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value - the value of the stat being modified<br/> | value - the value of the stat being modified<br/> | ||
Damage increase | Damage increase modifies = (1 + m1*S(1)) * ... * (1 + mn*S(n)) * value<br/> | ||
(1+m1*S(1)) * ... * (1+mn*S(n)) * value<br/> | |||
ROF | ROF modifier = (1-m1*S(1)) * (1-m2*S(2)) * ... * (1-mn*S(n)) * value<br/> | ||
(1-m1*S(1)) * (1-m2*S(2)) * ... * (1-mn*S(n)) * value<br/> | |||
Harderners:<br/> | Harderners:<br/> | ||
1 - (1-m1*S(1)) * (1-m2*S(2)) * ... * (1-mn*S(n)) * (1 - value)<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/> | Harderners modifiy not the resistance, but the amount of damage let through.<br/> | ||
Revision as of 19:22, 28 September 2010
Stacking penalties
Formula
m1 = first module
m2 = second module
mn = n:th module
They must be ordered: m1 > m2 > ... > mn
S(n) = stacking penalty for n:th module
S(n) = 0.5^[((n-1) / 2.22292081) ^2]
or, equivalently,
S(n) = 2^(-0.20237274238855663*(n-1)^2)
Specific cases
value - the value of the stat being modified
Damage increase modifies = (1 + m1*S(1)) * ... * (1 + mn*S(n)) * value
ROF modifier = (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.
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