// static methods
public static Monom <T> Multiply(Monom <T> first, Monom <T> second)
{
Monom <T> result = (Monom <T>)first.Clone();
result.Multiply(second);
return(result);
}
public static Monom <T> Divide(Monom <T> first, Monom <T> second)
{
Monom <T> result = (Monom <T>)first.Clone();
result.Divide(second);
return(result);
}
public static Monom <T> Negate(Monom <T> monom)
{
Monom <T> result = (Monom <T>)monom.Clone();
result.InverseAdditive();
return(result);
}
// IComparable
public int CompareTo(Monom <T> other)
{
int compareRes = Degree.CompareTo(other.Degree);
if (compareRes != 0)
{
return(compareRes);
}
return(Coef.CompareTo(other.Coef));
}
public void Divide(Monom <T> another)
{
Coef.Divide(another.Coef);
Degree -= another.Degree;
}
public void Multiply(Monom <T> another)
{
Coef.Multiply(another.Coef);
Degree += another.Degree;
}
int IComparable <Monom <T> > .CompareTo(Monom <T> other) => CompareTo(other);