• Team Queue


    In a team queue each element belongs to a team. If an element enters the queue, it first searches the queue from head to tail to check if some of its teammates (elements of the same team) are already in the queue. If yes, it enters the queue right behind them. If not, it enters the queue at the tail and becomes the new last element (bad luck). Dequeuing is done like in normal queues: elements are processed from head to tail in the order they appear in the team queue. 

    Your task is to write a program that simulates such a team queue. 

    InputThe input will contain one or more test cases. Each test case begins with the number of teams t (1<=t<=1000). Then t team descriptions follow, each one consisting of the number of elements belonging to the team and the elements themselves. Elements are integers in the range 0 - 999999. A team may consist of up to 1000 elements. 

    Finally, a list of commands follows. There are three different kinds of commands: 

    ENQUEUE x - enter element x into the team queue 
    DEQUEUE - process the first element and remove it from the queue 
    STOP - end of test case 
    The input will be terminated by a value of 0 for t. 

    OutputFor each test case, first print a line saying "Scenario #k", where k is the number of the test case. Then, for each DEQUEUE command, print the element which is dequeued on a single line. Print a blank line after each test case, even after the last one. 
    Sample Input

    2
    3 101 102 103
    3 201 202 203
    ENQUEUE 101
    ENQUEUE 201
    ENQUEUE 102
    ENQUEUE 202
    ENQUEUE 103
    ENQUEUE 203
    DEQUEUE
    DEQUEUE
    DEQUEUE
    DEQUEUE
    DEQUEUE
    DEQUEUE
    STOP
    2
    5 259001 259002 259003 259004 259005
    6 260001 260002 260003 260004 260005 260006
    ENQUEUE 259001
    ENQUEUE 260001
    ENQUEUE 259002
    ENQUEUE 259003
    ENQUEUE 259004
    ENQUEUE 259005
    DEQUEUE
    DEQUEUE
    ENQUEUE 260002
    ENQUEUE 260003
    DEQUEUE
    DEQUEUE
    DEQUEUE
    DEQUEUE
    STOP
    0

    Sample Output

    Scenario #1
    101
    102
    103
    201
    202
    203
    
    Scenario #2
    259001
    259002
    259003
    259004
    259005
    260001

    分析:用两个队列,分别表示按团队来的排序和各个团队里自身的排序,再用一个map来储存个人的编号信息和他所对应的团队的编号
    注意:队列啊,map啊得在循环内部定义,否则得加clear()清空,不注意很容易WA
     1 #include <iostream>
     2 #include <cstdio>
     3 #include <algorithm>
     4 #include <map>
     5 #include <queue>
     6 using namespace std;
     7 const int maxn=1010;//题目上说团队数和团队内的人数都不超过1000 
     8 int main(){
     9     int t,k=0;
    10     while(cin>>t&&t!=0){
    11     queue<int> q;//这个是团队所组成的队列
    12     queue<int> team_q[maxn];//这个是各个团队内部组成的队列
    13     map<int,int>  team;//这个用来储存某个人的编号和他所对应的团队的编号         
    14     cout<<"Scenario #"<<++k<<endl;
    15     for(int i=1;i<=t;i++){
    16         int m;cin>>m;
    17         while(m--){
    18             int x;cin>>x;
    19             team[x]=i;
    20         }
    21     }
    22     string s;
    23     while(cin>>s&&s!="STOP"){
    24         if(s=="ENQUEUE"){
    25             int x;cin>>x;
    26             int i=team[x];//x是本身的编号,i是他所对应团队的编号 
    27             if(team_q[i].empty()) q.push(i);//如果团队为空,则把该团队压入队列 
    28             team_q[i].push(x);
    29         }
    30         else if(s=="DEQUEUE") {
    31             int i=q.front();
    32             cout<<team_q[i].front()<<endl;
    33             team_q[i].pop();
    34             if(team_q[i].empty())    q.pop();
    35         }
    36     }
    37     cout<<endl;
    38     }
    39     return 0;
    40 }
    
    
    
    
    
    
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  • 原文地址:https://www.cnblogs.com/qingjiuling/p/9378239.html
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