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1. Abstract
The 2048 Game is a web-based puzzle game developed using React.js, where players combine numbered tiles to reach the value 2048. The game is played on a 4×4 grid, and users move tiles using arrow keys. When two tiles with the same number collide, they merge into one with their sum.
This project focuses on implementing game logic, handling user input, and managing state using React hooks. It also incorporates browser storage techniques such as local storage and session storage to persist the high score even after refreshing the page.
The project demonstrates how to build an interactive and dynamic game using React while understanding important concepts like deep copy vs shallow copy, state management, and event handling.
2. Objectives
The main objectives of this project are:
3. Existing System
Existing systems include:
• Online 2048 games
• Mobile puzzle games
• Browser-based grid games
Limitations of Existing Systems
4. Proposed System
The proposed system is a 2048 Game Application built using React.js with complete control over game logic and UI.
Key Features:
• 4×4 grid-based gameplay
• Tile movement using arrow keys
• Tile merging logic (same numbers combine)
• Score tracking system
• High score stored in local storage
• “New Game” and “Try Again” functionality
• Game over detection
• Smooth UI with CSS styling
This system allows users to play the game while also understanding the underlying logic and implementation.
5. Implementation Procedure
Step 1: Project Setup
• Create a React application
• Open project in Visual Studio Code
Step 2: UI Design
• Create a 4×4 grid layout
• Design tiles with different values
• Style components using CSS
Step 3: State Management
• Initialize grid state
• Maintain score and high score
• Track game status (win/lose)
Step 4: Game Logic Implementation
• Handle tile movement (up, down, left, right)
• Merge tiles with same values
• Generate new tiles after each move
• Detect valid moves
Step 5: Keyboard Event Handling
• Capture arrow key inputs
• Update grid based on direction
Step 6: Deep Copy vs Shallow Copy
• Use deep cloning to avoid mutating state directly
• Ensure React state updates correctly
Step 7: Score Management
• Update score when tiles merge
• Store high score using local storage
Step 8: Storage Implementation
• Use local storage to persist high score
• Optionally use session storage for temporary data
Step 9: Game Over Handling
• Detect when no moves are possible
• Display “Game Over” screen
• Provide “Try Again” option
Step 10: Testing and Execution
• Run application
• Test gameplay and logic
• Verify score persistence
6. Software Requirements
• React.js – Frontend library
• JavaScript – Programming language
• HTML & CSS – UI design
• Visual Studio Code – Code editor
• Browser Local Storage – Data persistence
7. Hardware Requirements
Minimum Requirements:
• Processor: Intel i3 or higher
• RAM: 4 GB or higher
• Storage: 128 GB or higher
• Laptop or Desktop Computer
8. Advantages of the Project
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