雪花飘落到一个仔细的观察的情况下，你会发现，第…

能够加载各种3D数据模型，方便研究3D数据，希望喜爱3D的学习者参考，学习。-Be able to load a variety of 3D data models to facilitate the study of 3D data, hope favorite reference 3D learners, learning.

三维骨架运动数据bvh的读取，显示,基于B样条的路径编辑，运动编辑，多种骨架插值算法（四元数+B样条插值）-3D skeleton movement data bvh read, display, based on B-spline path of the editors, sports editors, Skeleton various interpolation algorithm (Quaternion B-spline interpolation)

一个文字识别程序-A Character Recognition Program.

显示时间的源代码，具有很好的图形界面。依赖于系统时钟-show that the source code is a good graphical interface. Depend on the system clock

用VC++实现了数字图像处理的程序。包括离散余弦变换，沃尔实变换，以及增强，锐化等等功能。-with VC digital image processing procedures. Including discrete cosine transform, Waldock real transformation, and enhancing, sharpening and so on.

可能很多人都曾经想过要实现一些比较大的数的阶乘，但是C++中提供的标准数据类型其存储空间太小，根本无法实现。我们可以通过其他方法来实现，本程序用一个很简单的算法实现数的阶乘，程序很短，也很简单，各处都有注释，相信大家很容易就可以看懂，下载源码后在VC6.0中打开编译后即可运行，程序经少许改动可以实现更大的数的阶乘，有兴趣的读者在看完本程序后可一动手试试，其乐无穷！！希望这个程序能给大家一点帮助。程序可能还有许多不足之出，热烈欢迎各位前来指导。解压密码 本站默认解压密码：www.supcode.com -many people may have thought about the need to achieve some of the relatively large number of factorial. But C is the standard data types of its storage space is too small, it is impossible to achieve. We can through other methods to achieve this procedure with a very simple algorithm for the factorial, the procedures are short, is also very simple, and Notes everywhere, I believe we can easily understand them Download source VC6.0 after the open and then compile it to run. After some procedural changes can achieve greater number of factorial, interested readers at the end of the procedure after a try hands, Fun for all at! ! Hope this process will give us some help. There may be many procedural deficiencies that warm welcome to you all

ReconocedorBarcodeenMatlab

B样条、Bezier曲线等多种曲线画法-B-spline, and other Bezier curve drawing curves

LM 35 interface with 8051 and display on LCD

#include "stdafx.h" #include #include #include #include void solidCylinder(GLdouble radius, GLdouble height, GLint slices, GLint stacks) //»­Ò»¸öÔ²ÖùÌ壬ÓÃDiskÀ´¸ÇסÉÏϵ×Ãæ {      GLUquadricObj* qobj = gluNewQuadric();     gluCylinder(qobj, radius, radius, height, slices, stacks);    //slicesÀàËÆÓÚ¾­¶È£¬stacksÀàËÆÓÚγ¶È     glScalef(-1.0, 1.0, -1.0);