a compressed MP3 player Java source code procedures, very good!

可以实现像千千静听一样的同步歌词显示的源代码，能够根据播放歌曲的进程，实时显示相应的歌词，效果非常不错。

WavePlay 自己写的小程序，可以打开WAV文件，显示WAV文件的有关参数，也可以显示波形。但暂时还不支持播放-WavePlay yourself writing small programs that can open WAV files, WAV files show that the relevant parameters can also show that the waveform. But for the time being not to support players

我做的一个图像数据库，有用户管理功能，支持图像的添加查询等操作。自己做了图像报表功能（还不完善）。使用时候要在SQLserver中建一个对应数据库，参见程序。-I made an image database, user management functions and support the addition of image-search operation. Own statements function of the image (not perfect). Use the time to build an SQL server database counterparts, see procedures.

A-Law/U-Law/Linear格式相互转换:这个程序提供了在A-Law，U-Law和16位线性音频编码格式之间的转换算法，您可以在编译的时候选择采用快速查表算法还是节省存储空间的计算算法。-A-Law/U-Law/Linear format conversion : This procedure provided in A-Law, U-Law and 16 linear Audio Coding format conversion between the algorithm, You can compile time to choose fast lookup table algorithm to save storage space or the calculation algorithm.

基于TWAIN接口摄像头扫描仪的视频图像采集示例程序-TWAIN interface based on the scanner camera video image acquisition sample program

Vs.net开发的视频播放程序源码-VS.net development process source video player

本程序封装了MCI的函数和消息，用于实现CD音乐播放器的功能-the procedures Packaging MCI functions and information for the CD music player functions

(1)本程序可在Windows 2000、Visual C++6.0 环境下编译通过。 (2)源码是一个编码模块，编译后生成encore.lib库文件, 不能直接执行。需要读者自己编写程序调用其中的功能。 (3)运行时打开//encore/build/目录下的encore.dsw文件。-(1) the procedures in Windows 2000, Visual C 6.0 environment compile. (2) is a source code modules compiled generation encore.lib libraries, not directly enforceable. Readers need to prepare their own procedures which call the function. (3) run-time Open// encore/build/directory under the encore.dsw document.

聊天软比较好的，用Ｃ编写的哦！他可以支持双放通信-chatting soft rather good, with C prepared oh! He could support double-up communication

1)编写DFT子函数（计算并画出幅频特性），以后可调用。 2）N=32，M=32，128，256时，分析频率分辨率、频谱的光滑程度。 3）N=64，256，512时，分析频率分辨率和频谱的光滑程度。 -1) the preparation of DFT Functions (calculated and drawn amplitude-frequency characteristics), the future can be called. 2) N = 32, M = 32,128,256, the analysis of the frequency resolution, the degree of smooth spectrum. 3) N = 64,256,512, the analysis of the frequency spectrum resolution and the degree of smoothness.