@@ -209,8 +209,8 @@ def calculate_moving_avg(label_df, confidence_label, window_size):
209209# trained on real data.
210210#
211211# For example, the following classifiers are trained on Neuropixels data from 11 mice recorded in
212- # V1,SC and ALM: https://huggingface.co/AnoushkaJain3/noise_neural_classifier / and
213- # https://huggingface.co/AnoushkaJain3/sua_mua_classifier/ . One will classify units into
212+ # V1,SC and ALM: https://huggingface.co/SpikeInterface/UnitRefine_noise_neural_classifier / and
213+ # https://huggingface.co/SpikeInterface/UnitRefine_sua_mua_classifier/ . One will classify units into
214214# `noise` or `not-noise` and the other will classify the `not-noise` units into single
215215# unit activity (sua) units and multi-unit activity (mua) units.
216216#
@@ -221,8 +221,8 @@ def calculate_moving_avg(label_df, confidence_label, window_size):
221221
222222# Apply the noise/not-noise model
223223noise_neuron_labels = sc .auto_label_units (
224- sorting_analyzer = sorting_analyzer ,
225- repo_id = "AnoushkaJain3/noise_neural_classifier " ,
224+ sorting_analyzer = sorting_analyzer ,
225+ repo_id = "SpikeInterface/UnitRefine_noise_neural_classifier " ,
226226 trust_model = True ,
227227)
228228
@@ -231,8 +231,8 @@ def calculate_moving_avg(label_df, confidence_label, window_size):
231231
232232# Apply the sua/mua model
233233sua_mua_labels = sc .auto_label_units (
234- sorting_analyzer = analyzer_neural ,
235- repo_id = "AnoushkaJain3/sua_mua_classifier " ,
234+ sorting_analyzer = analyzer_neural ,
235+ repo_id = "SpikeInterface/UnitRefine_sua_mua_classifier " ,
236236 trust_model = True ,
237237)
238238
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