Object Oriented Programming In Python | Inheritance In Python | Polymorphism In Python

Object Oriented Programming In Python | Inheritance In Python | Polymorphism In Python

- Here we go again with another eye-opening Python tutorial, this time on inheritance in python and polymorphism. Explore the world of Object-Oriented Programming in Python with our detailed tutorial, brought to you by upGrad. This video is designed to provide you with a solid foundation in OOP concepts, focusing on inheritance, polymorphism, and method types, making your Python code more efficient and maintainable.

- Learn why OOP is essential for structuring your code in a modular, reusable, and scalable manner. Understand the basic principles of OOP, including classes, objects, encapsulation, and abstraction.

*Objectives :*
1. Introduction to OOP in Python
2. What is Inheritance?
3. Inheritance Type
4. Static and Instance Methods
5. Understanding Polymorphism Using Overriding

**What is Inheritance?**
Dive into the concept of inheritance, a cornerstone of OOP. Inheritance allows a class to inherit attributes and methods from another class. This promotes code reusability and helps in creating a hierarchical relationship between classes.

**Inheritance Types:**
- **Single Inheritance:** Learn how a child class inherits from a single parent class.
- **Multiple Inheritance:** Understand how a child class can inherit from multiple parent classes, and how to manage potential conflicts.
- **Multilevel Inheritance:** See how a class can inherit from a parent class, which in turn inherits from another parent class, creating a multi-level hierarchy.
- **Hierarchical Inheritance:** Discover how multiple child classes can inherit from a single parent class.
- **Hybrid Inheritance:** Get insights into hybrid inheritance, which is a combination of two or more types of inheritance, and understand its complexities.

**Static and Instance Methods:**
- **Instance Methods:** The functions that are specified beneath a class are known as instance methods, and we can only use them once we have created an object of that class. Actually, the generated object itself makes the call to the instance method.
- **Static Methods:** As a result, static methods in Python are essentially helper functions that can be used to carry out tasks without requiring access to the class instance or its attributes. Let's go right to the practice so that we can better understand what we're discussing..

**Understanding Polymorphism Using Overriding:**
Delve into polymorphism, another fundamental concept of OOP. Polymorphism allows methods to do different things based on the object it is acting upon. Learn about method overriding, where a child class provides a specific implementation of a method that is already defined in its parent class. This allows for dynamic method resolution and is crucial for achieving polymorphism.

By the end of this video, you'll be equipped to leverage OOP principles to write more structured and efficient Python code.Join us on this educational journey and elevate your Python programming skills with upGrad’s comprehensive OOP tutorial. Watch now and transform your coding approach!

- Key Moments :
00:00 - Introduction to OOP
01:36 - OOP
09:19 - What are Objects
15:53 - Class Objects
26:57 - Inheritance
31:03 - Single Inheritance
37:00 - Static Methods
38:52 - Static Methods Demonstration
43:03 - Static Vs Instance Methods
47:17 - Polymorphism

#ObjectOrientedProgrammingInPython #InheritanceInPython #PolymorphismInPython #objectorientedprogramming #oop #pythontutorial #python #upgrad

Get in touch with us (24x7):
Toll-Free number: 1800 210 2020
WhatsApp Chat: [phone]