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## Rational Numbers in C++ Assignment Sample

Rational numbers are commonly called fractions in everyday usage. So if you wanted to calculate ½ + ¼ the answer would be ¾. This is a lot easier to read than 0.5 + 0.25 = 0.75. The constructor should ensure the denominator is a positive integer. Complete overloaded operators for addition, subtraction, multiplication, division, and comparison. Write a toString method to convert the representation into a string. For additional C++ programming assignments help contact us for a quote.

#### Solution:

Rational.h

/*
* Rational.h
*
*/

#ifndef RATIONAL_H_
#define RATIONAL_H_
#include
#include
#include
#include
using namespace std;
class Rational
{
public:
Rational();
Rational(int whole_number);
Rational(int num, int denom);
friend Rational operator*(const Rational& rational1, const Rational& rational2);
friend Rational operator/(const Rational& rational1, const Rational& rational2);
friend Rational operator+(const Rational& rational1, const Rational& rational2);
friend Rational operator-(const Rational& rational1, const Rational& rational2);
friend bool operator==(const Rational& rational1, const Rational& rational2);
friend bool operator!=(const Rational& rational1, const Rational& rational2);
string toString();
private:
int numerator;
int denominator;
void reduce();
};

#endif /* RATIONAL_H_ */

Rational.cpp

/*
* Rational.cpp
*
*/

#include “Rational.h”

Rational::Rational()
{
numerator = 0;
denominator = 1;
}

Rational::Rational(int whole_number)
{
numerator = whole_number;
denominator = 1;

}

Rational::Rational(int num, int denom)
{
numerator = num;
denominator = denom;

if (denominator < 0)
{
denominator *= -1;
numerator *= -1;
}

int remainder = numerator % denominator;
int old = denominator;
while (remainder != 0)
{
int temp = remainder;
remainder = old % remainder;
old = temp;
}
numerator = numerator / old;
denominator = denominator / old;
}

Rational operator*(const Rational& rational1, const Rational& rational2)
{
Rational ret;
ret.numerator = rational1.numerator * rational2.numerator;
ret.denominator = rational1.denominator * rational2.denominator;
ret.reduce();
return ret;
}

Rational operator/(const Rational& rational1, const Rational& rational2)
{
Rational ret;
int temp_rational2_denom;
int temp_rational2_num;
temp_rational2_num = rational2.denominator;
temp_rational2_denom = rational2.numerator;
ret.numerator = rational1.numerator * temp_rational2_num;
ret.denominator = rational1.denominator * temp_rational2_denom;
ret.reduce();
return ret;
}

Rational operator+(const Rational& rational1, const Rational& rational2)
{
Rational ret;
int temp1_num;
int temp2_num;
temp1_num = rational1.numerator * rational2.denominator;
temp2_num = rational1.denominator * rational2.numerator;
ret.numerator = temp1_num + temp2_num;
ret.denominator = rational1.denominator * rational2.denominator;
ret.reduce();
return ret;
}

Rational operator-(const Rational& rational1, const Rational& rational2)
{
Rational ret;
ret.numerator = (rational1.numerator * rational2.denominator) – (rational2.numerator * rational1.denominator);
ret.denominator = rational1.denominator * rational2.denominator;
ret.reduce();
return ret;
}

bool operator==(const Rational& rational1, const Rational& rational2)
{
if ((rational1.numerator * rational2.denominator) == (rational1.denominator * rational2.numerator))
{
return true;
}
else
{
return false;
}
}

bool operator!=(const Rational& rational1, const Rational& rational2)
{
if ((rational1.numerator * rational2.denominator) != (rational1.denominator * rational2.numerator))
{
return true;
}
else
{
return false;
}
}

string Rational::toString()
{
reduce();
ostringstream result;
result << numerator << “/” << denominator;
return result.str();

}

void Rational::reduce()
{
int remainder = numerator % denominator;
int old = denominator;
while (remainder != 0)
{
int temp = remainder;
remainder = old % remainder;
old = temp;
}
numerator = numerator / old;
denominator = denominator / old;
}