− | determinism = \sum_{e \in E, c \in C}{P(e,c) det(e,c)}, ~~ \text{where} ~~ det(e,c) = 1 - \frac{\log_2{\frac{1}{suff(e,c)}}}{\log_2{N}} \\ | + | determinism &= \sum_{e \in E, c \in C}{P(e,c) det(e,c)}, ~~ \text{where} ~~ det(e,c) &= 1 - \frac{\log_2{\frac{1}{suff(e,c)}}}{\log_2{N}} \\ |
− | degeneracy = \sum_{e \in E}{P(e|c) deg(e)}, ~~ \text{where} ~~ deg(e) = 1 - \frac{\log_2{\frac{1}{1 - nec'(e)}}}{\log_2{N}} | + | degeneracy &= \sum_{e \in E}{P(e|c) deg(e)}, ~~ \text{where} ~~ deg(e) &= 1 - \frac{\log_2{\frac{1}{1 - nec'(e)}}}{\log_2{N}} |