Skip to content

Latest commit

 

History

History
282 lines (192 loc) · 10.5 KB

Preparing-datasets.md

File metadata and controls

282 lines (192 loc) · 10.5 KB
Raw

Instructions for preparing datasets

The followings describe steps to download and prepare all the datasets.

WARNING: Downloading all datasets requires a long time. You can get only for what you need.

First, create a downloads folder to store files and folders for datasets in this example.

mkdir downloads

AudioSet20K and AudioSet (2M)

As the AudioSet samples become disappearing, we create the CSV metadata files for AudioSet20K and AudioSet, while corresponding to the samples present within your environment.

To prepare audio files, please follow these steps:

  • Download AudioSet samples in the .wav format.
  • Convert the sampling rate of the downloaded files to your desired rate.
  • Arrange the acquired files in the appropriate subfolders, namely balanced_train_segments, eval_segments, or unbalanced_train_segments, located under the "work/16k/as" folder. It should be noted that "16k" denotes a sampling rate of 16k Hz, and should be replaced with your rate accordingly.

To create CSV metadata files, please follow these steps:

cd evar
python evar/utils/make_as_metadata.py work/16k/as
cd ..

The make_as_metadata.py will create evar/metadata/as20k.csv, evar/metadata/as.csv, and evar/metadata/weight_as.csv. Please note that "16k" denotes a sampling rate of 16k Hz and should be replaced with your rate accordingly.

CREMA-D

The followings will download to downloads/cremad.

python evar/utils/download_cremad.py downloads/cremad

The followings will get resampled copies ready.

python prepare_wav.py downloads/cremad work/16k/cremad 16000
python prepare_wav.py downloads/cremad work/22k/cremad 22000
python prepare_wav.py downloads/cremad work/32k/cremad 32000
python prepare_wav.py downloads/cremad work/44k/cremad 44100
python prepare_wav.py downloads/cremad work/48k/cremad 48000

We provide the metadata as evar/metadata/cremad.csv by default for reproducibility purposes.

ESC-50

The followings will create a folder downloads/esc50.

cd downloads
wget https://github.com/karoldvl/ESC-50/archive/master.zip
unzip master.zip
mv ESC-50-master esc50
cd ..

The followings will get resampled copies ready.

python prepare_wav.py downloads/esc50 work/16k/esc50 16000
python prepare_wav.py downloads/esc50 work/22k/esc50 22000
python prepare_wav.py downloads/esc50 work/32k/esc50 32000
python prepare_wav.py downloads/esc50 work/44k/esc50 44100
python prepare_wav.py downloads/esc50 work/48k/esc50 48000

The following creates metadata/esc50.csv:

python evar/utils/make_metadata.py esc50 /your/esc50

FSD50K

Download from https://zenodo.org/record/4060432 and unzip files. If we have FSD50K files under a folder downloads/fsd50k, the followings will get resampled copies ready.

python prepare_wav.py downloads/fsd50k work/16k/fsd50k 16000
python prepare_wav.py downloads/fsd50k work/22k/fsd50k 22000
python prepare_wav.py downloads/fsd50k work/32k/fsd50k 32000
python prepare_wav.py downloads/fsd50k work/44k/fsd50k 44100
python prepare_wav.py downloads/fsd50k work/48k/fsd50k 48000

The following creates metadata/fsd50k.csv:

python evar/utils/make_metadata.py fsd50k /your/fsd50k

GTZAN

The followings will create a folder downloads/gtzan.

cd downloads
wget http://opihi.cs.uvic.ca/sound/genres.tar.gz 
tar xf genres.tar.gz
mv genres gtzan
cd ..

The followings will get resampled copies ready.

python prepare_wav.py downloads/gtzan work/16k/gtzan 16000
python prepare_wav.py downloads/gtzan work/22k/gtzan 22000
python prepare_wav.py downloads/gtzan work/32k/gtzan 32000
python prepare_wav.py downloads/gtzan work/44k/gtzan 44100
python prepare_wav.py downloads/gtzan work/48k/gtzan 48000

The following creates metadata/gtzan.csv:

python evar/utils/make_metadata.py gtzan /your/gtzan

NSynth

Download NSynth dataset and uncompress files.

mkdir nsynth
(cd nsynth && tar xf /path/to/nsynth-test.jsonwav.tar.gz)
(cd nsynth && tar xf /path/to/nsynth-valid.jsonwav.tar.gz)
(cd nsynth && tar xf /path/to/nsynth-train.jsonwav.tar.gz)

If we have NSynth files under a folder downloads/nsynth, the followings will get resampled copies ready.

python prepare_wav.py downloads/nsynth work/16k/nsynth 16000
python prepare_wav.py downloads/nsynth work/22k/nsynth 22000
python prepare_wav.py downloads/nsynth work/32k/nsynth 32000
python prepare_wav.py downloads/nsynth work/44k/nsynth 44100
python prepare_wav.py downloads/nsynth work/48k/nsynth 48000

The following creates metadata/nsynth.csv:

python evar/utils/make_metadata.py nsynth /your/nsynth

SPCV1/V2

Download Speech commands datasets and uncompress files.

mkdir spcv2
(cd spcv2 && tar xf /path/to/speech_commands_v0.02.tar.gz)

If we have files under folder downloads/spcv1 and downloads/spcv2, the followings will get resampled copies ready.

python prepare_wav.py downloads/spcv1 work/16k/spcv1 16000
python prepare_wav.py downloads/spcv1 work/22k/spcv1 22000
python prepare_wav.py downloads/spcv1 work/32k/spcv1 32000
python prepare_wav.py downloads/spcv1 work/44k/spcv1 44100
python prepare_wav.py downloads/spcv1 work/48k/spcv1 48000

python prepare_wav.py downloads/spcv2 work/16k/spcv2 16000
python prepare_wav.py downloads/spcv2 work/22k/spcv2 22000
python prepare_wav.py downloads/spcv2 work/32k/spcv2 32000
python prepare_wav.py downloads/spcv2 work/44k/spcv2 44100
python prepare_wav.py downloads/spcv2 work/48k/spcv2 48000

The following creates metadata/spcvX.csv:

python evar/utils/make_metadata.py spcv2 /your/spcv2
python evar/utils/make_metadata.py spcv1 /your/spcv1

Pitch Audio Dataset (Surge synthesizer)

Download Surge dataset from https://zenodo.org/record/4677097 and uncompress files. If we have files under a folder downloads/surge, the followings will get resampled copies ready.

python prepare_wav.py downloads/surge work/16k/surge 16000 --suffix .ogg
python prepare_wav.py downloads/surge work/22k/surge 22000 --suffix .ogg
python prepare_wav.py downloads/surge work/32k/surge 32000 --suffix .ogg
python prepare_wav.py downloads/surge work/44k/surge 44100 --suffix .ogg
python prepare_wav.py downloads/surge work/48k/surge 48000 --suffix .ogg

The following creates metadata/surge.csv:

python evar/utils/make_metadata.py surge downloads/surge

UrbanSound8K

Download Surge dataset from UrbanSound8K and uncompress files.

tar xf /path/to/UrbanSound8K.tgz
mv UrbanSound8K us8k

If we have files under a folder downloads/us8k, the followings will get resampled copies ready.

python prepare_wav.py downloads/us8k work/16k/us8k 16000
python prepare_wav.py downloads/us8k work/22k/us8k 22000
python prepare_wav.py downloads/us8k work/32k/us8k 32000
python prepare_wav.py downloads/us8k work/44k/us8k 44100
python prepare_wav.py downloads/us8k work/48k/us8k 48000

The following creates metadata/us8k.csv:

python evar/utils/make_metadata.py us8k /your/us8k

VoxCeleb1

Download Surge dataset from The VoxCeleb1 Dataset and uncompress files.

tar xf /path/to/VoxCeleb1/VoxCeleb1.tgz
mv VoxCeleb1\ Dataset vc1
(cd vc1 && unzip /path/to/VoxCeleb1/vox1_test_wav.zip)

If we have files under a folder downloads/vc1, the followings will get resampled copies ready.

python prepare_wav.py downloads/vc1 work/16k/vc1 16000
python prepare_wav.py downloads/vc1 work/22k/vc1 22000
python prepare_wav.py downloads/vc1 work/32k/vc1 32000
python prepare_wav.py downloads/vc1 work/44k/vc1 44100
python prepare_wav.py downloads/vc1 work/48k/vc1 48000

The following creates metadata/vc1.csv:

python evar/utils/make_metadata.py vc1

VoxForge

The followings will download to downloads/voxforge.

python evar/utils/download_voxforge.py downloads/voxforge

The followings will get resampled copies ready.

python prepare_wav.py downloads/voxforge work/16k/voxforge 16000
python prepare_wav.py downloads/voxforge work/22k/voxforge 22000
python prepare_wav.py downloads/voxforge work/32k/voxforge 32000
python prepare_wav.py downloads/voxforge work/44k/voxforge 44100
python prepare_wav.py downloads/voxforge work/48k/voxforge 48000

We provide the metadata as evar/metadata/voxforge.csv by default for reproducibility purposes.

Example command lines

Once all the original datasets are ready in the $FROM folder, the following command lines will convert the sampling rate of files and store them in the $TO folder.

For 16 kHz

export FROM=/hdd/datasets/evar_original
export TO=/lab/evar_work_new/16k
export SR=16000
python prepare_wav.py $FROM/cremad $TO/cremad $SR
python prepare_wav.py $FROM/esc50 $TO/esc50 $SR
python prepare_wav.py $FROM/gtzan $TO/gtzan $SR
python prepare_wav.py $FROM/nsynth $TO/nsynth $SR
python prepare_wav.py $FROM/spcv1 $TO/spcv1 $SR
python prepare_wav.py $FROM/spcv2 $TO/spcv2 $SR
python prepare_wav.py $FROM/surge $TO/surge $SR --suffix .ogg
python prepare_wav.py $FROM/us8k $TO/us8k $SR
python prepare_wav.py $FROM/vc1 $TO/vc1 $SR
python prepare_wav.py $FROM/voxforge $TO/voxforge $SR
python prepare_wav.py $FROM/fsd50k $TO/fsd50k $SR

For 32 kHz

export FROM=/hdd/datasets/evar_original
export TO=/biglab/evar_work_new/32k
export SR=32000
python prepare_wav.py $FROM/cremad $TO/cremad $SR
python prepare_wav.py $FROM/esc50 $TO/esc50 $SR
python prepare_wav.py $FROM/gtzan $TO/gtzan $SR
python prepare_wav.py $FROM/nsynth $TO/nsynth $SR
python prepare_wav.py $FROM/spcv1 $TO/spcv1 $SR
python prepare_wav.py $FROM/spcv2 $TO/spcv2 $SR
python prepare_wav.py $FROM/surge $TO/surge $SR --suffix .ogg
python prepare_wav.py $FROM/us8k $TO/us8k $SR
python prepare_wav.py $FROM/vc1 $TO/vc1 $SR
python prepare_wav.py $FROM/voxforge $TO/voxforge $SR
python prepare_wav.py $FROM/fsd50k $TO/fsd50k $SR

Zero-shot evaluation data

The zero-shot evaluation uses the original data files from the tasks. Store (or make symbolic links) the folders of the original data under a folder work/original as follows:

work/original/AudioSet
work/original/ESC-50-master
work/original/UrbanSound8K
work/original/cremad
work/original/fsd50k
work/original/gtzan
work/original/nsynth

For AudioSet, download the class definition CSV.

wget http://storage.googleapis.com/us_audioset/youtube_corpus/v1/csv/class_labels_indices.csv

(end of document)