Fraction Class In C++ Introduction In this assignment we will be writing a Fract

Question

Fraction Class

In C++

Introduction

In this assignment we will be writing a Fraction class that overloads the operators for basic arithmetic operations (addition, subtraction, multiplication, and division).

Assignment

Write a Fraction class that overloads the arithmetic operators (+, -, *, /). Minimally, you fraction class should include the following methods that behave as directed:

• Fraction()

o This is a default constructor for the fraction class. It should load a value of 1 into the denominator and a value of 0 into the numerator

• Fraction(int numerator, int denominator)

o This is an overloaded version of the constructor. It accepts inputs for the numerator and denominator and creates a fraction that starts out with those values. Be mindful to sanitize the input to ensure a zero is not loaded into the denominator.

• int getNumerator()

o This is a getter method for the numerator.

• void setNumerator()

o This is a setter method for the numerator.

• int getDenominator()

o This is a getter method for the denominator.

• void setDenominator()

o This is a setter method for the denominator. Ensure the user enters valid values for this (no zeros allowed!).

• void Reduce()

o This method should reduce the contents of the fraction. The resultant fraction should be an equivalent, improper fraction in lowest terms (no mixed numbers).

• Fraction operator+(Fraction addMe)

o This method implements behavior for the addition operator. Your driver should clearly demonstrate the use of this operator.

• Fraction operator-(Fraction subtractMe)

o This method implements behavior for the subtraction operator. Your driver should clearly demonstrate the use of this operator.

• Fraction operator*(Fraction multiplyMe)

o This method implements the behavior for the subtraction operator. Your driver should clearly demonstrate the use of this operator.

• Fraction operator/(Fraction divideMe)

o This method implements behavior for the division operator. Your driver should clearly demonstrate the use of this operator.

Hints & Considerations

• Remember to call your reduction method every time you perform an operator on a fraction. This will ensure that the resultant Fraction is in lowest terms.

• Remember to sanitize inputs for your Fractions. A denominator of zero should never be allowed at anytime. If the client code attempts to load a zero into a denominator, you should print a message informing the user that this has occurred. Additionally, you should make a decision about the action the program takes in terms of picking a value to assign to the denominator when such an errors occurs. The best course of action is probably to change nothing and just display a message to the user.

Sample Driver

#include <iostream>

#include "fraction.h"

using namespace std;

int main() {

// make some Fractions

Fraction frac1;

Fraction frac2;

Fraction result;

// set values

frac1.setNumerator(10);

frac1.setDenominator(5);

frac2.setNumerator(18);

frac2.setDenominator(4);

// test operations

result = frac1 + frac2;

frac1.Print(); cout << " + "; frac2.Print(); cout << " = "; result.Print();

cout << endl;

result = frac1 - frac2;

frac1.Print(); cout << " - "; frac2.Print(); cout << " = "; result.Print();

cout << endl;

result = frac1 * frac2;

frac1.Print(); cout << " * "; frac2.Print(); cout << " = "; result.Print();

cout << endl;

result = frac1 / frac2;

frac1.Print(); cout << " / "; frac2.Print(); cout << " = "; result.Print();

cout << endl;

return 0;

}

Sample Output

(10 / 5) + (18 / 4) = (13 / 2)

(10 / 5) - (18 / 4) = (-5 / 2)

(10 / 5) * (18 / 4) = (9 / 1)

(10 / 5) / (18 / 4) = (4 / 9)

Press any key to continue

Explanation / Answer

#include #include class FLOAT { float no; public: FLOAT(){} void getdata() { coutno; } void putdata() { cout

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