int main()
{
// Test constructor -NOTE: your Complex class should have only
// one constructor. Your constructor should have default arguments
// for the real and imaginary parts of the complex object.
Complex A; // create a Complex object using default arguments
cout << "The default object is: ";
A.display();
Complex B(-2.45, 1.0); // create a Complex object supplying values to the ctor
cout << "\n\nThe non-default object is: ";
B.display();
Complex C(25.777,-35.668); // create another Complex object supplying values to the ctor
cout << "\n\nThe second non-default object is: ";
C.display();
// Test plusEq()
cout << "\n\n- Test plusEq()";
A = Complex(-25.44,-3.543); //Assign new values to Complex objects
B = Complex(30.3,-34.876);
// NOTE: Equivalent to: C = A += B;
C = A.plusEq(B);
cout << "\nA = ";
A.display();
cout << "\nB = ";
B.display();
cout << "\nC = ";
C.display();
// Test minusEq()
cout << "\n\n- Test minusEq()";
A = Complex(4.65,3.789); //Assign new values to Complex objects
B = Complex(6.78,9.222);
// NOTE: Equivalent to: C = A -= B;
C = A.minusEq(B);
cout << "\nA = ";
A.display();
cout << "\nB = ";
B.display();
cout << "\nC = ";
C.display();
cout << '\n' << endl;
return 0;
} // end main
int main(void)
{
Complex cx1(1.0, 2.0);
Complex cx2(3.0, 4.0);
//Complex cxRes = cx1 + cx2;
Complex cxRes;
cxRes += cx2;;
//Complex cx1;
cx1 += cx2;
std::cout<<"csRex1=";
cxRes.display();
std::cout<<"cx1=";
cx1.display();
std::cout<<std::endl;
int a = 1;
int b = 2;
int c = 3;
int d = 4;
cxRes = cx1 + cx2;
std::cout<<"csRes=";
cxRes.display();
Complex cx4 = ++cx2;
std::cout<<"cx4=";
cx4.display();
std::cout<<"++cx2=";
cx2.display();
Complex cx3 = cx2++;
std::cout<<"cx3=";
cx3.display();
std::cout<<"cx2++=";
cx2.display();
int e = a + b;
return 0;
}
