二叉树的查找,遍历,(满)节点数,树叶的计算

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1、实验课题一：将下图中的二叉树用二叉链表表示：ABCDEFGH1用三种遍历算法遍历该二叉树，给出对应的输出结果；2写一个函数对二叉树搜索，若给出一个结点，根据其是否属于该树，输出true或者false。3写函数完成习题4.31（C++版）或4.28（C版教科书）。#include"stdio.h"#include"stdlib.h"typedefcharElementtype;typedefstructtreenode*Tree;structtreenode{ElementtypeElement;TreeLeft;Tre

2、eRight;};voidPre(Treet){if(t!=NULL){printf("%c",t->Element);Pre(t->Left);Pre(t->Right);}}voidAft(Treet){if(t!=NULL){Pre(t->Left);Pre(t->Right);printf("%c",t->Element);}voidMid(Treet){if(t!=NULL){Pre(t->Left);printf("%c",t->Element);Pre(t->Right);}}}Treecreat(Tre

3、et){charc;t=(Tree)malloc(sizeof(structtreenode));if((c=getchar())!='#'){t->Element=c;t->Left=Pre();t->Right=Pre();}elset=NULL;returnt;}intcountnode(TreeT){if(T==NULL)return0;elsereturn1+countnode(T->Left)+countnode(T->Right);}intcountleaf(TreeT){if(T==NULL)retur

4、n0;elseif(T->Left==NULL&&T->Right==NULL)return1;returncountleaf(T->Left)+countleaf(T->Right);}intcountfull(TreeT){if(T==NULL)return0;elsereturn!(T->Left==NULL

5、

6、T->Right==NULL)+countfull(T->Left)+countfull(T->Right);}intFind(TreeT,charc;){intfind;if(!find&&T!=NUL

7、L){if(T->Element==c){find=1;}else{Find(T->Left,c);Find(T->Right,c);}}returnfind;}voidmain(){TreeT;charc;T=creat(T);printf("前序遍历为：");Pre(T);printf("");printf("中序遍历为：");Mid(T);printf("");printf("后序遍历为：");Aft(T);printf("");printf("请输入要检测的字符：");scanf("%c

8、",&c);getchar();if(Find(T,c)==1)printf("True该字符在树中！");elseprintf("False该字符不在树中！");printf("树中的节点数为：%d",ountnode(T));printf("树中的树叶数为:%d",ountleaf(T));printf("树中的满节点数为:%d",countfull(T));}