Revision as of 19:36, 28 September 2010

Stacking penalties

Formula

S(n) = stacking penalty for the n:th module

S(n) = 0.5^[((n-1) / 2.22292081) ^2]

or, equivalently,

S(n) = 2^(-0.20237274238855663*(n-1)^2)

n	S(n)
1	1
2	0.86912
3	0.570583
4	0.282955
5	0.105993
6	0.0299912
7	0.00641018
8	0.00103492

Specific cases

m1 = first module

m2 = second module

mn = n:th module

They must be ordered: m1 > m2 > ... > mn

value = the value of the stat being modified

Damage = (1 + m1*S(1)) * ... * (1 + mn*S(n)) * value

ROF = (1-m1*S(1)) * (1-m2*S(2)) * ... * (1-mn*S(n)) * value

Harderners:

Resistance = 1 - (1-m1*S(1)) * (1-m2*S(2)) * ... * (1-mn*S(n)) * (1 - value)

Harderners modifiy not the resistance, but the amount of damage let through.

@@ Line 1: / Line 1: @@
-=Stacking penalties=
+= Stacking penalties  =
-==Formula==
-S(n) = stacking penalty for the n:th module<br/>
-S(n) = 0.5^[((n-1) / 2.22292081) ^2]<br/>
-or, equivalently,<br/>
-S(n) = 2^(-0.20237274238855663*(n-1)^2)<br/>
-n S(n)<br/>
+== Formula  ==
-1<br/>
-0.86912<br/>
-0.570583<br/>
-0.282955<br/>
-0.105993<br/>
-0.0299912<br/>
-0.00641018<br/>
-0.00103492<br/>
-==Specific cases==
+S(n) = stacking penalty for the n:th module<br>
-m1 = first module<br/>
-m2 = second module<br/>
-mn = n:th module<br/>
-They must be ordered: m1 > m2 > ... > mn<br/>
-value = the value of the stat being modified<br/>
-Damage = (1 + m1*S(1)) * ... * (1 + mn*S(n)) * value<br/>
+ S(n) = 0.5^[((n-1) / 2.22292081) ^2]
+ or, equivalently,
+ S(n) = 2^(-0.20237274238855663*(n-1)^2)
-ROF = (1-m1*S(1)) * (1-m2*S(2)) * ... * (1-mn*S(n)) * value<br/>
+{| width="200" border="1" cellpadding="1" cellspacing="1"
+|-
+| n
+| S(n)
+|-
+| 1
+| 1
+|-
+| 2
+| 0.86912<br>
+|-
+| 3
+| 0.570583<br>
+|-
+| 4
+| 0.282955<br>
+|-
+| 5
+| 0.105993<br>
+|-
+| 6
+| 0.0299912<br>
+|-
+| 7
+| 0.00641018<br>
+|-
+| 8
+| 0.00103492<br>
+|}
-Harderners:<br/>
+<br>
-Resistance = 1 - (1-m1*S(1)) * (1-m2*S(2)) * ... * (1-mn*S(n)) * (1 - value)<br/>
-Harderners modifiy not the resistance, but the amount of damage let through.<br/>
+<br>
+== Specific cases  ==
+m1 = first module<br>
+ m2 = second module
+ mn = n:th module
+ They must be ordered: m1 &gt; m2 &gt; ... &gt; mn
+ value = the value of the stat being modified
+Damage = (1 + m1*S(1)) * ... * (1 + mn*S(n)) * value<br>
+<br>
+ ROF = (1-m1*S(1)) * (1-m2*S(2)) * ... * (1-mn*S(n)) * value<br>
+<br>
+ Harderners:<br>
+ Resistance = 1 - (1-m1*S(1)) * (1-m2*S(2)) * ... * (1-mn*S(n)) * (1 - value)
+ Harderners modifiy not the resistance, but the amount of damage let through.