相关文档

• 先序中序构建二叉树.doc

  必须确保给出的先序和中序 序列是正确的include <iostream>include<cstring>include<cstdio>include<string>using namespace stdstruct node{ char a node lt node rt}node bt(string xstring z) 建立二叉树{ if(()==0) return NUL

• 已知先序序列和中序序列求二叉树.doc.doc

  Note:Your choice is C IDE 用笔和纸可以试出来include 已经知道先序序列和中序序列include typedef char Elemtypetypedef struct BiTreeNode{Elemtype datastruct BiTreeNodelchildrchild}BiTreeNodeBiTree先序从i到j中序序列从k到h建立一棵二叉树放在t中v

• 已知二叉树的中序和先序序列求后序序列.doc

  include <stdio.h>include <string.h>include <stdlib.h>typedef struct Node 树结点类型 { int info 数据域 struct Node parent 父结点 struct Node lchild 左孩子结点 struct No

• 先序线索化二叉树.doc

  include<>include<>define NULL 0define LEN_T sizeof(BTNode)define LEN_S 100typedef char ElemTypetypedef struct BTNode{ ElemType data struct BTNode lchildrchild int ltrt}BTNodeBTreeBTree XianSu

• 二叉树先序中序后序遍历非递归算法.doc

  .先序遍历非递归算法void PreOrderUnrec(Bitree t){??? Stack sStackInit(s)Bitree p=twhile (p=NULL StackEmpty(s)){?? ??? while (p=NULL) ?? ?? ?? 遍历左子树?? ??? {?? ?? ?? visite(p->data)?? ?? ?? push(sp)?? ?? ?? p

• 数据结构 建立二叉排序树.doc

  建立二叉排序树1 需求分析1. 本实验要求根据输入一组数据创建排序二叉树并求该树的深度2. 输入形式：键盘输入 输入范围：一组数字顺序任意以-1为结束标志3. 实现功能：对输入的一组数字利用二叉树结构进行存储(称为排序二叉树)并求该树深度4. 测试数据Please enter data in each node:(The number -1 is deemed as the end of

• 前序遍历中序遍历创建二叉树.doc

   由前序和中序遍历结果构建二叉树include <>include <>include <>define N????50struct Node???? 树结点类型 {????char?????????info???? 数据域 ????struct Node????parent???? 父结点 ????struct Node?????lchild???? 左孩子结点 ????struct N

• 二叉树中以广义表-（先序-中序后序）递归-中序非递归输出.doc

  include<>include<>define STACK_INIT_SIZE 100 define STACKINCREMENT 10 define OVERFLOW -2define OK 1define ERROR -1define TRUE 1 define FALSE 0 typedef char TElemTypetypedef int Statustypedef struct B

• 从中序遍历及后序遍历构造二叉树.pdf

  　软件纵横

• 二叉树深度优先遍历程序.docx

  LRV和LVR// Nodeh: interface for theode classclassode{public:int Keyode* rightpode * leftpode();virtual ode();};// Stackh: interface for the Stack class#include Nodehclass Stack{publi