack(int i, int j)//最后落子标记private void Fit_Flag(int xx, int yy)//旁观者最后落子标记private void LookFit_Flag(int Qhb, int xx, int yy)//对方走棋显示在己方并判断打劫、打n还1、吃掉对方棋子private void Opp_Falling()3、跨线程调用封装在CrossThreadCall.cs4、时间有限，程序没有做计算胜负，没有做掉线处理。基本规则有了，其他的就是套接字变来变去，需要新功能自己添加。只是一个初学练习，更多初学资料到我的博客http://www.cnblogs.com/qiaoke/

图形界面实现MQTT通信协议的演示例子程序。(This is an MQTT GUI Demo application,to show how to progrrame with MQTT.)

VC++实现的IP网络电话方案，借鉴一下吧(VC IP telephone network, learn from my views)

本文件相似的说明了串口发送数据的全部过程。(This document describes the entire process similar to the serial port to send data.)

主要是学习linux操作系统的课件和一些c语言的源代码，这些都可以在linux和windows下使用；(Linux operating system is mainly learning courseware and some c language source code, which can be used in linux and windows )

使用自己编写的烧写代码，将项目的映像文件烧写到FLASH中。例子是C6416的，C6000可以通用，开发环境是ccs3.3(C6416-line programming of Flash, the development environment is ccs3.3)

哈夫曼树编码,利用哈夫曼树算法实现对数据的压缩,很好,不错(Huffman tree coding, using Huffman tree algorithm to achieve data compression, good, good)