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Line 215:
Line 215: − *If <math>\text{Plane}_\text{Count} = 0</math>:+ − **<math>\text{ASW}_\text{Adj} = 0</math>+ − + − *If <math>\text{Plane}_\text{Count} = 1</math>:+ − **<math>\text{ASW}_\text{Adj} = \big\lfloor \text{ASW}_\text{Base} \times 0.65 \big\rfloor</math>+ − + − *If <math>\text{Plane}_\text{Count} ⩾ 2</math>:+ − **<math>\text{ASW}_\text{Adj} = \big\lfloor \text{ASW}_\text{Base} \times \big( 0.65 + 0.1 \times \sqrt{ \text{Plane}_\text{Count} - 2} \big) \big\rfloor</math>+ + + + + − + − +
→Adjusted ASW
Those formulas work for calculating the adjusted ASW for aircraft with [[Proficiency]] level of '''0'''<ref>https://twitter.com/Xe_UCH/status/1273838678201085953?s=20</ref>.
Those formulas work for calculating the adjusted ASW for aircraft with [[Proficiency]] level of '''0'''<ref>https://twitter.com/Xe_UCH/status/1273838678201085953?s=20</ref>.
{|style="padding:10px; margin:20px; border:1px solid orange; border-radius:10px"
|valign="center"| <math>\begin{cases}
\text{Plane}_\text{Count} = 0 &
\text{ASW}_\text{Adj} = 0
\\
\text{Plane}_\text{Count} = 1 &
\text{ASW}_\text{Adj} = \big\lfloor \text{ASW}_\text{Base} \times 0.65 \big\rfloor
\\
\text{Plane}_\text{Count} ⩾ 2 &
\text{ASW}_\text{Adj} = \big\lfloor \text{ASW}_\text{Base} \times \big( 0.65 + 0.1 \times \sqrt{ \text{Plane}_\text{Count} - 2} \big) \big\rfloor
\end{cases}</math>
|}
;With:
;With:
*<math>\text{ASW}_\text{Adj}</math> the adjust ASW {{ASW}} stat of the aircraft,
*<math>\text{ASW}_\text{Adj}</math> the adjust '''ASW'''' {{ASW}} stat of the aircraft,
*<math>\text{ASW}_\text{Base}</math> the base ASW {{ASW}} stat of the aircraft,
*<math>\text{ASW}_\text{Base}</math> the base '''ASW''' {{ASW}} stat of the aircraft,
*<math>\text{Plane}_\text{Count}</math> the count of aircraft in a given slot
*<math>\text{Plane}_\text{Count}</math> the count of aircraft in a given slot
*<math>\text{Mod}_\text{Proficiency}</math> the [[Proficiency]] of the aircraft.
*<math>\text{Mod}_\text{Proficiency}</math> the [[Proficiency]] of the aircraft.