将一个窗口的图象存为DIB

桌面画图程序，对初学者了解vc的代码是个很好的例子，绩好玩又易学-desktop drawing program for beginners to understand vc code is a good example of an area minded fun

存取图像字段 希望大家喜欢-access images field hope you like

打开一幅位图，其中融入了位图的文件结构，如何显示位图，是进一步图像处理的基础-open a bitmap, a bitmap into the structure of the document, shows how the bitmap is to further the basis for image processing

windows winddows vc++ /visual

windows下的并口数据采集程序，可以做简单的数据采集-windows of parallel data acquisition program, can do simple data collection

图象平滑处理源代码---visual c++编译环境下实现图象平滑处理-Image smoothing the source code--- visual c++ Compiler environment to achieve image smoothing

scrolling display..... for 5x7 matrix interface

你可能会认为生成一个带柔和阴影的特效文字与生成一个带光圈的特效文字是完全不同的，其实他们所用到的技术是完全相同的，只是在设置上有些许变化。 在带柔和阴影的效果中，我用到了GDI+中的一些插值模式来生成模糊的文字轮廓，当位图绘制平面放大时，插值模式决定原来某点像素应该怎样和周围的融合。 低质量的插值只是简单的把一个像素变换成同色色块，高质量插值如高质量双线性插值与高质量双三次插值会考虑像素色的平滑与反走样，我发现高质量双线 性插值模式最好。-you may think that a generation with a soft shadow effects of the letter and generate an aperture with the magic words are completely different, they actually have to use the technology is identical, the only set slightly changes. With soft shadows in effect, I used the GDI some of the interpolation model to generate fuzzy outline of the text, when the Bitmap Rendering Large Plane, interpolation mode decision of a point of what should pixels and around integration. Low-quality interpolation just simply put a pixel transform into the same color against a high-quality interpolation such as high-quality and high-quality bilinear interpolation bicubic interpolation will consider pixel color with a smooth anti-aliasing, I found quality bilinear interpolation mode best.

连接视频采集卡：功能有连接视频卡、打开视频、冻结视频、取得冻结视频的各个部分的颜色值（就是取得rgb值）-connecting Video Capture Card : a functional link video cards, opening video, freeze the video, made video freeze all parts of the color value (the value is achieved rgb)

以从上向下拉伸的方式显示图像 　　原理: 将图像的宽度不变每次显示图像的一部分, 直到将图片完全显示. -Stretching from way down on the image principle: the width of the image shows the same for each part of the image until the full picture display.