Very Simple Problem

Time Limit:2000MS     Memory Limit:65536KB     64bit IO Format:%I64d & %I64u

Description

During a preparation of programming contest, its jury is usually faced with many difficult tasks. One of them is to select a problem simple enough to most, if not all, contestants to solve.

The difficulty here lies in diverse meanings of the term "simple" amongst the jury members. So, the jury uses the following procedure to reach a consensus: each member weights each proposed problem with a positive integer "complexity rating" (not necessarily different for different problems). The jury member calls "simplest" those problems that he gave the minimum complexity rating, and "hardest" those problems that he gave the maximum complexity rating.

The ratings received from all jury members are then compared, and a problem is declared as "very simple", if it was called as "simplest" by more than a half of the jury, and was called as "hardest" by nobody.

Input

The first line of input file contains integers N and P, the number of jury members and the number of problems. The following N lines contain P integers in range from 0 to 1000 each - the complexity ranks. 1 <= N, P <= 100

Output

Output file must contain an ordered list of problems called as "very simple", separated by spaces. If there are no such problems, output must contain a single integer 0 (zero).

Sample Input

4 4
1 1 1 2
5 900 21 40
10 10 9 10
3 4 3 5

Sample Output

3
/*
题意:有n位评委,给p个选手打分,让你找出very simple的选手,有这样一个标准就是给他打最低分的评委数量超过一半,并且没有评委给他打过最低分 初步思路:模拟
*/
#include <iostream>
#include <stdio.h>
#include <string.h>
using namespace std;
int n,p;
int a[][];
int cur[];//用来标记每个选手的最低分得票 cur[i]==-1表示这个选手的过最高分,那么他的积分就不做评价
int maxn,minn;
void init(){
memset(cur,,sizeof cur);
}
int main(){
// freopen("in.txt","r",stdin);
while(scanf("%d%d",&n,&p)!=EOF){
init();
for(int i=;i<n;i++){
maxn=-;
minn=;
for(int j=;j<p;j++){
scanf("%d",&a[i][j]);
if(a[i][j]>maxn){
maxn=a[i][j];
}
if(a[i][j]<minn){
minn=a[i][j];
}
}
for(int j=;j<p;j++){
if(a[i][j]==maxn)
cur[j]=-;
else if(a[i][j]==minn){
if(cur[j]==-)
continue;
else
cur[j]++;
} }
}
// for(int i=0;i<n;i++){
// cout<<cur[i]<<" ";
// }
// cout<<endl;
bool flag=false;
for(int i=;i<n;i++){
if(cur[i]>n/){
if(flag){
printf(" %d",i+);
}else{
printf("%d",i+);
flag=true;
}
}
}
if(flag==false)
printf("");
printf("\n");
}
return ;
}

Very Simple Problem的更多相关文章

  1. POJ 3468 A Simple Problem with Integers(线段树 成段增减+区间求和)

    A Simple Problem with Integers [题目链接]A Simple Problem with Integers [题目类型]线段树 成段增减+区间求和 &题解: 线段树 ...

  2. POJ 3468 A Simple Problem with Integers(线段树/区间更新)

    题目链接: 传送门 A Simple Problem with Integers Time Limit: 5000MS     Memory Limit: 131072K Description Yo ...

  3. poj 3468:A Simple Problem with Integers(线段树,区间修改求和)

    A Simple Problem with Integers Time Limit: 5000MS   Memory Limit: 131072K Total Submissions: 58269   ...

  4. ACM: A Simple Problem with Integers 解题报告-线段树

    A Simple Problem with Integers Time Limit:5000MS Memory Limit:131072KB 64bit IO Format:%lld & %l ...

  5. poj3468 A Simple Problem with Integers (线段树区间最大值)

    A Simple Problem with Integers Time Limit: 5000MS   Memory Limit: 131072K Total Submissions: 92127   ...

  6. POJ3648 A Simple Problem with Integers(线段树之成段更新。入门题)

    A Simple Problem with Integers Time Limit: 5000MS Memory Limit: 131072K Total Submissions: 53169 Acc ...

  7. BZOJ-3212 Pku3468 A Simple Problem with Integers 裸线段树区间维护查询

    3212: Pku3468 A Simple Problem with Integers Time Limit: 1 Sec Memory Limit: 128 MB Submit: 1278 Sol ...

  8. POJ 3468 A Simple Problem with Integers(线段树区间更新区间查询)

    A Simple Problem with Integers Time Limit: 5000MS   Memory Limit: 131072K Total Submissions: 92632   ...

  9. A Simple Problem with Integers(树状数组HDU4267)

    A Simple Problem with Integers Time Limit: 5000/1500 MS (Java/Others) Memory Limit: 32768/32768 K (J ...

  10. A Simple Problem with Integers

    A Simple Problem with Integers Time Limit: 5000MS Memory Limit: 131072K Total Submissions: 77964 Acc ...

随机推荐

  1. Java http请求和调用

    关于http get和post请求调用代码以及示例. 参考:http://www.cnblogs.com/zhuawang/archive/2012/12/08/2809380.html http请求 ...

  2. CSV导出大量数据

    $csvname = $csvname . '.csv'; header('Content-Type: application/vnd.ms-excel;charset=GB2312'); heade ...

  3. AngularJS–Animations(动画)

    点击查看AngularJS系列目录 转载请注明出处:http://www.cnblogs.com/leosx/   在AngularJS 1.3 中,给一些指令(eg:   ngRepeat,ngSw ...

  4. SpringBoot文档翻译系列——29.SQL数据源

    原创作品,可以转载,但是请标注出处地址: 因为需要使用到这方面内容,所有对这一部分进行了翻译. 29  使用SQL数据源 SpringBoot为SQL数据源提供了广泛支持,从直接使用JdbcTempl ...

  5. 翻译连载 | 第 10 章:异步的函数式(上)-《JavaScript轻量级函数式编程》 |《你不知道的JS》姊妹篇

    原文地址:Functional-Light-JS 原文作者:Kyle Simpson-<You-Dont-Know-JS>作者 关于译者:这是一个流淌着沪江血液的纯粹工程:认真,是 HTM ...

  6. Chinese Rings hdu 2842 矩阵快速幂

    Chinese Rings Time Limit: 2000/1000 MS (Java/Others)    Memory Limit: 32768/32768 K (Java/Others)Tot ...

  7. 像 npm 一样在 Andriod 项目中引入 Gradle 依赖

    一.前言 作为 Android 开发人员,有没有羡慕过 node.js 的导入三方库的方式,node.js 社区为开发者准备了一个快速可靠的依赖管理库.这样的依赖管理库,让 node.js 导入依赖库 ...

  8. 【转】Python实现修改Windows CMD命令行输出颜色(完全解析)

    用Python写命令行程序的时候,单一的输出颜色太单调.其实我们可以加些色彩,比如用红色表示警告,绿色表示结果正常等.网上也有几篇类似的帖子,但是没有把问题讲清楚,贴的代码也不是太清晰.这里,对Win ...

  9. js系列教程2-对象、构造函数、对象属性全解

    全栈工程师开发手册 (作者:栾鹏) 快捷链接: js系列教程1-数组操作全解 js系列教程2-对象和属性全解 js系列教程3-字符串和正则全解 js系列教程4-函数与参数全解 js系列教程5-容器和算 ...

  10. (10.11)Java第一小步

    在度过大一和大二浑浑噩噩的咸鱼生活之后,我决定 开始为自己的未来负责,开始学习自己喜欢的Java,同时决定以这篇博客来开启自己的博客之旅和Jaca的学习之路. 以后我也会陆续在博客园更新自己的博客,记 ...