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- 二叉树的建立与遍历，其中遍历包括先序、中序和后序遍历。
二叉树的创建于遍历
- 二叉树的创建于遍历
tree
- 二叉树的实现，三种遍历方法。比较简单，是数据结构的基本知识-The realization of a binary tree, the three traversal methods. Relatively simple, basic knowledge of the data structure
tree
- 创建二叉树并以根结点为参数交换每个结点的左右子树，查找x结点并输出其所有的祖先结点，以中序遍历和前序遍历创建二叉树。-Create a binary tree and parameter exchange for each node of the root node to the left and right subtree, find x nodes and output nodes of all its ancestors, create a binary tree in order tra
two
- 建立一棵二叉树，并对其进行遍历（先序、中序、后序），打印输出遍历结果。 从键盘接受输入（先序），以二叉链表作为存储结构，建立二叉树（以先序来建立），并采用递归算法对其进行遍历（先序、中序、后序），将遍历结果打印输出-Create a binary tree, and traverse the results of its traversal (preorder, inorder, postorder), print output. Accept input from the keyboard (
ECSBL
- C语言二叉树遍历，数据结构C语言描述，很简单的算法和代码-C language binary tree traversal
BinaryTree
- 循环遍历二叉树，相对于递归遍历二叉树更节省系统性能 摘自visual C++一书案例-Iterate over the binary tree, compared with the recursive traversal binary tree more economical performance of the system
数据结构课程设计源代码
- 编写一个程序，通过前缀表达式来构造一个与之对应的算术表达式并存入二叉树中，通过中序遍历二叉树输出表达式及对其进行变量赋值，通过后序遍历二叉树计算表达式的值。(A program is written by prefix expression to construct an arithmetic expression corresponding to it and store it into two binary tree. Through traversing two fork tree out