搜索资源列表
BitTree
- 二叉树的几种操作,包括递归先序建立二叉树、先序遍历、中序遍历、后序遍历、非递归的各种遍历、计算叶子节点数目和所有节点数目,使用队列实现层次遍历。供研究和学习基本算法者使用
yyh
- 对二叉树的生存,二叉树遍历等,有前序的,中序的,后序的,层次的,求结点数的等.
btree
- 二叉树的建立,前序遍历,中序遍历及层次遍历-Tree establishment, pre-order traversal, in order traversal and traversal level
Binaryoperation
- 1.创建以二叉链表作存储结构的二叉树; 2.按前序遍历二叉树; 3.按中序遍历二叉树; 4.按后序遍历二叉树; 5.计算二叉树的单枝结点数; 6.按层次遍历二叉树。 -1. Create a list binary tree structure for storage 2. According to pre-order tree traversal 3. According to the binary tree traversal 4. After the tree
2cs
- 用队列实现二叉树的层次遍历,欢迎大家分享-To achieve the level of binary tree using a queue traversal, welcome to share
traversal-of-binary-tree
- 二叉树的建立,对于电网模型层次结构实现遍历搜索-traversal of binary tree
4_18
- 二叉树的前中后序遍历层次遍历,以及求节点数高度。求节点的父节点-Before, during and after the binary tree traversal hierarchy traversal, as well as the number of nodes required height. Find parent node
ercha
- 二叉树的层次遍历,执行后显示其执行过程,并显示其查找的点-Binary tree traversal level, showing its execution after execution, and displays its finding points
er-cha-shu
- 定义二叉链表类型,实现二叉树的基本操作:建立、先中后序遍历、层次遍历及输出。-The definition of two fork list type, two fork tree to achieve the basic operation: the establishment, the first in the order traversal, hierarchical traversal and output.
aaa
- 二叉树的创建、插入、删除操作,计算二叉树的深度,获取二叉树的双亲结点、兄弟结点信息,计算二叉树的叶子数,二叉树的递归遍历、层次遍历-The basic function of binary Three implementation