This is the code for the multi VST automatic synthesizer programming project. this software was used in the 2023 ICASSP paper Exploring Approaches to Multi-Task Automatic Synthesizer Programming.
The data folder contains scripts for generating data and encoding data to proper format
The data generation folder contains VSTs used for data generation (they only run on mac) and scripts for generating audio and viewing parameters.
The experiments folder cotains scripts for running statistical experiments using the model as seen in the paper.
To train a model, first clone this repository with
git clone https://github.com/dafaronbi/Multi-Task-Automatic-Synthesizer-Programming.git
Next, open the repository and make a directory for the data with
cd Multi\ Task\ Automatic-Synthesizer-Programming
mkdir npy_data
Download the data needed for training and testing from here and place in npy_data folder
Make new environment and install dependencies. Here we use venv but you may use conda if you wish.
python -m venv <env name>
source <env name>/bin/activate
pip install -r requirements.txt
Train one of the models
python train_multi.py
python train_single.py
python train_serum.py
python train_diva.py
python train_tyrell.py
For the multi-vst model you can change the latent space size with
python train_multi.py -l <latent_size>
For all models you can change the location of the data with
python <train_script.py> -d <data directory>
To run a model, you must have models trained and saved in the folder saved_models. If you trained all models, these will be vae_multi_<l> where <l> is the latent size, vae_single, vae_serum, vae_diva, and vae_tyrell in the saved_models folder.
To run inference, use the script
python run_inference.py
This will select a random index in the test set stored in npy_data, runs the spectrogram through the multi-decoder model, and generates audio using the ground truth parameter and the infered parameters. You can change parameters for the inference by running
python run_inference.py -md <model_dir> -dd <data_dir> -m <model> -s <sample> -l <latent_size> -sy <synth> -hp <hpss> -a
where <model_dir> is the directory for trained models (default is "saved_models),
<data_dir> is the directory for npy data used to read the test set (default is "npy_data"),
<model> is the model used for inference out of [multi, single, serum, diva, tyrell] (default is "multi"),
<sample> is the integer index of the test set to be selected (default is -1. This means a random sample will be selected),
<latent_size> is the integer size of the latent dimmension if the multi-decoder model is selected (default is 64)
<synth> selects samples only from test set examples generated from the selected synthesizer out of [all, serum, diva, tyrell] (default is all)
<hpss> selects samples only from test set examples generated with the selected harmonic percentage out of [all, 20, 40, 60, 80, 100] (default is all)
and -a means that the model will generate output of all the different decoders in the model.
Please send an email to [email protected] if you have any questions about how it works.