将矢量字光珊化！

photoshop的图形解决方案-graphics solution of photoshop

用ＶＣ命令流实现在ＣＡＤ里面的绘图，用于小规模的ＣＡＤ开发-Order flow with VC realize inside the CAD drawings, for small-scale development of CAD

能实现24位图色彩反转，转灰度，以及恢复原图-achieve 24 map color inversion, turn gray, and the restoration of the maximum

数字图象处理 VC++源代码，包含图象读取、点运算。区域运算、分析、识别 -digital image processing VC source code contains images read, point computation. Regional operations, analysis, identification

利用模板对图像进行增强，主要用于对道路的增强处理，所用模板是适应予道路增强的，当然可以自己根据自己需要进行修改-use templates to enhance the images, mainly for the increase of road, template is used to meet the increasing road course according to their own need for amendment

在混合高斯背景模型基础上，通过混合高斯匹配将前后两帧分割出的运动目标作差分，差分后再次采用混合高斯匹配分辨出过去目标区和当前目标区。在背景更新的过程中，加大过去目标区的更新率，让运动目标在出现停滞状态时给背景模型带来的干扰区域得到快速恢复。试验结果表明，该方法有效地提高背景模型的鲁棒性。停滞状态时给背景模型带来的干扰区域得到快速恢复。试验结果表明，该方法有效地提高背景模型的鲁棒性。

本程序为使用vc编写的人体肤色识别程序，能够准确识别人体肤色。代码编写简单，方便实用。-the procedures for the use of human prepared vc color identification procedures to accurately identify the body color. Code-writing simple, convenient and practical.

形状分割的源代码-shape of the source code division

任意多边形面积计算源代码-arbitrary polygon area of the source code

AffineTransformation computes and applies the geometric affine transformation to a 2-D image. The program main functions are: - Load Image: Load the image to be transformed. - Transform Image: Computes the transformation matrix from the transformation parameters specified by the user, then it applies the transformation to the loaded image. - Save Image: Save the transformed image. - Quit: Exit the program. The transformation parameters are specified by the user by editing the values of the rotation, scale (x and y), and shear (x and y). The translation is not icluded because it can be easily (normalized or) removed from the image by subtracting the shape cetroid. The affine matrix and the affinr transformation are computed using Matlab Image Processing Toolbox functions: maketform and imtransform. So this program is only demonstrates and facilitates the computation and the applying of these functions to a 2-D image.