| Line 61: |
Line 61: |
| | |B -> C = * Does not meet the requirements to go to D | | |B -> C = * Does not meet the requirements to go to D |
| | |B -> D = * Meet '''ALL''' of the following requirements: | | |B -> D = * Meet '''ALL''' of the following requirements: |
| | + | ** Amount of CV(B) ≤ 1 |
| | + | *** If amount of CV(B) = 1, then amount of DD ≥ 3 |
| | + | ** Amount of CVL ≤ 2 |
| | + | *** If amount of CVL = 2, then amount of DD ≥ 3 |
| | ** Amount of BB ≤ 1 | | ** Amount of BB ≤ 1 |
| | ** Amount of CA(V) ≤ 2 | | ** Amount of CA(V) ≤ 2 |
| | ** Amount of CL ≥ 1 | | ** Amount of CL ≥ 1 |
| | ** Amount of DD ≥ 2 | | ** Amount of DD ≥ 2 |
| − | *** If CV(B) ≥ 1, then amount of DD ≥ 3
| |
| − | *** If CVL ≥ 2, then amount of DD ≥ 3
| |
| | * Otherwise, fleet is Fast+ | | * Otherwise, fleet is Fast+ |
| | |D -> E = * Does not meet the requirements to go to F | | |D -> E = * Does not meet the requirements to go to F |
| Line 82: |
Line 84: |
| | |I/empty -> M = * Pass the LoS check (Cn3 ≥ 40) | | |I/empty -> M = * Pass the LoS check (Cn3 ≥ 40) |
| | |J -> N = * Does not meet the requirements to go to O | | |J -> N = * Does not meet the requirements to go to O |
| − | |J -> O/empty = * Meet '''ANY''' of the following: | + | |J -> O/empty = * Meet '''ALL''' of the following: |
| − | ** Fleet contains 1 (F)BB(V)/CV(B/L), 2 CA(V), 1 CL, and 2 DD
| + | ** Amount of CV(B) = 0 |
| − | ** Fleet is Fast+
| + | ** Amount of CVL ≤ 2 |
| − | ** Meet '''ALL''' of the following:
| + | ** Amount of BB ≤ 1 (Ignores FBB/BBV) |
| − | *** Amount of CV(B) = 0
| + | ** Amount of (F)BB(V) + CA(V) ≤ 2 |
| − | *** Amount of CVL ≤ 2
| + | ** Amount of DD ≥ 2 |
| − | *** Amount of BB ≤ 1 (Ignores FBB/BBV)
| + | ** And meet '''ANY''' of the following: |
| − | *** Amount of (F)BB(V) + CA(V) ≤ 2
| + | *** Fleet is Fast |
| − | *** Amount of DD ≥ 2
| + | *** Amount of DD ≥ 3 |
| − | *** Meet '''ANY''' of the following: | + | * Otherwise, fleet is Fast+ |
| − | **** Amount of DD ≥ 3 | |
| − | **** Fleet is Fast | |
| | |O/empty -> P/empty,Q = * Active Branching | | |O/empty -> P/empty,Q = * Active Branching |
| | |P/empty -> R = * Does not meet the requirements to go to T | | |P/empty -> R = * Does not meet the requirements to go to T |