matlab的金字塔算法！

图像的一些边缘检测算子，Hough变换，还有就是轮廓提取与轮廓跟踪，还包括种子填充-Images of some edge detector, Hough transform, as well as contour extraction and contour tracking, but also the seed filling

基于ipp的图像处理代码，几乎包含了图像处理各种算法。需要IPP库支持。-based on the image processing code, contain virtually all image processing algorithms. Need the support of IPP.

给定2个点坐标，计算其连线与水平方向的夹角，夹角范围[0,2*pi]-failed to translate

多边形填充算法的实现-Polygon Fill Algorithm Implementation

1)具体功能为:鼠标绘制折线,给出折线的缓冲区宽度,提取出折线的平行线. 2)本程序是利用地图代数中距离变换的方法(栅格方法),提取折线的平行线.和笔者前一阵子上传的折线的平行线算法(矢量方法)可做对比 3)注:矢量方法中没有考虑垂直的特殊情况,增加个判断条件便可消除. -1) the specific features as follows: the mouse line drawing, broken line give the width of the buffer, to extract the broken line parallel line .2) This procedure is the use of map algebra in the distance transform method (grid method), Extraction of broken parallel lines. and the author of the line long ago From the parallel line algorithm (vector method) can be compared 3) Note: The vector method does not consider the special circumstances of the vertical, increasing the conditions of a judge could be removed.

可以将DICOM格式的医学图像文件转换为bmp文件，以便于进一步处理。-Can be DICOM format medical image files converted to bmp files, in order to facilitate further processing.

自己做的数字图像处理，用matlab做的gui界面。-Make their own digital image processing, matlab to do with the gui interface.

快速角点检测算法，不计算倒数，因此速度比传统方法快！-Fast corner detection algorithm, not counting the last, so the speed faster than traditional methods!

这是国际上首次采用GPU来实现立体视觉匹配的应用，此后GPU的应用才开始变的广泛起来，很值得从事GPU编程和开发者阅读，里面实现的很精简，读懂要花点功夫哦。-This is used for the first time the international community to achieve GPU matching stereo vision applications, since the application of GPU began to become widespread, and is worth engaging in GPU programming and developers to read and realize it

在VC6.0中的一些基本操作,常常用来进行简单的学习和常规的练习 -in VC6.0 of some of the basic operations, often used for the study and simple conventional exercise