Feng' Boolean Game

The game transforms Boolean logic from an intimidating fortress into an accessible playground. By gamifying abstract concepts, it provides learner with the mental tools to learn creatively with AI.

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Inspiration

Our inspiration stems from the Chinese novel The Genius Fundamental Law (天才基本法), specifically a scene where math prodigies duel through a Nim Game, showcasing a clash of intuition and raw talent. As educators, we believe math should not be a "privilege of the gifted." Games are the only medium where ordinary people can share the joy of math on the same stage as geniuses. By "de-giftifying" the learning process, we lower the barrier to knowledge, turning elite intuition into accessible, standardized tools for all.

What it does

The adventure consists of four progressive modules designed to build "Logical Muscle Memory":

  1. The Decimal Lighthouse: A tactile introduction to bit-weighting and binary representation.
  2. The Nim Duel: A strategic arena inspired by The Genius Fundamental Law, visualizing XOR logic as a weapon of game theory.
  3. The Boolean Dice Lab: A high-pressure environment where players internalize logic symbols ($\land, \lor, \oplus$) through rapid-fire interaction.
  4. Feng's Boolean Game (Finale): An original strategic conquest game where players battle a Minimax AI, transforming the board through logical operations.

How we built it & The Gemini Integration

Instead of a simple "tutor," we integrated Gemini 3.0 Pro as an Algorithmic Epistemologist.

  • Beyond Question & Answer: Gemini doesn't just give hints; it mirrors the player's cognitive state. It analyzes the logical trajectory of their mistakes to facilitate "Aha!" moments through precisely calibrated conceptual prompts.
  • Procedural Narrative: Gemini generates customized logic riddles embedded in a "Magic Scroll" UI, ensuring the narrative scales with the player’s evolving proficiency.

Our Philosophy

We are proud to have created a system where standardized logic replaces raw intuition. Our project proves that with the right gamified scaffolds, the "genius-level" insights of Boolean algebra can become a universal language.

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