CODE
#include <iostream> //cin, cout
#include <iomanip> //setw, setprecision, fixed
#include <cmath> //pow
#include <fstream> //ofstream
#include <string> //assign strings
using namespace std; //using the standard names
//function prototype
void InformationScreen();
int main()
{
//variable declarations
int reading1, //pollen level 1 of city 1
reading2, //pollen level 2 of city 1
reading3, //pollen level 3 of city 1
reading4, //pollen level 1 of city 2
reading5, //pollen level 2 of city 2
reading6; //pollen level 3 of city 2
float pollenlevel1, //average of city 1's pollen level
pollenlevel2; //average of city 2's pollen level
char city1[75], //name of city 1
city2[75]; //name of city 2
string warnmsg1, //stores city1 warning message
warnmsg2; //stores city2 warning message
ofstream outputfile;
outputfile.open("lab5report.txt"); //Declare an output file, named lab4report.txt
InformationScreen(); //this causes the information screen to be displayed
//user input of first city name and pollen levels
cout <<"Enter the name of the city the pollen samples were taken from: " <<endl;
cin.getline(city1,75); //storeing the data inputed into city1
cout <<"Enter the first reading: " <<endl;
cin >>reading1;
cout <<"Enter the second reading: "<<endl;
cin >>reading2;
cout <<"Enter the third reading: "<<endl;
cin >>reading3;
//calculate Average pollen level of city 1
pollenlevel1 = (reading1 + reading2 + reading3) / 3.0;
//user input of second city and pollen levels
cout <<"Enter the name of the next city pollen sample were taken from: "<<endl;
cin.ignore();
cin.getline(city2,75); //storeing the data inputed into city2
cout <<"Enter the first reading: " <<endl;
cin >>reading4;
cout <<"Enter the second reading: "<<endl;
cin >>reading5;
cout <<"Enter the third reading: "<<endl;
cin >>reading6;
//calculate Average pollen level of city 2
pollenlevel2 = (reading4 + reading5 + reading6) / 3.0;
if (pollenlevel1 > 0 || pollenlevel1 < 10)
{
cout << pollenlevel1 << " is an invalid score.\n";
cout << "Run the program again and make sure the pollen levels for\n";
cout << "city 1 are integer values from 0 to 10.\n";
}
else
{
if (pollenlevel1 <= 0 && pollenlevel1 >= 2.5)
warnmsg1 = "good";
else if (pollenlevel1 < 2.5 && >= 5.0)
warnmsg1 = "caution";
else if (pollenlevel1 < 5.0 && >= 7.5)
warnmsg1 = "warning flag";
else if (pollenlevel1 < 7.5 && >= 10)
warnmsg1 = "pollen action day";
}
if (pollenlevel2 > 0 || pollenlevel2 < 10)
{
cout << pollenlevel2 << " is an invalid score.\n";
cout << "Run the program again and make sure the pollen levels for\n";
cout << "city 2 are integer values from 0 to 10.\n";
}
else
{
if (pollenlevel2 <= 0 && pollenlevel2 >= 2.5)
warnmsg2 = "good";
else if (pollenlevel2 < 2.5 && >= 5.0)
warnmsg2 = "caution";
else if (pollenlevel2 < 5.0 && >= 7.5)
warnmsg2 = "warning flag";
else if (pollenlevel2 < 7.5 && >= 10)
warnmsg2 = "pollen action day";
}
//output heading to file lab4report.txt
outputfile <<"\tCity"
<<setw(12)<<"ST #1"
<<setw(7) <<"ST #2"
<<setw(7) <<"ST #3"
<<setw(14)<<"POLLEN LEVEL"
<<setw(9) <<"MESSAGE\n"<<endl;
//output data to file lab4report.txt
cout << setprecision( 3 ) << fixed << showpoint;
//output city 1 and data accordingly
outputfile <<left<< setprecision(1)<<fixed<<showpoint
<<setw(15)<<city1
<<right<<setw(7)<<reading1
<<setw(7)<<reading2
<<setw(7)<<reading3
<<setw(12)<<pollenlevel1
<<left<<setw(19)<<warnmsg1<<endl;
//output city 2 and data accordingly
outputfile <<left<< setprecision(1)<<fixed<<showpoint
<<setw(15)<<city2
<<right<<setw(7)<<reading4
<<setw(7)<<reading5
<<setw(7)<<reading6
<<setw(12)<<pollenlevel2
<<left<<setw(19)<<warnmsg2<<endl;
return 0;
}
I'm sure I have placement errors among other things but I keep getting
(Expected Primary Expression before '>=' token) for everyone of my if else statements.
Also If there is a way to make all the info for city 1 and city 2 in 1 bit If Statement then output at the end. I would like to know how.
Another not We have not discussed Loops or anything farther then what i have in this code in class and I will get in trouble for using it.
So please use the basic methods