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→Stage Guide
|C/empty -> B, D, E =
|C/empty -> B, D, E =
* Meeting '''ANY''' of the following requirements forces you to B:
* Meeting '''ANY''' of the following requirements forces you to B:
** Amount of (CV(L/B) ≥ 3
** Amount of CV(L/B) ≥ 3
** Amount of BBV ≥ 2
** Amount of BBV ≥ 2
** Fleet contains AO
** Fleet contains AO, but no SS(V).
* Go to E if fleet contains AV/AS.
*More likely to go to E if fleet contains SS(V)
* Random routing between B and E if fleet contains both BBV and AV/AS.
* Random routing between B and D if fleet contains BBV.
* Random routing between B and D if fleet contains BBV.
* Random routing between B and E if fleet contains both BBV and AV/AS.
* Go to E if fleet contains AV/AS
* Otherwise, random routing between D and E.
* Otherwise, random routing between D and E.
|E -> F/resource, G, K =
|E -> F/resource, G, K =
* Meet '''ALL''' of the following requirements to go to F:
*Go to F if DE >= 2
* Go to G if amount of CV(L/B)+(F)BB(V) ≥ 4
* Go to G if amount of CV(L/B)+(F)BB(V) ≥ 4
*Random routing between G and K if fleet contains any CV(L/B)+(F)BB(V)
*Go to K if fleet contains CL and DD >= 2 ('''All fast''')
*Random routing between F and K if DD+DE >= 2
* Otherwise, random routing between G and K.
* Otherwise, random routing between G and K.
|G -> H/empty =
|G -> H/empty, K =
*Meet '''ANY''' of the following to go to H
**Fleet contains CV(L/B)
* Meet '''ALL''' of the following requirements (low sample, random routing might be possible):
**SS(V) >= 3
** Fleet contains DD
*Otherwise, random routing
** Fleet must contains (F)BB(V?)
|H/empty -> I/empty, J/resource, K =
|H/empty -> I/empty, J/resource, K =
* Meet '''ALL''' of the following requirements to go to K:
*Random between I and K if fleet contains
** Amount of (F)BB(V) ≤ 1
**(F)BB(V)+CV(L/B) >= 4
**SS(V) >= 3
** Amount of CLT ≤ 1
*Otherwise, node K?
* Otherwise, random routing between I and K.
}}
}}
{{AirControlSystem
{{AirControlSystem
| Map = 2-2
| Map = 2-2