搜索资源列表
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1.输入字符序列,建立二叉链表。
2.中序遍历二叉树:递归算法。
3.中序遍历二叉树:非递归算法。
4.求二叉树的高度。
5.求二叉树的叶子个数。
6.试编写交换以二叉链表作存储结构的二叉树中所有结点的左、右子树的算法。
7.建立中序线索二叉树,并实现中序遍历。
-1. Input sequence of characters, the establishment of binary list.
2. Inorder traversal binary tree:
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simple binary tree on c++. postorder, inorder, insertion, etc.
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这是一个前序、中序和后序遍历二叉树的C++单文档Windows应用程序。-This is a preorder, inorder and postorder binary tree of C++ single-document Windows application.
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二叉树的前序,中序,后序,遍历等一系列操作-Binary tree preorder, inorder, postorder, traversing a series of operations
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This program creates a binary Search Tree, traverse it in pre, post and inorder and also create the mirror image of the binary tree.
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对广义表形式的输入的字符串建二叉树,并中序输出-In put a Glist and Create a Binary Tree with it then output the Binary tree inorder
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程序功能:选择二叉链式存储结构作为二叉树的存储结构,设计一个程序实现二叉树的基本操作
(包括建立、输出、前序遍历、中序遍历、后序遍历、求树高、统计叶子总数等)-Program features: Choose binary chain store structure as the binary tree memory structure, design a program to achieve the basic binary operations (including the creati
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实现了二叉树的四种遍历算法,先序遍历,中序遍历,后序遍历,层次遍历,另带有Word文档,其中有程序示例图-Achieved four binary tree traversal algorithm, the first traversal, inorder traversal, postorder traversal, level walk, and the other with a Word document, including procedures for sample map
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二叉树的创建和二叉树的遍历,先序,中序,后序等遍历的实现。-Binary tree creation and traversal of the binary tree, preorder, inorder, and postorder traversal.
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编写二叉树的基本操作函数,用递归方法分别实现先序,中序和后序遍历二叉树。-The preparation of the basic operating functions of the binary tree, recursive preorder, inorder, and postorder traversing a binary tree.
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二叉树的先序,中序,后序,层序的递归,非递归遍历-Binary tree preorder, inorder, postorder, the sequence of recursive, non-recursive traversal
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实现由二叉树的中序序列以及先序序列构造二叉树,然后用凹入法输出-Binary tree structure by a sequence of binary tree inorder sequence and the first sequence, then recessed law output
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以二叉链表表示二叉树,实现二叉树先序遍历、中序遍历、后序遍历的递归算法;直接利用栈的基本操作,实现二叉树先序遍历的非递归算法。-Binary list, binary tree, Binary Tree, Inorder traversal, recursive algorithm after preorder direct use of the basic operation of the stack, the non-recursive algorithm Binary Tree.
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1、输入“扩展先序遍历序列” 创建二叉链表并中序遍历输出之
2、求树高
-1, enter " extended the first traversal sequence" create binary list inorder traversal output of 2, find a tree height
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(1)输入字符序列,建立二叉链表。
(2)中序遍历二叉树:递归算法。
(3)中序遍历二叉树:非递归算法。(最好也能实现先序,后序非递归算法)
(4)求二叉树的高度 。
(5)求二叉树的叶子个数。
(6)建立中序线索二叉树,并实现中序遍历。
(8)借助队列实现二叉树的层次遍历。
(9)在主函数中设计一个简单的菜单,分别调试上述算法。-(1) Enter the character sequence of binary list. (2) in traversing
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设计了算法,将n个数据组成二叉排序树结构,并可以删除其中的一个结点。
输入:数据个数n、n个数据、需要删除的数值value。
输出:原始数据、二叉排序树的中序输出及删除结点value后的结果。-Designed the algorithm, the data consisting of n binary sort tree structure, and you can remove one node. Input: the number of data n, n data, you
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显示输出二叉树,按照先序、中序、后续的方式线索化二叉树,返回中序遍历左子树最后一个结点-print out the binary tree,inorder threaded the binary tree
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二叉链表遍历,可以使用递归和非递归方法实现二叉树的前序,中序和后续遍历,以及层序遍历-Binary tree traversal, you can use recursive and non-recursive method to achieve binary tree preorder, inorder traversal and follow-up, as well as layer preorder
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能够对二叉树进行先序、中序和后序遍历,并能在极限值下运行-Can two binary tree preorder, inorder and postorder traversal, and can run in the ultimate value.
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输入字符序列,建立二叉链表。
前序、中序、后序遍历二叉树:递归算法。
前序、中序、后序遍历二叉树:非递归算法。
求二叉树的高度 。-Enter the character sequence, build binary list.
Preorder, inorder, preorder after binary: recursive algorithm.
Preorder, inorder, preorder after binary: non-recursive algor
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