VTK与ITK结合读取BMP图片并显示，需要用CMake配置一下，适合有初学者。...

这个是基于MATLAB的盲信号处理中的一个重要使用方法。-This is a MATLAB-based blind signal processing is an important use.

各种基本图像处理功能：1、格式转换：将RAW格式转换成BMP格式；2、线性变换；3、图像平滑；4、图像增强；5、边缘检测：梯度算子，Robert梯度算子，Prewitt算子，Laplacian算子，Sobel算子，Marr算子；6、直方图显示；7、形态运算（二值化、腐蚀、膨胀、开运算、闭运算）；8、自动分类及类别提取：K均值分类。其中：1.2.3.4.5.7仅能对灰度图处理，6.8不仅能处理灰度图还能处理彩色图-Basic image processing functions: 1, format: RAW format will be converted to BMP format 2, linear transformation 3, image smoothing 4, image enhancement 5, Edge Detection: Gradient Operator, Robert gradient operator, Prewitt operator, Laplacian operator, Sobel operator, Marr operator 6, histogram display 7, computing forms (two-value, corrosion, swelling, open computing, closing operation) 8, automatic classification and type of extract: K-means classification. One of: 1.2.3.4.5.7 only treatment for grayscale, 6.8 can not only deal with deal with grayscale color map

区域生长法获取图像边界 必须有种子 可以有很多方法 这里直接鼠标点击-Region growing method to obtain the image the border must have a lot of methods of seed can have a direct mouse click here

一个优化了的H.264编码JM，在VC下能够顺利通过测试-Workspaces for MS Visual C++ 2003/2005 are provided with the names jm_vc7.sln - MS Visual C++ 2003 jm_vc8.sln - MS Visual C++ 2005

这个也是图形学的一个作业，不过功能比较全面和强大，可以完成基本几何体的造型、多边形化，可以设置场景光源并进行光线跟踪渲染等。启动类为final_3d.Final_3D-this is a graphics operation, but function more comprehensive and powerful, can be completed basic geometric shapes, polygons, and can be installed Scene light source and Ray Tracing rendering, etc.. Start category final_3d.Final_3D

vc编的绘图程序,算法维图形学中的非库调用有圆,线条等,有颜色选择.-vc addendum to the drawing process, algorithm-dimensional graphics, which called for a non-circular, such as lines, color choices.

将YUV文件中每帧的数据转换成OpenCV中的Ipl-ertdfvfh wfsddf.

Perlin Noise Simulator

简单图形的生成，填充（比如直线、圆、拟合曲线等） 图像的处理（二值化、锐化、浮雕化、图片解压、压缩）-Simple graphics generation, filling (such as straight line, circle, curve fitting, etc.) image processing (binarization, sharpening, relief-oriented, image decompression, compression)

采用颜色丰富的水果图onion进行测试。 分别采用“邻近行插值”、“邻近列插值”、“均值插值”三种插值方法进行图像旋转后的处理。 并附有注释、程序清晰、易于阅读。 可以看到图像旋转的过渡过程。 相信图像初学者阅读后应该有很大的收益。-linjinhangchazhi, linjinliechazhi, junzhichazhi.