42,827
edits
Changes
mLine 242:
Line 242: − + Line 248:
Line 248: − For an '''Allied Fleet's ship''' defending against Enemy planes:+ − + − − + − For an '''Enemy Fleet's ship''' defending against Allied planes: − <math>\text{Prop}= \left \lfloor \frac{\left \lfloor \text{AdjAA}_\text{enemy ship} \times \text{AA Resist}_\text{ship} \right \rfloor}{400} \times \text{Plane}_\text{Count} \right \rfloor</math>+ − + − Where:+ + + + + + + + + + + + + + + + + + + + + + + + − * <math>\text{AdjAA}</math> are the previously calculated '''Adjusted AA values'''. − * <math>\text{Plane}_\text{Count}</math> is the current number of attacking planes. − * <math>\text{Mod}_\text{CF}</math> is the [[Combined Fleet]] modifier. − ** '''1''' for Single Fleets, − ** '''0.72''' if the ship is in CF's main fleet, − ** '''0.48''' if the ship is in the CF's escort fleet. − * <math>\text{AA Resist}_\text{ship}</math> is the attacking plane's '''Ship AA Resist'''.+ − * <math>\text{AA Resist}_\text{fleet}</math> is the attacking plane's '''Fleet AA Resist'''.+ +
→Proportional and Fixed shootdowns
==Proportional and Fixed shootdowns==
==Proportional and Fixed shootdowns==
With the Adjusted AA values calculated, it's now possible to determine the shootdown for each ship. The same ship may defend against multiple bombers at once. For each bomber, a ship defends against, it will roll an independent activation of both Prop and Fixed and then decrease the slot by the resulting values.
With the Adjusted AA values calculated, it's now possible to determine the shootdown for each ship. The same ship may defend against multiple bombers at once. For each bomber, a ship defends against, it will roll an independent activation of both "Prop" and "Fixed" and then decrease the slot by the resulting values.
{|class="wikitable mw-collapsible mw-collapsed" width="100%"
{|class="wikitable mw-collapsible mw-collapsed" width="100%"
|-
|-
|
|
'''Allied Fleet's ship''':
<math>\text{Prop}= \left \lfloor \frac{\text{AdjAA}_\text{ship} \times \text{Mod}_\text{CF}}{400} \times \text{Plane}_\text{Count} \right \rfloor
*<math>\text{Prop}= \Bigg\lfloor \frac{\text{AdjAA}_\text{ship} \times \text{Plane}_\text{Count} \times random[0 ; 1]}{400} + \text{AACI}_\text{cst1} \times \text{AAR}_\text{ship} \Bigg\rfloor</math>
</math>
<math>\text{Fixed}= \left \lfloor \frac{ \left( \text{AdjAA}_\text{ship} + \left \lfloor \text{AdjAA}_\text{fleet} \right \rfloor \right) \times \text{Mod}_\text{CF} \times \text{K}_\text{value}}{10} \right \rfloor</math>
*<math>\text{Fixed}= \Bigg\lfloor \frac{ ( \text{AdjAA}_\text{enemy ship} + \text{AdjAA}_\text{enemy fleet} ) \times \text{Mod}_\text{CF} \times \text{AACI}_\text{cst3} }{10} +\text{AACI}_\text{cst2} \Bigg\rfloor</math>
'''Enemy Fleet's ship''':
<math>\text{Fixed}= \left \lfloor \frac{ \left \lfloor \text{AdjAA}_\text{enemy ship} \times \text{AA Resist}_\text{ship} + \text{AdjAA}_\text{enemy fleet} \times \text{AA Resist}_\text{fleet} \right \rfloor}{10.6} \right \rfloor</math>
*<math>\text{Prop}= \Bigg\lfloor \frac{\text{AdjAA}_\text{enemy ship} \times \text{Plane}_\text{Count} \times random[0 ; 1]}{400} + \text{AACI}_\text{cst1} \times \text{AAR}_\text{ship} \Bigg\rfloor</math>
*<math>\text{Fixed}= \Bigg\lfloor \frac{ ( \text{AdjAA}_\text{enemy ship} + \text{AdjAA}_\text{enemy fleet} ) \times \text{Mod}_\text{CF} \times \text{AACI}_\text{cst3} \times 0.75 }{8} \times \text{AACI}_\text{cst2} \Bigg\rfloor</math>
With:
* <math>\text{AdjAA}_\text{xx}</math> the previously calculated '''[[#Adjusted Anti-Air]]'''.
* <math>\text{Plane}_\text{Count}</math> the current number of attacking planes.
* <math>\text{Mod}_\text{CF}</math> the [[Combined Fleet]] modifier, being:
** '''1''' in Single Fleets,
** '''0.8''' if the ship is in a CF's main fleet on Surface Nodes,
** '''0.72''' if the ship is in a CF's main fleet on Air Nodes,
** '''0.48''' if the ship is in a CF's escort fleet.
* <math>\text{AAR}_\text{ship} = </math> is the attacking plane's '''Ship AA Resist'''.
* <math>\text{AAR}_\text{fleet} = </math> is the attacking plane's '''Fleet AA Resist'''.
'''AACI''' the Anti Air Cut-in (AACI) multipliers:
*If no ACCI triggers:
**<math>\text{AACI}_\text{cst1} = 1</math>
**<math>\text{AACI}_\text{cst2} = 2</math>
**<math>\text{AACI}_\text{cst3} = 3</math>
*If an ACCI triggers:
**<math>\text{AACI}_\text{cst1} = \text{AACI}_\text{cstA}</math>
**<math>\text{AACI}_\text{cst2} = \text{AACI}_\text{cstB}</math>
**<math>\text{AACI}_\text{cst3} = \text{K}_\text{value}</math> ''see [[#Anti-Air Cut-in|bellow]].''
* <math>\text{K}_\text{value}</math> is the Anti Air Cut-in (AACI) multiplier.
* <math>\text{K}_\text{value}</math> is the Anti Air Cut-in (AACI) multiplier.
** '''1''' if no AACI triggers,
** '''1''' if no AACI triggers,
** See [[#Anti-Air Cut-in|bellow]] if an AACI triggers.
** See [[#Anti-Air Cut-in|bellow]] if an AACI triggers.
|}
|}