Truth Table Checkers Game - Project Summary Overview I developed a comprehensive educational game that combines traditional checkers gameplay with discrete mathematics truth table practice. The game transforms learning logical operators into an engaging, interactive experience.

Core Features Implemented Game Mechanics:

Single-player checkers vs AI opponent Move validation requiring truth table problem solving 30-second timer per challenge Scoring system (+2 correct, +5 captures, -1 skips) Educational Components:

Logical Operators: AND (∧), OR (∨), NOT (¬), IMPLIES (→), BICONDITIONAL (↔) Implication Variants: P→Q, P→¬Q, ¬P→Q, ¬P→¬Q (as taught in discrete math courses) Complex Expressions: Multi-operator combinations like (P ∧ Q) ∨ (¬P ∧ ¬Q) Detailed Explanations: Rule-based feedback citing conjunction, disjunction, negation, implication, and biconditional principles Technical Implementation:

Responsive HTML/CSS/JavaScript architecture Green color scheme matching user preferences Proper truth table formatting with correct operator symbols Error handling and data validation Dynamic challenge generation Files Created index.html

• Game structure and UI styles.css
• Visual styling and responsive design script.js
• Game logic, truth table evaluation, and AI opponent Educational Value The game successfully bridges the gap between theoretical discrete math concepts and practical application, making truth table practice engaging through gamification while maintaining academic rigor.

Developed with help by Claude AI Assistant for discrete mathematics education