链接:http://acm.hdu.edu.cn/showproblem.php?pid=4883

TIANKENG’s restaurant

Time Limit: 2000/1000 MS (Java/Others)    Memory Limit: 131072/65536 K (Java/Others)
Total Submission(s): 566    Accepted Submission(s): 267

Problem Description
TIANKENG manages a restaurant after graduating from ZCMU, and tens of thousands of customers come to have meal because of its delicious dishes. Today n groups of customers come to enjoy their meal, and there are Xi persons in the ith group in sum. Assuming that each customer can own only one chair. Now we know the arriving time STi and departure time EDi of each group. Could you help TIANKENG calculate the minimum chairs he needs to prepare so that every customer can take a seat when arriving the restaurant?
 
Input
The first line contains a positive integer T(T<=100), standing for T test cases in all.

Each cases has a positive integer n(1<=n<=10000), which means n groups of customer. Then following n lines, each line there is a positive integer Xi(1<=Xi<=100), referring to the sum of the number of the ith group people, and the arriving time STi and departure time Edi(the time format is hh:mm, 0<=hh<24, 0<=mm<60), Given that the arriving time must be earlier than the departure time.

Pay attention that when a group of people arrive at the restaurant as soon as a group of people leaves from the restaurant, then the arriving group can be arranged to take their seats if the seats are enough.

 
Output
For each test case, output the minimum number of chair that TIANKENG needs to prepare.
 
Sample Input
2
2
6 08:00 09:00
5 08:59 09:59
2
6 08:00 09:00
5 09:00 10:00
 
Sample Output
11
6
 
Source

---------------------------------------------------------------------

 #include <stdio.h>
#include <stdlib.h>
#include <string.h> int main()
{
int str[];
int n,m,i,j,k,t,num,hh1,hh2,mm1,mm2;
scanf("%d",&n);
while(n--)
{
memset(str,,sizeof(str));
scanf("%d",&m);
for(i=;i<m;i++)
{
scanf("%d %d:%d %d:%d",&num,&hh1,&mm1,&hh2,&mm2);
hh1=hh1*+mm1;
hh2=hh2*+mm2;
str[hh1]+=num;
str[hh2]-=num;//printf("%d%d^^",str[hh1],str[hh2]);
}
int maxx=,cas=;
for(i=;i<=;i++)
{
cas+=str[i];
if(cas>maxx)
{
maxx=cas;
}
}
printf("%d\n",maxx);
}
return ;
}

hdu 4883 思维题的更多相关文章

  1. hdu 5014 思维题/推理

    http://acm.hdu.edu.cn/showproblem.php?pid=5014 从小数開始模拟找方法规律,然后推广,尤其敢猜敢尝试,错了一种思路继续猜-----这是一种非常重要的方法啊 ...

  2. Just Random HDU - 4790 思维题(打表找规律)分段求解

    Coach Pang and Uncle Yang both love numbers. Every morning they play a game with number together. In ...

  3. HDU 6464 权值线段树 && HDU 6468 思维题

    免费送气球 Time Limit: 2000/1000 MS (Java/Others)    Memory Limit: 65536/65536 K (Java/Others)Total Submi ...

  4. 朋友HDU - 5963 (思维题) 三种方法

    传送门 题目描述 输入 输出 样例输入 Sample Input 样例输出 Boys win! Girls win! Girls win! Boys win! Girls win! Boys win! ...

  5. Fang Fang HDU - 5455 (思维题)

    Fang Fang says she wants to be remembered. I promise her. We define the sequence FF of strings. F0 = ...

  6. HDU 1029 Ignatius and the Princess IV / HYSBZ(BZOJ) 2456 mode(思维题,~~排序?~~)

    HDU 1029 Ignatius and the Princess IV (思维题,排序?) Description "OK, you are not too bad, em... But ...

  7. HDU 6298.Maximum Multiple-数学思维题(脑子是个好东西,可惜我没有) (2018 Multi-University Training Contest 1 1001)

    暑假杭电多校第一场,这一场是贪心场,很多贪心的题目,但是自己太菜,姿势挫死了,把自己都写吐了... 2018 Multi-University Training Contest 1 HDU6298.M ...

  8. hdu5325 树的思维题

    pid=5325">http://acm.hdu.edu.cn/showproblem.php? pid=5325 Problem Description Bobo has a tre ...

  9. zoj 3778 Talented Chef(思维题)

    题目 题意:一个人可以在一分钟同时进行m道菜的一个步骤,共有n道菜,每道菜各有xi个步骤,求做完的最短时间. 思路:一道很水的思维题, 根本不需要去 考虑模拟过程 以及先做那道菜(比赛的时候就是这么考 ...

随机推荐

  1. android 学习随笔二十(多媒体编程 )

    1.图片处理 加载大图片 图片大小的计算 图片大小 = 图片的总像素 * 每个像素占用的大小 * 单色图:每个像素占用1/8个字节* 16色图:每个像素占用1/2个字节* 256色图:每个像素占用1个 ...

  2. 爱普生 RS330 打印机墨水连供装置墨盒吸墨复位方法

    芯片复位方法: 先按充墨键(墨水灯按键),一下一下按,把墨车按停到右侧换墨盒的位置为止(就是右侧框框正中位置), 全程带电操作,停到换墨盒的位置后再按住芯片复位键(墨盒芯片上面白色的小按键)5秒以上再 ...

  3. MySQL5.5半同步模式

    MySQL5.5支持半同步的复制模式,什么是半同步的? 1. MySQL5.5之前的Master-SLave的复制模式是异步的,这里的文档有详细的说明;

  4. 【python cookbook】【数据结构与算法】18.将名称映射到序列的元素中

    问题:希望通过名称来访问元素,减少结构中对位置的依赖性 解决方案:使用命名元组collections.namedtuple().它是一个工厂方法,返回的是python中标准元组类型的子类,提供给它一个 ...

  5. Linux内核抢占与中断返回【转】

    转自:http://blog.csdn.net/tommy_wxie/article/details/7425728 版权声明:本文为博主原创文章,未经博主允许不得转载. [html] view pl ...

  6. List与Set的contains方法效率问题

    今天看到网上一篇文章说:Set检索元素效率低下,删除和插入效率高:List查找元素效率高,插入删除元素效率低.于是想到List虽然用get(index)方法查询效率高,但是若用contains方法查询 ...

  7. thinkphp和uploadfiy

    上传页面 用的是bootstrap <div class="col-sm-6"> <div style="width: 200px; height: 1 ...

  8. ACM Computer Factory

    ACM Computer Factory Time Limit: 1000MS Memory Limit: 65536K Total Submissions: 6104 Accepted: 2113 ...

  9. Java学习之路(二)

    什么是变量? 1:计算机是一种嫉妒精确的机器 2:要将信息存储在计算机当中,就必须指明信息存储的位置和所需的内存空间: 3:在Java当中 使用声明语句来完成上述任务 变量的类型:

  10. SharePoint API测试系列——对Recorded Item做OM操作(委托的妙用)

    转载请注明出自天外归云的博客园:http://www.cnblogs.com/LanTianYou/ 对Recorded Item动态调用OM Methods进行测试,界面如下: 输入Site的URL ...