最小二乘曲面拟合，文件不大，里边有头文件和另外一个相关文件。...

用vc+mapobjects开发的源代码，实现鼠标多边形的移动-with vc MapObjects development of the source code, mouse polygon mobile

各种曲线的算法和代码．-curve of various algorithms and code.

gabor fileter write by myself.

能直接获取屏幕颜色，并保存为调色板！ 是建立颜色标准库的得力工具！-direct access to the screen color and the preservation of the palette! Color is to establish standards for the effective tool!

GEOMETRY is a collection of routines for geometric calculations in 2, 3 and N space. These calculations include angles, areas, containment, distances, intersection, nearest point, and volumes. The objects considered include points, lines, line segments, polygons, planes, polyhedra and vectors.-GEOMETRY is a collection of routines for geometric calculations in 2, 3 and N space. These calculations include angles, areas, containment, distances, intersection, nearest point, and volumes. The objects considered include points, lines, line segments, polygons, planes , polyhedra and vectors.

属性页对话框是将多个对话框集中起来，通过标签将各个页面激活。与属性页对话框相关的类主要包括CPropertySheet类和CPropertyPage类。一个属性页对话框可以包括一个CPropertySheet类和多个CPropertyPage类对象。        CPropertySheet类是CWnd类的派生类，其对象作为属性对话框的窗口框架出现，主要实现管理各个属性页面的作用。其用于管理属性页对话框的主要成员函数详见msdn。

用C语言实现对PCX格式图像显示的原码及图像文件-C language format of PCX images of the original code and image files

本压缩文件是关于visual c++图象处理的一些源程序实例，对这方面的学习者大有补益-the compressed files on the visual image c some of the source code examples, Learners in this area of great importance

从中型d3d程序中分离出来的编程框架,作快速开发之用-- D3D process from the separate programming framework for rapid development--

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