heap

任务：实现Dijkstra算法 工程名：Project_ShortestPath 要求：实现Dijkstra算法，算法主体写在CGraph类中；要求是从command窗口中输入源节点编号，并在command窗口中输出从源节点到所有目的节点的最短路长及最短路。注：要输出整条路径，而不仅仅是前一跳，也不允许逆序输出。 (Task: Dijkstra' s algorithm to achieve the project name: Project_ShortestPath requirements: achieve Dijkstra algorithm, the algorithm written in the body CGraph class requires input from the command window, the source node number, and in the command window, all of the output from the source node to the destination node shortest long and the shortest. Note: To export the entire path, not just before the jump, do not allow reverse output.)

链表的模板类,提供插入删除，遍历器，查找等功能，只有一个头文件，可以包含到你的工程(template implemention of Chain)

最优二叉搜索树问题具有最优子结构性质，即其任意一棵子树都是一棵独立的最优二叉搜索树，所以可以采用动态规划方法，并且在每次更新时保存子树的根。(Optimal binary search tree problem has optimal substructure property that any of its sub-tree are an independent optimal binary search tree, so you can use dynamic programming methods, and save each update subtree roots.)

选择型结构c语言编程 (Choose the type of structure of C language programming)

讲解了循环单链表的建立，以及在链表中插入、删除、更改数据...(Explain the establishment of circular single linked list, and insert in the list, delete, change the data ...)

图的邻接表生成，深度遍历及任意两点间的路径(The adjacency table to generate deep traversal path between any two points)

数据结构相关代码，源码-数据结构算法解析(高一凡 )(Data structure-related code, source code- Data Structure Analysis algorithm (high one where))

开括号和比括号的匹配，数据结构内容，很不错(More than brackets and brackets to open the match, the contents of data structure)

说明：  数据结构基本算法实现。包括栈、二叉树基本运算实现，同时包含整数计算器的完整实现。(The basic algorithm data structure. Including implementation of stack, binary tree basic operations, and a complete implementation of an integer calculator.)

用分治算法（O(nlogn)复杂度）实现寻找n个点中最邻近点对,输出为最邻近距离的平方(Looking for n points nearest point, the output of the nearest neighbor distance squared using the divide-and-conquer algorithm (O (nlogn) complexity))