economy-balancer

You balance a game economy by defining resource sources, pools, transforms, gates, and sinks. Modeling these faucet-drain dynamics computes inflows and outflows to reveal steady-state conditions and diagnose inflation or starvation.

Steady-state analysis in game economy modeling identifies inflation versus starvation by comparing resource inflows and outflows. It computes the net flow across faucets and sinks to reveal whether your crafting or progression loops stabilize.

You diagnose bottlenecks in crafting or currency loops by mapping resource flows through transforms and gates. Comparing the computed inflows and outflows pinpoints exactly where resource accumulation or depletion disrupts the economy.

To design and tune a progression system, you define resource sources, pools, transforms, gates, and sinks. Simulating these faucet-drain flows tests adjustments to currency loops and produces concrete balancing recommendations.

Adjusting existing game economy systems reveals resource imbalances by remapping their sources, pools, transforms, gates, and sinks. Recomputing the faucet-drain dynamics exposes hidden inflation or starvation conditions within the current design.

To run a game economy balance analysis, you need to define your economy's resources, sources, pools, transforms, gates, and sinks. This structural definition allows the simulation to compute net flow and verify steady-state conditions.