一个好用的绘制三维图形的vc程序

用OpenCV实现直方图均化-with histogram equalization

正交变换API函数库-orthogonal transformation API Functions

computer-vision.rar demo原码-computer-vision.rar demo source

介绍了取景变化和模型变化,进行平移和旋转,取景变化相当于相机的变换,模型变化用来控制图形元素的位置-introduced the viewfinder change and model changes, translation and rotation of the camera viewfinder or changes transform the model used to control changes in the location of graphics elements

可是化语言IDL的，绘图的鼠标处理程序。用欲对鼠标的控制，分析。控制事件

根据多边形区域的填充原理可以推广到圆域的填充，由于圆的特殊属性，即可根据任何欲填充的像素点与圆心的距离是否大于或小于半径来判断是否在圆内或圆外，具体实现程序如下； 利用中点画圆算法实现边界程序： void CArea_FillData::MidpointCircle(int xc, int yc, int r, int color) {//画八分之一的圆 int x,y,d x=0 y=r d=1-r WholeCircle(xc,yc,x,y,color) while(x

12864 LCD图形显示程序例子 这是一个在LCD128*64上显示图形的一个程序，一直以来都总是不知道怎么搞，现在终于都通了，想当初在网上总找，要不是程序不全，就是无法运行，或者是C51汇编语言，让人不爽，这样的痛苦不可以再让别人难受了。在LCD上显示一幅图，是“我的电脑，我的文档”。IC用PIC16F877A，晶振4MHZ，采用并行8线，LCD：TS12864-3，接法在程序中有定义，只要将此程序COPY到你的PICC里编译下载后，在目标板上即可以看到图画了！-12,864 LCD graphics display program is an example of this in LCD128* 64 on the display graphics a procedure has been always do not know how this, now finally have access to the Internet in the first place to find the total, either incomplete process is not functioning, or C51 compilation of language, people quickly do not let the suffering of other people uncomfortable. Displayed on the LCD in an illustration of the "My Computer, My Documents." IC with PIC16F877A, 4 MHZ crystal oscillator, using eight parallel lines, LCD : TS12864-3, then in a process of definition, As long as this program COPY of your compiler downloaded PICC Lane, the target board can see that picture!

在3D空间选择感兴趣的空间点，以便后期处理，如seed 点。-Choice in the 3D space of the spatial point of interest in order to deal with the latter, such as seed points.

这是图形学中的一个常用裁剪算法包括字符裁剪,终点裁剪,多边形裁剪等很多算法.-This is a graphics of cutting algorithm commonly used characters, including cutting and finish cutting, cutting as many polygons algorithm.

图层合并:将一个图层的所有对象转移到另一个图层，并删除原图层。-Layer merger: a layer of all objects to another layer, and delete the original layer.