InvertInplace()
{
ComplexPolynomial temp = _denominator;
_denominator = _numerator;
_numerator = temp;
}
ComplexRational(
Complex[] numeratorCoefficients,
Complex[] denominatorCoefficients)
{
_numerator = new ComplexPolynomial(numeratorCoefficients);
_denominator = new ComplexPolynomial(denominatorCoefficients);
}
ComplexRational(
int numeratorOrder,
int denominatorOrder)
{
_numerator = new ComplexPolynomial(numeratorOrder);
_denominator = new ComplexPolynomial(denominatorOrder);
}
ComplexRational(
ComplexPolynomial numerator,
ComplexPolynomial denominator)
{
_numerator = numerator.Clone();
_denominator = denominator.Clone();
}
Subtract(ComplexRational rational)
{
if (_denominator.Equals(rational._denominator))
{
return(new ComplexRational(
_numerator - rational._numerator,
_denominator.Clone()));
}
ComplexPolynomial num = (_numerator * rational._denominator) - (rational._numerator * _denominator);
ComplexPolynomial denom = _denominator * rational._denominator;
return(new ComplexRational(num, denom));
}
ComplexRational(ComplexRational copy)
{
_numerator = new ComplexPolynomial(copy._numerator);
_denominator = new ComplexPolynomial(copy._denominator);
}
Divide(ComplexPolynomial polynomial)
{
return(new ComplexRational(
_numerator.Clone(),
_denominator * polynomial));
}
Multiply(ComplexPolynomial polynomial)
{
return(new ComplexRational(
_numerator * polynomial,
_denominator.Clone()));
}
SubtractInplace(ComplexPolynomial polynomial)
{
_numerator.SubtractInplace(_denominator * polynomial);
}
AddInplace(ComplexPolynomial polynomial)
{
_numerator.AddInplace(_denominator * polynomial);
}
