Sphere Tally

Sphere Tally operates through a parallel score tracking engine that maintains independent left and right counters simultaneously. The system processes increment and decrement commands with zero-latency response, updating both visual displays and internal memory states in real-time. Each score modification triggers an automatic backup to the device's persistent storage layer.

The application embeds a physics-based Plinko simulation using collision detection algorithms. When you initiate a ball drop, the app calculates trajectory paths through a triangular peg matrix, applying gravity and momentum equations to determine landing positions. Each peg interaction modifies velocity vectors, creating unpredictable yet mathematically consistent results that culminate in multiplier slot assignments.

History management operates through an indexed database architecture that stores date-stamped score pairs. Every time you tap the save function, the current counter values become permanent records with timestamp metadata. The history view retrieves these entries in reverse chronological order, allowing instant recall of any previous match result without data loss across app sessions.