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fixed 5-1 branching rule
|id = 5-1
|id = 5-1
|0 -> A/storm, B =
|0 -> A/storm, B =
* Meet '''ANY''' of the following '''FORCE''' A
** (F)BB(V)+CV(B) ≥ 4
** (F)BB(V)+CV(B/L) ≥ 5
* Meet '''ALL''' of the following requirements to go to B:
* Meet '''ALL''' of the following requirements to go to B:
** Amount of DD ≥ 2
** Amount of DD ≥ 2
** Amount of (F)BB(V)+CV(L/B) ≤ 2
** Amount of (F)BB(V)+CV(L/B) ≤ 2
** CA(V) ≥ 4 '''AND''' fleet contains CL
** CA(V) ≥ 2 '''AND''' CL = 1
* Otherwise, random routing.
* Otherwise, random routing.
** If fleet contains CA(V) or CV(L/B), you more likely to go to A
** If fleet contains 3 (F)BB(V), 1 CL and 2 DD, you more likely to go to B
|B -> C/resource =
|B -> C/resource =
** No CV(B)
** No CV(B)
** Amount of (F)BB(V) ≤ 2
** Amount of (F)BB(V) ≤ 2
** Amount of CVL ≤ 1
|B -> E = * Do not meet the requirements to go to C.
|B -> E = * Do not meet the requirements to go to C.
|F -> G, H/resource, J =
|F -> G, H/resource, J =
* Meet '''ALL''' of the following requirements to go to J:
* Meet ANY of the following to go to G
** Fleet contains CL
** SS(V) >= 2 (Overrides J and H node branching)
** Amount of DD ≥ 2
** DD <= 1
* Meeting '''ANY''' of the following '''FORCES''' you to H:
* Meeting '''ANY''' of the following '''FORCES''' you to H:
** No DD, CL or SS(V)?
** No DD, CL
** Amount of (F)BB(V)+CVL ≥ 3
** Amount of (F)BB(V)+CVL ≥ 3
* Otherwise, random routing between G and J.
* Meet '''ALL''' of the following requirements to go to J:
** Fleet contains CL and DD ≥ 2
** Amount of DD ≥ 4
** '''Fastest''' Fleet
* Otherwise, random routing between G and J (if fleet contains DD = 3, higher chance of routing to J).
* Random routing if (F)BB(V)+CV(L/B) ≥ 3 ('''Overrides''' J node branching)
|G -> I/empty, J =
|G -> I/empty, J =