·Programming
Module 4 Lesson 1: Intro to OOP (Thinking in Objects)
Change the way you solve problems. Learn the philosophy of Object-Oriented Programming and why it’s the secret to building massive apps.
oop
11 articles
·Programming
Module 4 Lesson 10: Modularizing OOP Projects
Organize your code like a professional. Learn how to split complex classes into different modules and use __init__.py for clean imports.
·Programming
Module 4 Lesson 2: Classes and Objects
From theory to code. Learn how to define a Class in Python, create Objects from it, and use dot notation to access data.
·Programming
Module 4 Lesson 3: The __init__ Method
Master the constructor. Learn how to use the special __init__ method and the 'self' keyword to initialize objects with data.
·Programming
Module 4 Lesson 4: Instance Attributes vs. Methods
Differentiate between an object's state and its behavior. Learn how to define methods, use the self keyword for interaction, and update attributes dynamically.
·Programming
Module 4 Lesson 5: Encapsulation and Data Hiding
Protect your data. Learn how to use 'private' attributes to prevent accidental changes and ensure your objects follow their own rules.
·Programming
Module 4 Lesson 6: Inheritance: Reusing Code
Don't repeat yourself in OOP. Learn how to create Parent and Child classes to share attributes and methods across your entire application.
·Programming
Module 4 Lesson 7: Polymorphism and Method Overriding
Same action, different behavior. Learn how to override parent methods and use polymorphism to write flexible and powerful code.
·Programming
Module 4 Lesson 8: Composition vs. Inheritance
Choosing the right way to build complex systems. Learn the 'is-a' vs. 'has-a' rule and why Composition is often better than Inheritance.
·Programming
Module 4 Lesson 9: Class and Static Methods
Not everything needs an instance. Learn how to use @classmethod and @staticmethod for shared logic and utility functions.
·Programming
Module 4 Lesson 11: Hands-on Projects
Building an RPG Combat System. Apply inheritance, encapsulation, and polymorphism to build a modular game engine from scratch.