What the result actually measures
GameMath converts horizontal Minecraft Overworld/Nether coordinates, calculates frame time and theoretical pointer samples per frame, scales normalized observed deadzone to a chosen in-game maximum and estimates physical touch-target size from screen density.
Measurement boundary: Each panel has a narrow mathematical scope. Portal linking, perceived latency, game response curves and real touch comfort include behavior that the arithmetic cannot predict.
How to interpret the output
Scoped output
Every result names its unit and model so it cannot be mistaken for an unrelated game setting.
Input validation
Impossible, missing or unsafe ranges are refused instead of coerced into a plausible-looking number.
Follow-up
Each panel links the calculation to the test needed before acting on it.
Troubleshooting unexpected results
A game scale is different
Enter the actual maximum shown by the current game and verify whether the setting is radial, axial or another model.
Portal does not link as expected
The calculator supplies horizontal planning coordinates only; terrain, nearby portals and game behavior still affect linking.
Frequently asked questions
Why combine several calculators?
They share a transparent unit-first workflow while remaining visibly separated so one model is never applied to another problem.
Can the frame calculator measure input lag?
No. It calculates time budgets and theoretical samples, not end-to-end latency.
Does deadzone scaling know my game?
No. You provide the visible scale; first confirm the game’s deadzone shape and current range.
