采用VC++.NET编写的画线、画矩形、椭圆、弧线和多边形及折线Graphic方法。...

图像几何变换VC实现- The picture geometry transforms VC to realize

使用c++语言处理图像，可以对图像进行Perona-Malik的模仿。 Cpp1.cpp包含了所有代码 分为读取图像函数，高斯平滑，基于Perona-Malik模型的离散化处理，使图像得到平滑，一致噪声，里面还包括了保存处理过后的图像函数。-Use c++ Language processing images, can images mimic the Perona-Malik. Cpp1.cpp contains all the code to read images is divided into function, Gaussian smoothing, Perona-Malik model based on the discretization of treatment, so that the image has been smooth, coherent noise, which also includes the preservation of the image function after treatment.

这个是计算机图形学中的一个重要的直线剪裁的演示程序，里面包括了源代码解析和源代码，还有一个封装好的可以执行文件，仅供教学参考使用。-this is the computer graphics a significant linear tailoring the demo program, includes a source code and source code analysis, a good package can be implemented, only teaching reference.

类似Windows画图板的小程序 功能和界面全部模仿于Windows自带的画图板，功能主要有： 手绘线、简单图形、文字输入、图块拖放、重复撤销、画面缩放、打开保存图片文件，另外为了直接从数据库或者XML中存取图片，另外还提供了从Base64编码存取图片的接口，其他还实现了和画图板同样效果的工具箱及颜料盒。-Similar to Windows Paint program features small plates and interfaces in Windows, bringing all to imitate the drawing board, features mainly include: hand-painted lines, simple graphics, text input, drag and drop block, repeated withdrawal, screen zoom, open the save image file, In addition to directly from the database or XML access pictures, also provides access to images from the Base64 encoding of the interface, the other also achieved the same effect and drawing board of the toolbox and the color cartridge.

简单的红绿灯功能，可以自动的颜色跳动，可以在特定时间里显示特定的颜色-semple SED，GREEN，BLU

vb6.0 调用opgl的源代码。还有实例代码！-vb6.0 source code for call opgl. There are examples of code!

Demo of modified Lucas-Kanade optical flow algorithm.

mydate.dat为字库 先点击file, 点open，读入字库 学习时字库自动保存 已有键盘字符，字母，数字 和简单汉字 如要识别复杂汉字，请先用学习功能 -mydate.dat Click on the first character of the file, open spots, Reading into the character study of character has been preserved automatic keyboard characters, letters, numbers and Chinese characters as simple to identify the complex Chinese characters. Please use a learning function

用Sobel算子进行边缘检测，效果不错。

这是一个用java开发的时钟 具体实现多线程-This a java development with the clock specific multi-threaded