I feel as if the title does not do this post justice, after thorough research on this specific Topic I have come to no real answer with solid proof other than corp member recommending I use Pyfa, but to refrain from Ranting let me state my question and the circumstance it involves.
I have been fighting C5 combat sites for what would be roughly 1-2 years now and I have never been able to find the actual numbers on how Capacitor Warfare Resistance operates and if I could sacrifice certain modules for, as an example, dps amplifying modules. Let me state where Im at and ask the concluding question.
I Currently Am using a Vargur fit that is ample in fighting the Drifter from C5/6 Combat sites, there’s no issue with my fit other than the curiosity of it being BETTER. When it comes to my fit I’ll just paste a simple version of what I use, in some cases certain modules can be different such as an additional hardener and abyssal batteries ETC but they all would contain similar low slots:
[Vargur, Simulated Vargur Fitting]
Capacitor Flux Coil II
Capacitor Flux Coil II
Capacitor Flux Coil II
Republic Fleet Gyrostabilizer
Republic Fleet Gyrostabilizer
Gist X-Type X-Large Shield Booster
Gistum A-Type Multispectrum Shield Hardener
Republic Fleet Large Cap Battery
Republic Fleet Large Cap Battery
Republic Fleet Large Cap Battery
Republic Fleet Large Cap Battery
800mm Repeating Cannon II
800mm Repeating Cannon II
Bastion Module I
800mm Repeating Cannon II
800mm Repeating Cannon II
Imperial Navy Large EMP Smartbomb
Imperial Navy Large EMP Smartbomb
Corpus B-Type Heavy Energy Nosferatu
Large Capacitor Control Circuit II
Large Capacitor Control Circuit II
Here are the Pyfa results on what the Regen Delta is on my Vargur (Optimal Regen)
Here are the Pyfa Results on the same fit but 1 Flux Coil is removed
Cap Delta:
+143 Gj/s
-49.9 Gj/s
Effective Excessive gain:
+213 Gj/s
So in conclusion this fit above is safe to fight the Drifter and would handle it nicely, but to my own demise I can’t help but argue there is room for DPS on this fit. My corp member explain to me by simply removing 1 of the three Cap flux coils from the low slot and instead using a gyro for more dps, that the fit would just not be able to withstand the neut pressure from the drifter (Exactly 200gj Per/S). Now this is where my cap warfare question comes into play.
According to Stacking penalties - EVE University Wiki my 4 Cap batteries on this fit should total to something over 73 percent of Capacitor Warfare Resistance. So In technicalities if there is NO other factors and that resistance only lets through 27 percent of 200gj/s neut power from the drifter… why would it not make sense that I only have to account for like 60ish something Gj/s neut drain and be sound minded about using my Gyro???
So please someone with sources or knowledge on this topic. Please explain to me whether or not this fit can sacrifice a single flux coil and, if so, could it also sacrifice more. Am I missing a percentages for warfare resistance penalties? maybe the flux coils count as 5, 6, 7th penalty modules for the batteries ETC. I just don’t understand how I only having 140ish gj/s (213gj/s without any of my mods running) and that not be sufficient.
I apologize if this post might be a long jumbly question but I really just need to know how I could make sure I won’t get neut’d out by the drifter with the usage of cap warfare resistance multipliers added into the mix, I feel having raw regen may not be the only way to avoid being capped out.
DISCLAIMER I AM ALSO NOT ASSUMING THE POSITION OF MY CORP MEMBERS IS CORRECT, IT MAY BE VERY WELL IN FACT I WAS JUST FED FALSE INFORMATION ON THE MECHANIC OF THIS DRIFTER BUT I HAVE BEEN NEUT’D TO DEATH BEFORE AND JUST FEAR LOSING MY VARGUR BECAUSE OF THIS LITTLE HUNGER FOR DPS