Algorithm info: 'becruily_mel_band_roformer_deux': InferenceModel(
checkpoint=HuggingFaceFile(repo_id='becruily/mel-band-roformer-deux', filename='becruily_deux.ckpt'),
modelConfiguration=HuggingFaceFile(repo_id='hunterhogan/hunterFormsBS', filename='config_deux_becruily.py'),
modelLogic=hunterFormsBS.BandSplitRotator,
),
'bs_polarformer': InferenceModel(
checkpoint=HuggingFaceFile(repo_id='hunterhogan/bs_polarformer', filename='model_bs_polarformer_float16.ckpt'),
modelConfiguration=HuggingFaceFile(repo_id='hunterhogan/bs_polarformer', filename='bs_polarformer.py'),
modelLogic=hunterFormsBS.BandSplitRotator,
),
'pcunwa_bs_roformer_voc_hyperacev2': InferenceModel(
checkpoint=HuggingFaceFile(repo_id='pcunwa/BS-Roformer-HyperACE', filename='v2_voc/bs_roformer_voc_hyperacev2.ckpt'),
modelConfiguration=HuggingFaceFile(repo_id='hunterhogan/hunterFormsBS', filename='bs_roformer_voc_hyperacev2.py'),
modelLogic=hunterFormsBS.BandSplitRotator,
),
All three checkpoints used the same class, BandSplitRotator, from:
https://github.com/hunterhogan/hunterFormsBS or https://pypi.org/project/hunterFormsBS/
stereo sequences --111111
[0, 1, 2, 4, 7, 9, 13, 23]
STFT windowing function: Z0Z_tools.halfsineTensor https://github.com/hunterhogan/Z0Z_tools or https://pypi.org/project/Z0Z-tools/
(In other entries, "halfwave" was my codename for the halfsine windowing function.)
N24k8
x @=power
Hunter Hogan
Metrics:
Metric sdr for instrum: 10.6234
Metric si_sdr for instrum: 10.3345
Metric l1_freq for instrum: 39.9690
Metric log_wmse for instrum: 12.8372
Metric aura_stft for instrum: 11.9366
Metric aura_mrstft for instrum: 14.1576
Metric bleedless for instrum: 25.6574
Metric fullness for instrum: 33.4130
Metric sdr for vocals: 10.9196
Metric si_sdr for vocals: 10.5283
Metric l1_freq for vocals: 38.9088
Metric log_wmse for vocals: 12.8372
Metric aura_stft for vocals: 8.4561
Metric aura_mrstft for vocals: 9.7440
Metric bleedless for vocals: 20.8840
Metric fullness for vocals: 23.6937
Date added: 2026-05-21 |
