Complex Complex::diff(const Complex& b) const
{
return Complex(getRe()-b.getRe(), getIm()-b.getIm());
}
Complex cplx_plus(Complex a, Complex b)
{
return Complex(a.getRe() + b.getRe(), a.getIm() + b.getIm());
}
Complex Complex::add(const Complex& b) const
{
return Complex(getRe()+b.getRe(), getIm()+b.getIm());
}
int main() {
/*Queue<int> positive, negative;
int num;
cout << "write a zero-terminated sequence of integers" <<
endl;
cin >> num;
while (num) {
if (num>0) positive.push(num);
else negative.push(num);
cin >> num;
}
cout << "positive numbers:" << endl;
while (!positive.isEmpty()) {
num = positive.pop();
cout << num << ' ';
}
cout << "\nnegative numbers:" << endl;
while (!negative.isEmpty()) {
num = negative.pop();
cout << num << ' ';
}
cout << endl;
Queue<float> fpositive, fnegative;
float fnum;
cout << "write a zero-terminated sequence of floats" <<
endl;
cin >> fnum;
while (fnum) {
if (fnum>0) fpositive.push(fnum);
else fnegative.push(fnum);
cin >> fnum;
}
cout << "positive numbers:" << endl;
while (!fpositive.isEmpty()) {
fnum = fpositive.pop();
cout << fnum << ' ';
}
cout << "\nnegative numbers:" << endl;
while (!fnegative.isEmpty()) {
fnum = fnegative.pop();
cout << fnum << ' ';
}
cout << endl;*/
Queue<Complex> cpositive, cnegative;
Complex cnum;
cout << "write a zero-terminated sequence of complex numbers" <<
endl;
cin >> cnum;
while (cnum.abs()) {
if (cnum.getRe()>0) cpositive.push(cnum);
else cnegative.push(cnum);
cin >> cnum;
}
//cpositive.push(Complex(1,1));
//cnegative.push(Complex(-1,1));
cout << "positive numbers:" << endl;
while (!cpositive.isEmpty()) {
cnum = cpositive.pop();
cout << cnum << ' ';
}
cout << "\nnegative numbers:" << endl;
while (!cnegative.isEmpty()) {
cnum = cnegative.pop();
cout << cnum << ' ';
}
cout << endl;
return 0;
}
