The "Visual Game" project is an innovative educational tool that combines computer vision and interactive gameplay to teach children mathematics while enhancing their hand-eye coordination. By analyzing real-time camera input, the system detects hand gestures, recognizing numbers formed by the player's fingers. This interactive experience transforms learning into an engaging activity, making education both fun and effective.

The game works by displaying simple math problems inside squares on the screen, which are overlaid on the live camera feed. Players answer by positioning their hand over the corresponding square and showing the number of fingers that represent the answer. If the answer is correct, the game progresses to the next question, challenging players to solve as many problems as possible before time runs out. This format encourages quick thinking, focus, and precise hand movements.

This project is particularly effective for young learners, as it combines kinesthetic and visual learning styles to reinforce mathematical concepts. The active nature of the game helps keep children engaged while subtly building their motor skills and spatial awareness. By providing immediate feedback, the game motivates players to improve their performance, making it a valuable tool for both education and entertainment.

Beyond its educational applications, the "Visual Game" showcases the potential of computer vision in creating interactive learning experiences. This approach can be adapted to other subjects or skill-building activities, offering a versatile platform for immersive and technology-driven education. It represents a step forward in integrating gamified solutions into traditional teaching methods, making learning more accessible and enjoyable.