In the case I examined, the pl fields all have '0' values (no precipitating ice class) but the other fields are filled with other finite values. While sigma_d for each hydrometer type (except for pl) has various values, sigma_d_tot == 0, which is obviously wrong.
The problem in this case definitely revolves around sigma_d_numer_tot, which is consistently == 0, although it definitely shouldn't.
In the case I examined, the pl fields all have '0' values (no precipitating ice class) but the other fields are filled with other finite values. While sigma_d for each hydrometer type (except for pl) has various values, sigma_d_tot == 0, which is obviously wrong. The problem in this case definitely revolves around sigma_d_numer_tot, which is consistently == 0, although it definitely shouldn't.