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1. Abstract
The Memory Game is a fun and interactive game built using React.js, where the goal is to find matching pairs of cards. Players flip two cards at a time, and if they match, they stay revealed; otherwise, they are hidden again. The game continues until all pairs are found.
This project uses various React state variables to manage the game's logic, including tracking the flipped cards, counting the number of turns, and shuffling the cards. CSS animations handle the visual transitions of the card states, creating a smooth user experience. React’s sort function is used to randomize the cards for each game session.
This project helps in understanding state management, dynamic UI updates, and logic implementation in React.js while creating an engaging user interface.
2. Objectives
The main objectives of this project are:
• To build a memory game using React.js
• To understand React state management
• To shuffle cards using the JavaScript sort function
• To implement animations for card transitions
• To track the number of turns taken to complete the game
• To improve frontend development and problem-solving skills
• To create a fun and interactive game with React
3. Existing System
Existing systems include:
• Classic memory card games
• Memory game apps for mobile devices
• Web-based memory games with simple UI
• Simple card matching games without animations
Limitations of Existing Systems
• Lack of interactivity or animations
• No dynamic state management
• Fixed card sets that reduce replayability
• Limited user feedback for gameplay progress
• Not responsive for different devices
4. Proposed System
The proposed system is a React-based Memory Game where cards are shuffled, flipped, and matched by the user. React state management is used to track the game’s progress, including the flipped cards, match status, and the number of turns.
Key Features:
• Shuffling of cards to randomize their order
• Flip cards and reveal matching pairs
• Track the number of turns taken
• Animations for card flipping and transitions
• New game button to restart the game
• Display different card covers for enhanced replayability
5. Implementation Procedure
Step 1: Project Setup
• Create React app using Vite or CRA
• Install dependencies
• Setup project structure
Step 2: State Management
• cards – Array to hold card objects with properties like flipped, hidden, and matched
• turns – Integer to track the number of turns taken
• cardOne and cardTwo – State variables to hold the first and second flipped cards
• disabled – Boolean to control card interactions during comparison
Step 3: Card Shuffling
• Use the JavaScript sort function to shuffle the cards randomly
• Implement Math.random() to randomize the card order
• Ensure a fair and randomized arrangement of cards for each game
Step 4: Card Flipping Logic
• Handle card clicks to flip them
• Change the card state from hidden to revealed when clicked
• Compare two flipped cards to check for a match
• If the cards match, set the matched property to true, ensuring they remain revealed
Step 5: Turn Counter
• Track the number of turns taken using the turns state variable
• Increment the turn counter after each pair of cards is flipped
Step 6: CSS Animations
• Use CSS styles to animate card transitions (flip effect)
• Simulate card flipping with smooth animations
Step 7: Disable Interactions
• Disable card clicks temporarily while comparing cards to prevent further interaction
• Re-enable clicks once the comparison is complete
Step 8: New Game Button
• Implement a button to restart the game
• Shuffle cards and reset the turn counter when a new game begins
Step 9: UI Design
• Display a grid of cards with front and back covers
• Display the number of turns taken at the top of the game screen
• Use different covers for cards to enhance replayability
Step 10: Testing
• Test card flipping and match logic
• Test game restart functionality
• Verify the randomness of card shuffling
• Ensure the UI is responsive across devices
• Fix bugs and optimize the user experience
6. Software Requirements
• React.js – Frontend framework
• JavaScript (ES6+) – Logic implementation
• CSS – Styling and animations
• Visual Studio Code – Code editor
7. Hardware Requirements
Minimum Requirements:
• Processor: Intel i3 or above
• RAM: 4 GB or more
• Storage: 50 GB free space
• Internet connection
8. Advantages of the Project
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