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| |A_to_D = 0-1 [BB(V) + CV(L)] & 0-1 [CA(V) + CLT] & 4+ [CL + DD] (?) '''or''' random if no criteria for B or D are met | | |A_to_D = 0-1 [BB(V) + CV(L)] & 0-1 [CA(V) + CLT] & 4+ [CL + DD] (?) '''or''' random if no criteria for B or D are met |
| |B_to_C = 6 [BB + CV + CA(V)] (?) '''or''' 4+ [BB(V) + CV(L)] (?) | | |B_to_C = 6 [BB + CV + CA(V)] (?) '''or''' 4+ [BB(V) + CV(L)] (?) |
− | |B_to_D = criteria for C or F not met | + | |B_to_D = Criteria for C or F not met |
| |B_to_F = 0-1 BB & 0-2 [BB + CV(L)] | | |B_to_F = 0-1 BB & 0-2 [BB + CV(L)] |
− | |D_to_E = criteria for G not met | + | |D_to_E = Criteria for G not met |
| |D_to_G = 3+ DD & 4+ [CL + DD] & 0 [BB(V) + CV(L)] | | |D_to_G = 3+ DD & 4+ [CL + DD] & 0 [BB(V) + CV(L)] |
| |E_to_H = Always | | |E_to_H = Always |
− | |F_to_E = criteria for H or I not met | + | |F_to_E = Criteria for H or I not met |
| |F_to_H = BB ≤ 1 & CV(L) ≤ 1 & DD ≥ 2 '''and''' LoS F33(C<sub>n</sub>=3) < 43 | | |F_to_H = BB ≤ 1 & CV(L) ≤ 1 & DD ≥ 2 '''and''' LoS F33(C<sub>n</sub>=3) < 43 |
| |F_to_I = BB ≤ 1 & CV(L) ≤ 1 & DD ≥ 2 '''and''' LoS F33(C<sub>n</sub>=3) > 43 | | |F_to_I = BB ≤ 1 & CV(L) ≤ 1 & DD ≥ 2 '''and''' LoS F33(C<sub>n</sub>=3) > 43 |
− | |G_to_J = random or guaranteed if LoS to K not met, boundary unknown | + | |G_to_J = Random or guaranteed if LoS to K not met, boundary unknown |
| |G_to_K = LoS F33(C<sub>n</sub>=3) > 40 | | |G_to_K = LoS F33(C<sub>n</sub>=3) > 40 |
− | |H_to_J = random or guaranteed if LoS to K not met, boundary unknown | + | |H_to_J = Random or guaranteed if LoS to K not met, boundary unknown |
| |H_to_K = LoS F33(C<sub>n</sub>=3) > 40 | | |H_to_K = LoS F33(C<sub>n</sub>=3) > 40 |
| }} | | }} |