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BmpViewer
- to show the waveform of audio file and play it on computer Purpose: Familiar with WAV file format and UI design It should have the following functions: Provide a Graphic User Interface for user to browse the file system and select one WAV file
3dfont2.0
- 作者: yulongsun 需要在penGL中作中文输出,但没发现何处有合适的,把一个叫zhaohui的人写的英文字符输出类改了一下,可以输出中文了,但却并没有解决我的问题。我感觉得应该使用wglUseFontBitmaps()函数使字体保持不变。但我对 OpenGL不熟,不知怎么用。不过我做的东西也许对别人有用,权且放在这儿。同时希望得到指教。 文件:CGLFont.c CGLFont.h env::windows2000, vc6.0 e-mail: y
Kmeans
- 标准C++/C处理BMP图像,没有使用VC中的BITMAP类及任何不在ANSI-C中的结构和函数。采用了k_means压缩算法处理24bit(可以更改源码使之支持8-bit,16-bit和灰度bmp)源码注释详细,其中对BMP文件BMPHEADINFO的处理比较有趣。 new.cpp---->主要的程序代码 *.h----->一个产生U(0,1)随机数的发生器,相合度较小,DES函数产生。-Standard C++/C handle BMP images, do not us
STK2RAS
- 模式识别的一些预处理知识源程序,初学者在编制程序时可以参考- Two programs are included in this directory: STK2RAS takes a stroke file as input and converts it into a bit-per-pixel representation (along with some header information, see RASHEADR.H). The output of the S
ppm
- 文件说明: function.h 函数申明 function.cpp 函数实现 main.cpp 函数调用 函数说明: ppmtoppm(char* in, char* out) 读入ppm24位彩色图像,输出ppm24位灰度图像 ppmtopgm(char* in, char* out) 读入ppm24位彩色图像,输出pgm256色灰度图像 ppmtobmp(char* in, char* out) 读入ppm24位彩色图像,输出bmp24位
loadbmp.h
- 实现对bmp格式图像文件的读取与写入操作(不能够对32位位图文件操作)-Bmp format image files to realize the read and write operations (not a bitmap file on 32-bit operation)
sderytu
- A robust video watermarking scheme of the state-of-the-art video coding standard H.264/AVC is proposed in this brief. 2-D 8-bit watermarks such as detailed company trademarks or logos can be used as inconvertible watermark for copyright prote
shuiyinCPP
- 开发环境 Microsoft VC++ 6.0 程序功能 在程序中打开宿主图像24位(保存格式为:24位位图),水印图像8位(H*W最好为:131*170)(保存格式为256色位图)。使用的时候在“嵌入水印”、“保存水印图像”后,不能关掉使用软件,接着“打开水印过图像”、“提取水印”就可以实现。-The development environment the Microsoft VC++ 6.0 program features host image is opened in the pr
loadbmp.h
- 实现对bmp格式图像文件的读取与写入操作(不能够对32位位图文件操作)-Bmp format image files to realize the read and write operations (not a bitmap file on 32-bit operation)
Efficient-DCT-Domain
- Blocking artifacts continue to be among the most serious defects that occur in images and video streams compressed to low bit rates using block discrete cosine transform (DCT)-based compression standards (e.g., JPEG, MPEG, and H.263)
HM-16.17-4929
- 实现了将yuv格式的视频流编码成H.265/HEVC格式的码流二进制文件,然后再讲二进制码流文件解码成yuv格式文件。(The video stream encoded in YUV format is encoded into H.265/HEVC format stream binary file, and then the binary bit stream file is decoded into YUV format file.)