def init(self, context):
RawEKG = context.get_channel('Channel 1', color='red', label='Raw with 50/60 Hz Noise')
RawEKG = DCBlock(RawEKG).ac
RAWOSC1 = Oscilloscope('Raw Signal', channels=[RawEKG])
RAWOSC1.autoscale = True
gridFilter = BandPass(1.0, 35.0, input=RawEKG)
EKG = gridFilter.output
EKG.color = 'green'
RAWOSC1.channels.append(EKG)
fftFilt = Spectrograph('Spectrogram', mode='waterfall')
fftFilt.freq_range = gridFilter.range
fftFilt.label = 'Frequency Spectrum'
heart = HeartAnalyzer(input=EKG)
BPM = TextBox('BPM', label='Heartbeats per minute')
BPM.input = heart.bpm
drum = MIDIDrum(port=0)
drum.trigger = heart.beat
self.RAWOSC1 = RAWOSC1
self.fftFilt = fftFilt
def init(self, context):
Cz = context.get_channel('Channel 1', color='red', label='Raw with 50/60 Hz Noise')
Cz = DCBlock(Cz).ac
Cz = BandPass(0.0, 35.0, input=Cz)
self.OSC1 = Oscilloscope('Raw Signal', channels=[BandPass(0.0, 30.0, input=Cz)])
SMR = BandPass(12, 15, input=Cz, order=6)
self.OSC2 = Oscilloscope('SMR Signal', channels=[SMR])
SMR_amplitude = RMS(SMR)
theta_ampl = RMS(BandPass(4, 8, input=Cz))
theta_ampl.output.color='red'
total_power = RMS(Cz)
self.OSC3 = Oscilloscope('SMR Amplitude', channels=[SMR_amplitude, theta_ampl])
SMR_trend = Trendline(SMR_amplitude)
total_trend = Trendline(total_power)
total_trend.output.color = 'red'
self.OSC4 = Oscilloscope('SMR Trendline', channels=[SMR_trend, total_trend])
self.bb = BinauralBeat(volume=SMR_amplitude)
self.Spec = BarSpectrogram('Cz Spectrogram', input=BandPass(0.1, 30.0, input=Cz, order=6))
def init(self, context):
Fz = context.get_channel('Channel 1', color='red', label='Raw with 50/60 Hz Noise')
Fz = DCBlock(Fz).ac
Fz = BandPass(1.0, 25.0, input=Fz)
Osci1 = Oscilloscope('Raw Signal', channels=[Fz])
Alpha = RMS(BandPass(9.0, 11.0, input=Fz))
Alpha = Normalizer(Alpha)
self.midi = MidiControl(cc={23: Alpha})
self.midi.cc[1] = Normalizer(RMS(BandPass(4, 8, input=Fz)))
#self.midi.cc[2] = Normalizer(Intensity(BandPass(15, 18, input=Fz)))
#self.midi.cc[3] = Normalizer(Intensity(BandPass(18, 21, input=Fz)))
#dom_freq = DominantFrequency(Fz).freq
#dom_freq.color = 'green'
#self.midi.cc[4] = dom_freq
Osci2 = Oscilloscope('Intensity', channels=[Alpha])
Osci2.autoscale = False
self.midi.cc[1].color = 'red'
Osci2.channels.append(self.midi.cc[1])
#fftFilt = Spectrograph('Spectrogram', mode='waterfall')
#fftFilt.freq_range = gridFilter.range
#fftFilt.label = 'Frequency Spectrum'
self.RAWOSC1 = Osci1
self.OSC2 = Osci2
#self.fftFilt = fftFilt
self.bars = BarSpectrogram('Spectrogram', input=Fz)
def init(self, context):
RawEKG = context.get_channel('Channel 1',
color='red',
label='Raw with 50/60 Hz Noise')
RawEKG = DCBlock(RawEKG).ac
RAWOSC1 = Oscilloscope('Raw Signal', channels=[RawEKG])
RAWOSC1.autoscale = True
gridFilter = BandPass(1.0, 35.0, input=RawEKG)
EKG = gridFilter.output
EKG.color = 'green'
RAWOSC1.channels.append(EKG)
fftFilt = Spectrograph('Spectrogram', mode='waterfall')
fftFilt.freq_range = gridFilter.range
fftFilt.label = 'Frequency Spectrum'
heart = HeartAnalyzer(input=EKG)
BPM = TextBox('BPM', label='Heartbeats per minute')
BPM.input = heart.bpm
drum = MIDIDrum(port=0)
drum.trigger = heart.beat
self.RAWOSC1 = RAWOSC1
self.fftFilt = fftFilt
class MultibandFlow(object):
def init(self, context):
channel1 = context.get_channel('Channel 1', color='red', label='Raw with 50/60 Hz Noise')
dcblock = DCBlock(channel1)
channel1 = BandPass(0.0, 30.0, input=dcblock.ac, order=6)
self.OSC1 = Oscilloscope('Raw Signal', channels=[channel1])
alpha = BandPass(9, 11, input=channel1)
theta = BandPass(5, 7, input=channel1)
delta = BandPass(1.5, 3, input=channel1)
lobeta = BandPass(13, 15, input=channel1)
hibeta = BandPass(15, 20, input=channel1)
alpha.output.color = 'green'
theta.output.color = 'orange'
delta.output.color = 'red'
lobeta.output.color = 'blue'
hibeta.output.color = 'cyan'
chanlist = [alpha,
theta,
delta,
lobeta, hibeta]
self.OSC2 = Oscilloscope('Band Signal', channels=chanlist)
amplitudes = [RMS(channel) for channel in chanlist]
self.OSC3 = Oscilloscope('Amplitude', channels=amplitudes)
trends = [Trendline(channel) for channel in amplitudes]
self.OSC4 = Oscilloscope('SMR Trendline', channels=trends)
self.Spec = BarSpectrogram('Spectrogram', input=channel1)
dctrend = Trendline(dcblock.dc)
self.DCOSC = Oscilloscope('DC Trend', channels=[dctrend])
def widget(self):
w = QtGui.QWidget()
layout = QtGui.QGridLayout()
w.setLayout(layout)
layout.addWidget(self.OSC1.widget(), 0, 0)
layout.addWidget(self.OSC2.widget(), 1, 0)
layout.addWidget(self.OSC3.widget(), 2, 0)
layout.addWidget(self.OSC4.widget(), 3, 0)
layout.addWidget(self.Spec.widget(), 0, 1, 3, 1)
layout.addWidget(self.DCOSC.widget(), 3, 1)
return w
class MultibandFlow(object):
def init(self, context):
channel1 = context.get_channel('Channel 1',
color='red',
label='Raw with 50/60 Hz Noise')
dcblock = DCBlock(channel1)
channel1 = BandPass(0.0, 30.0, input=dcblock.ac, order=6)
self.OSC1 = Oscilloscope('Raw Signal', channels=[channel1])
alpha = BandPass(9, 11, input=channel1)
theta = BandPass(5, 7, input=channel1)
delta = BandPass(1.5, 3, input=channel1)
lobeta = BandPass(13, 15, input=channel1)
hibeta = BandPass(15, 20, input=channel1)
alpha.output.color = 'green'
theta.output.color = 'orange'
delta.output.color = 'red'
lobeta.output.color = 'blue'
hibeta.output.color = 'cyan'
chanlist = [alpha, theta, delta, lobeta, hibeta]
self.OSC2 = Oscilloscope('Band Signal', channels=chanlist)
amplitudes = [RMS(channel) for channel in chanlist]
self.OSC3 = Oscilloscope('Amplitude', channels=amplitudes)
trends = [Trendline(channel) for channel in amplitudes]
self.OSC4 = Oscilloscope('SMR Trendline', channels=trends)
self.Spec = BarSpectrogram('Spectrogram', input=channel1)
dctrend = Trendline(dcblock.dc)
self.DCOSC = Oscilloscope('DC Trend', channels=[dctrend])
def widget(self):
w = QtGui.QWidget()
layout = QtGui.QGridLayout()
w.setLayout(layout)
layout.addWidget(self.OSC1.widget(), 0, 0)
layout.addWidget(self.OSC2.widget(), 1, 0)
layout.addWidget(self.OSC3.widget(), 2, 0)
layout.addWidget(self.OSC4.widget(), 3, 0)
layout.addWidget(self.Spec.widget(), 0, 1, 3, 1)
layout.addWidget(self.DCOSC.widget(), 3, 1)
return w
def init(self, context):
Cz = context.get_channel('Channel 1',
color='red',
label='Raw with 50/60 Hz Noise')
Cz = DCBlock(Cz).ac
Cz = BandPass(0.0, 35.0, input=Cz)
self.OSC1 = Oscilloscope('Raw Signal',
channels=[BandPass(0.0, 30.0, input=Cz)])
SMR = BandPass(12, 15, input=Cz, order=6)
self.OSC2 = Oscilloscope('SMR Signal', channels=[SMR])
SMR_amplitude = RMS(SMR)
theta_ampl = RMS(BandPass(4, 8, input=Cz))
theta_ampl.output.color = 'red'
total_power = RMS(Cz)
self.OSC3 = Oscilloscope('SMR Amplitude',
channels=[SMR_amplitude, theta_ampl])
SMR_trend = Trendline(SMR_amplitude)
total_trend = Trendline(total_power)
total_trend.output.color = 'red'
self.OSC4 = Oscilloscope('SMR Trendline',
channels=[SMR_trend, total_trend])
self.bb = BinauralBeat(volume=SMR_amplitude)
self.Spec = BarSpectrogram('Cz Spectrogram',
input=BandPass(0.1, 30.0, input=Cz,
order=6))
class SMRFlow(object):
def init(self, context):
Cz = context.get_channel('Channel 1',
color='red',
label='Raw with 50/60 Hz Noise')
Cz = DCBlock(Cz).ac
Cz = BandPass(0.0, 35.0, input=Cz)
self.OSC1 = Oscilloscope('Raw Signal',
channels=[BandPass(0.0, 30.0, input=Cz)])
SMR = BandPass(12, 15, input=Cz, order=6)
self.OSC2 = Oscilloscope('SMR Signal', channels=[SMR])
SMR_amplitude = RMS(SMR)
theta_ampl = RMS(BandPass(4, 8, input=Cz))
theta_ampl.output.color = 'red'
total_power = RMS(Cz)
self.OSC3 = Oscilloscope('SMR Amplitude',
channels=[SMR_amplitude, theta_ampl])
SMR_trend = Trendline(SMR_amplitude)
total_trend = Trendline(total_power)
total_trend.output.color = 'red'
self.OSC4 = Oscilloscope('SMR Trendline',
channels=[SMR_trend, total_trend])
self.bb = BinauralBeat(volume=SMR_amplitude)
self.Spec = BarSpectrogram('Cz Spectrogram',
input=BandPass(0.1, 30.0, input=Cz,
order=6))
def widget(self):
w = QtGui.QWidget()
layout = QtGui.QGridLayout()
w.setLayout(layout)
layout.addWidget(self.OSC1.widget(), 0, 0)
layout.addWidget(self.OSC2.widget(), 1, 0)
layout.addWidget(self.OSC3.widget(), 2, 0)
layout.addWidget(self.OSC4.widget(), 3, 0)
layout.addWidget(self.Spec.widget(), 0, 1, 4, 1)
return w
class SMRFlow(object):
def init(self, context):
Cz = context.get_channel('Channel 1', color='red', label='Raw with 50/60 Hz Noise')
Cz = DCBlock(Cz).ac
Cz = BandPass(0.0, 35.0, input=Cz)
self.OSC1 = Oscilloscope('Raw Signal', channels=[BandPass(0.0, 30.0, input=Cz)])
SMR = BandPass(12, 15, input=Cz, order=6)
self.OSC2 = Oscilloscope('SMR Signal', channels=[SMR])
SMR_amplitude = RMS(SMR)
theta_ampl = RMS(BandPass(4, 8, input=Cz))
theta_ampl.output.color='red'
total_power = RMS(Cz)
self.OSC3 = Oscilloscope('SMR Amplitude', channels=[SMR_amplitude, theta_ampl])
SMR_trend = Trendline(SMR_amplitude)
total_trend = Trendline(total_power)
total_trend.output.color = 'red'
self.OSC4 = Oscilloscope('SMR Trendline', channels=[SMR_trend, total_trend])
self.bb = BinauralBeat(volume=SMR_amplitude)
self.Spec = BarSpectrogram('Cz Spectrogram', input=BandPass(0.1, 30.0, input=Cz, order=6))
def widget(self):
w = QtGui.QWidget()
layout = QtGui.QGridLayout()
w.setLayout(layout)
layout.addWidget(self.OSC1.widget(), 0, 0)
layout.addWidget(self.OSC2.widget(), 1, 0)
layout.addWidget(self.OSC3.widget(), 2, 0)
layout.addWidget(self.OSC4.widget(), 3, 0)
layout.addWidget(self.Spec.widget(), 0, 1, 4, 1)
return w
def init(self, context):
channel1 = context.get_channel('Channel 1', color='red', label='Raw with 50/60 Hz Noise')
dcblock = DCBlock(channel1)
channel1 = BandPass(0.0, 30.0, input=dcblock.ac, order=6)
self.OSC1 = Oscilloscope('Raw Signal', channels=[channel1])
alpha = BandPass(9, 11, input=channel1)
theta = BandPass(5, 7, input=channel1)
delta = BandPass(1.5, 3, input=channel1)
lobeta = BandPass(13, 15, input=channel1)
hibeta = BandPass(15, 20, input=channel1)
alpha.output.color = 'green'
theta.output.color = 'orange'
delta.output.color = 'red'
lobeta.output.color = 'blue'
hibeta.output.color = 'cyan'
chanlist = [alpha,
theta,
delta,
lobeta, hibeta]
self.OSC2 = Oscilloscope('Band Signal', channels=chanlist)
amplitudes = [RMS(channel) for channel in chanlist]
self.OSC3 = Oscilloscope('Amplitude', channels=amplitudes)
trends = [Trendline(channel) for channel in amplitudes]
self.OSC4 = Oscilloscope('SMR Trendline', channels=trends)
self.Spec = BarSpectrogram('Spectrogram', input=channel1)
dctrend = Trendline(dcblock.dc)
self.DCOSC = Oscilloscope('DC Trend', channels=[dctrend])
def init(self, context):
channel1 = context.get_channel('Channel 1',
color='red',
label='Raw with 50/60 Hz Noise')
dcblock = DCBlock(channel1)
channel1 = BandPass(0.0, 30.0, input=dcblock.ac, order=6)
self.OSC1 = Oscilloscope('Raw Signal', channels=[channel1])
alpha = BandPass(9, 11, input=channel1)
theta = BandPass(5, 7, input=channel1)
delta = BandPass(1.5, 3, input=channel1)
lobeta = BandPass(13, 15, input=channel1)
hibeta = BandPass(15, 20, input=channel1)
alpha.output.color = 'green'
theta.output.color = 'orange'
delta.output.color = 'red'
lobeta.output.color = 'blue'
hibeta.output.color = 'cyan'
chanlist = [alpha, theta, delta, lobeta, hibeta]
self.OSC2 = Oscilloscope('Band Signal', channels=chanlist)
amplitudes = [RMS(channel) for channel in chanlist]
self.OSC3 = Oscilloscope('Amplitude', channels=amplitudes)
trends = [Trendline(channel) for channel in amplitudes]
self.OSC4 = Oscilloscope('SMR Trendline', channels=trends)
self.Spec = BarSpectrogram('Spectrogram', input=channel1)
dctrend = Trendline(dcblock.dc)
self.DCOSC = Oscilloscope('DC Trend', channels=[dctrend])
