update audio_with_noise
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@ -82,6 +82,8 @@ class AudioWithNoiseDataset(Dataset):
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self.sampling_rate = self.underlying_dataset.sampling_rate
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self.use_gpu_for_reverb_compute = opt_get(opt, ['use_gpu_for_reverb_compute'], True)
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self.openair_kernels = None
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self.current_item_fetch = 0
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self.fetch_error_count = 0
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def load_openair_kernels(self):
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if self.use_gpu_for_reverb_compute and self.openair_kernels is None:
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@ -91,6 +93,10 @@ class AudioWithNoiseDataset(Dataset):
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self.openair_kernels.append(load_rir(oa, self.underlying_dataset.sampling_rate, self.underlying_dataset.sampling_rate*2).cuda())
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def __getitem__(self, item):
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if self.current_item_fetch != item:
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self.current_item_fetch = item
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self.fetch_error_count = 0
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# Load on the fly to prevent GPU memory sharing across process errors.
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self.load_openair_kernels()
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@ -107,7 +113,7 @@ class AudioWithNoiseDataset(Dataset):
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clip = clip * clipvol
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label = random.randint(0, 4) # Current excludes GSM corruption.
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label = 3
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#label = 3
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if label > 0 and label < 4: # 0 is basically "leave it alone"
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aug_needed = True
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augvol = (random.random() * (self.max_volume-self.min_volume) + self.min_volume)
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@ -137,7 +143,7 @@ class AudioWithNoiseDataset(Dataset):
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clip = torch.cat([clip, aug], dim=1)
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# Restore some meta-parameters.
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padding_room = dlen - clip.shape[-1]
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out['clip_lengths'] = clip.shape[-1]
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out['clip_lengths'] = torch.tensor(clip.shape[-1])
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aug_needed = False
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if aug_needed:
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aug = load_audio(augpath, self.underlying_dataset.sampling_rate)
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@ -169,9 +175,11 @@ class AudioWithNoiseDataset(Dataset):
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# Apply the GSM codec to simulate cellular phone audio.
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clip = torchaudio.functional.apply_codec(clip, self.underlying_dataset.sampling_rate, format="gsm")
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except:
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#print(f"Exception encountered processing {item}, re-trying because this is often just a failed aug.")
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#print(sys.exc_info())
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if self.fetch_error_count > 10:
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print(f"Exception encountered processing {item}, re-trying because this is often just a failed aug.")
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print(sys.exc_info())
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#raise # Uncomment to surface exceptions.
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self.fetch_error_count += 1
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return self[item]
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clip.clip_(-1, 1)
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@ -193,27 +201,29 @@ if __name__ == '__main__':
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params = {
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'mode': 'unsupervised_audio_with_noise',
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'path': ['y:/clips/books1'],
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'cache_path': 'E:\\audio\\remote-cache4.pth',
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'cache_path': 'D:\\data\\clips_for_noise_classifier.pth',
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'sampling_rate': 22050,
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'pad_to_samples': 400000,
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'do_augmentation': False,
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'phase': 'train',
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'n_workers': 0,
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'batch_size': 4,
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'extra_samples': 4,
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'n_workers': 4,
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'batch_size': 256,
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'extra_samples': 0,
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'env_noise_paths': ['E:\\audio\\UrbanSound\\filtered', 'E:\\audio\\UrbanSound\\MSSND'],
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'env_noise_cache': 'E:\\audio\\UrbanSound\\cache.pth',
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'music_paths': ['E:\\audio\\music\\FMA\\fma_large', 'E:\\audio\\music\\maestro\\maestro-v3.0.0'],
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'music_cache': 'E:\\audio\\music\\cache.pth',
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'openair_path': 'D:\\data\\audio\\openair\\resampled'
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'openair_path': 'D:\\data\\audio\\openair\\resampled',
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'use_gpu_for_reverb_compute': False,
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}
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from data import create_dataset, create_dataloader, util
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ds = create_dataset(params)
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dl = create_dataloader(ds, params)
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dl = create_dataloader(ds, params, pin_memory=False)
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i = 0
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for b in tqdm(dl):
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for b_ in range(b['clip'].shape[0]):
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torchaudio.save(f'{i}_clip_{b_}_{b["label"][b_].item()}.wav', b['clip'][b_][:, :b['clip_lengths'][b_]], ds.sampling_rate)
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#torchaudio.save(f'{i}_clip_{b_}_{b["label"][b_].item()}.wav', b['clip'][b_][:, :b['clip_lengths'][b_]], ds.sampling_rate)
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#torchaudio.save(f'{i}_clip_{b_}_aug.wav', b['aug'][b_], ds.sampling_rate)
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print(f'{i} aug path: {b["augpath"][b_]} aug volume: {b["augvol"][b_]} clip volume: {b["clipvol"][b_]}')
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i += 1
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