Neurobooth-os is a python package to initialize, synchronize and record behavioral and physiological data streams from wearables, D-/RGB cameras, eye tracker, ECG, mouse and microphone in a booth.
We recommend the Anaconda Python distribution. To install neurobooth-os, simply do:
$ pip install -e git+https://github.com/neurobooth/neurobooth-os.git#egg=neurobooth_os
and it will install neurobooth-os along with the dependencies which are not already installed.
To check if everything worked fine, you can do:
$ python -c 'import neurobooth_os'
and it should not give any error messages.
Install Pylink running:
$ pip install --index-url=https://pypi.sr-support.com sr-research-pylink
It requires a postgreSQL database running on a server. Connection is established with the function neurobooth_os.iout.metadator.get_conn(). Currently, as specified in ~/.neurobooth_os_secrets the local IP is 192.168.100.1, and remotely it connects to neurodoor.nmr.mgh.harvard.edu using the private key in '~/.ssh/id_rsa'.
To setup a private key, first activate the VPN (partner's virtual private network), then run in the terminal:
$ ssh-keygen $ ssh-copy-id [email protected]
Next, set up secrets and configuration files. In a python session, run:
$ import neurobooth_os.secrets_info $ import neurobooth_os.config
This will generate ~/.neurobooth_os_secrets and ~/.neurobooth_os_config. Edit them with your info and path to folders.
The program runs on 3 different computers and the starting point is
gui.py. The computers are:
- CTR (control) computer: This computer hosts the GUI and relays commands
to the other computers to start recording from the Neurobooth devices and presenting stimuli. The lab recorder software is on this computer.
- STM (stimulus) computer: This computer runs the tasks using
psychopy. - ACQ (acquisition) computer: This computer acquires data.
Each computer has a server that listens for communication from the other computers in the form of string messages. CTR and STM computer communicate with the database.