@@ -259,9 +259,6 @@ def run_pnn(config: Optional[dict] = None) -> nn.Module: # uq: bool = False
259259 config : Optional[dict], optional
260260 Configuration dictionary for model training, by default None.
261261
262- uq : bool
263- Whether to use aleatoric uncertainty estimation, by default
264-
265262 Returns
266263 -------
267264 nn.Module
@@ -274,33 +271,6 @@ def run_pnn(config: Optional[dict] = None) -> nn.Module: # uq: bool = False
274271 logger = LOGGER ,
275272 )
276273
277- # if uq:
278- # dataloaders = get_dataloader(config, device=DEVICE, logger=LOGGER)
279- # preds, labels, alea_vars = predict(
280- # best_model, dataloaders["test"], device=DEVICE
281- # )
282- # # Then comes the predict metrics part
283- # metrics, plots, uct_logger = evaluate_predictions(
284- # config, preds, labels, alea_vars, "pnn", LOGGER
285- # )
286- # # RECALIBRATION # Get Calibration / Validation Set
287- # preds_val, labels_val, alea_vars_val = predict(
288- # best_model, dataloaders["val"], device=DEVICE
289- # )
290- # iso_recal_model = recalibrate_model(
291- # preds_val,
292- # labels_val,
293- # alea_vars_val,
294- # preds,
295- # labels,
296- # alea_vars,
297- # config=config,
298- # uct_logger=uct_logger,
299- # )
300- # uct_logger.wandb_log()
301- # wandb.finish()
302- # return best_model, iso_recal_model, metrics, plots
303-
304274 return best_model
305275
306276
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