Snow-BIN

Effective C++ 非常经典的C++书籍，基本上学C++的人没有不知道这本书的。书中介绍了55个准则，每一条准则描述一个编写出更好的C++的方式。(Effective C++ is the classic C++ books, basically learning C++, people do not know this book. The book describes 55 guidelines, each guideline describes a write better C++ way.)

商品库存管理系统（vc++实现的一个简单的 商品库存管理系统），适合毕业设计，及初学vc++的人参考。(Goods inventory management system (vc++ to achieve a simple inventory management system of goods), designed for graduates, and the vc++ beginner reference.)

Fluent模拟沸腾的一个很好的两相流UDF例子，对于各种宏的调用有很好的帮组(Fluent simulation of a two-phase boiling UDF example, call for a variety of macro good help group)

可调PWM波,能够根据根据参数调整PWM的输出(需要改进)(Adjustable PWM wave, according to the PWM output parameter adjustment (improvement))

这个是WINdows底下自己定义的一个消息队列，可以用于接收消息，用于多线程(This is WINdows under their own definition of a message queue, can be used to receive messages for multi-threaded)

Visual C# 2010 Windows AutoLogin

Prewitte边缘算子法(Prewitte Edge Operators)

行程编码的基本原理是：用一个符号值或串长代替具有相同值的连续符号（连续符号构成了一段连续的“行程”。行程编码因此而得名），使符号长度少于原始数据的长度。只在各行或者各列数据的代码发生变化时，一次记录该代码及相同代码重复的个数，从而实现数据的压缩。(The basic principle of run length coding is: a symbolic value or string length instead of having the same value of consecutive symbols that symbol length less than the length of the original data (consecutive symbols constitute a period of continuous stroke run-length encoding, hence the name.) . Only when the code for each row or each column of data is changed, the recording time code and the same number of code duplication, in order to achieve compressed data.)

window下注册一个虚拟摄像头，并且在内存中开辟一块共享内存，将共享内存中的数据显示在摄像头中。qq等聊天工具可用。(Window registered a virtual camera, and in memory to open a shared memory, the shared memory data display in the camera. QQ chat tools available.)

在WIN32中，每一个线程都对应着一个消息队列。由于一个线程可以产生数个窗口，所以并不是每个窗 口都对应着一个消息队列。下列几句话应该作为"定理"被记住： "定理" 一 所有产生给某个窗口的消息，都先由创建这个窗口的线程处理； "定理" 二 Windows屏幕上的每一个控件都是一个窗口，有对应的窗口函数。消息的发送通常有两种方式，一是SendMessage，一是PostMessage(In WIN32, each thread corresponds to a message queue. Since a thread can have several windows, so not every window corresponds to a message queue. The following words should be a " theorem" to be remembered: " Theorem" all produce a message to a window, all threads initially create the window treatment " Theorem" Two Windows on the screen is a control for each window, there is the corresponding window function. Messages sent are usually two ways, first, SendMessage, PostMessage first)