// Overload + (class + class)
public static Fraction operator +(Fraction first_instance, Fraction second_instance)
{
// Create result object
Fraction result = new Fraction();
// Check denominators
if (first_instance.Denominator == second_instance.Denominator)
{
// Numerator
result.Numerator = first_instance.Numerator + second_instance.Numerator;
// Denominator
result.Denominator = first_instance.Denominator;
}
else
{
// Lowest common denominator
int LowestCommonDenominator = Fraction._FindLowestCommonDenominator(first_instance.Denominator, second_instance.Denominator);
// Numerator
result.Numerator = first_instance.Numerator * (LowestCommonDenominator / first_instance.Denominator) + second_instance.Numerator * (LowestCommonDenominator / second_instance.Denominator);
// Denominator
result.Denominator = LowestCommonDenominator;
}
// Return result object
return(result);
}
// Overload > (class > int)
public static bool operator >(Fraction first_instance, int number)
{
// Lowest common denominator
int LowestCommonDenominator = Fraction._FindLowestCommonDenominator(first_instance.Denominator, 1);
// Check instance and mumber
if ((first_instance.Numerator * (LowestCommonDenominator / first_instance.Denominator)) > (number * LowestCommonDenominator))
{
// Return value
return(true);
}
// Return value
return(false);
}
// Overload > (int > class)
public static bool operator >(int number, Fraction second_instance)
{
// Lowest common denominator
int LowestCommonDenominator = Fraction._FindLowestCommonDenominator(second_instance.Denominator, 1);
// Check instance and mumber
if ((number * LowestCommonDenominator) > (second_instance.Numerator * (LowestCommonDenominator / second_instance.Denominator)))
{
// Return value
return(true);
}
// Return value
return(false);
}
// Overload < (class < class)
public static bool operator <(Fraction first_instance, Fraction second_instance)
{
// Lowest common denominator
int LowestCommonDenominator = Fraction._FindLowestCommonDenominator(first_instance.Denominator, second_instance.Denominator);
// Check instance and mumber
if ((first_instance.Numerator * (LowestCommonDenominator / first_instance.Denominator)) < (second_instance.Numerator * (LowestCommonDenominator / second_instance.Denominator)))
{
// Return value
return(true);
}
// Return value
return(false);
}
// Overload + (class + int)
public static Fraction operator +(Fraction instance, int number)
{
// Create result object
Fraction result = new Fraction();
// Lowest common denominator
int LowestCommonDenominator = Fraction._FindLowestCommonDenominator(instance.Denominator, 1);
// Numerator
result.Numerator = instance.Numerator * (LowestCommonDenominator / instance.Denominator) + number * LowestCommonDenominator;
// Denominator
result.Denominator = LowestCommonDenominator;
// Return result object
return(result);
}
