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各种二叉树的数据结构
- 按先序扩展序列建立二叉树，先序、中序、后序遍历的递归算法，二叉树遍历的非递归算法，层次的非递归算法，求二叉树的深度。-sequence extended by the first sequence established binary tree, first sequence, sequence, after the preorder the recursive algorithm, the binary tree traversal non - recursive algorithm, the
BinaryTree Visit,all methods
- 二叉树的所有遍历算法，包括前序、中序、后序的递归与非递归算法，还有层次遍历从上至下、从下至上、从左到右、从右到左遍历方法。
求二叉树前序遍历序列中第k个结点的值
- 求二叉树前序遍历序列中第k个结点的值 c语言程序，已测试
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- 二叉树建立与遍历源代码，这是我大二时做的实验报告，现在毕业了删了可惜就上传了，通过自己调试编译无误。-Binary Tree Traversal establish the source code, this is my sophomore year when the report of the experiment, and now have decided to graduate a pity on the upload, and through their own correct comp
structure
- 数据结构二叉树实现代码：功能如下： （1）创建二叉树 （2）递归算法先序遍历二叉树 （3）非递归算法中序遍历二叉树 （4）递归算法后序遍历二叉树 （5）求二叉树叶子结点个数 （6）按层次遍历二叉树 （7）求二叉树树深 -A binary tree data structure to achieve the code: Function is as follows: (1) Create a binary tree (2) recursive alg
erchashudebianli
- 这是一个二叉树的遍历问题-This is a question of Binary Tree Traversal
zhongxubianli
- 二叉树生成及遍历。以某种形式建立二叉树逻辑结构信息，建立二叉链表，先作先序、中序、后序遍历，将二叉树中序线索化，中序遍历线索二叉树-Tree generation and traversal. Some form of information to establish the logical structure tree, the establishment of binary list, to make the first order, in sequence, after the trave
java3
- 二叉树的定义， 编写一个main方法， 实现二叉树的中序和后序遍历，实现二叉树遍历 改编的方法-The definition of binary tree, write a main method, in order to achieve the binary tree and post-order traversal, the realization of binary tree traversal method adapted
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- 二叉树遍历及深度，使用C语言实现，课程设计-Binary tree traversal and depth of C language, curriculum design
tree
- MFC对话框类实现对二叉树的中序遍历排序，前序遍历排序，后序遍历排序，请仔细阅读程序后了解程序输入的格式-MFC dialog class in order to realize the binary tree traversal order, preorder traversal order, post order traversal order, please carefully read the procedures to understand the procedure input fo
二叉树
- 二叉树的前、中、后、层次遍历的递归算法。其中包括构造二叉树链式存储的算法。(A recursive algorithm of traversing the front, middle, post and level of two forked trees. It includes the algorithm to construct two forked tree chain storage.)
二叉树
- 利用java实现二叉树的三种遍历方式，包括先序、中序、后序。(Three traversing ways of two forked trees are realized by using Java.)
二叉树
- 实现了二叉树的创建，先序遍历，中序遍历，后序遍历以及二叉树的竖式打印(binary tree traverse)
二叉树
- 建立二叉树，用四种方法遍历，求二叉树的树高及结点总权，并且能输入一个结点求其父结点(The two forked tree is required to be traversed by four methods, and the height of the two forked tree and the total weight of the node are calculated, and a node can be entered to find the parent node of the
8606-二叉树的构建及遍历操作
- 实现二叉树的遍历操作，属于数据结构基础算法，代码能够顺利运行，运行环境是ColdBlick。(The traversing operation of two forked tree belongs to the basic algorithm of data structure, the code can run smoothly, and the running environment is ColdBlick.)
二叉树的遍历
- 主要实现：创建二叉树、用先中后序遍历二叉树（中序，先序和后序遍历用非递归实现），并输出树高。(The main achievement is to create two branches tree, and use the first and middle traversal to traverse the two fork tree.)
二叉树
- 实现二叉树的建立， 并能够中序遍历二叉树，查询二叉树的深度(The establishment of binary tree can be realized, and the binary tree can be traversed in order, and the depth of binary tree can be queried.)
二叉树_17281183_刘梦婷
- 按先序遍历的扩展序列建立二叉树的二叉链表存储结构，实现二叉树先序、中序、后序遍历的递归算法，实现二叉树中序遍历的非递归算法，实现二叉树层次遍历的非递归算法，求二叉树的结点个数，求二叉树的深度。(The binary list storage structure of binary tree is established according to the extended sequence of traversal in the first order, the recursive algorit
二叉树的先、中、后序遍历序列
- 从键盘接收扩展先序序列，以二叉链表作为存储结构，建立二叉树。输出这棵二叉树的先序、中序和后序遍历序列。 输入 输入扩展先序序列。二叉树结点的data是字符类型数据, 其中#表示空格字符。 输出 三行依次输出先序、中序、后序遍历序列。 样例输入 ABC##DE#G##F### 样例输出 ABCDEGF CBEGDFA CGEFDBA