CSC 213 Problems Assignment 1, Fall 2012

Notre Dame University CSC 213 Faculty Natural & Applied Sciences Assignment #1 1. Create a class called Complex for performing arithmetic with complex numbers. Complex numbers have the form: realPart + imaginaryPart * i So, This class has two data members: realPart, imaginaryPart (use double to represent your data members) Provide also the following member functions:  A constructor with no arguments that initializes realPart and imaginaryPart to zero.  An overloaded constructor with arguments.  The “Norm” function that computes and returns the norm of a complex number: The norm of realPart + imaginaryPart * i is sqrt(realPart2 + imaginaryPart2)  A “Print” function that prints on the screen a complex number as follows: If realPart=2 and imaginaryPart=3 it should print: (2 + 3i )  An “add” function that adds two complex numbers: the real parts are added together and the imaginary parts are added together. It will be used as follows: Complex c(3,6); Complex d(1,3); Complex e; e.add(c,d); // e should become (4,9) after this statement Write a client program (main function) which creates objects of class Complex and test all your member functions. 2. Create a class advisor with the following data members:  id The advisor’s ID. An integer number representing the advisor’s identification number. The valid values are between 1000 and 9000 inclusive. (Defaults to 0)  name The advisor’s full name. Ex: James Bond String of 40 characters. (Defaults to Empty String)  rank The advisor’s rank Valid values are ‘A’ for regular Advisor, ‘C’ for Chairperson and ‘D’ for for Dean. (Defaults to “A”)  password The advisor’s password to login to the Student Information System. A string that has exactly 8 characters (not less, not more). It must be a combination of letters and digits. It cannot contain spaces. (Defaults to Empty String)  nbrAdvisees The number of advisees An integer number representing the number of advisees. The valid values are between 1 and 50 inclusive. (Defaults to 15) And the following member functions:  A constructor with default arguments  All “set” functions with the integrigy checks  All “get” functions.  A member function that increments the nbrAdvisees by a certain value. Note that this function should verify that nbrAdvisees is still valid.  A print function to print all the attributes of an advisor: id, name, rank, password and nbrAdvisees. This function should also generate and print the email of the advisor. You should generate the email as follows: the first letter of the first name, followed by the last name, followed by “@ndu.edu.lb”. For example, the email of James Bond would be JBond@ndu.edu.lb Write a program to test your class by:  Create an NDU advisor listof 3advisors (array of 3 objects)  Fill the objects of your array with advisor’s data of your choice.  Using a pointer, print on the screen the created advisors’objects  Test your member functions using objects of the created array. Submission The following should be returned to the instructor in a folder: 1. A first page with your name, the assignment number. 2. Problem Description. 3. A listing of your programs (class and client program) well documented. 4. A screen capture of the output of your program. Due date: Monday, October 22, 2012