资源列表
shuipingjingxiang
- 对图像进行水平镜像处理的源代码环境： Windows/Linux 大小： 42KB -right level of mirror images of the source code environment : Windows / Linux Size : 42KB
Gaosimohuchuli
- 对图像进行高斯模糊处理的源代码环境： Windows/Linux 大小： 43KB -right Gaussian fuzzy images of the source code environment : Windows / Linux Size : 43KB
Ostu.cpp
- 本人搜集的Ostu图像二值化的算法，是在MATLAB环境下写的，不过上传的代码是文本格式的，各位可以根据自己需要参照一下-I collect images of two gray value of the algorithm is to write MATLAB environment, But the code is uploaded to the text format, you may need to refer to themselves
hecheng
- 实现2幅图像的合成，方法有加法运算，减法运算，与运算，或运算-achieve two image synthesis, method addition operations, subtraction operation, and computing, or computing, etc.
vc_image_identify
- Visual C++数字图像识别技术典型案例 著者: 苏彦华等编著 本书详细地介绍了数字图像处理的基本概念和技术，以及数字图像处理和计算视觉领域的几个应用实例，包括指纹识别系统、数字水印技术、条形码技术、印鉴鉴定系统、光学字符识别技术、基于视觉的手势识别系统。-Visual C Digital Image Recognition Technology typical cases Author : Su-edited the book detailed presentation of the
bianyuanvc
- 这是一个算子边缘检测程序，用vc实现边沿检测与提取，轮廓跟踪-Operator edge detection program that will achieve vc edge detection and extraction, contour tracking
smoothvc
- 这是一个实现图象的平滑（去噪声），锐化的vc程序 运行时，文件c:\\test.bmp必须存在-This is a realization of a smooth image (to noise), the sharper vc running, documents c : \\ test.bmp must exist
Hullproduce
- 计算几何中凸包的生成，也是计算机图形学中的一个重要的算法实现-convex geometry calculation packet generation, as well as computer graphics of an important algorithm
FortuneVoronoic
- fortune的算法实现voronoi图，用c＃实现的．计算几何的一个有用的算法-fortune of algorithm threshold map, with the c #. A computational geometry algorithm useful
4CIF2QCIF
- 一个图像下采样程序将4CIF图像转为CIF图像，可以学习CIF格式-images under a sampling procedures are applicable to images CIF images, we can learn from CIF format
TTransformShow
- 一个简单的图像变换程序的VC++源代码 可以实现包括旋转、剪裁、镜像、缩放等等功能。-a simple procedure Image Transform VC source code can be achieved, including rotation, tailoring, mirroring, zooming and so on.
TImageProcess
- 一个图像处理集合的VC源代码，包括平滑、锐化、边缘增强、Hough Sobel边缘检测、傅立叶变换、腐蚀、膨胀、边缘提取等等。-a set of image processing VC source code, including smoothing, sharpening, edge enhancement, Hough Sobel edge detection, Fourier transform, corrosion, swelling, edge extraction and so on