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遍历二叉树的4个非递归算法
- 二叉树的4个非递归算法,中序先序后序和层次遍历,算法都有注释而且很详细,适合数据结构学习者使用-binary tree four non - recursive algorithm, the first sequence after sequence and the sequence level traversal algorithm Notes but have very detailed data structure suitable for use Learners
二叉树jian
- 这个程序采用先序建立二叉树,并分别使用递归和非递归算法实现了对该二叉树的先中后序的遍历输出,并给出了一定的使用说明-this procedure was used in order to establish a binary tree respectively, and the use of recursive and non - recursive algorithm of this binary tree after the first sequence which Ergodic outp
erchashubianlisuanfa
- 遍历二叉树的非递归算法,其中有先序遍历,中序遍历和后序遍历。-traversal of a binary tree non - recursive algorithm, which preorder, preorder and after preorder.
datastructure
- 建立二叉树的链式存储结构,在此基础上完成下列算法: 1) 从键盘上输入二叉树的各个结点,建立二叉链表 2) 输出该二叉树; 3) 非递归的层次遍历序; 4) 非递归的先序遍历、中序遍历、后序遍历;
AVL树实现
- 纯C实现的AVL树,Demo是MFC的。非递归的遍历,完全支持添加、删除和搜索节点。设计灵活,容易扩展。以下是API struct tagAvlTree; typedef struct tagAvlTree AvlTree; struct tagAvlNode; typedef struct tagAvlNode AvlNode; struct tagAvlNode { AvlNode *left; AvlNode *right; int32_t height;