Implements a fully playable Roulette game with American double-zero rules, a spinning wheel animation, and a heuristic AI that assigns distinct betting personalities to opponents. Adds colored identity rings to player portraits in both Craps and Roulette for better visual distinction. Updates Craps to render AI bets directly on the felt with color-coded chips and names, and adjusts dice landing positions.
Introduce a complete Craps implementation featuring a Phaser-based UI,
deterministic game logic, and heuristic AI players.
Key changes:
- CrapsLogic.js: Pure-state rules engine handling Pass/Don't Pass, Place,
Come/Don't Come, Field bets, odds, and full resolution logic.
- CrapsAI.js: Stateless AI personalities (conservative, balanced, aggressive,
gambler) derived from player names to drive betting behavior.
- CrapsGame.js: Phaser scene with animated dice rolls, chip tray, dynamic
bet zones, portrait-based opponents, and persistence via profile API.
- Wire Craps into the game registry, main scene loader, and GameRoom dispatcher.
- Remove Socket.IO dependency, server multiplayer logic (lobby, room management), and client-side socket service
- Replace multiplayer-only flow with single-player AI gameplay; add `OpponentSelectScene` for AI configuration
- Simplify game registry to use `minOpponents`/`maxOpponents` instead of `supportsMultiplayer`/`multiplayerOnly`
- Update game registration to remove multiplayer flags and adjust `games` table schema to hardcode `supports_multiplayer = 0`
- Remove `SOCKET_IO_CORS_ORIGIN` from environment configuration
- Update documentation to reflect single-player architecture and simplified game creation process
- Fix minor UI issues: add width to buttons in auth scenes, fix auth listener cleanup in LandingScene, restore DOM layer visibility in Modal
- Import and register UnoGame in the frontend client
- Add Uno to the game slug dispatch mapping in GameRoomScene
- Register Uno in the server game registry with card game configuration
- Implement Go Fish game logic in GoFishLogic.js with state management, turn handling, and pair scoring
- Create GoFishAI.js with memory-based opponent that tracks card distribution and makes strategic decisions
- Build GoFishGame.js scene with Phaser UI including card rendering, seat layouts, animations, and game flow
- Register Go Fish in gameRegistry with 'cards' category and multiplayer support (1-4 players)
- Update GameMenuScene to display 'Cards' column for card games
- Wire up GoFishGame in GameRoomScene slug dispatch and main.js scene registry
- Implement complete game logic (ChineseCheckersLogic.js) with hex board,
move generation (steps/jump chains), and rule enforcement.
- Add single-ply heuristic AI (ChineseCheckersAI.js) that prioritizes pulling
laggard pegs forward and entering the target triangle.
- Build Phaser-based UI (ChineseCheckersGame.js) with radial portraits,
animated peg moves, and turn indicators.
- Register the game in the server registry and frontend routing.
- Implement core Parchisi logic (ParchisiLogic.js) including board rules,
move validation, and state management.
- Add Minimax-based AI (ParchisiAI.js) with heuristic evaluation for move
selection, supporting up to 3 AI opponents.
- Create full Phaser game scene (ParchisiGame.js) with animated board,
pawns, dice, and UI elements.
- Register new game assets (fonts, images, video animations).
- Update game registry to support 1-4 players with 3 AI opponents.
- Integrate Parchisi into the main scene loader and game room dispatch.
- Introduce BlackjackGame as a new playable game in the client
- Register Blackjack in the server game registry with updated player limits (1-5 players, 0-4 opponents)
- Wire up Blackjack in main.js and GameRoomScene for routing
- Fix OpponentSelectScene to handle games with minOpponents=0
- Remove incomplete ParchisiLogic.js implementation
Brian Fertig