Object-Oriented Programming (OOP) demonstration in Python, featuring dynamic class structures, state management, and automated interaction logic between objects.
This project serves as a practical demonstration of Object-Oriented Programming (OOP) principles in Python, focusing on class architecture, encapsulation, and automated object interactions.
- Class Architecture: Implementation of a robust
Dogclass with attributes like health, strength, and speed. - State Validation: Built-in logic to ensure health parameters stay within logical bounds (0-100) during initialization and interactions.
- Dynamic Methods:
eatDog(): Smart resource management logic that prevents over-healing and tracks surplus.fight(): A randomized interaction system that modifies the state of multiple objects simultaneously.
- Magic Methods: Custom implementation of
__str__for professional data representation.
- Language: Python 3.
- Concepts: OOP (Classes/Objects), Encapsulation, State Logic, Resource Management.