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User:Cassiel Seraphim/Sandbox3: Difference between revisions

From EVE University Wiki
Line 193: Line 193:
{| class="wikitable" style="font-size:90%; text-align:left; padding:0px; border-collapse:collapse;"
{| class="wikitable" style="font-size:90%; text-align:left; padding:0px; border-collapse:collapse;"
|-  
|-  
! style="background:#222222;" | Slots
! style="background-color:#222222;" | Slots
! style="background:#222222;" | Weighted resists<small> <ref>This variant is mostly suited for [[Incursion sites#Vanguard sites|vanguard]] and [[Incursion sites#Assault sites|assault sites]] where the threat of neuting is small and the incoming damage is slightly skewed towards more torpedoes, thus kinetic and explosive resists are slightly more important.
! style="background-color:#222222;" | Weighted resists
 
! style="background-color:#222222;" | Balanced resists
The anti-EM rig ensures that in the case of being completely neuted out, you still have at least some EM-resists even if both invulnerability fields gets shut down.</ref></small>
! style="background-color:#222222;" | Offense focused
! style="background:#222222;" | Balanced resists<small> <ref>For sites where heavy neuting is common, like in [[Incursion sites#Headquarter sites|headquarter]] and [[Incursion sites#Mothership sites|mothership sites]], a more balanced setup might be favoured. The damage control module also adds some additional buffer to your armour and structure in case the higher alpha punches through your shields before reps land.
 
The combination of the anti-thermal rig and EM amplifier allows for a high, balanced, resist profile even when completely neuted out.</ref></small>
|- valign="top"
|- valign="top"
| nowrap style="text-align:center; background:#111111;" | [[image:icon mid slot.png|24px]]
| nowrap style="text-align:center; background:#111111;" | [[image:icon mid slot.png|24px]]
| nowrap style="vertical-align:middle;" | [[Image:icon_hardener_adaptive_deadspace.png|24px|Pithum C-Type Adaptive Invulnerability Field]] Pithum C-Type Adaptive Invulnerability Field<br>
| nowrap style="vertical-align:middle;" | [[Image:icon_hardener_adaptive_deadspace.png|24px|Pithum C-Type Adaptive Invulnerability Field]] Pithum C-Type Adaptive Invuln ...<br>
[[Image:icon_hardener_adaptive_ii.png|24px|Adaptive Invulnerability Field II]] Adaptive Invulnerability Field II<br>
[[Image:icon_hardener_adaptive_ii.png|24px|Adaptive Invulnerability Field II]] Adaptive Invulnerability Field II<br>
[[image:icon mid slot.png|24px]] Freed up mid slot
[[image:icon mid slot.png|24px]] Freed up mid slot
| nowrap style="vertical-align:middle;" | [[Image:icon_hardener_adaptive_deadspace.png|24px|Pithum C-Type Adaptive Invulnerability Field]] Pithum C-Type Adaptive Invulnerability Field<br>
| nowrap style="vertical-align:middle;" | [[Image:icon_hardener_adaptive_deadspace.png|24px|Pithum C-Type Adaptive Invulnerability Field]] Pithum C-Type Adaptive Invuln ...<br>
[[image:Module icon em ward amplifier tech2.png|24px|EM Ward Amplifier II]] EM Ward Amplifier II<br>
[[image:Module icon em ward amplifier tech2.png|24px|EM Ward Amplifier II]] EM Ward Amplifier II<br>
[[image:icon mid slot.png|24px]] Freed up mid slot
| nowrap style="vertical-align:middle;" | [[Image:icon_hardener_adaptive_deadspace.png|24px|Pithum A-Type Adaptive Invulnerability Field]] Pithum A-Type Adaptive Invuln ...<br>[[image:icon mid slot.png|24px]] Freed up mid slot<br>
[[image:icon mid slot.png|24px]] Freed up mid slot
[[image:icon mid slot.png|24px]] Freed up mid slot
|- valign="top"
|- valign="top"
| nowrap style="text-align:center; background:#111111;" | [[image:icon low slot.png|24px]]
| nowrap style="text-align:center; background:#111111;" | [[image:icon low slot.png|24px]]
| nowrap | [[image:icon low slot.png|24px]] Freed up low slot
| nowrap | [[image:icon low slot.png|24px]] Freed up low slot
| nowrap | [[image:module icon damage control tech2.png|24px]] Damage Control II
| nowrap | [[image:module icon damage control tech2.png|24px]] Damage Control II
| nowrap | [[image:module icon damage control tech2.png|24px]] Damage Control II
|- valign="top"
|- valign="top"
| nowrap style="text-align:center; background:#111111;" | [[image:icon rigs.png|24px]]
| nowrap style="text-align:center; background:#111111;" | [[image:icon rigs.png|24px]]
| nowrap | [[image:module icon shield rig tech2.png|24px|Large Core Defense Field Extender II]] Core Defense Field Extender II<br>
| nowrap | [[image:module icon shield rig tech2.png|24px|Large Core Defense Field Extender II]] Core Defense Field Extender II<br>[[image:module icon shield rig tech2.png|24px|Large Anti-EM Screen Reinforcer II]] Anti-EM Screen Reinforcer II<br>[[image:icon rigs.png|24px]] Freed up rig slot
[[image:module icon shield rig tech2.png|24px|Large Anti-EM Screen Reinforcer II]] Anti-EM Screen Reinforcer II<br>
| nowrap | [[image:module icon shield rig tech2.png|24px|Large Core Defense Field Extender II]] Core Defense Field Extender II<br>[[image:module icon shield rig tech2.png|24px|Large Anti-Thermal Screen Reinforcer II]] Anti-Thermal Screen Reinforcer II<br>[[image:icon rigs.png|24px]] Freed up rig slot
[[image:icon rigs.png|24px]] Freed up rig slot
| nowrap | [[image:module icon shield rig tech1.png|24px|Large Anti-EM Screen Reinforcer I]] Anti-EM Screen Reinforcer I<br>[[image:module icon offensive rig tech2.png|24px|Large  Burst Aerator II]] Burst Aerator II<br>
| nowrap | [[image:module icon shield rig tech2.png|24px|Large Core Defense Field Extender II]] Core Defense Field Extender II<br>
[[image:icon rigs.png|24px]] {{co|grey|Unusable rig slot}}
[[image:module icon shield rig tech2.png|24px|Large Anti-Thermal Screen Reinforcer II]] Anti-Thermal Screen Reinforcer II<br>
[[image:icon rigs.png|24px]] Freed up rig slot
|- valign="top"
|- valign="top"
! style="text-align:center; background:#111111;" | Resists
! style="text-align:center; background:#111111;" | Resists
! nowrap style="background:#222222;" | [[Image:icon_resist_em.png|24px|Electromagnetic resistance]]65,8%[[Image:icon_resist_therm.png|24px|Thermal resistance]]64,9%[[Image:icon_resist_kin.png|24px|Kinetic resistance]]73,7%[[Image:icon_resist_exp.png|24px|Explosive resistance]]78,1%
! nowrap style="background:#222222;" | [[Image:icon_resist_em.png|24px|Electromagnetic resistance]]65,8%[[Image:icon_resist_therm.png|24px|Thermal resistance]]64,9%[[Image:icon_resist_kin.png|24px|Kinetic resistance]]73,7%[[Image:icon_resist_exp.png|24px|Explosive resistance]]78,1%
! nowrap style="background:#222222;" | [[Image:icon_resist_em.png|24px|Electromagnetic resistance]]69,9%[[Image:icon_resist_therm.png|24px|Thermal resistance]]71,1%[[Image:icon_resist_kin.png|24px|Kinetic resistance]]68,8%[[Image:icon_resist_exp.png|24px|Explosive resistance]]74,0%
! nowrap style="background:#222222;" | [[Image:icon_resist_em.png|24px|Electromagnetic resistance]]69,9%[[Image:icon_resist_therm.png|24px|Thermal resistance]]71,1%[[Image:icon_resist_kin.png|24px|Kinetic resistance]]68,8%[[Image:icon_resist_exp.png|24px|Explosive resistance]]74,0%
! nowrap style="background:#222222;" | [[Image:icon_resist_em.png|24px|Electromagnetic resistance]]-%[[Image:icon_resist_therm.png|24px|Thermal resistance]]-%[[Image:icon_resist_kin.png|24px|Kinetic resistance]]-%[[Image:icon_resist_exp.png|24px|Explosive resistance]]-%
|- valign="top"
|- valign="top"
! style="text-align:center; vertical-align:middle; background:#200000; padding:0px;" | [[image:icon overheating.png|24px]]
! style="text-align:center; vertical-align:middle; background:#200000; padding:0px;" | [[image:icon overheating.png|24px]]
! nowrap style="background:#200000;" | [[Image:icon_resist_em.png|24px|Electromagnetic resistance]]71,8%[[Image:icon_resist_therm.png|24px|Thermal resistance]]71,8%[[Image:icon_resist_kin.png|24px|Kinetic resistance]]78,9%[[Image:icon_resist_exp.png|24px|Explosive resistance]]82,4%
! nowrap style="background:#200000;" | [[Image:icon_resist_em.png|24px|Electromagnetic resistance]]71,8%[[Image:icon_resist_therm.png|24px|Thermal resistance]]71,8%[[Image:icon_resist_kin.png|24px|Kinetic resistance]]78,9%[[Image:icon_resist_exp.png|24px|Explosive resistance]]82,4%
! nowrap style="background:#200000;" | [[Image:icon_resist_em.png|24px|Electromagnetic resistance]]73,4%[[Image:icon_resist_therm.png|24px|Thermal resistance]]75,0%[[Image:icon_resist_kin.png|24px|Kinetic resistance]]73,1%[[Image:icon_resist_exp.png|24px|Explosive resistance]]77,6%
! nowrap style="background:#200000;" | [[Image:icon_resist_em.png|24px|Electromagnetic resistance]]73,4%[[Image:icon_resist_therm.png|24px|Thermal resistance]]75,0%[[Image:icon_resist_kin.png|24px|Kinetic resistance]]73,1%[[Image:icon_resist_exp.png|24px|Explosive resistance]]77,6%
! nowrap style="background:#200000;" | [[Image:icon_resist_em.png|24px|Electromagnetic resistance]]-%[[Image:icon_resist_therm.png|24px|Thermal resistance]]-%[[Image:icon_resist_kin.png|24px|Kinetic resistance]]-%[[Image:icon_resist_exp.png|24px|Explosive resistance]]-%
|- valign="top"
|- valign="top"
! style="text-align:center; vertical-align:middle; background:#0F0719; padding:0px;" | [[image:Icon energy neutralizer i.png|24px]]
! style="text-align:center; vertical-align:middle; background:#0F0719; padding:0px;" | [[image:Icon energy neutralizer i.png|24px]]
! nowrap style="background:#0F0719;" | [[Image:icon_resist_em.png|24px|Electromagnetic resistance]]35,0%[[Image:icon_resist_therm.png|24px|Thermal resistance]]20,0%[[Image:icon_resist_kin.png|24px|Kinetic resistance]]40,0%[[Image:icon_resist_exp.png|24px|Explosive resistance]]50,0%
! nowrap style="background:#0F0719;" | [[Image:icon_resist_em.png|24px|Electromagnetic resistance]]35,0%[[Image:icon_resist_therm.png|24px|Thermal resistance]]20,0%[[Image:icon_resist_kin.png|24px|Kinetic resistance]]40,0%[[Image:icon_resist_exp.png|24px|Explosive resistance]]50,0%
! nowrap style="background:#0F0719;" | [[Image:icon_resist_em.png|24px|Electromagnetic resistance]]46,9%[[Image:icon_resist_therm.png|24px|Thermal resistance]]48,0%[[Image:icon_resist_kin.png|24px|Kinetic resistance]]40,0%[[Image:icon_resist_exp.png|24px|Explosive resistance]]50,0%
! nowrap style="background:#0F0719;" | [[Image:icon_resist_em.png|24px|Electromagnetic resistance]]46,9%[[Image:icon_resist_therm.png|24px|Thermal resistance]]48,0%[[Image:icon_resist_kin.png|24px|Kinetic resistance]]40,0%[[Image:icon_resist_exp.png|24px|Explosive resistance]]50,0%
! nowrap style="background:#0F0719;" | [[Image:icon_resist_em.png|24px|Electromagnetic resistance]]-%[[Image:icon_resist_therm.png|24px|Thermal resistance]]-%[[Image:icon_resist_kin.png|24px|Kinetic resistance]]-%[[Image:icon_resist_exp.png|24px|Explosive resistance]]-%
|}
|}
<small><references/></small>
<small><references/></small>
; Weighted resists
: This variant is mostly suited for [[Incursion sites#Vanguard sites|vanguard]] and [[Incursion sites#Assault sites|assault sites]] where the threat of neuting is small and the incoming damage is slightly skewed towards more torpedoes, thus kinetic and explosive resists are slightly more important. The anti-EM rig ensures that in the case of being completely neuted out, you still have at least some EM-resists even if both invulnerability fields gets shut down. Buffing the tank for this kind of setup usually involves using a second deadspace hardener.
; Balanced resists
: For sites where heavy neuting is common, like in [[Incursion sites#Headquarter sites|headquarter]] and [[Incursion sites#Mothership sites|mothership sites]], a more balanced setup might be favoured. The damage control module also adds some additional buffer to your armour and structure in case the higher alpha punches through your shields before reps land. The combination of the anti-thermal rig and EM amplifier allows for a high, balanced, resist profile even when completely neuted out. Buffing the tank is as simple as adding a second invulnerability field.
; Offense focused
: ...


=== Strategic cruiser setups ===
=== Strategic cruiser setups ===