搜索资源列表
LevelVisit
- 我们了解二叉树的前序,中序和后序遍历,那么设计一个程序实线二叉树的层次遍历-We understand that the first order binary tree, in sequence and post-order traversal, then design a program of line-level binary tree traversal
Newtree
- 以二叉链表为存储结构,建立二叉树、先序遍历二叉树、求二叉树节点总数、叶子数、树高度的算法。队列抽象数据类型的顺序、链式表示与实现,并可对上面建立的二叉树按层次遍历。-List in Binary for the storage structure, the establishment of binary tree, the first tree traversal, and the total number of tree nodes, the number of leaves, tree he
erchashujiqixiangguancaozuo
- 二叉树及其相如按操作C程序代码 凹入表示法输出 二叉树的创建 结点内容用字符串表示 二叉树的节点数 叶子数 层次遍历 前序 中序 后序遍历 查找结点 删除结点 删除结点及其子树 再用凹入表示法输出-Binary Tree and its operation, such as by indentation C code representation of the output tree to create the content node tree with the string that lea
erchashu
- 实现二叉树的基本功能,包括前序遍历,中序遍历,后序遍历,层次遍历-To achieve the basic functions of a binary tree, including the pre-order traversal, inorder traversal, postorder, level traversal
Binary-Tree-levorder
- 用C++实现二叉树中的层次遍历(Binary_tree.cpp中),levorder,用的是队列-Use C++ achieve the the hierarchical traversal (Binary_tree.cpp) binary tree, levorder, the queue
The-tree
- (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
shiyan4
- 用队列数据结构实现二叉树的层次遍历并输出-Hierarchy traversal of a binary tree and output queue data structure
4
- 按先序遍历顺序输入二叉树,按层次输出二叉树的每个结点。中国科大数据结构实验2-Preorder traversal sequence input binary tree, each node of the binary tree level output. China the USTC Data structure Experiment 2
HW3(1)
- 编写一个C语言程序实现二叉树的层次遍历,输入通过文件读入-Write a C language program level traversal of a binary tree, the input through the file read
p3
- 基于二叉链表,实现二叉树的下列运算。 ①二叉树生成; ② 前序、中序和后序遍历; ③ 计算叶子数目; ④ 按层次遍历; ⑤ 求二叉树高度; ②、③和⑤运算分别采用递归和非递归算法实现 需先按前序序列创建结点-Based on the binary tree, binary tree of the following operators. ① binary generation ② preorder, inorder and postorder traversal
binary-tree
- 二叉树的建立以和先序、中序、后序遍历以及层次遍历,还可以查找并删除节点等-the basic function of binary tree
Experimental-binary-tree-traversal
- 二叉树的创建及遍历实验 要求:数据元素类型ElemType取float。 1)从键盘按照前序遍历的顺序依次输入二叉树的各元素,创建此二叉树。 2)对该二叉树进行层次遍历,并输出遍历后的序列。(参照图的广度优先搜索)-Binary tree traversal create and test requirements: data element types ElemType take float. 1) from the keyboard in accordance with the
shujujiegou
- 输入字符序列,建立二叉链表。 (2)先序、中序、后序遍历二叉树:递归算法。 (3)先序遍历二叉树:非递归算法(最好也能实现中序,后序非递归算法)。 (4)求二叉树的叶子个数。 (5)借助队列实现二叉树的层次遍历。 (6)在主函数中设计一个简单的菜单,分别调试上述算法。-Enter the character sequence to build the binary tree. (2) first order, in sequence, after the b
BinaryTree
- 完整二叉树类的实现(包含测试文件)功能涵盖建树、删除左右子树、归并两棵树、二叉树的前序、中序、后序及层次遍历-Complete binary tree class implementation (including test files) function covers achievements, left sub-tree delete, merge two trees, binary tree preorder, inorder, and postorder traversal level
1
- 二叉树的基本操作(1)在二叉链表上设计和实现下列二叉树运算的算法 ① 设计递归算法,实现:删除二叉树,求二叉树的高度,求二叉树中叶子结点数,复制二叉树,交换二叉树的左右子树。 ② 设计算法,按自上到下,自左向右的次序,即按层次遍历一棵二叉树。-The basic operation of a binary tree (1) the design and implementation of the following binary operation on the binary tree algo
BinaryTree
- 创建二叉树,先序、中序、后序遍历二叉树的递归及非递归,和按层次便利二叉树的实现-Create a binary tree, preorder, inorder, postorder recursive and non-recursive binary tree, and at different levels to achieve a convenient binary tree
4、二叉树的应用
- 在计算机科学中,二叉树是每个节点最多有两个子树的树结构。本程序能够实现二叉树的创建、先序、中序、后序、层次遍历、计算高度等功能。(In computer science, a two tree is a tree structure with two subtrees at each node. This program can realize the creation of two binary tree, first order, middle order, backward order,
二叉树.cpp
- 二叉树的基本操作,二叉树的中序,先序遍历,后序遍历,层次遍历,二叉树家电个数以及二叉树的复制操作的实现(The basic operation of the binary tree)
二叉树
- 二叉树的前、中、后、层次遍历的递归算法。其中包括构造二叉树链式存储的算法。(A recursive algorithm of traversing the front, middle, post and level of two forked trees. It includes the algorithm to construct two forked tree chain storage.)
test05_333
- 1、 输入一个完全二叉树的层次遍历字符串,创建这个二叉树,输出这个二叉树的前序遍历字符串、中序遍历字符串、后序遍历字符串、结点数目、二叉树高度(上述每一个结果独立一行显示)。 2、 输入二叉树前序序列和中序序列(各元素各不相同),创建这个二叉树,输出该二叉树的后序序列、层次遍历。(, the input string level traversal of a completely two fork tree, creating the two binary tree, preorder tra