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MusER

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This is the official implementation of MusER (AAAI'24).

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# MusER
This is the official implementation of **MusER (AAAI'24)**, which employs musical element-based regularization in the latent space to disentangle distinct musical elements, investigate their roles in distinguishing emotions, and further manipulate elements to alter musical emotions.
- [Paper link](https://arxiv.org/abs/2312.10307)
- Check our [demo page](https://tayjsl97.github.io/demos/aaai) and listen!

## Requirements
The dependency packages can be found in `requirements.txt` file. One can use `pip install -r requirements.txt` to configure the environment. We use `python 3.8` under `Ubuntu 20.04.6 LTS` to run the experiments. We highly recommend using the conda environment for deployment.

## Running the experiments
1.First, train the `MusER`, use the following command:
```{sh}
python MusER.py --data_path ./data/co-representation/emopia_data.npz --dataset emopia --model_path your_model_saving_path --log_path your_log_path 
```
Explanations on the parameters:

`data_path`: training data path.

`dataset`: which dataset to train, choices include `emopia` and `ailabs` and should be consistent with data_path.

2.Then, run the VQ_explore.py to get VQ_dict.data (store codebook discrete indexes that are actually used during training) for training prior model and to visulize the latent space:
```{sh}
python VQ_explore.py --data_path ./data/co-representation/emopia_data.npz --VQ_VAE MusER_TRANS_CA_GE_emopia --plot_flag True 
```
Explanations on the parameters:

`VQ-VAE`: the name of the trained VQ-VAE model, such as `MusER_TRANS_CA_GE_emopia`.

`plot_flag`: whether to plot latent space visualization map, boolean variable.

3.Next, train the conditional autoregressive prior model:
```{sh}
python Prior_train.py --data_path ./data/co-representation/emopia_data.npz --dataset emopia --VQ_VAE MusER_TRANS_CA_GE_emopia --model_path your_prior_model_saving_path --log_path your_log_path 
```

4.Finally, generate music using your trained MusER and Prior model:
```{sh}
python generate.py --VQ_prior Prior_TRANS_CA_ER_emopia --VQ_VAE MusER_TRANS_CA_GE_emopia --music_file your_music_file_name 
```
Explanations on the parameters:

`VQ_prior`: the name of the trained prior model, such as `Prior_TRANS_CA_GE_emopia`.

`VQ-VAE`: the name of the trained VQ-VAE model, such as `MusER_TRANS_CA_GE_emopia`.

`music_file`: the name of the file that stores music generated by `VQ-VAE` and `VQ_prior`.

The trained checkpoints for our model are available here: [checkpoints](https://huggingface.co/TaylorJi/MusER)

## Reference
If you find the code useful for your research, please consider citing
```bib
@inproceedings{ji2024muser,
  title={MusER: Musical Element-Based Regularization for Generating Symbolic Music with Emotion},
  author={Ji, Shulei and Yang, Xinyu},
  booktitle={Proceedings of the AAAI Conference on Artificial Intelligence},
  volume={38},
  number={11},
  pages={12821--12829},
  year={2024}
}
```

MusER

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