bool ComplexNumber::operator <(ComplexNumber& other)
{
if(getReal() < other.getReal())
return true;
else if(getReal() == other.getReal())
return (getImag() < other.getImag());
}
ComplexNumber ComplexNumber::operator +(const ComplexNumber& other)
{
ComplexNumber c;
c.real = getReal() + other.getReal();
c.imag = getImag() + other.getImag();
return c;
}
ComplexNumber operator-(const ComplexNumber& first, const ComplexNumber& second) {
return ComplexNumber(first.getReal() - second.getReal(),
first.getImag() - second.getImag());
}
bool operator<(const ComplexNumber& first, const ComplexNumber& second) {
return sqrt(pow(first.getReal(), 2) + pow(first.getImag(), 2))
< sqrt(pow(second.getReal(), 2) + pow(second.getImag(), 2));
}
ComplexNumber::ComplexNumber(const ComplexNumber& orig) {
setAll(orig.getReal(), orig.m_imag);
}
