// Program to demonstrate Temperature class
//-----------------------------------------
int main()
{
Temperature freezing;
Temperature boiling;
Temperature coldcold;
Temperature hothot;
freezing.setCelsius(0);
boiling.setCelsius(100);
coldcold.setCelsius(-500);
hothot.setCelsius(20000000);
cout << "freezing: " << freezing.getFahrenheit() << "F\n";
cout << "boiling: " << boiling.getFahrenheit() << "F\n";
cout << "coldcold: " << coldcold.getCelsius() << "C\n";
cout << "hothot: " << hothot.getCelsius() << "C\n";
return 0;
}
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;
}
