You signed in with another tab or window. Reload to refresh your session.You signed out in another tab or window. Reload to refresh your session.You switched accounts on another tab or window. Reload to refresh your session.Dismiss alert
It would be valuable to have some mapping functionality which takes y_true, y_pred, y_score, pred_decision (output of estimator.decision_function()), x (AUC only), y (AUC only) and converts it into a standardized pandas DataFrame ("non-matrix classification metric dataframe") which could look like follows for a single estimator:
metric
accuracy_score
auc
...
jaccard_score
zero_one_loss
estimator
LogisticRegression
float or int
float
float or [float, ..., float]
float or int
... could include as well:
cohen_kappa_score (float)
dcg_score (float)
f1_score (float or [float, ..., float])
hamming_loss (float or int)
hinge_loss (float)
log_loss (float)
...
In case an estimator does not support one or several metrics the cells could contain either NaN
A dataframe containing several estimators could look like e.g.:
metric
accuracy_score
auc
...
zero_one_loss
estimator
LogisticRegression
float or int
float
float or int
RidgeClassifier
float or int
float
float or int
The text was updated successfully, but these errors were encountered:
It would be valuable to have some mapping functionality which takes
y_true
,y_pred
,y_score
,pred_decision
(output ofestimator.decision_function()
),x
(AUC
only),y
(AUC
only) and converts it into a standardized pandas DataFrame ("non-matrix classification metric dataframe") which could look like follows for a single estimator:...
could include as well:In case an estimator does not support one or several metrics the cells could contain either
NaN
A dataframe containing several estimators could look like e.g.:
The text was updated successfully, but these errors were encountered: