简单二维图形编程系统，通过鼠标拖动绘制矩形和椭圆，并通过鼠标单击选择一图形。...

在窗口内绘制渐变背景 -drawing gradual changing background in window

Mikolajczyk在2004年提出了尺度和仿射不变量的兴趣点检测 GLOH 算法-Mikolajczyk in 2004 put forward a scale and affine invariant interest point detection algorithm GLOH

一个三维立方体旋转的例子，在自动旋转的基础上增加了放大和缩小的功能-a rotating 3-D cube example, the automatic rotation on the basis of a pan and zoom functions

实现Windows下的最基本的绘画功能。例如画直线，圆，矩形。且含有颜色的选择，线条的粗细选择，放大缩小功能等。-Windows implementation of the basic drawing functions. For example, draw a straight line, round, rectangular. And contains a selection of color, line thickness selection, zoom functions.

此代码是对24位位图来处理图形图像的压缩和解压-openbmp

这是一个在对话框中显示图片的程序。可以显示24位或者是32位bmp格式的位图-This is a dialog box shown in the photo process. It shows 24 or 32 bmp format bitmaps

What is it? Ilib is a library (and some tools and examples) written in C that can read, create, manipulate and save images. It is capable of using X11 BDF fonts for drawing text. (X11 BDF fonts are part of the UNIX-based X11 Windows System, original developed at MIT in the early 1990s.) That means you get lots (208, to be exact) of fonts to use. You can even create your own if you know how to create an X11 BDF font. It can read and write PPM, XPM, GIF, PNG and JPG image format. -What is it Ilib is a library (and some tools and examples) written in C that can read, create, manipulate and save images. It is capable of using X11 BDF fonts for drawing text. (X11 BDF fonts are part of the UNIX-based X11 Windows System, original developed at MIT in the early 1990s.) That means you get lots (208, to be exact) of fonts to use. You can even create your own if you know how to create an X11 BDF font. It can read and write PPM, XPM, GIF, PNG and JPG image format.

CxImage is a C++ class to load, save, display, transform BMP, JPEG, GIF, PNG, TIFF, MNG, ICO, PCX, TGA, WMF, WBMP, JBG, J2K images.

简单C++画图程序，希望大家喜欢-Simple C++ Paint program, I hope you like

汇集了图像处理的大部分基本方法：灰度、几何变换，分割，增强，配准，形态学，运动图像分析等。-Brings together most of the basic method of image processing: gray-scale, geometric transformation, segmentation, enhancement, registration, morphology, motion picture analysis.