• Turn-based gameplay: Players choose Rock, Paper, or Scissors simultaneously

• Health system: Each player starts with 3 health points; losing a round reduces health by 1

• Round-based progression: Best-of-5 format (first to lose all health loses)

• Real-time synchronization: All actions synchronized across clients using Photon PUN

• Economy system: 10-coin entry fee with coin management and validation

Multiplayer Modes

• Friends Mode: Create/join rooms with 6-digit room codes

• Random Match: Automatic matchmaking with bet-based room filtering

• Auto-start countdown: 5-second countdown when 2 players join

Game Features

• Synchronized animations: Hand movements, particle effects, and UI updates synchronized across clients
  
  

• Visual feedback: Round result text popups, final result panels with win/lose indicators
  
  

• Particle effects: Rock/Paper/Scissors hit effects with sound integration
  
  

• Pause system: Leave match functionality with proper disconnection handling
  
  

• Loading animations: Animated loading indicators during matchmaking

UI/UX

• Responsive UI: Panel-based navigation (Main Menu, Join Room, Waiting, Game)
  
  

• Real-time status updates: Player names, room codes, bet amounts, connection status
  
  

• Feedback system: Visual and text feedback for player actions
  
  

• Smooth animations: DOTween-based UI and hand animations

Networking Architecture

• Photon Unity Networking (PUN): Real-time multiplayer synchronization
  
  

• RPC (Remote Procedure Calls): Synchronized animations and game state
  
  

• Custom Room Properties: Storing game state, player choices, health, round numbers
  
  

• Master Client Management: Host migration and room creator tracking
  
  

• Connection Management: Proper disconnect handling and reconnection logic

Game State Management

• Synchronized State Machine: Waiting → RoundActive → Evaluating → GameOver
  
  

• Choice Synchronization: Dual-check system to prevent race conditions
  
  

• Health Synchronization: Network-synced health updates across clients
  
  

• Round Management: Automatic round progression with proper state resets
  
  

Animation System

• DOTween Integration: Smooth hand movements and UI animations
  
  

• Synchronized Animations: Hand movements, text popups, and particle effects
  
  

• Timing Control: Precise delays ensuring animations complete before state changes
  
  

• Button State Management: Buttons disabled during animations, enabled only after hands return

Code Architecture

• Modular Design: Separate managers for UI, Game Logic, Particles, and Networking
  
  

• Coroutine-based Flow: Sequential game flow using Unity coroutines
  
  

• Error Handling: Try-catch blocks for audio, network error handling, and fallback logic
  
  

• Platform Considerations: Android build optimizations and platform-specific code

Networking & Multiplayer Development

• Real-time multiplayer synchronization using Photon PUN
  
  

• RPC implementation for cross-client communication
  
  

• Custom room properties for game state management
  
  

• Host migration and connection state handling
  
  

• Network latency mitigation and synchronization strategies

Game Development

• Unity C# scripting and component-based architecture
  
  

• Coroutine-based game flow management
  
  

• State machine implementation for game states
  
  

• Animation integration with DOTween
  
  

• Particle system integration with sound effects

UI/UX Design

• Panel-based UI navigation system
  
  

• Real-time UI updates based on game state
  
  

• Loading animations and visual feedback
  
  

• Responsive design for different screen sizes

Problem Solving

• First-round synchronization issues in multiplayer
  
  

• Race condition handling in network code
  
  

• Animation timing and sequencing
  
  

• Button state management during animations
  
  

• Double-call prevention in coroutine chains

Code Quality

• Modular and maintainable code structure
  
  

• Error handling and edge case management
  
  

• Code documentation and comments
  
  

• Performance optimization considerations

• Real-time multiplayer synchronization: All game actions synchronized across clients with minimal latency
  
  

• Robust networking: Handles connection issues, host migration, and player disconnections
  
  

• Smooth animations: Synchronized hand movements, particle effects, and UI transitions
  
  

• User experience: Intuitive UI with clear feedback and smooth transitions
  
  

• Production-ready features: Economy system, matchmaking, room management, and pause functionality
  
  

• Code quality: Well-structured, documented, and maintainable codebase