Exploring Game Physics and User Input in a Java-Based 2d Tank Game

This paper details the development of a 2D tank game using Java, showcasing the application of object-oriented programming (OOP) principles and Java's 2D API and Swing for graphics and user interface.The project aims to create an engaging educational tool that illustrates key game development concepts, including game loop management, sprite handling, collision detection, and basic artificial intelligence (AI) for non-player characters (NPCs).The game features a main window created with Java Swing, where the core component, the `Tank` class, manages attributes like position, direction, speed, and health.This class also handles movement, shooting, and collision detection.The `Projectile` class facilitates shooting mechanics and collision management, using bounding box algorithms to ensure accurate interactions between game entities.Enemy tanks are controlled by simple AI through the `EnemyTank` class, which extends the `Tank` class to include basic decision-making for movement and targeting.The game map, designed with a tilebased system, supports various terrain types and strategic gameplay elements.A Heads-Up Display (HUD) provides real-time feedback on the player's score, health, and lives.Future enhancements, including power-ups, advanced AI, and multiplayer options, are proposed to increase gameplay complexity and replayability.This project exemplifies Java's potential in game development, offering a comprehensive learning experience and foundational framework for further exploration in game programming.