Ships & Modules

Remote Repair Falloff Formula
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Evolution Northern Coalition. 147
Midori Tsu Evolution Northern Coalition. Likes received: 147	#1 - 2016-01-29 06:41:17 UTC I've been looking around for the formula to calculate the effectiveness of remote repair modules at range. Need it to make some graphs. I haven't had much success in finding one, does anyone have it or can point me in the right direction?

Zansha Expansion 1,739
elitatwo Zansha Expansion Likes received: 1,739	#2 - 2016-01-29 08:16:04 UTC I would try this on SiSi and have a corpmate be your "victim" for trying this out in optimal and the end of falloff and 2x falloff. Eve Minions is recruiting. This is the law of ship progression! Aura sound-clips: Aura forever

10,020
Paranoid Loyd Likes received: 10,020	#3 - 2016-01-29 14:51:50 UTC They already provided graphs in the thread, are those not good enough? Did you try asking for the formula there? "There is only one authority in this game, and that my friend is violence. The supreme authority upon which all other authority is derived." ISD Max Trix Fix the Prospect!

Midori Tsu

Evolution

Northern Coalition.

Likes received: 147

#4 - 2016-01-29 15:01:08 UTC

elitatwo wrote:

I would try this on SiSi and have a corpmate be your "victim" for trying this out in optimal and the end of falloff and 2x falloff.

Doesn't give me a graph

Paranoid Loyd wrote:

They already provided graphs in the thread, are those not good enough? Did you try asking for the formula there?

No, they aren't good enough, they don't show unbonused reps. I highly doubt a dev will see my post at this point.

Tide Way Out Productions 3,040
Zhilia Mann Tide Way Out Productions Likes received: 3,040	#5 - 2016-01-29 18:31:53 UTC 3 Looks like they just used the chance to hit formula and converted it to % effectiveness. Compare charts here versus what the chance-to-hit formula gives here. Since, yes, they appear identical, we can conclude that: $$Effectiveness = 0.5^{(max(0,\frac{range-optimal}{falloff}))^2}$$


Midori Tsu Evolution Northern Coalition. Likes received: 147	#6 - 2016-01-29 21:53:30 UTC Zhilia Mann wrote: Looks like they just used the chance to hit formula and converted it to % effectiveness. Compare charts here versus what the chance-to-hit formula gives here. Since, yes, they appear identical, we can conclude that: $$Effectiveness = 0.5^{(max(0,\frac{range-optimal}{falloff}))^2}$$ Thanks!