搜索资源列表
线索树
- 本文用C语言实现了有关线索二叉树的一系列算法-Using C language of the clues to a series of binary tree algorithm
二叉树的高度程序!
- 本文用C语言实现了求二叉树深度的程序,数据结构采用链表-Using C Language for the depth of procedures binary tree data structure used Chain
MyTree
- 在控制台实现了二叉树的树状打印, 方便形象-Print in the console of a binary tree tree
BinTreeExp
- 二叉树的创建、前序递归遍历、中序递归遍历、后序递归遍历、层次遍历、前序非递归遍历、中序非递归遍历、后序非递归遍历算法。里面包含了顺序栈和队列的实现代码。-Binary tree creation, pre-order recursive traversal, recursive in order traversal, postorder recursive traversal, traverse the level, pre-order traversal non-recursive, in t
erchashuquanbugongneng
- 二叉树的全部功能实现模块,对学数据结构的大学生来说说个好东西,已经通过编译实现!-Binary tree to achieve the full functionality of modules, data structures for school students for the good things that have been adopted to achieve the compiler!
binary_tree
- 这个程序是关于二叉树的实现。是去年做的,关于遍历二叉树之类的。-the implement of binary tree
76590221_83_hw4
- 一共3个源码,分别实现了有障碍的完全图的最小二叉树生成,以及一个用优先队列实现的优先级排序问题。详见内附文档。-A total of three source, respectively, are obstacles to achieving a complete map of the smallest binary tree generation, and a priority queue implemented with priority scheduling.
BinaryTree
- 本程序实现二叉树的遍历,绝对原创。质量高!-A very good program .
erchashu
- 设计程序实现二叉树结点的类型定义和对二叉树的基本操作。该程序包括二叉树结构类型以及每一种操作的具体的函数定义和主函数-Design procedures to achieve binary tree node type definitions and basic operation of the binary tree. The program includes a binary tree structure type, as well as each operation of the spec
shu
- 二叉树的基本操作算法,实现了二叉树的基本操作!-The basic operation of the binary tree algorithm to achieve the basic operation of a binary tree!
AVLtree1
- 这是正确的AVLTree的代码,实现了二叉树的遍历,可以正确执行-This is the the a correct AVLTree code, binary tree traversal can be performed correctly
main
- 实现由二叉树的中序序列以及先序序列构造二叉树,然后用凹入法输出-Binary tree structure by a sequence of binary tree inorder sequence and the first sequence, then recessed law output
binary-tree
- (1)输入字符序列,建立二叉链表。 (2)先序、中序、后序遍历二叉树:递归算法。 (3)中序遍历二叉树:非递归算法。(最好也能实现先序、后序非递归算法) (4)求二叉树的高度 。 (5)求二叉树的叶子个数。 (6)借助队列实现二叉树的层次遍历。 (7)在主函数中设计一个简单的菜单,分别调试上述算法。-(1) Enter the character sequence to build binary list. (2) first order, in sequence, a
2011010963_e4
- THUEE数据与算法实验四: 1、二叉树的所有结点的关键字由文件输入,其中关键字均为一个整数,构造增强二叉搜索树,并统计树的层高,按要求把结果输出到文件中。 2、给定两个增强二叉搜索树P和T,判断从形状上(不考虑结点关键字值)P是否等于T的某个子树,即T是否包含P。(最好对于任意形式二叉树均可实现比较,不仅限于二叉搜索树)-THUEE four experimental data and algorithms: a keyword all nodes by binary file inp
paixushu
- 实现由先序遍历序列和中序遍历序列以及由后序遍历序列和中序遍历序列构造一棵二叉树的功能-Achieved by the preorder traversal sequence and the sequence and the sequence and the sequence of the preorder traversal of a binary tree structure function sequence
binarytree
- 实现二叉树的构建、插入元素、删除元素、遍历的基本功能。-Binary tree is constructed, insert elements, remove elements, the basic functions of traversal.
TreeScan
- ⑴输入字符序列,建立二叉链表。 ⑵中序遍历二叉树:递归算法。 ⑶中序遍历二叉树:非递归算法。(最好也能实现先序,后序非递归算法) ⑷求二叉树的高度 。-⑴ input character sequence, build binary list. ⑵ preorder binary tree: the recursive algorithm. ⑶ preorder binary: non-recursive algorithms. (Preferably the first
2_Tree
- 二叉树的遍历算法,后序遍历的非递归实现。-2-Tree algorithm
BinaryTree
- 实现二叉树的基本功能,如建立,插入,删除,清空。-Binary tree basic functions
FamilyTree
- 家谱图的简单实现,利用二叉树作为数据结构实现家谱图,可以对家庭成员实现增加,删除,修改,查找等操作,同时二叉树的应用能大大提高查找的效率-Simple implementation of family tree, binary tree data structure to achieve as a family tree, a family member can achieve add, delete, modify, search and other operations, and binar