VC图象处理电子书，Chm格式，基本与位图相关的都作了说明，很不错...

VC++实现的图像配准算法，代码全，有窗口。本代码来自《数字图像处理典型算实现》一书-VC++ Realize image registration algorithm, code-wide, has a window. This code from

论文主要介绍了JPEG的编码和解码过程。该程序的编码部分能把一张BMP格式的图象进行JEPG编码，压缩成以二进制形式保存的文件；通过相应的解码程序又可以把图象解压缩出来。在图象传送过程中，我们经常采用JPEG格式对静态图象进行编码。JPEG基本系统是一种有损编码，无法完全恢复出原图象，信息有一定的丢失，称为有损压缩。尽管我们希望能够无损压缩，但是通常有损压缩的压缩比(即原图象占的字节数与压缩后图象占的字节数之比，压缩比越大，说明压缩效率越高)比无损压缩的高。JPEG编码先把图象色彩RBG变成亮度Y和色度Cr、Cb，它利用人的视觉对色度不敏感的特点，减少一部分色度数据，以达到压缩。 JPEG采取多种编码方式，包含有行程编码(Run Length Coding)和哈夫曼(Huffman)编码，有很高的压缩比。在编码前，先对数据进行分块，离散余弦变换（DCT）及量化，保留能量大的低频信号，丢弃高频信号以达到压缩。解码时，进行熵解码，反量化，反离散余弦变换（IDCT）。

我收集的一些关于人眼检测的期刊论文，希望对大家有用！-I collected some information about the human eye detection Journals hope everyone useful!

用于vc++图象粗化和细化处理,只能处理256色以下的图象,可连续处理.-for vc images rough and refined, can only handle 256 colors of images, continuous processing.

粒子系统的一个原代码文件，很有用处。有需要的可以参考-Particle system, a source code file, very useful. Can refer to those in need

画图工具L c R G NONE End Enum Dim graph As Graphic Private Type Lnode’定义一个节点类型来 保存每个图形的信息 Sx As Single Sy As Single Tx As Single Ty As Single Bch As Graphic Color As Long End Type 画图:直线,圆跟矩形都用Line方法来实现,封装在Public Sub-drawing tools c R L G NONE End Enum Dim graph As Graphic Private Type Lnode "definition of a node to preserve each type of graphical information Sx As Sy As Single Single Single Tx As Ty As Single Bch As Long As Graphic Color End Type Painting : linear , round rectangle with both methods to achieve Line, the Public Sub Packaging

显示图片中的每一帧，各位可以根据需要进行修改-showed pictures of each frame, you may need to be revised

dfj jfdlksfjsdlkfj jdlksfjdlksjf

vc++实现两幅图象融合的例子bcb4原代码,一很好的原代码,适合大家参考,-vc achieve two examples of image fusion bcb4 source, a very good source, for your reference,

手写数字识别,分为分类程序（模板匹配分类器、Bayes分类器、线性函数分类法、非线性分类法、神经网络分类器）和聚类程序（模糊聚类、遗传算法）-Handwritten numeral recognition, is divided into classification procedures (template matching classifier, Bayes classifier, a linear function of classification, non-linear classification, neural network classifiers) and the clustering procedure (fuzzy clustering, genetic algorithms)