搜索资源列表
TurboTree
- 很多人都使用“父—子结构+递归算法”来显示树型的层次结构,这里给介绍一种简单方便的数据结构和算法,快速显示树型的层次结构-many people use a "parent-child structure + recursive algorithm" to show the level of tree structure, here introduced to a simple data structure and algorithm, shows the hierarchi
PackSPIHT
- 该源码是SPIHT即分层树集合划分算法的c代码,希望对搞压缩编码的朋友们有用.-the source of SPIHT hierarchical tree that is set partitioning algorithm c code, hope to engage coding useful friends.
MFC-Tree-Control--using
- 网上找的非常基础的文章,测试发现当Single Expand property和Always Show Selection属性同时设置为TRUE时,Always Show Selection会失效,不知道这样的认识对不对?- MFC Tree controls are one of the useful controls to show a hierarchical view of items. They can show the folders list, any parent- child
TreeViewtest
- 利用TreeView控件制作伸缩形树状目当,可方便浏览分级视图或信息,也可打开执行不同的功能.-TreeView control is made using a tree-shaped head when stretching, you can easily browse a hierarchical view or information, can also be opened to perform different functions.
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
Example088
- vc用Tree Control中显示分级信息的程序源码,感兴趣的可以参考下-vc with the Tree Control to display hierarchical information in program source code, can refer interested
HorizontalTreeControl
- This a custom tree control that tries to solve the problem of vertical display of hierarchical data.
Tree-Pass-algorithm-
- 树的周游算法(层次遍历):树的方法的一种,与先根、后跟相对-Tree travel the algorithm (hierarchical traversal): a tree method, and the first root, followed by a relatively
vbdrag
- 打开文件夹并显示文件夹中文件目录树,目录树分层显示-Open the folder and display the files in a folder directory tree, hierarchical display the directory tree
Chapter5_Tree
- 【数据结构】第5章部分习题解答 包括:层次遍历二叉树,判定是否是完全二叉树,判别两棵二叉树是否相同,树的前序、后序和层次遍历(以儿子兄弟链表的方法存储)-Data structure] Chapter 5 part exercise solutions include: hierarchical binary tree traversal, to determine whether it is complete binary tree, distinguish two binary tree i
path-menu
- 层次,wrappable(当容器宽度比长度变小的菜单),鼠标悬停和tab键驱动的菜单栏。最初创建代表选中项的路径在树形视图。 -Hierarchical, wrappable (when container width gets smaller than the menu length), mouse-hover and Tab-key driven menu bar. Originally created to represent a path to the selected item i
ReadXML
- 读取powerdesigner的PDM文件,分析pdm的文件结构,读取数据包、表、列、行、主键等属性信息,构建分级树。-Read powerdesigner the PDM file analysis pdm file structure, read packets, tables, columns, rows, primary keys and other attribute information, build hierarchical tree.
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
noname
- 2. 输入一个中缀表达式,构造表达式树,以文本方式输出树结构。 输入:例如,输入a+b+c*(d+e) 输出:以缩进表示二叉树的层次,左——根、右——叶、上——右子树、下——左子树 ――――――――――――――――――― e + d * c + b + a ―――――――――――――――――――――― -2 Enter an infix expression constru
spiht
- SPIHT-set partitioning in hierarchical tree algorithm. it is also used for compression. here list of insignificant pixels, list of si gnificant sets-SPIHT-set partitioning in hierarchical tree algorithm. it is also used for compression. here list of
Dome
- 1.采用链式结构实现任意多项式的存储,求两个多项式的和。 2.假设自上而下按层次,自左至右输入每个结点的一个三元组(D, P, L/R)。其中D为本结点的元素,P为其父结点,L指示D为P 的左孩子,R指示D为P的右孩子。试写一个建立二叉树在内存的双链表示算法,并实现先根、中根、后根以及层序遍历算法。 3.采用邻接矩阵实现有向网的存储,建立有向网,并实现单源最短路径算法。-1 using an arbitrary polynomial chain structure of storag
exp7
- 构建一个 3 阶B 树; 设计一个层次遍历算法 levelBorder,输出B 树;-Build a 3-order B-tree design a hierarchical traversal algorithm levelBorder, output B-tree
main
- 二叉链表的建立,前中后序遍历(递归、非递归),层次遍历,删除子树,查找节点,求树的高度,以括号法输出二叉树-Build the binary tree, the former after preorder (recursive, non-recursive), hierarchical traversal, delete sub-tree to find the node, find the height of the tree, binary output in brackets law
avll
- (1) 插入新结点 (2) 前序、中序、后序遍历二叉树 (递归) (3) 前序、中序、后序遍历的非递归算法 (4) 层次遍历二叉树 (5) 在二叉树中查找给定关键字(函数返回值为成功1,失败0) (6) 交换各结点的左右子树 (7) 求二叉树的深度 (8) 叶子结点数 (9) 删除某结点-(1) Insert a new node (2) pre-order, in sequence, after the tree traversal (recursi
ew
- 判断二叉树,先判断元素个数与高度是不是符合完全二叉树的规律,不符合则FALSE。 之后按层次遍历的方法,不同的是遇到NULL也放入,出队时,遇到第一个NULL跳出。 如果之后出队的全是NULL,则是完全二叉树,否则不是。-Judgment tree, first determine the number of elements with a high degree of complete binary tree is not in line with the law, does not