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二叉树的集合操作
- 二叉树的集合操作附代码-binary tree assembly operation code :
哈夫曼树的实现
- 哈夫曼树的实现.-Huffman tree is realized.
二叉排序树的建立和删除
- 二叉排序树的建立和删除,详见内附文档-two forks of trees and the establishment of deleted files containing detailed
建立、使用二叉树的程序
- 建立、使用二叉树的程序,内含源程,是数据结构中必学知识。-established procedures for the use of binary tree, the source of intron way, the data structure is certainly knowledge.
二叉树的中序遍历和存储
- 用c实现的二叉树的中序遍历的读取与存储,能体现出向左倒的二叉树的打印界面,界面简单。-achieved using the binary tree traversal sequence which read and storage, will be shown left one of the binary tree Print interface that simple.
二叉树的连接存储
- 假设二叉树用链接存储结构进行存储,root指向根结点,p所指结点为任一给定的结点,编写一个求出从根结点到p所指结点之间路径的函数。-assumptions used to link storage structure for storage, root at Root, p referring to the node to a set of nodes, obtained from a prepared Root referred to
自动生成目录树的脚本
- 很久以前从网上找到的咚咚。对于ASP编程者可能有用,一个自动生成目录树的脚本-long time ago from the Internet to find the behind. For ASP programmers may be useful automatically generate a scr ipt tree
求树高
- 数据结构中求二叉树树高的VC实现,其中包括了二叉树的建立过程-data structure for the binary tree height VC, which included a binary tree building process
二叉树的创建及先序、中序、后序遍历
- 实现数据结构中的二叉树的创建及先序、中序、后序遍历-data structure to create the binary tree and first sequence, sequence, after the preorder
求二叉树的高度、叶子节点数
- 求二叉树的高度和深度,求高度时采用递归算法,求深度时采用非递归算法。-for binary tree height and depth, used for highly recursive algorithm, seeking depth of the use of non- recursive algorithm.
遍历二叉树的3个递归算法
- 此程序给出了遍历二叉树的三个递归算法,并且利用了先序扩展序列建立二叉树,对于数据结构学习者有很大帮助-this procedure is a traversal of a binary tree three recursive algorithm, and use the first sequence extended sequence to establish a binary tree, the data structure for
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
树的高度和叶子结点数
- 先是建立一个树,然后对树进行转换变成二叉树,求出树的高度和叶子节点,此程序对于数据结构学习者很有帮助-First, the establishment of a tree, the tree then converted into a binary tree, the tree calculated the height and leaf nodes, the procedure for data structure learners
18.二叉排序树的建立
- 本人数据结构学的还可以,所以多传了些数据结构的程序,希望大家多多支持,这个是二叉排序树的建立和查找-data structure can also learn, so most of the more-data structure of procedures in the hope that we can support, this is a binary tree in order to establish and identify
树的建立及其深度
- 树结构是数据结构中最重要的结构。利用树可以实现遍历等要求。该算法用于建立树,才能实现其他的操作-tree data structure is the most important structure. Using tree traversal can be achieved, among others. The algorithm for the creation of the tree can be achieved by other
图形演示二叉树程序
- 用TC20 图形方式演示了二叉树的遍历程序,可以作为学生的教学用-TC20 graphic demonstration of a binary tree traversal procedures can be used as a teaching students
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 firs
排序二叉树的应用数据结构课程设计
- 排序二叉树的应用数据结构课程设计.自己用来交过学期的设计报告.用好了请评价.-sort of binary tree data structure course design. Their handed over a semester to design reports. Please use the commentary price.
排序算法、字典和B-树的C++语言实现
- 排序算法、字典和B-树的C++语言实现 代码内容 包括以下算法: qui.c sort: quicksort qsort.c sort: qsort ins.c sort: insert sort shl.c sort: shell sort has.c dictionary: hash tables bin.c dictionary: binary tree rbt.c dictionary
二叉树的类实现
- 二叉树的一般操作: 1. 判断二叉树是否为空。 2. 搜索二叉树中的某一项。 3. 在二叉树中插入一项。 4. 从二叉树中删除一项。 5. 求二叉树的高度。 6. 求二叉树的节点数量。 7. 求二叉树的叶节点数量。 8. 遍历二叉树。 9. 复制二叉树。 -binary tree : 1. To judge whether the binary tree is empty. 2. Binary T