基于opencv的曲线拟合

a C/C++ package for generic sparse bundle adjustment -a C/C++ package for generic sparse bundle adjustment

用jbuilder 9.0编写的一个图形“水纹处理”程序-JBuilder 9.0 with a graphical prepared by the "watermarked handling of the" procedures

生成测试字并旋转得到不同角度的点阵字，生成楷体点阵汉字库，利用中心矩识别字符-Generate test word and get different angles of rotation lattice word lattice generated in italics汉字库, using character recognition Central Moment

一个模拟显示自然云彩的C程序 -a natural clouds simulation shows the C program

这里做了一个茶壶，实现了茶壶的，旋转，平移，颜色控制，光源的位置变换等等功能。代码里面还做了一只3D的兔子，也实现了兔子的自动旋转，平移，以及兔子颜色的变换功能。                                                                                                                                                                  

C++Builder得到图象红，蓝，绿三基色直方图，并将其显示出来，程序构思很巧妙。-C Image Builder to be red, blue, green, and three-color histogram, and to show up procedure is a clever idea.

简易二维平面CAD画线、圆、方，可移动、复制、镜像-simple 2-D CAD line drawing, round, side, move, copy, mirror

制作流程图的完整源码，可以制作各种流程图，愿意与大家一起分享。-Production flow chart for the complete source code, you can create a variety of flow charts, willing to share with everyone.

本程序整合了 OSG 大部分的基础功能，程序代码编写采用了模块化思想，有效代码在 1000 行左右，注释比较清晰，对于程序的修改和功能的扩展非常方便。-This procedure combines the foundation for most functional OSG, procedures used to prepare the code modular thinking, effective code line in about 1000, the Notes are more well-defined, for the process to modify and extend the very convenient features.

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