PyNeuro
PyNeuro is designed to connect NeuroSky's MindWave EEG device to Python and provide Callback functionality to provide data to your application in real time.
Install / Use
/learn @ZACHSTRIVES/PyNeuroREADME
PyNeuro
PyNeuro is designed to connect NeuroSky's MindWave EEG device to Python and provide Callback functionality to provide data to your application in real time. The library is tested with Mindwave Mobie2 Headset, and runs stably.
Installation
Run the following command: pip install PyNeuro
Usage
- Before you start, make sure you have downloaded Nuerosky Mindware Developer Tools and turned on Thinkgear Connecter. Please keep Thinkgear Connecter on while the program is running.
- Importing the module:
from PyNeuro.PyNeuro import PyNeuro - Initializing:
pn = PyNeuro() - After initializing, if required the callbacks can be set
- Then call
pn.connect()method, it will connect with TCP Socket server. - Then call
pn.start()method, it will be start fetching data. - To stop call
pn.close()
Obtaining Data from Mindware Mobile Headset
-
Obtaining value:
attention = pn.attention#to get value of attention_Other Variables attention, meditation, blinkStrength, delta, lowAlpha, highAlpha, lowBeta, highBeta, lowGamma, highGamma.
-
Setting callback: A call back can be associated with all the above variables so that a function is called when the variable is updated. Syntax:
pn.set_attention_callback(callback_function1) pn.set_meditation_callback(callback_function2) pn.set_blinkStrength_callback(callback_function3) pn.set_delta_callback(callback_function4) pn.set_theta_callback(callback_function5) ....You can add any number of callback functions to a variable..
Access data via callback
from PyNeuro.PyNeuro import PyNeuro
from time import sleep
pn = PyNeuro()
def attention_callback(value):
"""this function will be called everytime PyNeuro has a new value for attention"""
print ("attention: ", value)
pn.set_attention_callback("attention", attention_callback)
pn.connect()
pn.start()
Access data via object
from PyNeuro.PyNeuro import PyNeuro
from time import sleep
pn = PyNeuro()
pn.start()
while True:
if pn.theta > 70: # Access data through object
pn.close()
sleep(0.2)
Python Compatibility
- Python -v3.*
Reference
lihas/NeuroPy - A library based on native Bluetooth serial connection
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