Create a class named fraction in fraction.h and fraction.cpp that will compile and work with the example program saved as main.cpp. The attributes for the fraction class include an integer for the numerator and an integer for the denominator. It should have the provided main.cpp as your main.cpp and you should comment out any part that is not working. Do not delete the lines, comment them out. Your makefile will compile main.cpp along with fraction.cpp.

Can you make a program for fraction (i.e. fraction.h and fraction.cpp) which can run main.cpp given below?

(The program should run improper, proper, decimal, and mixed fractions)

#include #include using namespace std; #include "fraction.h"

int main() { fraction f0; fraction f1; cin >> f0; // input format numerator/denominator, ex 23/9 cout << "input: " << f0 << endl; // outputs what was input

// Note the << and >> operators should also work for file streams

// cin >> f0 >> f1; // reads 2 fractions, ex 8/5 12/16 f1.setFraction(17,6); // 17/6 cout << f1.getNumerator() << '/' << f1.getDenominator() << endl; // 17/6 f1.setFraction(-4.75); // -19/4 cout << f1.decimalValue() << endl; // outputs -4.75 fraction f2(4,8); // 4/8 fraction f3(2.875); // 2 7/8 cout << f3 << endl; // outputs 2 7/8 (the default output format is mixed) cout << f2 << endl; // outputs 4/8 fraction f4(16,8); cout << f4 << endl; // outputs 2 fraction::outputFormat(improper); // set output format to improper fraction cout << f4 << endl; // outputs 16/8 cout << f3 << endl; // outputs 23/8 cout << f1 << endl; // outputs -19/4 fraction::outputFormat(decimal); // set output format to decimal value cout << f3 << endl; // outputs 2.875 cout << f2 << endl; // outputs 0.5 cout << f1 << endl; // outputs -4.75 fraction::outputFormat(mixed); // set output format back to default mixed cout << f3 << endl; // outputs 2 7/8 f1.setFraction(-4.75); cout << f1 << endl; // outputs -4 3/4 cout << f2 << endl; // outputs 4/8 fraction f5(12,8); fraction::outputFormat(improper); cout << f5 << endl; // outputs 12/8 f2.reduce(); // convert to lowest terms f5.reduce(); cout << f2 << endl; // outputs 1/2 cout << f5 << endl; // outputs 3/2 f5.setDenominator(16); // change denominator and numerator // error if numerator is not a whole number cout << f5 << endl; // outputs 24/16 f5.setDenominator(22); cout << f5 << endl; // outputs 33/22 f5.setDenominator(5); // output error as numerator would have to be 7.5 cout << f5 << endl; // outputs 33/22 (fraction remained the same) f1 = f3+f2; // f1 put in lowest terms cout << f1 << endl; // outputs 27/8 f1 = f3-f2; cout << f1 << endl; f1 = f3*f2; cout << f1 << endl; f1 = f3/f2; cout << f1 << endl; f1 = f3; cout << f1 << endl; // outputs 23/8 f1 = 7.75; f1 = f2 = 7.75; cout << f1 << endl; // outputs 31/4 cout << setw(6) << f1 << setw(6) << f2 << endl; // outputs 31/4 31/4 f0.setFraction(31,4); if (f0 == f1) cout << "correct "; else cout << "incorrect "; // all relational operators should work for comparing 2 fractions if (f0 == 7.75) cout << "correct "; else cout << "incorrect "; // all relational operators should work for comparing fraction to double f0.setFraction(2); if (f0 < 3) cout << "correct "; else cout << "incorrect "; // all relational operators should work for comparing fraction to int return 0; }