Program three

For this project you are to implement a simple complex number calculator.

As a first step, implement the complex class as described in problem 4 page 660 of your book.

You should then implement a driver function that tests all of the routines in your class.

Finally, implement the calculator. This calculator has a memory of 26 complex numbers, labeled A .. Z. It can perform simple calculations on these memory addresses. Commands supported are:

VAR = IMM
VAR = VAR + VAR_OR_IMM
VAR = VAR - VAR_OR_IMM
VAR = VAR * VAR_OR_IMM
VAR = VAR / VAR_OR_IMM
VAR = abs (VAR_OR_IMM)

where VAR is a letter A-Z and VAR_OR_IMM is a VAR or a number in the form a + bi where a and b are floats.

You should also implement the following commands:

? VAR - print the value stored at the location VAR
quit - exit the program.
clear - set all memory locations to 0+0i.
dump - print the value of all memory location.

Please make sure your program has good:

Structure
Documentation
Data Abstraction

Please make use of modular design.

When you are finished, please make a page for this project in your class web page. Make sure that you include a pointer to all files (including the make file), and a file called README which provides additional documentation for your project.

You should also place a tar file of the entire project on this page. Make sure that your tar file does not include object code, executables, or core files.

When this is complete, send email to dbennett@edinboro.edu and give the url of this project.

This program is due on Monday October 22 at 11:59 pm.