int main()
{
Temperature outside = Temperature();
outside.set_fahrenheit(0.0);
Temperature inside = Temperature(273.15);
cout << "Outside F: " << outside.getFahrenheit() << endl;
cout << "Outside K: " << outside.getKelvin() << endl;
cout << "Inside F: " << inside.getFahrenheit() << endl;
cout << "Inside K: " << inside.getKelvin() << endl;
// cout << (outside + 5).getFahrenheit() << endl;
// Temperature both = outside + inside;
// cout << both.getFahrenheit() << endl;
// cout << both.getKelvin() << endl;
cout << (outside + inside).getFahrenheit() << endl;
cout << (outside + inside).getKelvin() << endl;
return 0;
}
int main()
{
setConsole();
Temperature t;
Helper h;
bool loop1 = true;
bool loop2 = true;
string user_temperature;
string user_temp_scale;
double temperature;
double celcius_temp;
double fahrenheit_temp;
//creating a loop so the application can be used multiple times without restarting it
while (loop1)
{
//get temperature(number) from user
cout << "Please enter the temperature(number)\nyou want to convert, ('q' to quit): ";
cin >> user_temperature;
//see if user wants to quit the application
if (user_temperature == "q" || user_temperature == "Q")
{
loop1 = false;
}
else
{
//check to see if input is numeric or not
if (h.IsNumeric(user_temperature))
{
temperature = h.ConvertToDouble(user_temperature);
//reset loop 2 to true
loop2 = true;
//creating a loop to make user pick a valid option
while (loop2)
{
//get temperature scale from the user
cout << "\nPlease enter the temperature scale your number" << endl
<< "is currently in ('f' for fahrenheit, 'c' for celcius): ";
cin >> user_temp_scale;
//determine which temperature scale the user is using
if (user_temp_scale == "f" || user_temp_scale == "F")
{
//end the loop
loop2 = false;
//set the celcius and fahrenheit values
t.set_celcius(temperature);
t.set_fahrenheit(t.celcius());
//display output
cout << endl << endl << setprecision(2) << fixed << t.fahrenheit() << " degrees Fahrenheit is equal to "
<< t.celcius() << " degrees Celcius\n\n\n";
}
else if (user_temp_scale == "c" || user_temp_scale == "C")
{
//end the loop
loop2 = false;
//set the fahrenheit and celcius values
t.set_fahrenheit(temperature);
t.set_celcius(t.fahrenheit());
//display output
cout << endl << endl << setprecision(2) << fixed << t.celcius() << " degrees Celcius is equal to "
<< t.fahrenheit() << " degrees Fahrenheit\n\n\n";
}
else
{
//if the user entered an invalid option
cout << "\n\t\tINVALID INPUT!\n";
}
}
}
else
{
//if input is not numeric
cout << "\n\t\tINVALID INPUT!\n\n";
}
}
