Wyrm is a Brain Computer Interface (BCI) toolbox written in Python. Wyrm is suitable for running on-line BCI experiments as well as off-line analysis of EEG data.
Working with EEG (electroencephalography) data is hard, and this little library aims to make it easier. EEGrunt consists of a collection of functions for reading EEG data from CSV files, converting and filtering it in various ways, and finally generating pretty and informative visualizations.
Stream 12-channel EEG data from MW75 Neuro headphones with WebSocket, CSV, and LSL output support.
How to use the FeedbackController
The main features of bbci/pyff are: Python Toolboxes.
Open-source alternatives to bbci/pyff include: bbci/mushu — Mushu. bbci/wyrm — Wyrm is a Brain Computer Interface (BCI) toolbox written in Python. Wyrm is suitable for running on-line BCI… curiositry/eegrunt — Working with EEG (electroencephalography) data is hard, and this little library aims to make it easier. EEGrunt… eegsynth/eegsynth — The EEGsynth is a Python codebase released under the GNU general public license that provides a real-time interface… lmbooth/pybci — A Python package to create real-time Brain Computer Interfaces (BCI's). Data synchronisation and pipelining handled by… arctop/mw75-streamer — Stream 12-channel EEG data from MW75 Neuro headphones with WebSocket, CSV, and LSL output support.