phytn的专栏

#include typedef int A; typedef struct LNode {  A data;  struct LNode *next; }LNode,*LinkList; void CreateList(LinkList &L,A a[],int n) {  int i;  L=NULL;  for(i=n-1;i>=0;i--)  {   LinkLi

#include #include int main() { int n,t,low,high,i; char a[10000],s[10000]; scanf("%d",&n); while(n--) { scanf("%s",a); t=strlen(a); low=0; high=0; for(i=0;i<t;i++) { switch(a[i])

#include typedef struct LNode { int data; struct LNode *next; }LNode,*LinkList; void ListInsert(LinkList &L,LNode *p,LNode *s) { LinkList q; if(p==L) { s->next=L; L=s; } else

#include typedef int A; const int LIST_INIT_SIZE=100; const int LISTINCREMENT=10; typedef struct { A *elem; int length; int listsize; int incrementsize; }List; void InList(List &L,int

#include typedef int A; const int LIST_INIT_SIZE=100; const int LISTINCRMENT=10; typedef struct { A *elem; int Length; int Listsize; int incrementsize; }List; void InitList(List &L,int

#include typedef struct LNode { int data; struct LNode *next; }LNode,*LinkList; void union1(LinkList &La,LinkList &Lb) { LinkList qb; LinkList pa=La->next->next; LinkList pb=Lb->next->n

#include typedef struct LNode { int data; int length ; struct LNode *next; }LNode,*LinkList; int count = 0 ; LNode * LocateElem(LinkList L,int e) { LinkList p=L; p->length = 0 ; whil

#include typedef int A; const int LIST_INIT_SIZE=100; const int LISTINCRMENT=10; typedef struct { A *elem; int Length; int Listsize; int incrementsize; }SqList; void InitList(SqList &L,

#include typedef struct DuLNode { int data; struct DuLNode *prior; struct DuLNode *next; }DuLNode,* DuLinkList; void ListInsert(DuLinkList &L,DuLNode *p,DuLNode *s) { s->prior=p->prior;

#include typedef int A; const int LIST_INIT_SIZE=100; const int LISTINCREMENT=10; typedef struct { A *elem; int length; int listsize; int incrementsize; }Sqlist; //初始化操作 void InitList_

#include typedef struct LNode { int data; struct LNode *next; }LNode,*LinkList; void union1(LinkList &La,LinkList &Lb) { LinkList s,p,pre; if(!La) La=Lb; else { while(Lb) {

#include typedef struct LNode { int data; struct LNode *next; }LNode,*LinkList; void ListDelete(LinkList &L,LNode *p,int &e) { LinkList q; if(p==L) L=p->next; else { q=L; whi

#include typedef struct LNode { int data; struct LNode *next; }LNode,*LinkList; void InvertLinkedList(LinkList &L) { LinkList p=L; L=NULL; while(p!=NULL) { LinkList s=p; p=p->ne

#include typedef int A; const int LIST_INIT_SIZE=100; const int LISTINCRMENT=10; typedef struct { A *elem; int Length; int Listsize; int incrementsize; }List; void InitList(List &L,int

#include const int LIST_INIT_SIZE=100; const int LISTINCRMENT=10; typedef int A; typedef struct { A *elem; int Length; int Listsize; int incrementsize; }SqList; void InitList(SqList &L,

#include typedef struct DuLNode { int data; struct DuLNode *prior; struct DuLNode *next; }DuLNode,* DuLinkList; void ListDelete(DuLinkList &L,DuLNode *p,int &e) { e=p->data; p->prior->n

#include typedef struct LNode { int data; struct LNode *next; }LNode,*LinkList; int ListLength(LinkList L) { LinkList p=L; int k=0; while(p!=NULL) { k++; p=p->next; } return

桌上有一叠牌，从第一张牌（即位于顶面的牌）开始从上往下依次编号为1~n。当至少还剩两张牌时进行以下操作：把第一张牌扔掉，然后把新的第一张放到整叠牌的最后。输入n,输出每次扔掉的牌，以及最后剩下的牌。 输入：7 输出： 1 3 5 7 4 2 6  #include #include using namespace std; queue q; int main() { int n; sc