game-math

Idle game progression curves are balanced using exponential cost scaling formulas that define how in-game item and upgrade costs increase. This ensures a satisfying player progression curve by applying multipliers to base costs as levels increase.

Large numbers in idle game economies are managed using BigInt or specialized number formatting. This prevents number overflow and unfair scaling when production per second (G/s) calculations reach extremely high values during extended gameplay.

Offline earnings and prestige gains are calculated using dedicated mathematical formulas for soft-reset mechanics. This system tracks player production rates while away and determines prestige rewards to maintain balanced long-term progression.

Survival costs and crisis states are implemented through specific game mechanic logic that factors resource depletion, such as wood for fire, into the core economy balancing. This ensures engaging player experiences by introducing dynamic resource management challenges.

Common idle game economy anti-patterns include unfair scaling, unmanaged number overflow, and poorly tuned progression curves. Following established best practices for idle game development prevents these pitfalls and ensures balanced mathematical formulas.