This assigment comprises of applying the basics of python to create your own complex number calculator.

• x: int64, float64, represents real component of the complex number
• y: int64, float64, represents imaginary component of the complex number

Example, complex_numbers(3, 5) means 3 is the real part of the complex number and 5 is the imaginary part of the complex number. Such a number is represented as 3 + 5i.

Define the following operations for the class:

• '+' (complex number addition)

• '-' (complex number subtraction)

• '*' (complex number multiplication)

• '/' (complex number division)

• Note that these operations should be compatible with int and float datatypes as well

Also, define the following methods.

• abs() that returns absolute value of the complex number
• argument() that returns argument of the complex number
• conjugate() that returns conjugate of the complex number