Unity-Powered P2P Tic-Tac-Toe
Check out my latest project – a dynamic Client-Server setup that brings hosting matches to a whole new level. Experience the magic of seamless connections, allowing you to host matches with anyone, anywhere.
Check out my latest project – a dynamic Client-Server setup that brings hosting matches to a whole new level. Experience the magic of seamless connections, allowing you to host matches with anyone, anywhere.
TIC TAC TOE CLIENT-SERVER PROJECT
Project Overview:
The Tic Tac Toe Client-Server Project involves the development of a multiplayer gaming system using a Client-Server architecture. The goal is to provide users with a platform to register, log in, and engage in multiplayer Tic Tac Toe matches with friends. This project emphasizes the implementation of key multiplayer functionalities such as account creation, lobby formation, match creation, spectator functionality, replay saving, and playback. The server component acts as the orchestrator, managing game rooms, player connections, and ensuring a seamless multiplayer experience.
Development Challenges
Networking Architecture
Implemented a robust Client-Server architecture using Unity's NetworkTransport for efficient communication.
Established reliable and unreliable channels for transmitting game data.
Connection Handling
Managed player connections using ConnectionConfig and HostTopology, ensuring stable networking during gameplay.
Established a connection mechanism to handle player requirements, including account creation and login processes.
Gameplay Mechanics
Developed core Tic Tac Toe gameplay mechanics, ensuring synchronization between players and the server.
Implemented a dynamic system for handling match creation, turn management, and game state updates.
Replay Functionality
Created a comprehensive replay system, allowing players to record, save, and review their gameplay sessions.
Enhanced the gaming experience by providing a tool for strategic analysis and sharing memorable moments.
Technical Implementation:
Networking Architecture:
Utilized Unity's NetworkTransport for efficient communication between clients and the server.
Configured reliable and unreliable channels to transmit game data seamlessly.
Connection Handling:
Implemented a robust connection mechanism, incorporating ConnectionConfig and HostTopology for network configurations.
Established player account creation, login, and connection processes to ensure smooth player interactions.
Messaging System:
Introduced a real-time messaging system for player communication during matches.
Utilized dedicated channels for sending and receiving messages, enhancing the social aspect of multiplayer gameplay.
Replay Functionality:
Developed a comprehensive replay system to record and save gameplay sessions.
Empowered players to review and share replays, adding a layer of strategy and analysis to the gaming experience.
Dynamic Spectator
Developed a system that enables users to join ongoing matches as spectators, expanding the audience for each game.
Implemented mechanisms to ensure spectators receive real-time updates on game state changes, moves, and outcomes.
Lobby Creation
Implemented a system that allows players to create lobbies with custom names, adding a personal touch to the multiplayer experience.
Streamlined the lobby joining process, ensuring that friends can swiftly enter games by using the shared lobby names.
Future Enhancements:
Enhanced Visuals
Plan to improve the visual aesthetics of the Tic Tac Toe game to enhance the overall user experience.
Messaging System
Enhancements are planned to provide real-time updates, message history, and expanded chat functionality for a vibrant multiplayer community.