experimentstats.py¶
- class ExpSimStats(mean=None, std=None, max=None, min=None, med=None, q25=None, q75=None, mad=None)[source]¶
Bases:
objectDataclass holding summary statistics for a series of simulated experiments produced using the experiment simulator. All summary statistics are calculated over the ‘experiments’ dimension of the measurements array so the arrays of statistics have the shape=(n_sensors,n_field_comps, n_time_steps).
- mean¶
Mean of each sensors measurement for the given field component and time step as an array with shape=(n_sensors,n_field_comps,n_time_steps).
- std¶
Standard deviation of the sensor measurements for the given field component and time step as an array with shape=(n_sensors,n_field_comps, n_time_steps)
- max¶
Maximum of the sensor measurements for the given field component and time step as an array with shape=(n_sensors,n_field_comps,n_time_steps)
- min¶
Minmum of the sensor measurements for the given field component and time step as an array with shape=(n_sensors,n_field_comps,n_time_steps)
- med¶
Median of the sensor measurements for the given field component and time step as an array with shape=(n_sensors,n_field_comps,n_time_steps)
- __init__(mean=None, std=None, max=None, min=None, med=None, q25=None, q75=None, mad=None)¶
- q25¶
Lower 25% quantile of the sensor measurements for the given field component and time step as an array with shape=(n_sensors,n_field_comps, n_time_steps)
- q75¶
Upper 75% quantile of the sensor measurements for the given field component and time step as an array with shape=(n_sensors,n_field_comps, n_time_steps)
- mad¶
Median absolute deviation of the sensor measurements for the given field component and time step as an array with shape=(n_sensors,n_field_comps, n_time_steps)