通过一系列点利用最小2乘法拟合直线，还包含画和计算法线平行线一些小函数...

编程渐变色生成-programming graded color Generation

计算机图形学中的一种算法----多彩变换曲线算法。对于本学科的初学者很有帮助。-computer graphics algorithms-a colorful transformation curve algorithm. The subjects for beginners helpful.

C与C++图像处理编程源代码.BMP解析原代码,已经经过测试验证.能够显示1024*1024 2^24种颜色-C and C image processing program source code. BMP analytic original code, already after testing. to demonstrate 1024* 1024 2 ^ 24 colors

人脸检测和表情识别的动态链接库，并且含有C++调用的例子，非常适合研究人脸识别和表情识别！-face detection and expression recognition of the dynamic link library, called C and contain examples very suitable for the study face recognition and facial recognition!

用于图像处理的一些代码-for some image processing code

类似acdsee软件的图片浏览工具-similar Converter software tools Photo View

bmp图像反色处理-bmp-color image processing

在VC6.0下运用MFC建工程，利用OpenGl画曲线和曲面的源代码。-VC6.0 to use MFC in the works, the use of curves and surfaces painted OpenGL source code.

实现四个功能：一、图和图素1． 定义屏幕坐标2． 在屏幕中心作下列图素：点 • ； 小方块 ■ ；大方块 ■ ； 圆点 ● 。以上述图素画线二、3． 用DDA法画线段；4． 用DDA法画圆。三、已知如图所示的多面体，其各棱边长均相等。要求1． 用步进法（即+1比较法）编写AB线段生成程序；2． 用法线法编写消隐程序；3． 编写让多面体绕其中心轴线旋转30o、45o、60o的程序四.在三的基础上自动绘制各棱边，自由旋转任意角度-realization of the four functions : 1, maps and map-1. Two definition screen coordinates. In the center of the screen-map for the following : Point# 8226; ; small chunks; large chunks; dots. The above map-line drawing two, three. DDA law with painting segment; 4. With DDA Act Circle. 3, as shown in the figure known polyhedron, its edge longer being equal. Requirements 1. Walking France (a comparison) prepared AB segment generated procedures; 2. Usage prepared blanking line method; 3. To prepare for polyhedron around its central axis rotation 30o, 45o, 60o procedures 4. The three on the basis of automatic drawing the edge, the Liberal arbitrary rotation angle

因为VTK可视化工具包具有的强大的功能，可视化领域的研究人员很多都在应用它。本压缩包是在VC下编写的一个使用vtk实现平面生成的例程。-Because the VTK visualization toolkit with powerful functionality, visualization research in the field of personnel and many of them in the application of it. The compressed packet is prepared with a VC using VTK realize plane generated routines.