Extended Kalman Filter

Displays a rotatable and scaleable wire frame of any 3D mathematical function. This can be made up from the normal VB maths plus inverse and hyperbolic functions. Functions can be created and saved as wanted. Image vertices can also be saved for use elsewhere. The MS ScriptControl Eval function simplifies calculations enormously and its use is demonstrated. Also shown are MoveToEx, LineTo which are much faster than the VB equivalents and very easy to use. Included are a set of string handling subroutines such as count characters, squeeze out spaces, replace sub-strings etc. Commented throughout including the 3D maths and perspective methods. All the files are visible and the program is written for an 800x600 screen.

应用背景泊肃叶动流是计算流体与计算传热学一个经典问题，其理论解已经被人们计算出，常用作不可压缩流动的校核算例，同时也是很好的lbm模拟学习的入门算例。对于刚开始接触的入门者有很大帮助。关键技术相比之前的不可压缩模型，该程序采用了可压缩的D2G9模型以及标准的碰撞迁移规则，边界处理则采用了非平衡外推格式与周期边界条件。但读者可以通过改变初始条件边界条件来计算其他的物理量。

宽度优先算法解决八码难题-width priority code algorithm to solve eight problems

词法分析程序可以分析在C语言中：标识符（以字母或下划线，后面可以是字母数字字符或下划线）说明：（1）[]中的分隔符，没有给出，在这里？ ：sizeof运算也没给出11种分隔符32种关键字使用转换表的设计，运算速度的程序，我还可以识别每个符号的数量。这一方案与VS2010 MFC的设计，欢迎大家下载分享

可在VC下运行，有字典库，生成有exe文件，可直接运行，当输入单词时，程序会自动匹配字典库，检查输入的程序是否在字典库中，如果不在，则提示与输入最相似的单词，供用户选择，用户体验良好，经过测试，程序的可行性和正确性良好。

Numerical Recipes in C++ 书中的程序的源代码-C Numerical Recipes in the book of a program"s source code

用FDTD算法解决电磁场问题，c语言-using FDTD method for solving electromagnetic problems, c language

牛顿插值方法，一种最基本的曲线插值算法，简单易用，效率高-Newton interpolation methods, a basic curve interpolation algorithm, easy-to-use, high efficiency

这个函数ObjectDetection Viola-Jones中检测的实现框架。在这个框架Haar-like特性用于快速目标检测。它支持训练分类器OpenCV的XML文件,可以在opencv.willowgarage.com上下载作为OpenCV的一部分软件

《陈必红算法》一书的附带的源代码，并有经本人修改过能在VC中使用。原书是在C++BUILDER中使用的。并加了一些其他的功能，比如样条插值等。此代码，可以完成矩阵的很多数值算法，求逆阵、特征向量、特征值，矩阵的加减乘除、傅立叶变换、gamma函数、数值解分微分等。-"Chen Hung method," a fringe of the source code, and as I changed the VC can be used. The original book is in the C BUILDER used. Plus a number of other functions, such as spline interpolation. This code can be completed in many numerical matrix algorithm, the inverse matrix, the eigenvectors and eigenvalues, the matrix arithmetic. Fourier transform, gamma function, numerical solution of differential- such.