数据结构中离散事件的实现

本程序用邻接矩阵实现图的深度优先遍历 图的广度优先遍历-the procedures used adjacency matrix of the plan is to achieve depth-first traversal of the plan breadth priority Ergodic

实现二分法求解方程。编写并使用以下函数： double SolveRoot(double(*pf)(double x),double a,double b,int n) 这里，pf指向一个函数f，f用来定义要求解的方程f(x)=0，a和b是未知解x的上下界（即a

有关数据结构的源代码。。。望大家指教。。。同时也想下载信息论的-The data structure of the source code. . . Hope everyone advice. . . At the same time also want to download the Information Theory

输入您的生辰八字，程序会帮你算出你的一元周期的所有点-Enter your birthday character, the program will help you calculate your cycle of one dollar all point

VB系软件开发者不可多得的开发伴侣-- VB software developers rare development partners

这是一个有序链表的生成和插入的源码。用C++实现。-This is an orderly list of the generation and insertion of the source. With C++ Realize.

建立并按前,中,后序方法遍历二叉树,本代码用的是非递归方法,递归方法的稍后给出-established as before, during and after the binary tree traversal sequence method, the code of non- recursive method, recursive method is later

本代码用贪心算法实现会议安排的最佳顺序，其目标是使得能够安排的会议数量最多，是贪心算法的典型应用-code with the greedy algorithm to achieve the best arrangements for the order, its goal is to arrange the largest number of meetings, the greedy algorithm is a typical application

基于VISAUL C++开发的 关键路径求解 属于数据结构-Based on VISAUL C++ Developed to solve the critical path data structure belonging to

约瑟夫问题有原始的约瑟夫和发展了的约瑟夫两种。 原始的约瑟夫的描述： 古代某法官要判决N个犯人的死刑，他有一条荒唐的法律，将犯人站成一个圆圈，从第S个人开始数起，每数到第D个犯人，就拉出来处决，然后再数D个，数到的人再处决―――直到剩下的最后一个可赦免。 发展的约瑟夫的描述： 古代某法官要判决N个犯人的死刑，但这N个人每人持有一个密码，他有一条荒唐的法律，将犯人站成一个圆圈，法官先给出一个密码M，从第S个人开始数起，每数到第M个犯人，就拉出来处决，再根据这个人所持有的密码F，然后再数F个，数到的人再处决，以此类推―――直到剩下的最后一个可赦免。-Joseph problems have original development of the Joseph and Joseph two. The original Joseph Description : Ancient a judge to sentence N inmates of the death penalty, he is a ridiculous law, prisoners station into a circle, from S began a few individuals, every few months to D prisoners, pull out executions, then D, the number of people to be re-executed--- until the last one left to be pardoned. The development of the Joseph Description : Ancient a judge to sentence N inmates of the death penalty, but each individual N holders a password, he is a ridiculous law, prisoners station into a circle, the judges first gave a password M, S individuals from the beginning of several, each of the first few inmates M , pull hi