Very beautiful and very useful code for a pop

查找指定目录下的文件（包括子目录）-search designated files in the directory (including subdirectories)

模拟退火算法求解TSP问题，希望对大家有所帮助-simulated annealing algorithm for TSP, we hope to help

时间管理器，以计算机系统时间为准管理时间-Time management, and to computer systems based on the time management time

一个简单的录音放音程序 采用vc++编写 功能适宜-A simple recording and play programme, programed with VC++,with proper function.

windows 下dephi 驱动模拟-Delphi-driven simulation under windows

剪贴板源代码copypaste_dragdrop-clipboard source copypaste_dragdrop

Pci 编程例子-Pci programming examples

按我理解，这就是所说的三层架构了。 File工程负责最底层的文件操作 FileProtocol工程负责具体的流程及协议，将相关数据返回给界面层 UI工程就是具体的界面层了，他只负责显示具体的数据，不负责软件的工作流程。 File, FileProtocol这两个工程都是DLL，注意看一下FileProtocol的工程依赖及附加包含目录。还要再看一下UI工程的工程依赖及附加包含目录。在这里，三个工程，项目解决方案是在同级目录下，通过一个解决方案去包含三个工程。这样做的好处在于，工程可以重用。比如说File工程，他负责最底层的文件操作，以后我们的其它软件项目还会用到它的，因此，以后的项目，在解决方案里直接添加File工程便可以用了。 -According to my understanding, this is referred to a three-tier architecture. File project is responsible for the bottom of the file operations FileProtocol charge of the project specific processes and agreement to the relevant data back to the interface layer UI project is a specific interface layer, and he is only responsible for display of specific data, is not responsible for the software workflow. File, FileProtocol these two projects are DLL, note that the works look FileProtocol dependence and additional include directories. Would also like to look at what the engineering rely on UI and additional include directories. Here, the three projects, t

计算流体算法求解时必须使用TDMA直接求解程序，应用非常之多，尤其是流体数值计算和传热学应用居多，通过一维引申到二维和三维，扩展了算法的使用局限性

1.进制之间的转换：可以实现十进制转换成其他的进制：二进制，八进制，十六进制；2.机器码之间的转换：输入真值，可以转换成原码，反码还有补码。-1.the conversion of scales:implemant of conversion in decimal and orther scales:binary, octal, and hex.2.the conbersion of machine codes:input ttuth value,then converting into form code,complement and base complement