有关图片以及数字识别的有用的源码，大家来探讨一下哈

本源码是基于Keil MDK编写的。上面开发环境中没有keil的选项，不知道为什么？本程序可以直接运行在火牛STM32的开发板。是基于UCOS+UCGUI编写的。 -The source code is written based on the Keil MDK. The above development environment does not the keil option, do not know why? This program can run directly on the AC adapter the STM32 development board. Written UCOS+UCGUI.

为了快速精确地对一个实体进行的三维重建, 提出了一种新的混合建模方法. 该方法利用同一实体在不同视 点下的多幅深度图像, 根据它们之间颜色和纹理的相关性, 通过逆投影变换, 可将图像中象素点映射到三维空间中的正 确位置. 然后再经模型重建和重投影, 可获取实体在任意视点下的图像. 实验结果表明, 这种建模方法具有复杂度恒定、 获取图像真实感强等优点, 适用于形状、 结构复杂的物体的重建.-: In o rder to reconst ruct th ree di mensi on model of an object, a new method of hybr id modeling is p resented . Th is method use mut i p le range i mage of different viewpo int, acco rding to the co lo r and texture, the p ixel po int can be mapped to co r rect po sit i on in th ree di mensi on space by the backp ro ject t ransfo rmat i on. Then the i mage can be go t in any viewpo int by modeling reconst ruct i on and rep ro ject i on. Exper i ments has p roved that th is method can acquire h igh realist ic i mage and has stat ic comp lexit i on. It can be used to reconst ruct some objects w ith comp licated shape and topo logies

snow fall animation-snow fall animation.......

分形――生成一片漂亮的树叶，通过一个矩阵迭代并不断刷新生成的图像-fractal-- generating a beautiful leaves, through an iterative matrix and constantly refresh the image

有关反走样图形的绘制源码，还包括一个论文-antialias

一个对恶劣天气条件下的邪恶势力的去噪程序，可以去除大雨中的雨水，恢复原始图像

其中选择了10种最常用的算法，将其封装为更容易调用的API函数。除了方便VC++开发人员调用外，也使得VB、Delphi程序员能够方便地将其应用到自己的开发项目中。-which selected 10 species of the most commonly used algorithm, to more easily package for the API function calls. Apart from facilitating the development of VC personnel call, but also makes VB, Delphi programmers can easily be applied to their own development projects.

这是一些关于openGL的示例代码，适合初学者使用，里面有很多个源程序和EXE程序，方便你查看

搞设计、印刷的朋友，想将一个作品分色分块，然后出菲林，非常烦琐，我这个可以自动分色分块，很好用，试一试！-engage in the design, printing friends, and want to work dichroic a block, then someone out, very cumbersome, I can automatically dichroic the block, useful, try!

资源描述用opencv实现的求均值，对于初学opencv的初学者很有用