贝塞尔函数的实现，VC编程

在matlab下进行图像处理的函数库，包含边缘线段拟合，透视变换，立体图像复原等toolbox中所没有的功能，详见index.html-in Matlab under image processing functions, including marginalized segment fitting, perspective transformation, three-dimensional images rehabilitation toolbox are not functional, as described index.html

实现SOBEL算子,高斯拉普拉斯算子对图像的处理,检测图像边缘-Realize Sobel operator, Laplacian of Gaussian image processing, image edge detection

程序里包含有一个读取DXF文件的动态库DXF.DLL,代码演示了如何利用该动态库实现对DXF文件夹的读取!-procedures Lane contains a read DXF file of the DXF.DLL. Demonstration of the code on how to use the dynamic for achieving the DXF file folders to read!

这是指纹处理程序，有的程序可在可在命令行中能显示中心点，并经过了一些改进，是效果更好了-This is the fingerprint processing procedures, some procedures may be in the command line to show the focal point, and after a number of improvements, is the effect of better

图形学中常用的曲线生成算法-Graphics common curve Algorithm

平移(translation)变换是几何变换中最简单的一种。初始坐标为(x0,y0)的点经过平移(tx,ty)(以向 右，向下为正方向)后，坐标变为(x1,y1)。这两点之间的关系是x1=x0+tx ，y1=y0+ty。 下面给出 Translation 的源代码。算法的思想是先将所有区域填成白色，然后找平移后显示 区域的左上角点(x0,y0) 和右下角点(x1,y1) ，分几种情况进行处理。

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).

图像不变矩的推广，可以利用图像的不变矩进行二次开发-Image Moment unchanged promotion, we can use the same image for secondary development Moment

字体处理库freetype的源码，网址：www.freetype.org-font handling the freetype source website : www.freetype.org

对图像进行掩摸操作-right image mask operation