Question

C++ //add as many comments as possible

5. A complex number consists of two components: the real component and the imaginary component. An example of a complex number is 2+3i, where 2 is the real component and 3 is the imaginary component of the data. Define a class MyComplexClass. It has two data values of float type: real and imaginary This class has the following member functions A default constructor that assigns 0.0 to both its real and imaginary data members; imaginary data members; Define the accessor and the mutator functions, for example The value constructor that assigns client supplied (real and imaginary) values to the real and The copy constructor A member function "SetValues" that assigns client supplied values to the real and imaginary data members; (This is not a constructor); o o A member function "GetReal" that returns the real component of the number, A member function "Display" that outputs the complex number in the form "a +bi" on screen, where a and b are the real and imaginary components A member function "EqualTo" that compares two complex numbers. It returns true if they are the same, and returns false if they are different. Two complex numbers are considered the same if the real components of the two values are the same and the imaginary components of the two values are also the same Call method to display the complex objects Overloaded oper Write user defined functions that pass complex objects by value or by reference ator, overloaded operator (a) Write the complete header file for MyComplexClass; (b) Write the complete implementation file for MyComplexClass. (c) Write the client program to: Create two objects of MyComplexClass. One objects should be created using the default constructor and the other with the value constructor: Use "Set" methods to change the first object to the complex number 5.5+3i . Use "Display" method to display the first object Apply EqualTo function to compare the two complex numbers and output appropriate messages concerning whether the two numbers are the same or not. Declare the third complex number as a copy of the second complex number, ie., using copy constructor Write a user defined functions to Add two complex numbers. For two complex numbers: a+bi and cdi, the addition of the two numbers is: (a+c) (b+d)i o Declare an array of 20 complex numbers Use overloaded operator to compare two MyComplexClass objects Write a user defined functions to Assign the values of each of these 20 complex numbers Display each of these 20 complex numbers o o

Answer 1

" include 10 stream> #include«conio.h> //Allows get ch() and cirscr() #includermath.h> //Allows sart and atan #include<stdlib.h> include iomanip//Allows setprecision) Input/output stream /Allows exit function using namespace std; Extension of Complex class designed in assignment 4, fixed according to feedback class mycomplexcomplex privetoa inea private: float real; /real part float imag: //imaginary part public: mycomplexcomplex() {real-1 ; //constructor Imag-e;} //initialize parts to 1 and อ respectively void input) //input function left empty void display mycomplexcomplex cl, mycomplexcomplex c2) mycomplexcomplex operatormycomplexcomplex c2); //Operators to be overloaded friend void operator(c nycomplexcomplex cl, mycomplexcomplex c2); Comparison operators friend void operator mycomplexcomplexci, mycomplexcomplex c2) //Used friend function to give comparison oerators access to the class members void show float f); : //end class Complex void mycorplexconplex::inpu /Gets numbers from the user CQut«c"\nEnter real part of conplex number: cinoreal; /stores real part cout«С"\nEnter 1maginary part of complex number:". cin imag //Stores imaginary part excomplex c1, mycomplexcomplex c2) void mycomplexcomplex: /Displays result cout«c"\n complex number s:""; coutin" coutee""sc1.real; display first number if(c1.imag) /if statenont that allows for negative numbers to be displayed

cout-" cout+" /otherwise display a plus sign cout cabs(c1imag)")end formatting for first number coutn" coutes"("scz.real; /display first number if(c2.imago) if statenent that allows for negative numbers to be displayed couts"-" else /otherwise display a plus sigr cout cabs (c2.imag))end formatting for second number coutes"'n"ss"Resultin" coutee("real; if(imag 8) else cout abs(mag)*"i)"; cout<e"; Begin overlosding operators,,!,-,--, >, < mycomplexcomplex mycomplexcomplex::operator mycomplexcomplex c2) overloads operator to add two numbers myconplexcomplex temp, temp, real real+c2.real; temp. imag-mag c2.imag returntemp) void mycomplexcomplex: :display(float f) magnitude or angle functions //Dİsplays result for coutee"n Complex number:"; cout<en" coutee""real; if(image) e1sa Cou couts"+" cout cabs (imag)"i)"; coutcesetprecision(3); cout"ce"\n The result 1s㎎«r ; void operatormycomplexcomplex c1, mycomplexcomplex c2)//Checks the equality of the corplex numbers if( !c1- c2) //fornula given in problem spec coutse'ninBoth the coplex numbers are equal"; void operator mycomplexcomplex c1, mycomplexcomplex c2) //Checks whether Il Delete Share Favourite Edit More

first complex number is lesser than the second if(lc1Ic2) //formula given in problem pec couts"nnFirst complex number is lesser than the second" Main driver void main() mycomplexcomplex c1, c2,c3; iclass instances int ch float f coutsernwelcome n This program will implement operations on complex variable for menu choice /stores the ragnitude or angle numbers.n //Opening statoment do tes n nPress s any key to continue": coute getch) Main menu: coutee"nn. Input two complex numhersin2. Add and display result n3. Multiply and display result Ln4. Display magnitude f first complex number n. Display angle of first cmplx numbern6. Quit "; coute"AnEnter your choicet //Stores menu choice switch(ch) S itch statenent that implements renu choice c1.input ); call input function twice for two numbers c2.input ; //Comparison test immediately following input of two Complex objects c1--c2; ci<c2 break; /determines ir they are equal /if first is lesser than second case 2: e3-c1+c2 use averlaaded operator+on two numbers c3.display(cl, c2) break; //call to display function case 3: exit(1) exits program break default coutnYou have entered an invalid number."; break //Holds until the user presses a key Il Delete Share Favourite Edit More

• /*Header file for complexclass*/

Headerfile. hpp

#include<iostream>

#include<complex>