(FSC-BCS-426-Lab6)
This project was one of the later assignments for my C# Programming class.
The goal of this assignment was for students to further explore C#, so we were prompted overload operators to do math with complex numbers.
This was a solo assignment made with C#, ASP.NET, and Visual Studio 2022.
Complex numbersand are commonly used in mathematics and engineering. This code demonstrates operator overloading to make it possible to do math with complex numbers or numbers that with both a real and imaginary part.
The program defines a ComplexNumber class that represents a complex number.
The class has two private fields: RealPart and ImaginaryPart, which represent the real and imaginary parts of the number.
The class also defines a Constructor that takes a real and imaginary number, a ToString override, and a GetHashCode override.
In addition, the class also overloads several operators, including +, ==, and !=, defining what it means them with the ComplexNumber class.
For example, overloading the + operator allows us to add two complex numbers by calling them together in a string.
The main program demonstrates the use of these overloaded operators by creating several instances of the ComplexNumber class and performing arithmetic operations with them using the overloaded operators.
It adds (10 + 20i) + (100 + 200i) together to get 110 + 220i by breaking down the real and imaginary numbers and adding them separately.
It then uses the == operator to compare the two complex numbers in the same way.