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求二叉树的高度、叶子节点数
- 求二叉树的高度和深度,求高度时采用递归算法,求深度时采用非递归算法。-for binary tree height and depth, used for highly recursive algorithm, seeking depth of the use of non - recursive algorithm.
fuTree
- 一个比较全的关于二叉树的操作的程序,包括树的建立,遍历,求深度,节点计算和销毁。-a more complete binary tree on the operating procedures, including the establishment of the tree, traverse, seeking depth Node calculation and destruction.
二叉树的深度
- 用递归求出二叉树的深度-derived using recursive depth of the binary tree
DSFGraph并用kruscal算法求最小生成树
- 深度优先遍历图并用kruscal算法求最小生成树
DSFGraph并用Prim算法求最小生成树
- 深度优先遍历图,并用prim算法求最小生成树
二叉树的深度
- 用递归求出二叉树的深度-derived using recursive depth of the binary tree
经典cpp例子
- 这几个是本人整理的.cpp程序,您可以借鉴参考------>> dos前景背景色设置.cpp 二.八.十.十六进制转换程序的函数.cpp 二叉树的遍历.cpp 图形的广度优先搜寻法.cpp 图形的深度优先搜寻法.cpp 用C语言编的一个日历.c-these are my finishing. Cpp and you can draw reference--- gt; Gt; Dos prospects for the bac
求二叉树的高度、叶子节点数
- 求二叉树的高度和深度,求高度时采用递归算法,求深度时采用非递归算法。-for binary tree height and depth, used for highly recursive algorithm, seeking depth of the use of non- recursive algorithm.
gtrtgdfg
- 遍历是二叉树经常要遇到的一种操作.可以运用到二叉树结点计数,线索化二叉树,求二叉树的深度,表达式求值等算法中.在遍历的过程中,对结点的访问具有普遍的含义,可以是输出各结点的数据域信息,也可以是对结点作其他处理.另外,通过一次完整的遍历,可使二叉树中结点信息由非线性排列变为某种意义上的线性排列.也就是说,遍历操作使非线性结构线性化. -traverse binary tree is frequently encountered
fuTree
- 一个比较全的关于二叉树的操作的程序,包括树的建立,遍历,求深度,节点计算和销毁。-a more complete binary tree on the operating procedures, including the establishment of the tree, traverse, seeking depth Node calculation and destruction.
AffineTransformation
- 仿射变换法求深度信息,目前最好的方法 function [Z,D11,D12,D22] = diffusion_kernel_function(gx,gy,im) gx,gy 为x,y方向偏导数 Z 为恢复出来的是深度信息。 函数适应于从 图像法相信息恢复高度信息-Affine transformation method the depth of information, is currently the best way
match2
- sift方法实现深度图的求取,算法严紧,高效,结果理想,可以帮助c++程序员提高水平-sift method to strike a depth chart, algorithm tight, efficient, results are satisfactory, can help c++ programmers raise the level of
binaryTree
- 二叉树操作汇总,几乎设计所有算法,遍历递归、非递归、查找、求深度-Binary operation summary, almost all the design algorithm, recursive traversal non-recursive, search, and depth and so on
00517
- 二叉树的应用,包括建立,遍历,以及求深度等。-Have a try!
BTree
- 本程序采用扩展先序遍历序列的办法建立二叉树,并能实现二叉树的前,中,后和层遍历以及求深度的简单操作。-This procedure used to expand first traversal sequence to set up binary tree and binary tree to realize the before, during and after and the depth of layer traversal, as
2009102701
- 二叉树的建立,遍历,求深度,求叶子节点的个数-The establishment of a binary tree, traversal, seeking depth, seeking the number of leaf nodes
tree
- 按先序次序创建二叉树,再求深度和叶子数,以及节点数。-According to the first sequence in order to create binary tree, then ask, and depth and leaf nodes.
erchashubianli
- 二叉树遍历 包括先序遍历 中序遍历 后序遍历 求结点个数 求树的深度-Including the first order binary tree traversal traversal sequence in order to postorder traversal node number and ask for the depth of
erchashu
- 二叉树操作,包括了二叉树的建立,查找,求深度高度,计算结点数-Binary operations, including the establishment of a binary tree, find, seek the depth of the height of the calculation nodes
Project1-2
- 利用递归算法实现二叉树的生成,求深度,求叶子数,中序遍历和后序遍历(Recursive algorithm is used to generate two binary tree, find depth, find leaf number, sequential traversal and post traversal.)