Jiggle Balls 2.1.2

This application provides a virtual environment that simulates the physical behavior of bouncing balls, offering a visually engaging experience. Users can interact with the simulation by tapping the screen to introduce new balls, which then fall under gravity with realistic motion. Device rotation causes the balls to tumble dynamically, while flicking them results in airborne trajectories, accompanied by accompanying bouncing sounds that enhance the tactile feel.

Jiggle Balls employs an advanced physics engine designed to mimic real-world forces, allowing users to observe how objects respond to different movements and interactions. This feature can be utilized in various contexts, such as a calming distraction during transit by placing the device on a center console or on the go on buses and trains. The simulation also responds to accelerating and braking maneuvers, providing a playful approximation of physics in motion—although users should remain attentive to their surroundings when used in active environments.

The application offers customizable visual settings, enabling alterations in ball color schemes and gravitational parameters. Users can experiment with zero gravity scenarios or exaggerated gravity effects for entertainment or educational purposes. Furthermore, options to modify ball mass, background images from personal photo libraries, and bounce intensity are included to enhance user engagement and personalization.

Designed for extended entertainment, Jiggle Balls serves both children and adults, providing hours of amusement. Its simple yet versatile interface makes it suitable for educational demonstrations or casual relaxation. The developer regularly introduces new features, ensuring ongoing interest and updated functionality.

Additional information and promotional content are available on the developer's website at www.funkyvisions.com.

Customer feedback indicates positive experiences: one reviewer noted that it kept a young child entertained during waiting times; another appreciated its simplicity and effectiveness; a third highlighted its usefulness as an educational tool for illustrating atomic behavior.