Polymorphic Class Diagram

This week, we’ve been discussing polymorphism. Polymorphism is one of the fundamentals of software engineering. Polymorphic behavior implies, at
runtime, that the same message has different behavioral effects. For this week’s Critical Thinking Assignment, create a polymorphic class diagram of a
design of your choosing. Add an aggregation relationship to this diagram. Write a sample pseudocode scriipt to explain the polymorphic class diagram (see
example below; see also Code Example 11.7 in your course textbook).
Additionally, in a one-page paper, explain why polymorphism is a runtime characteristic of object-oriented designs. Describe the structural design necessity
to ensure polymorphism at runtime.
Simple code example for polymorphism:
//This pseudocode indicates that when the driver object issues a call to moveCar, whichever object has been instantiated (FourWheel or FamilyCar) will
move.
Class Driver:
Car myCar;
myCar := new FourWheel;
myCar.moveCar();
myCar := new FamilyCar;
myCar.moveCar();
Utilize the assigned readings from the course to complete your activity. Please cite at least one additional credible or scholarly source to support your
analysis and positions. The CSU Global Library is a good place to find scholarly sources. This activity will vary in length, however the written portion should
be a minimum of one page in length with document and citation formatting that conforms to APA guidelines in the CSU Global Writing Center (Links to an
external site.).
Please include your diagram, pseudocode, and writeup in a Word or PDF document and submit for grading.
Review the Critical Thinking grading rubric to see how you will be graded for this assignment.