Project Title
Online Multiplayer Tic-Tac-Toe Game (using Angular)

Project Summary
The Online Multiplayer Tic-Tac-Toe Game is a real-time, browser-based version of the classic Tic-Tac-Toe game, where players can compete against each other in real-time. Built with Angular, this project allows two players to join a game and take turns making moves, with the game state and player turns synchronized in real-time using WebSocket or a backend service (like Firebase or Node.js).

Core Features

• Real-Time Multiplayer: Allows two players to join the same game room and play in real-time. The game state is updated for both players when a move is made.
• Player Turns: The game alternates turns between Player 1 and Player 2. The current player's turn is clearly displayed.
• Game Board: A 3x3 grid where players can mark their moves (X or O) by clicking on the grid cells.
• Win Detection: Automatically detects when a player wins by aligning three marks (horizontally, vertically, or diagonally).
• Game Over & Restart: After a win or a draw, the game ends, and players can restart the game or play again.
• Matchmaking: Players can either create a room or join an existing room to play with an opponent.
• Real-Time Updates: As one player makes a move, the game board is updated instantly for the other player in real-time.

Technologies Used

• Angular: For building the user interface, handling game state, and managing user interactions.
• Angular Services: To manage the real-time data flow, player status, and game logic.
• WebSocket/Firebase: To implement real-time communication between players (synchronizing moves and game state).
• CSS/Tailwind CSS: For styling the game board and creating a responsive, user-friendly layout.
• RxJS: To manage asynchronous data flow and handle real-time updates efficiently.

Learning Outcomes

• Real-time communication and synchronization between multiple users
• Managing user input and rendering dynamic UI elements based on game state
• Using Angular services to manage game logic and state between multiple players
• Understanding how to use WebSocket or Firebase for real-time updates in web applications
• Building an interactive and responsive UI with Angular and CSS

Possible Enhancements

• Add sound effects or animations when a player wins or makes a move
• Implement a leaderboard or score tracking system for multiple games
• Allow players to chat with each other during the game
• Add the ability for more than two players to participate in a game
• Create a matchmaking system that pairs players based on skill level or rating
• Include user authentication and profile creation using a backend service (e.g., Firebase Authentication)