搜索资源列表
binarytreetravel
- 一个可以以图形方式直观表示的树状二叉树算法程序,可以实现生成和遍历.-to be a graphic visual representation of the tree binary tree algorithm can achieve generation and traversal.
BinaryTreeChange
- 能把一个带空位置的二叉树前序序列流转换成一棵二叉树,空位置用“@”表示,其中包含图形界面(java实现),可以帮助大家熟悉二叉树的存储结构,由前序序列流产生二叉树;二叉树的3种遍历算法-can take a position in the air before the sequence sequence binary tree circulation replaced by a binary tree. Air location with "@", which include
tree
- 用 java实现的 搜索二叉树的插入、删除、遍历和平衡,是自己用与数据结构考试编写的 ,对数的相关编程很有用-java with the realization of the binary tree search, insert, delete, and traverse balance, and the use of their own data structure prepared by the examination of a number of useful programming
erchashushixian
- 1. 用一个一维数组保存二叉树结点。 2. 实现二叉树节点的返回左孩子,返回右孩子,添加结点 3. 层序遍历二叉树。
erchashushixian2
- 1. 用二叉链表保存二叉树 2. 以基于二叉树的先序序列创建立二叉树 3. 按前序、中序、后序遍历二叉树(三选一)
kechengsheji
- 二叉树的遍历,源代码,JAVA课程设计的源代码
Java 二叉树的遍历
- 用java对数据结构的编写,二叉树的三种遍历
erchashu
- 1、 利用先序遍历和层次遍历的结果建立二叉树 2、 实现二叉树的层次遍历 3、 统计二叉树叶子结点的个数(递归)。 4、 将二叉树左右子树相互交换(递归) 5、 判断二叉树是不是二叉排序树。 6、 完成二叉排序树的插入、删除和平衡操作。 -1, the use of first order to traverse and level traversal of the results established binary tree 2 and realize the b
ThreeOrder
- 利用二叉树的逻辑结构、链式存储结构等,实现二叉树的前序、中序和后序遍历算法 -The logic of the use of binary tree structure, the structure of chain stores and so on, to achieve the first order binary tree, in order and post-order traversal algorithm
slicingtree
- 用java实现的切割二叉树,使二叉树的子节点可以分割成新的子节点,并遍历它们-Achieved with the java binary tree cutting, so that the child nodes of a binary tree can be split into a new child node, and traverse them
53607942
- 这是一个用java做的二叉树的遍历的实例!-This is a binary tree using java to do the traversal examples!
java3
- 二叉树的定义, 编写一个main方法, 实现二叉树的中序和后序遍历,实现二叉树遍历 改编的方法-The definition of binary tree, write a main method, in order to achieve the binary tree and post-order traversal, the realization of binary tree traversal method adapted
BeenTree
- 使用java语言编写实现二叉树的遍历,供大家分享!-been tree
java1
- 程序介绍:对树的一些常用操作进行了封装,包括查询,插入,删除,遍历二叉树(中序,后序,前序) 以及以树的方式显示二对树的各个结点。-Program Descr iption: The tree of some common operations of the package, including the query, insert, delete, traversing a binary tree (in order, postorder, preorder), and the tree dis
bitnode
- 实现二叉树的1.树状输出2. 先序遍历二叉树3. 中序遍历二叉树 4. 后序遍历二叉树5. 输出叶子结点6. 输出叶子结点个数7.输出二叉树的深度。内含说明文档-Achieve binary tree 1 tree output 2. Preorder tree traversal 3. Traversal of binary tree 4 after traversing Binary 5.Output leaf node 6 Output leaf node number 7. Output
BTree
- 利用java实现二叉树数据结构,完成成员函数进行先序、中序、后序、降序四种方式遍历二叉树。-Using java to achieve binary tree data structure, completed member function first order, in sequence after sequence, descending four ways binary tree traversal.
TreeProject
- 建立二叉树,前后中序遍历二叉树,求二叉树的深度-create a binary tree, traverse binary tree by preorder,centerorder,postorder, and get depth of binary tree
java
- java编写二叉树,以及实现了二叉树的前序中序后序遍历(Achieve two binary tree preorder, in order, after traversal)
二叉树非递归创建
- 用c++编程,二叉树非递归的创建,创建 求深度 查找 求叶子结点数 遍历输出 层次遍历 层次创建(Non-recursive creation of binary tree)
二叉树
- 利用java实现二叉树的三种遍历方式,包括先序、中序、后序。(Three traversing ways of two forked trees are realized by using Java.)