SynWriteFile

该系统应具有以下功能： （1） I：初始化（Initialization）。从终端读入字符集大小n，以及n个字符和n个权值，建立哈夫曼树，并将它存于文件hfmTree中。 （2） E：编码（Encoding）。利用已建好的哈夫曼树（如不在内存，则从文件hfmTree中读入），对文件ToBeTran中的正文进行编码，然后将结果存入文件CodeFile中。 （3） D：译码（Decoding）。利用已建好的哈夫曼树将文件CodeFile中的代码进行译码，结果存入文件TextFile中。 （4） P：打印代码文件（Print）。将文件CodeFile以紧凑格式显示在终端上，每行50个代码。同时将此字符形式的编码文件写入文件CodePrin中。 （5） T：打印哈夫曼树（Tree printing）。将已在 中的哈夫曼树以直观的方式（树或凹入表形式）显示在终端上，同时将此字符形式的哈夫曼树写入文件TreePrint中。 (The system should have the following features: (1) I: initialization (Initialization). Read from the terminal character set size n, and n and n characters right value, establishes a Huffman tree, and save it in the file hfmTree in. (2) E: encoding (Encoding). Has been built using the Huffman tree (if not in memory, reads from the file hfmTree), the text of the document ToBeTran encoded, and then putting the result in the CodeFile file. (3) D: decoding (Decoding). Huffman tree has been built using the file CodeFile the code will be decoded, the result is stored in the file TextFile. (4) P: Printing code files (Print). CodeFile in a compact format the document displayed on the terminal, one per line 50 code. While this character in the form of written documents CodePrin encoded file in. (5) T: Print Huffman tree (Tree printing). Would have been in the Huffman tree in an intuitive way (tree or recessed table form) displayed on the terminal, but this form of characters written to the file )

各种协议的讲解，是初学的好资料。 各种协议的讲解，是初学的好资料。 (Explain the various agreements is a good beginner information. Explain the various agreements is a good beginner information.)

用C++实现BPSK的仿真，包括信源，调制，信道，解调，计算误比特率(Using C++ implementation BPSK simulation, including source, modulation, channel, demodulator, bit error rate calculation)

第六章源码，游戏框架输入和时钟引擎（CGameEngine_APP CGameEngine_Input CGameEngine_Timer）(Chapter VI source, Game clock input and engines (CGameEngine_APP CGameEngine_I nput CGameEngine_Timer))

上期技术CTP接口示例源码，可以根据这个示例开发自己的交易平台(Examples of technology interfaces on the CTP source)

VC下的一个迷宫游戏，有源代码，玩家控制上下左右走出迷宫(VC under a maze game, source code, players control up and down out of the maze)

生态部落专业粮情组态测控系统，给全世界的粮储工作带来了新的生机，新型的数字 化全方位粮情组态测控系统摒弃了传统的模拟方式，是粮食监测行业的一种创新革命的成 果。整套系统具有组网能力强，操作简单，安装简单、投资成本低、监测直观并且精度高， 能够实时实现视频、温度、湿度的监测、分析、显示、报警、控制、历史查询，报表打印等。 生态部落粮情组态测控系统是利用组态软件以及信息数字技术来实现粮食储藏过程中 对粮情变化的实时监测、对监测数据进行分析与控制、对异常粮情告警提示，提出处理建议 和自动控制等的系统。它可以为科学及安全储粮提供技术保证和科学依据。 粮情组态测控 硬件系统是通过电源电缆、通讯电缆、交换机、路由器将测控平台服务器、测控主机、测控 分机、测温电缆及湿度传感器及高清网络视频传感器等连结起来构成的。 生态部落粮情组 态测控软件系统按系统功能又大致可划分为：粮情监测、粮情分析与粮情控制三部分。(Ecological professional grain condition measurement and control system configuration tribe, grain storage to work around the world has brought new vitality, new digital full-grain situation measuring and controlling system configuration abandon the traditional analog mode, monitoring is an innovative food industry outcome of our revolution. The entire system with networking capability, simple operation, easy installation, low investment costs, monitoring and intuitive high precision, real-time video, temperature and humidity monitoring, analysis, display, alarm, control, historical inquiry, report printing. Ecological tribal grain condition measurement and control system configuration and software configuration information using digital technology to achieve real-time monitoring of food during storage of the grain situation changes, the monitoring data analysis and control, alarm notification of abnormal grain situation, and recommending treatment automatic control system. It can prov)

DarkShell是一套远程控制DDOS攻击程序（VC++）(DarkShell DDOS attack is a remote control program (VC++))

输入为不同的权值，程序根据权值生成各种类型的colormap的值(Enter a different weight, the program type is generated based on the weight of the value of colormap)

Voronoi图是以两点间线段的长度作为距离 ,对平面的一种分割。然而 ,在地理环境中 ,存在着许多自然的或人为的障碍 ,使得从一点到另一点不能直线到达。为了扩大Voronoi图的应用领域 ,本文对传统的Voronoi图进行扩充 ,给出了障碍Voronoi图的定义、性质 ,以及离散生成线段障碍Voronoi图的方法(Voronoi diagram based on the length of line between two points as the distance from a partition of the plane. However, in the geographical environment, there are many natural or man-made obstacles, making from one point to another point of arrival can not be a straight line. In order to expand the area of Voronoi diagram, Voronoi In this paper, the traditional expansion plans, given the obstacles to the definition of Voronoi diagram, the nature of the discrete Voronoi diagram generation segment of the barrier method)