Data Structures and Algorithms in Python | 38. Classes and objects in Python by Abraham | Learn Smarter
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38. Classes and objects in Python

The chapter introduces the fundamental concepts of classes and objects in Python, emphasizing how classes serve as blueprints for creating objects with specified attributes and methods. It covers essential elements such as the self parameter, constructors, and the significance of defining internal data representations using methods like translate and o_distance. Various implementations for managing point coordinates highlight the flexibility and extensibility of Python's object-oriented programming features.

Sections

  • 38.1

    Classes And Objects In Python

    This section introduces the concepts of classes and objects in Python, emphasizing object-oriented programming paradigms.

  • 38.1.1

    Introduction To Classes

    This section introduces the concept of classes in object-oriented programming, emphasizing the role of 'self' and the use of attributes and methods in Python.

  • 38.1.2

    Skeleton Implementation Of A Heap

    This section introduces the skeleton implementation of a heap in Python, explaining the role of the 'self' parameter in class methods and demonstrating the use of the `__init__` method.

  • 38.1.3

    Understanding 'self'

    The section explores the use of the 'self' parameter in Python classes, which allows methods to interact with the object's attributes.

  • 38.1.4

    Function 'translate'

    This section delves into the use of classes and objects in Python, focusing on how to define and manipulate point objects and the significance of the 'self' parameter.

  • 38.1.5

    Calculating The Distance From The Origin

    This section explores how to calculate the distance of a point from the origin using Python classes and methods.

  • 38.1.6

    Changing Internal Representation

    This section explains the concept of internal representation in Python classes, particularly focusing on how attributes are defined and manipulated, using a point class as an example.

  • 38.1.7

    Using Default Arguments

    This section introduces the concept of default arguments in Python, illustrating their utility in functions, particularly within class constructors.

  • 38.1.8

    Special Functions In Python

    This section introduces special functions in Python, particularly within class definitions, and their importance in manipulating object attributes.

  • 38.1.9

    Defining Custom Operations

    This section explores the definition of custom operations in Python through classes, explaining the significance of the `self` parameter and how to create methods for objects.

References

Chapter 38.pdf

Class Notes

Memorization

What we have learnt

  • Classes are templates defin...
  • The self parameter refers t...
  • Attributes and methods can ...

Final Test

Revision Tests