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- 哈夫曼树,二叉树列表,的多元递归算法gfdgfdgd-Huffman tree, binary tree list, the multi - recursive algorithm gfdgfdgd
20040530100445
- 常用数据结构算法代码库,包括AVL树,链表,堆栈,hash,排序等-common data structure algorithm code base, including AVL Tree, List, Stack, hash, sort etc.
tree
- 假设以如下说明的三元组 (F、C、L/R) 序列输入一棵二叉树的诸边(其中 F 表示双亲结点的标识,C 表示孩子结点标识,L/R 表示 C 为 F 的左孩子或右孩子),且在输入的三元组序列中,C 是按层次顺序出现的。设结点的标识是字符类型。F=‘^’时 C 为根结点标识,若 C 亦为‘^’,则表示输入结束。试编写算法,由输入的三元组序列建立二叉树的二叉链表,并以中序序列输出。 ^AL ABL ACR BDL CEL CFR DGR FHL ^^L -Assuming the fo
Data-Structure
- 自己做的数据结构实验题(合并链表,huffman tree,表达式求值)-Own data structure experiment title (combined list, huffman tree, the expression evaluator)
List
- 实现二叉树以及排序二叉树等功能,是实验室做过的-Binary tree and binary tree sort implementation and other functions, the laboratory did
YuRenGuoHe
- “渔人过河”是数据结构里面很常见的一个课题。要求是找出最好路径,并将路径保存输出,这里面涉及到链表二叉树的知识。技巧性还是有一些的。-" Fisherman' s across the river" is a very common data structure inside of an issue. Requirement is to find the best path, the path and save the output, there is related t
BiTNode
- 1.建立二叉链表。 要求:按先序遍历规则,从键盘连续输入二叉树的先序序列,若无孩子结点,则用*代替,以示空指针的位置。 2.用先序、后序遍历递归算法对前面建立好的二叉链表树进行遍历。要求分别显示遍历后的结点序列。 3.调用计算二叉树的叶子结点算法,统计上述二叉链表树的叶子结点总数,从屏幕显示二叉链表树的叶子结点总数。 4.设计一个算法,求二叉树中值为x的结点的所在层的层号。 -1. The establishment of binary list. Requirement
erchashu.txt.tar
- 实现二叉树链表表示的二叉树: 建立一棵二叉树; 按先序、中序和后序遍历二叉树; 按层次遍历; 求一棵二叉树的高度; 交换一棵二叉树的左右子树; 复制一棵二叉树。-Realize that the binary tree binary tree list: building a binary tree by the first order, in sequence, and after traversing a binary tree by level tr
TREE
- 采用孩子史弟链表的方法建立树的存储结构,并用队列的方法实现,求树的深度,-Adopt child History brother list method establish tree storage structure and use queue method implementation, seeking tree depth
Tree-List
- 用VC写出来的树形数据结构,写得比较简单,比较容易看,基本上是按照《数据结构》上的要求写的-Written with VC tree data structure, written in simple, relatively easy to see, basically in accordance with the " data structure" on the written request
tree
- 二叉树的存储类型说明、使用二叉链表的方法来建立二叉树。-Binary storage type instructions, use the binary method to create a binary tree list.
Binary_Tree
- 根据二叉树的抽象数据类型的定义,使用二叉链表实现一个二叉树。 二叉树的基本功能: 1、二叉树的建立 2、前序遍历二叉树 3、中序遍历二叉树 4、后序遍历二叉树 5、按层序遍历二叉树 6、求二叉树的深度 7、求指定结点到根的路径 8、二叉树的销毁 -According to the abstract data type binary definition, use two forks to implement a binary tree
dsatbx
- matlab数据结构 算法工具箱, 包括堆栈 队列 2叉树 红黑树 -Data Structures & Algorithms Toolbox ==================================== The Data Structures & Algorithms Toolbox provides advanced data structures and algorithms for the Matlab(r) 5 environment. It implem
bitree-bianli
- 输入根据用户的输入信息,建立二叉树的二叉链表。 利用递归和非递归实现二叉树的中序遍历,利用队列实现二叉树的层次遍历。 -Enter the information based on user input, the establishment of binary binary tree list. Recursive and non recursive implementation of binary tree traversal, the use of queues to achieve
tree
- 以单循环链表和双循环链表为题,编写的程序,讲述了单循环链表和双循环链表的运用和应用。-Single loop and double loop linked to the topic list, write the program, about two-cycle single cycle linked lists and the use and application.
Tree
- Data Structure Example...Linked List like tr-Data Structure Example...Linked List like tree
bin-tree
- 二叉树类及其实现以二叉链表为存储结构实现二叉树类和成员函数, 设计计算二叉树结点、将二叉树每个结点的左右子树交换、求二叉树高度的算法-Binary tree class and its implementation to the list for the storage structure of the binary classes and member functions to achieve a binary tree, binary tree node design calculati
tree-and-forest
- 实现树和森林的二叉链表表示方法和树的两种遍历算法及其应用。-To achieve binary trees and forests and tree list representations of two traversal algorithm and its application.
a-binary-tree
- 在采用链式存储结构的二叉树上,以bt指向根结点,p指向任一给定的结点,编程实现求出从根结点到给定结点之间的路径。主要是对二叉树的存储结构及其在二叉链表树上的各种操作加深理解。-The introduction of chain stores on the binary tree structure to point to the root bt, p point to any given node, programming derived from the root to the given p
two-fork-tree
- 根据二叉树的抽象数据类型的定义,使用二叉链表实现一个二叉树。实现二叉树的基本功能。 -According binary abstract data type definition, use two forks to implement a binary tree list. Achieve the basic functions of a binary tree.