void GetF(Complex complex)
{
std::cout<<"f(z)=z^3-3*z^2+4*z-2 and z=("<<complex.real<<", "<<complex.imag<<")"<<std::endl;
//Complex complex(2.0, 3.0);
Complex r;
Complex r1;
Complex r2;
Complex r3;
Complex result;
r=r.cmul(complex, complex);
r1=r1.cmul(r, complex);
// (3, 0)*z*z
Complex r5(3, 0);
r2=r2.cmul(r5, r);
// (4, 0)*z
Complex r6(4, 0);
r3=r3.cmul(r6, complex);
// (2, 0)
result=result.csub(r1, r2);
result=result.cadd(result, r3);
Complex r4(2, 0);
result=result.csub(result, r4);
result.Display();
}
int main()
{
Complex x(1.1f, -2.7f);
Complex y(2.1f, 3.3f);
Complex z;
z = x+y;
cout << "x+y = ";
z.Display();
z = x/y;
cout << "x/y = ";
z.Display();
z = y/x;
cout << "y/x = ";
z.Display();
return 0;
}
int main()
{
Complex x(1.1f, -2.7f);
Complex y(2.1f, 3.3f);
Complex z;
z = x+y;
cout << "x+y = ";
z.Display();
cout << endl;
z = x/y;
cout << "x/y = ";
z.Display();
cout << endl;
z = y/x;
cout << "y/x = ";
z.Display();
cout << endl;
// Matrix operations.
Matrix m1(3);
Matrix m2(3);
Matrix m3(3);
cout << "Enter matrices: " << endl;
m1.Input();
m2.Input();
m3 = m1 + m2;
cout << "Result of addition is: ";
m3.Display();
return 0;
}
