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