LV1 tire pressure monitoring

At first, the topic was too complicated ,max,ave Got a bunch of definitions ,

Examine the subject carefully , This question is not difficult

Code ：

#include<iostream>
using namespace std;
#include<set>
#include<vector>
int main()
{

    // Four tire pressures  , Minimum alarm tire pressure , Tire pressure difference 
    // If one of the four is different from the maximum 》 Tire pressure difference , The second case 
    // If big with one , Then check all 
//    multiset<int>s;    // Default ascending sort 
//    for(int i=0; i<4; i++)
//    {
//        int n;
//        cin>>n;
//        s.insert(n);
//    }
//    int ave,max;
//    cin>>ave>>max;
//    int num=0;
//    if((a[3]-a[0])>max)
//    {
//        num++;
//        if((a[3]-a[1])>max)
//            num++;
//    }
//    if(num==0)
        vector<int>v;
        int maxnum=0;
        for(int i=0;i<4;i++)
        {
            int n;
            cin>>n;
            v.push_back(n);
            if(n>maxnum)
                maxnum=n;
            //maxnum=max(maxnnum,n);
        }
        int ave,max;
        cin>>ave>>max;
        //int max1=0,max2=0,num1,num2;
        int num1=0,index;
        for(int i=0;i<4;i++)
        {
//            int n=v[i]-ave;
//            if(n>max2)
//            {
//                if(n>max1)
//                {
//                     max1=n;
//                     num1=i;
//                }
//                else
//                {
//                    max2=n;
//                    num2=i;
//                }
//            }
            if(v[i]<ave||maxnum-v[i]>max)
            {
                num1++;
                index=i;
            }
        }
        if(num1>1)
            cout<<"Warning: please check all the tires!"<<endl;
        else if(num1==1)
            printf("Warning: please check #%d!",index+1);
        else
            cout<<"Normal"<<endl;
    return 0;
}

subject ：

There is a system in the car to monitor the tire pressure of four wheels at any time , If the four tire pressures are not very balanced , It may have a serious impact on the driving .

Let's put four wheels —— Left front wheel 、 Right front wheel 、 Right rear wheel 、 Left rear wheel —— The serial number is 1、2、3、4. Please write a monitoring program , Monitor the tire pressure of the four wheels at any time , And give correct alarm information . The alarm rules are as follows ：

• If the error between the pressure values of all tires and the maximum of them is within a given threshold , And the tire pressure shall not be lower than the minimum alarm tire pressure set by the system , It indicates that the situation is normal , Don't call the police ;
• If the error between the pressure value of a tire and the maximum value of them exceeds the threshold , Or lower than the minimum alarm tire pressure set by the system , Then you should not only call the police , And give the exact location of the tire that may leak ;
• If there are two or more tires, the error between the pressure value and the maximum value of them exceeds the threshold , Or lower than the minimum alarm tire pressure set by the system , The alarm requires all tires to be checked .

Input format ：

Enter... On one line 6 individual [0, 400] Range of integers , In turn 1~4 The tire pressure of tire No 、 Minimum alarm tire pressure 、 And the threshold of tire pressure difference .

Output format ：

The corresponding information is given according to the entered tire pressure value ：

• If you don't have to call the police , Output  Normal;
• If a tire needs an alarm , Output  Warning: please check #X!, among  X  It's the number of the tyre in question ;
• Check all tires if necessary , Output  Warning: please check all the tires!.

sample input 1：

242 251 231 248 230 20

sample output 1：

Normal

sample input 2：

242 251 232 248 230 10

sample output 2：

Warning: please check #3!

sample input 3：

240 251 232 248 240 10

sample output 3：

Warning: please check all the tires!