图像自动分割源码

HUFFMAN 算法,delphi用huffman算法实现图象的压缩.-HUFFMAN algorithm, delphi Huffman algorithm using image compression.

该源码使用Direct3D编写，显示水面效应，很有借鉴行！

图象的平滑（去噪声），锐化 注释详细 代码条例清楚-image smoothing (to noise), Unsharp Notes Ordinance clearly detailed code

dct.pdf中介绍的公式非常经典，但其中的一段源程序有一些错误，但在C文件dctmatrix.c有了修正。 dctmatrix.c给出了如何定标DCT系数。 dctmatrix.c中，FIX_DCTMTX_2[Rows][Columns]采用Q11定标,FIX_DCTMTX采用Q15定标。 DCTMTX_2[Rows][Columns]*2=DCTMTX[Rows][Columns]-dct.pdf formula described in a very classic, but a section of source code has some mistakes, but in C has been amended dctmatrix.c document. How dctmatrix.c given DCT coefficient calibration. dctmatrix.c in, FIX_DCTMTX_2 [Rows] [Columns] using Q11 calibration, FIX_DCTMTX calibration using Q15. DCTMTX_2 [Rows] [Columns]* 2 = DCTMTX [Rows] [Columns]

使用EISTREAM IMAGING ACTIVEX 控件创建一个又一个图像编辑器.-use EISTREAM IMAGING ACTIVEX control to create an image also an editor.

方便、实用、快捷的股票行情查询小工具。数据取自金融界，VB网络相关的编程实例，巧借“它山之石，实现适时股票查询，用VB实现的只是外壳程序，数据是读取远程的，想了解网络获取内容的朋友可以下载借鉴一下。

图像方块编码示例demo-image block coding examples demo

CImageObject 这个类库可以处理BMP、GIF、PCX、TGA、JPG、TIF格式的图像文件，而且具有图像点处理、图像区域处理的功能，你所要做的只是调用函数而已，不必清楚这些图像文件的内部格式。注意例子中并不包含类库的代码，请一起下载CImageObject代码。另外，在运行时请确保在系统目录或你的可执行文件目录下有ImageLoad.dll。（也在CImageObject中） -CImageObject this library can handle BMP, GIF, PCX, TGA, JPG, TIF format image files, but also deal with image points, image handle the functions of the region, you have to do is call the function but do not have to clear these images document the internal format. Note the example code does not contain a class library, please download CImageObject code together. In addition, in the run-time, please ensure that the system directory or your directory has executable file ImageLoad.dll. (Also in CImageObject)

程序主要实现了图像的边缘提取功能，输入一副图像，利用canny算子提取他的边缘，并保存提取边缘后的图的结果。其中提取边缘的canny算子的参数是可以自己设定的，程序简单有效。

This code is used for creating an initial structure made of either substrate atoms or deposited atoms. It generates three types of structures: rows, columns, and hemispheres. Type, size and number of objects are determined by the user. The  соde generates two files: ibox.txt and iboxXY_jmol.txt. The file ibox.txt contains coordinates of atoms in “integer” format (i, j, k, name_of_atom) and may be used as input to NASCAM. The file iboxXY_jmol.txt stores the same information about the position of the atoms but in Cartesian coordinates (name_of_atom x, y, z, ) in JMOL format. It may be used for visualization.     If a surface structure made of  atoms of both types is needed, then create two files, one for each type of atom, and then combine these files.