Blackjack
Single-player Game | c/C++
Background
I developed a single-player Blackjack game using C++, designed to provide an engaging and straightforward gaming experience. This project showcases my ability to implement game mechanics, user interaction, and memory management within a C++ programming environment. The game offers basic Blackjack rules, ensuring ease of play while maintaining the core excitement of the classic card game.
Programming Experience
Programming Mechanism
Implementing the Blackjack game using Object-Oriented Programming (OOP) principles in C++ would have allowed for a more modular, maintainable, and scalable codebase. Here is a detailed explanation of how OOP could enhance the game, along with specific components and their functionalities.
The Game of Blackjack
The game begins by providing the user a starting amount of money ($100) they wish to start with. Once the initial bankroll is set, the user can proceed to play Blackjack rounds against the computer. The rules are simple and align with traditional Blackjack gameplay.
The objective of blackjack is straightforward: achieve a higher hand value than the dealer without exceeding 21.
Game Mechanics
Introduction:
At the start of the game, the user is provided with an initial amount of $100. The user then has the option to select their starting amount from the following increments: $5, $10, $25, $50, $100, $250, and $500.
​​
Dealing Cards:
At the start of each round, both the player and the CPU (computer) are dealt two cards. The player can see one of the CPU's cards while the other remains hidden.
Gameplay Options:
The player can choose to "Hit" (draw another card) or "Stand" (keep their current hand). The goal is to get as close to 21 points without exceeding it. If the player's hand exceeds 21, they "bust" and lose the round.
CPU Turn:
After the player finishes their turn, the CPU reveals its hidden card and continues to draw cards until it either reaches a score of 17 or higher or busts.
Round Outcome:
If the player's hand is closer to 21 than the CPU's without exceeding 21, the player wins the round and receives a payout. If the CPU's hand is closer to 21 or the player busts, the player loses the round and the corresponding amount of money is deducted from their bankroll.
Game Continuation:
The game continues until the player runs out of money, at which point they lose the game. However, if the player manages to increase their total amount of money, the game keeps track of the high score based on the maximum amount of money the player has achieved.
Key Achievements
-
Maintained the performance, modularity, and abstraction of the program using proper OOP structure
​-
Impact: Demonstrated proficiency in C++ programming, problem-solving, and the application of core computer science concepts. The project showcases the ability to develop interactive software that simulates real-world scenarios, enhancing user engagement and experience.
-
Skills Highlighted: C++ programming, game development, algorithm design, problem-solving, software development lifecycle: Scrum, and user interface (UI) design.​​
-
​
-
Developed an efficient random algorithm to shuffle the deck, ensuring fair and unpredictable gameplay, and demonstrating strong algorithm design and programming skills.
​-
​​Impact: Showcased expertise in data management and persistent storage techniques, enhancing the game's replay value and user satisfaction by providing a competitive element. This feature demonstrates the ability to design and integrate complex functionalities that add depth to the gaming experience.
-
Skills Highlighted: Data persistence, file I/O operations, C++ programming, software optimization, user experience (UX) enhancement, and game logic development.
-
​
-
Implemented a high score tracking system that records and maintains the highest amount of money accumulated by the player, ensuring data persistence across game sessions.
Download the Demo
Access to the code through my public GitHub.
Download the zip file and run the program on your computer.
​
​
Click the button to proceed to the GitHub file and download :)