实用欧拉算法实现常微分方程的离散化！是非常经典的算法

图形学中关于Zbuffer扫描线算法的实现，场景很简单，只是一些图形的简单实现，此程序只能作为参考程序来看，不能太过于认真对待与它。

一个标准的粒子滤波程序，有助于对粒子滤波算法的理解-A standard particle filter process, contribute to the understanding of particle filter

本程序的要求是已知几个节点x及节点函数f（x），要求近似函数！只要输出每点函数，对角线上的值，和最后一行的值，为继续插值准备！ 例如：0.00 0.00000 0.20 0.20134 0.30 0.30452 0.50 0.52110 得到结果：0.00000 0.20134 1.006700 0.30452 0.083666 0.52110 1.082900 0.170333 0.173334 f(0.230000)=0.249337 Rx(0.230000)=-1.46917e-09f-the procedural requirements are known, several nodes and node x function f (x), requiring similar function! As long as output per function point, the value of a diagonal, and the last line of duty, prepared to continue interpolation! For example : 0.00 0.00000 0.20134 0.30 0.20 0.50 0.52110 0.30452 outcome : 0.00000 0.30452 0.20134 1.006700 1.082900 0.083666 0.52110 f 0.170333 0.173334 (0.230000) = 0.249337 Rx (0.230000) =- 1.46917e- 09f

一个可以索引和排序的文件系统- May the index and the arrangement filing system

计算方法上机列主消元-calculation on the plane out the main elimination

有多个程序, 传销, 取火柴, 二的N次方等-a number of procedures, pyramid schemes and from matches, such as the N-th

判断微分方程是否为病态方程，分别用定步长、变步长和适合病态系统的数值积分方法对系统求解，并与解析解进行对比，分析每种方法的求解精度和速度。-To determine whether the pathological differential equations, were used to set step, variable step size and suitable for pathological system numerical method for solving the system, and compared with the analytic solution, analysis of each method to solve the accuracy and speed.

求解偏微分方程的有限差分法程序，对冲击动力学领域的科研工作者非常有用-Solving partial differential equations of the finite difference method procedures, the field of impact dynamics is very useful to researchers

使用graham算法求二维凸包- Uses the graham algorithm to ask the two-dimensional raised package

crc.cpp是一个产生0－255对应的16位循环冗余码的例子 correlator.cpp是一个相关滤波例子-crc.cpp have 0-255 is a corresponding 16-bit cyclic redundancy code examples correlator.cpp filtering is a relevant example