图形学参考资料出自计算机图形学机械工业出版社

本程序为图象二值化，以及对图象马赛克，基于人体肤色划分等，功能齐全-procedures for the two binary images, and the right image mosaics, based on the delineation of human color, multifunctional

打开折叠的flash，用鼠标点击并拖动画面，浏览全景效果，可以通过滚轮实现远近距离调整.用flash做的可以发源文件-Member Download time you upload you can download the source code for the number of

这是一个人脸检测系统，对人脸进行识别以及检测-This is a face detection system for human face identification and detection

处理彩色源代码的理论基础，包括灰度和伪彩色处理、色彩调整、亮度/对比度调整、色彩量化和减色、抖动、增强CDib等。

不用图形库函数的仿windows画图程序 这是最近做的计算机图形学实验，其界面是一个仿Windows下的窗口界面，程序具有较好的交互性。全部的图形函数都没有用C语言自带的图形库函数，所写的函数都是直接写屏实现的，模拟了大部分图形库函数的功能。但也有部分没有写出，如保存图形块的getimage()等函数。由于水平有限，还有部分功能没有实现，如保存或打开BMP图片等。等有了时间再说吧。算法什么的写的很潦草，都随便说说的，欢迎高手指点，希望与广大C语言爱好者共同学习讨论。 -No graphics library function like windows drawing program to do this is the recent experiment of computer graphics, the interface is an imitation of the window under the Windows interface, the program has better interactivity. All graphics functions are not used C language graphics library built-in function, written by direct write screen functions are achieved, the majority of simulation graphics library function function. However, some did not write, such as the preservation of graphical block getimage () function and so on. Due to the limited level, there are some features did not realize, such as saved or opened that BMP pictures. With time, etc. later. What algorithm is written in the scrawl, are casual, welcome expert guidance, I hope with the

为了将零件固定在PCB上面，我们将它们的接脚直接焊在布线上。在最基本的PCB（单面板）上，零件都集中在其中一面，导线则都集中在另一面。这么一来我们就需要在板子上打洞，这样接脚才能穿过板子到另一面，所以零件的接脚是焊在另一面上的。因为如此，PCB的正反面分别被称为零件面（Component Side）与焊接面（Solder Side）。-parts to be fixed above the PCB, we will take their feet welded directly on the wiring. At its most basic PCB (single-panel), parts of which are concentrated in the side, wire were concentrated on the other side. Suppose we need burrows on the board, then through the legs of another plank, then parts of the legs is another welding in the face. Because of this, the PCB is negative components were known as surface (Component Side) and the welding surface (Solder Side).

都是关于图形图像的代码-are graphic images of the code

２维空间的delaunay剖分 比较好理解　虽然复杂度大了点　呵呵　-2-dimensional space subdivision delaunay Although better understanding of the complexity of a big point huh

csgl函数库说明文档,包括所有的使用方法-csgl library documentation, including the use of all

至于切换到图片框UN尺度VB6，将轴和改变其位置应该随着毕业而在每个轴