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erchashu
- C作业:二叉树 先序建立,中序线索化,层序遍历,哈夫曼编码-C operation: binary tree preorder established in order cued, sequence traversal, Huffman coding
travel
- 本程序可实现二叉树的构造,对树的节点没有限制,并实现树的各种遍历,-This procedure enables the binary tree structure, there is no restriction on the tree node, and to achieve a variety of tree traversal,
charushanchu
- 线性链表的创建和插入算法,利用递归方法进行二叉树中序遍历算法-Linear list creation and insertion algorithm, using recursive algorithm for binary tree traversal
BiTree
- 二叉树的各种应用,包括求深度、替换、返回某个节点、插入、删除、遍历等-Binary tree of a variety of applications, including seeking depth, replace, return to a node, insert, delete, traverse, etc.
cPP
- 递归遍历二叉树,是一个关于很简单的数据结构程序-Reciure TwoTree,It s a sample program of Data Struct
erchashu
- 二叉树的操作: 实验目的:建立二叉树,建立后的先序。中序。后序。的遍历,及输出。 思路:用递归的方法建立二叉树,用先序建立,然后调整建立时左右孩子,和根结点的顺序, 就完成了,三种顺序的遍历。 遇到的困难:在先序建立时忘记了用#符号表示该节点没有孩子。 如何解决的:用if(ch== # ) T=NULL 语句解决。 收获:明白了,二叉树的三种建立,和他们之间的区别以及递归的一些简单的应用。 运行结果:输入数字元素用#表示结点没有左孩子或右孩子。然后屏幕上显示出三种顺序
BinaryTree
- 创建二叉树类。二叉树的存储结构使用链表。 提供操作:前序遍历、中序遍历、后序遍历、层次遍历、计算二叉树结点数目、计算二叉树高度。 -Create a binary tree class. Binary tree using linked list storage structure. Provides operations: pre-order traversal, inorder traversal, postorder traversal, traverse levels to ca
BinaryTree
- 二叉树的输入 前序 后序和中序的遍历以及树的输出-Binary tree after the input pre-order traversal order and the order and the output of the tree
tree
- 由用户输入先序和中序序列,以此构造一棵二叉树;然后对二叉树进行层次遍历,先序中序后序遍历;并且计算出这棵树的第一条最长路径并将其打印出来。-By the user input sequence and the first order sequence as a binary tree structure then the level of binary tree traversal, inorder postorder preorder traversal and calculate the
lx
- 完成二叉树的基本算法,包括二叉树的生成(多种方式,先根、层次、双序列),遍历(前序、中序、层次等),求叶子节点数等-Completion of the basic binary tree algorithm, including the generation of binary tree (a variety of ways, first the root, level, two-sequence), traversal (pre-order, in sequence, level, etc.)
Tree
- 数据结构中对二叉树的操作,利用递归进行前序,中序,后序,层次遍历.完成根据前序,中序生成二叉树并输出其后序操作.-Binary tree data structure of the operation, prior use of recursive sequence, in order, postorder, level traversal. Completion of the previous order, the order was subsequently generated and ou
CreateBinTree
- 数据结构二叉树的用建立,用二叉链表作为二叉树的存储结构,完成了二叉树的中序遍历后序遍历、前序遍历以及叶子节点、二叉树节点总数的递归算法实现,可运行!-Binary tree data structure with the establishment of the list with a binary storage structure as a binary tree, complete binary tree in postorder traversal order traversal, pr
erchashudebianli
- 1.对任意给定的二叉树(顶点数自定)建立它的二叉链表存储结构,并实现二叉树的先序、中序、后序三种遍历,输出三种遍历的结果。 2. 求二叉树高度、结点数、度为1的结点数和叶子结点数-1. On any given binary tree (top points from the set) to establish its binary linked list storage structure and to achieve binary tree preorder, inorder, pos
erchashu
- 二叉树的遍历二叉树的创建遍历中序前序后序-The creation of binary tree traversing a binary tree inorder traversal sequence after the pre-order
erchashu
- 数据结构的二叉树创建和遍历 -Binary tree data structure to create and traverse ......................................... .................................................. .
BinaryTree
- 生成一棵完全二叉树,可实现层次遍历,前序,中序,后序遍历-Generates a complete binary tree, traversal hierarchy can be realized, the first order, in sequence, after traversing
binaryTree
- 完成以下菜单项功能,要求执行完一个功能后自动输出二叉链表的广义表形式或凹入形式: 按带空子树的前序序列建树; 输出前序、中序、后序遍历序列(递归算法); 输出结点个数、叶子结点个数; 输出二叉树的深度; 按凹入格式输出二叉树; 按广义表格式输出二叉树; 查询前序遍历序列的第i个结点; 一般二叉树的查找:给定值是否在二叉树中; 建立二叉排序树; 二叉排序树的查找。 使用二叉排序树完成排序。-Complete the following menu item
n
- 输入广义表表示法表示的二叉树的字符串,以#作为字符串结束标志,将广义表形式的字符串创建为链式存储结构的二叉树,并中序遍历该二叉树,输出中序遍历的序列-Enter the generalized form of binary notation string, with# as a string end marker, the generalized form of the string table storage structure to create the binary tree for th
m
- 输入广义表表示法表示的二叉树的字符串,以#作为字符串结束标志,将广义表形式的字符串创建为链式存储结构的二叉树,并先序、中序和后序遍历该二叉树,输出先序、中序和后序遍历的序列 -Enter the generalized form of binary notation string, with# as a string end marker, the generalized form of the string table storage structure to create the binar
ThreeOrder
- 本代码用于求二叉树的前、中、后序遍历序列,可以自定义二叉树的保存形式,比较方便快捷。-Find before, during and after the traversal sequence of the binary tree