Drug Price calculations

The General Formular

$P_{t o t a l} = N \times I_{I n f l a t i o n} \times (M_{I t e m P r i ce} + \sum_{i = 1}^{n} [(a + b \times e^{L_{i}} + \frac{t _{i}}{20} \cdot c) \cdot f_{i}])$

$N$ = Number of items
$I_{I n f l a t i o n}$ = The Inflation Factor (Stays at 1.0 for now)
$M_{I t e m P r i ce}$ = Item Price in the Shop
$n$ = Number of effects
$L_{i}$ = Level of effect $i$ (converted from NBT byte)
$t_{i}$ = Duration of effect $i$ in ticks
$f_{i}$ = Effect multiplier (2.0 for good effects, 1.0 for others)

General Values

$a$ = EFFECT_BASE_PRICE
$b$ = AMPLIFIER_MULTIPLIER
$c$ = DURATION_MULTIPLIER

After inserting the general values it may look like this (retrieved on November 26, 2025):

$P_{t o t a l} = N \times I_{I n f l a t i o n} \times (M_{I t e m P r i ce} + \sum_{i = 1}^{n} [(500 + 10 e^{L_{i}} + \frac{t _{i}}{20} \cdot 1) \cdot f_{i}])$

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Drug Price calculations

The General Formular

General Values

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