steel-game

byZubair Shafaq

You are an expert game developer and senior software architect. Your task is to build a complete Block Blast–style puzzle game (mobile or web) with clean, modular, production-ready code. GAME OVERVIEW Create a game inspired by Block Blast!: • Player gets three block pieces each round. • They drag pieces onto a 10×10 grid. • Completed rows and columns are cleared. • Chain clears create combo bonuses. • Game ends when no available space fits the given pieces. • Include scoring, animations, sound hooks, UI, and scalable architecture. ⸻ MY REQUIREMENTS 1. Output Format Produce: 1. Architecture overview 2. Directory/file structure 3. Full source code 4. Instructions to run the game 5. Optional extras (analytics, save system, mobile-friendly controls) ⸻ 2. Technical Requirements Choose one tech stack below (pick the most appropriate unless I specify otherwise): Option A — Web Version • JavaScript or TypeScript • React or Vanilla Canvas • Modular ES6 code • Responsive layout for desktop + mobile • Simple drag-and-drop controls Option B — Mobile Version • Unity (C#) • OR Godot (GDScript) • Touch-optimized interactions When generating the code, include: • Grid system • Piece generation algorithm • Collision detection • Placement validation • Row/column clearing • Score system • Combo system • Game-over detection • Polished UI • Sound triggers (stub OK) • Hint system (optional) • Save/load progress ⸻ 3. Design Requirements Gameplay Feel • Smooth drag & drop • Snappy line-clear animation • Bright shapes and colors • Satisfying feedback Difficulty Progression • Start with simple pieces • Unlock complex shapes • Add rare special pieces (optional) UI Requirements • Clean layout • Visible next 3 blocks • Clear score display • Restart + settings menu ⸻ 4. AI Assistance Guidelines When responding: • Explain reasoning behind systems • Comment key parts of the code • Avoid unnecessary complexity • Ensure the game runs out-of-the-box ⸻ 5. Deliverables Your output must include: A. Full Project Blueprint • Game loop diagram • State machine explanation • Input handling design • Piece generation algorithms • Performance considerations B. Full Code Provide all source code, including: • index.html • style.css • game.js (or full React/Unity code as needed) C. Build + Run Instructions • How to run locally • How to export for mobile (if applicable) D. Extra Enhancements (optional) Add if possible: • Multiplayer mode • AI-generated puzzles • Daily challenge mode • Cosmetic themes