搜索资源列表
BinaryTree.zip
- 二叉树常规操作Java代码,对二叉树的学习帮助很大
ConvertLength
- VC++编的查找最小二叉树的算法 很简洁 效率很高 是不可多得的好代码-VC++ for the smallest binary tree search algorithm is very simple and efficient is a good source rare
XML
- XML解释器的算法实现,用来显示一个二叉树-XML interpreter algorithm is used to display a binary tree
Thetified
- 唯一二叉树的XML函数表达式标识转换The only XML Binary conversion function expression identified-The only XML Binary conversion function expression identified
mfc_socket_tree
- 客户端用MFC写的。客户端输入起点和终点和路长。服务器就会生成深度优先二叉树。还在客户端上显示树状结构-Client written using MFC. Client input start and end points and long road. The server will generate a depth-first binary tree. Also displayed on the client tree
arry
- 实现在一个矩形区域内的无线网络节点管理。每个节点包含x,y,data按照data大小构成平衡二叉树并进行增删查检操作-Wireless Network Node Manager in a rectangular area. Each node contains the x, y, data according to the data size to constitute a balanced binary tree, and the additions and deletions of sear
2
- 二叉树的查找和替换,在实验室条件下模拟数据结构中的二叉树并且用c语言实现-Find and Replace binary tree, binary tree the analog data structure in laboratory conditions and c language
bst
- 二叉树源代码实现,包括:添加节点,删除节点,查找节点等-The Source Code of B Tree
rcx
- 一个E语言二叉树的读取源代码,通过学习,基本上能掌握一般游戏二叉树的读取。-E language binary tree to read the source code, can basically grasp the general game binary tree the read through the study.
sort
- 本代码是我参看网络上别人讲解排序后自己实现的, 有插入、选择、冒泡、快速、归并 堆排序没写, 大致是通过二叉树建堆实现 -This code is what I see other people on the network to explain himself after sorting achieve, insert, select, bubble, quick, heap sort merge did not write, roughly built by bina
node_contract
- 类似于二叉树,自由扩展节点,通过自行搜索算法增加节点-Similar to the two fork tree, free extension node, the search algorithm
node_contract
- 类似于二叉树,自由扩展节点,通过搜索算法计算下级节点 -Similar to the tree, expand the node freedom, the search algorithm to calculate the lower nodes
tree-4.c
- 二叉树查找代码,每层两个孩子 一共五层 自己写的 欢迎下载-Find binary code, a total of five two children each write their own are welcome to download
BST
- 有序二叉树的查找、插入、删除、以及先序后序中序输出二叉树。-BST tree
huofuman
- 给定n个权值作为n的叶子结点,构造一棵二叉树,若带权路径长度达到最小,称这样的二叉树为最优二叉树,也称为哈夫曼树(Huffman tree)。哈夫曼树是带权路径长度最短的树,权值较大的结点离根较近。-Given n weights as a leaf node n, and construct a binary tree, if the weighted path length to a minimum, said such a binary tree is optimal binary tre
binary-tree
- 1)按照先序序列建立下图所示二叉树的二插链表树,结点元素类型取字符型,树的字符序列从键盘逐个输入。 2)在第1)步建立好的二叉链表树上实施前序、中序和后序递归遍历,并输出相应遍历序列。 3) 在第1) 步建立好的二叉链表树上实施前序遍历的叶子结点输出及其个数统计。 4)在第1)步建立好的二叉链表树上实施中序非递归遍历,并输出相应遍历序列(选做) 5)中序线索化第1)步所建立的二叉链表树,中序遍历所建立的线索二叉树,并输出遍历结果(选做) -1) the establishme
BiTree
- 常用二叉树算法,包括二叉树的创建,递归遍历,非递归遍历-Commonly used two fork tree algorithm, including the creation of two fork tree, recursive traversal, non recursive traversal, and so on
软件基础
- 内含单链表,顺序表,串,堆栈,队列,矩阵,二叉树的C++模板(The C++ template implements the establishment of two forked trees, traversing output, exchanging left and right subtrees, searching for nodes and other functions.)
二叉树
- 二叉树源文件(Two forked tree source file)
二叉树中+后 求先
- 首先理解概念: 前序遍历:访问根结点的操作发生在遍历其左右子树之前。 中序遍历:访问根结点的操作发生在遍历其左右子树之中(间)。 后序遍历:访问根结点的操作发生在遍历其左右子树之后。 eg:后序遍历为DBCEFGHA,中序遍历为EDCBAHFG,求前序遍历(网上例子) 解:首先 看后序遍历DBCEFGHA,A为总根节点 然后 寻找中序遍历EDCBAHFG中A位置,则EDCB在A的左枝,HFG在A的右枝; 重复前两步,从后序遍历最后一位找,在中序遍历寻找对应点,得出左右分枝...