def stream(address, sources):
muselsl.stream(
address,
backend=BACKEND,
ppg_enabled="PPG" in sources,
acc_enabled="ACC" in sources,
gyro_enabled="GYRO" in sources,
)
"""
Starting a Stream
This example shows how to search for available Muses and
create a new stream
"""
from muselsl import stream, list_muses
if __name__ == "__main__":
muses = list_muses()
stream('00:55:da:b3:d8:4c')
if not muses:
print('No Muses found')
else:
print("found muse ", muses[0]['address'])
stream(muses[0]['address'])
# Note: Streaming is synchronous, so code here will not execute until the stream has been closed
print('Stream has ended')
from muselsl import stream, list_muses
muses = list_muses()
#Discover available muse devices via bluetooth
if not muses:
#If none found
print('No Muses found')
#Print message to user
else:
try:
stream(muses[0]['address'])
#Begin streaming data for first device found
except KeyboardInterrupt:
#If user exits
print('Stream has ended')
#Print message then terminate
def _stream(address):
stream(address, ppg_enabled=True, acc_enabled=True, gyro_enabled=True)
# Note: Streaming is synchronous, so code here will not execute until after the stream has been closed
print("Stream has ended")
""" OPEN AND CONNECT TO STREAM """
# open stream with Muse
print ('Connecting to Muse Headband...')
muses = list_muses()
if not muses:
print ('No Muses found')
else:
stream(muses[0]['adress_here'])
streams = resolve_byprop('type', 'EEG', timeout = 2)
# set stream to inlet, correct time
inlet = StreamInlet(streams[0], max_chunklen=12)
eeg_time_correction = inlet.time_correction()
# get stream info and description
stream_info = inlet.info()
stream_desc = inlet.desc()
# get sampling frequency
freq = int(stream_info.nominal_srate())
""" INITIALIZE PARAMETERS """