这是讷河源的基础上修改显示opengl的一个例子…

用C语言开发图形界面的工具-with C-language development tool for the graphical interface

TinyCad在VC6上重新编译调试成功的一个PCB CAD源码-TinyCad re-compile in VC6 debugger success PCB CAD source

图形处理中，扫描线算法的使用，以及在图形剪切两种算法的运用-Graphics processing, the use of scan-line algorithm, as well as the use of two algorithms in graph cut

运用四边形网格实现医学图像皮肤组织的三维重建算法，对于医学图像的三维重建非常有用-Using quad to reconstruct the contour of skin , it is very useful for medical image reconstruction

算法设计C语言源代码！-algorithm design C language source code!

在16位dos下显示1280x1024图像的图形程序，采用刷屏技术，刷新率有些低，不过这大概是dos下的极限了。有兴趣的朋友可以来看看。-in 16 1280x1024 dos shown graphic images of procedures used Shuabing technology, some of the low refresh rate, but it is probably dos under the limit. Interested friends can come.

本程序基本于.Net平台开发，默认支持Access数据库，可扩展为任意数据库，拥有完整的文章发布-jkkjjjjjjjjjjjjjjjjjjjllllllllllllllllllll

本程序实现八种图形的绘图功能，分别是直线，圆弧，贝赛尔曲线，矩形，圆角矩形，椭圆和多边形。绘图步骤如下： 直线：点鼠标左键确定起始点，移动鼠标点左键确定终点。 圆弧：用鼠标左键依次点四点确定圆弧。 贝赛尔曲线：用鼠标左键依次点四点确定贝赛尔曲线。 矩形：点左键确定起始点，拖动鼠标再点左键确定对角点。 圆角矩形：点左键确定起始点，拖动鼠标再点左键确定对角点。 椭圆：点左键确定起始点，拖动鼠标再点左键确定对角点，便作出了与该矩形相切的椭圆。 多边形：点鼠标左键确定起始点，然后依次点各点（所有点的总数为所要做多边形的边数，不超过20边），最后用中键确定，自动封闭图形。-the program eight graphical mapping function is linear, arc, Bessel curve, rectangle, rounded rectangle, oval and polygons. Mapping the following steps : Linear : click the mouse button to determine the threshold, mobile click of the mouse button to determine the end. Arc : the left mouse button followed by 4:00 set point arc. Bessel curve : the left mouse button followed by point 4:00 determine Bessel curve. Rectangular : Left to determine the threshold point, then drag the mouse to point to determine Left Corner. Rounded Rectangle : Left to determine the threshold point, then drag the mouse to point to determine Left Corner. Oval : Left to determine the threshold point, drag the mouse butto

打印图文报告的示例-examples of transmission

由于本人最近研究人脸识别，收集的一些名校的博士硕士论文，全部是08年到09年的，具有很大的参考价值，如需要图像处理模式识别类的材料，请联系shuqin87@163.com-Because I study of face recognition has recently collected a number of prestigious doctoral master" s thesis, all of 2008 to 2009, and has great reference value, such as the need for image processing, pattern recognition type of material, please contact shuqin87 @ 163. com