This Java-based project simulates a slot machine game, implementing object-oriented programming principles such as classes, inheritance, encapsulation, and polymorphism. It features a variety of betting options, random symbol generation across five reels, and bonus features for an engaging user experience.
- Betting Options: Players can place bets of 2k, 4k, 6k, or 10k.
- Symbol Variety: Eight distinct symbols appear randomly across five reels.
- Dynamic Payouts: Winnings are calculated based on the number of matching symbols, with multipliers applied for higher bets.
- Balance Management: Players start with a balance of 250k, with a maximum number of plays calculated based on bet amounts.
- Reel Configuration: The slot machine displays three rows of symbols, with reels 1-4 containing 30 symbols, and reel 5 containing 41.
- Winning Mechanics: Matches are made from left to right, with cascading symbols for consecutive wins.
- Volatility Setting: A volatility rate of 10% ensures a fair frequency of winning combinations.
- Special Symbols: 'Super' symbols act as wild cards, and 'Free' symbols trigger free spins with multipliers.
- Bonus Rounds: A 4x5 matrix presents opportunities for additional winnings and multipliers.
- Java
- Swing (for GUI implementation)
- Random Number Generation (RNG) for symbol selection
The code is well-commented, adhering to Java coding standards such as camelCase notation, and is structured for readability with proper indentation and minimal white space.
UML class diagrams and other design documents are available in the docs directory, providing an overview of the architecture and interactions within the application.
This project is the result of a collaborative endeavor by AzFyXi, rems08, and Florian-cop for school