def DOO(self):
self.removeContent()
self.DOOcontent = Label(self.contentFrame,
text="DOO Programmable Variables").pack()
# programmable parameters inputs
self.LRLLabel = Label(self.contentFrame,
text="Lower Rate Limit (BPM)").pack()
self.LRLInput = Entry(self.contentFrame)
self.LRLInput.pack()
self.URLLabel = Label(self.contentFrame,
text="Upper Rate Limit (BPM)").pack()
self.URLInput = Entry(self.contentFrame)
self.URLInput.pack()
self.FixedAVDelayLabel = Label(self.contentFrame,
text="Fixed AV Delay (ms)").pack()
self.FixedAVDelayInput = Entry(self.contentFrame)
self.FixedAVDelayInput.pack()
self.AtrAmplitudeLabel = Label(self.contentFrame,
text="Atrial Amplitude (V)").pack()
self.AtrAmplitudeInput = Entry(self.contentFrame)
self.AtrAmplitudeInput.pack()
self.AtrPulseWidthLabel = Label(self.contentFrame,
text="Atrial Pulse Width (ms)").pack()
self.AtrPulseWidthInput = Entry(self.contentFrame)
self.AtrPulseWidthInput.pack()
self.VentAmplitudeLabel = Label(
self.contentFrame, text="Ventricular Amplitude (V)").pack()
self.VentAmplitudeInput = Entry(self.contentFrame)
self.VentAmplitudeInput.pack()
self.VentPulseWidthLabel = Label(
self.contentFrame, text="Ventricular Pulse Width (ms)").pack()
self.VentPulseWidthInput = Entry(self.contentFrame)
self.VentPulseWidthInput.pack()
#save parameters button - will have to be updated
self.write = Button(
self.optionsFrame,
text="Save Parameters",
command=lambda: parameters.writeDOO(self.LRLInput.get(
), self.URLInput.get(), self.FixedAVDelayInput.get(
), self.AtrAmplitudeInput.get(), self.AtrPulseWidthInput.get(
), self.VentAmplitudeInput.get(), self.VentPulseWidthInput.get(
))).pack() # Saves the parameters to the master file
self.back = Button(self.optionsFrame,
text="Back To Main Screen",
command=lambda: self.mainScreen()).pack()
self.textbutton = Button(self.optionsFrame,
text="Turn TxRx ON",
command=lambda: readtosend.readparameters(5),
activebackground="red").pack()
# self.textbutton2=Button(self.optionsFrame, text="Turn TxRx OFF", command = lambda: self.colorTxRx(0)).pack(side=RIGHT)
# self.addTxRxDisplay() # add the txrx setup
self.showEgram = Button(self.optionsFrame,
text="Show Egram",
command=lambda: egram.main()).pack()
def AAI(self):
self.removeContent()
self.AAIcontent = Label(self.contentFrame,
text="AAI Programmable Variables").pack()
#programmable parameters inputs
self.LRLLabel = Label(self.contentFrame,
text="Lower Rate Limit (BPM)").pack()
self.LRLInput = Entry(self.contentFrame)
self.LRLInput.pack()
self.URLLabel = Label(self.contentFrame,
text="Upper Rate Limit (BPM)").pack()
self.URLInput = Entry(self.contentFrame)
self.URLInput.pack()
self.AtrAmplitudeLabel = Label(self.contentFrame,
text="Atrial Amplitude (V)").pack()
self.AtrApmlitudeInput = Entry(self.contentFrame)
self.AtrApmlitudeInput.pack()
self.AtrPulseWidthLabel = Label(self.contentFrame,
text="Atrial Pulse Width (ms)").pack()
self.AtrPulseWidthInput = Entry(self.contentFrame)
self.AtrPulseWidthInput.pack()
self.ARP = Label(self.contentFrame,
text="Atrial Refractory Period (ms)").pack()
self.ARPInput = Entry(self.contentFrame)
self.ARPInput.pack()
self.PVARP = Label(
self.contentFrame,
text="Post Ventricular Atrial Refractory Period (ms)").pack()
self.PVARPInput = Entry(self.contentFrame)
self.PVARPInput.pack()
self.AtrSensitivitiyLabel = Label(
self.contentFrame, text="Atrial Sensitivity (V)").pack()
self.AtrSensitivityInput = Entry(self.contentFrame)
self.AtrSensitivityInput.pack()
self.write = Button(
self.optionsFrame,
text="Save Parameters",
command=lambda: parameters.writeAAI(self.LRLInput.get(
), self.URLInput.get(), self.AtrApmlitudeInput.get(
), self.AtrPulseWidthInput.get(), self.ARPInput.get(
), self.PVARPInput.get(), self.AtrSensitivityInput.get())).pack(
) # Saves the parameters to the master file
self.back = Button(self.optionsFrame,
text="Back To Main Screen",
command=lambda: self.mainScreen()).pack()
self.textbutton = Button(self.optionsFrame,
text="Turn TxRx ON",
command=lambda: readtosend.readparameters(2),
activebackground="red").pack()
# self.textbutton2=Button(self.optionsFrame, text="Turn TxRx OFF", command = lambda: self.colorTxRx(0)).pack(side=RIGHT)
# self.addTxRxDisplay() # add the txrx setup
self.showEgram = Button(self.optionsFrame,
text="Show Egram",
command=lambda: egram.main()).pack()
def AOO(self):
self.removeContent()
self.AOOcontent = Label(self.contentFrame,
text="AOO Programmable Variables").pack()
#programmable parameters inputs
self.LRLLabel = Label(self.contentFrame,
text="Lower Rate Limit (BPM)").pack()
self.LRLInput = Entry(self.contentFrame)
self.LRLInput.pack()
self.URLLabel = Label(self.contentFrame,
text="Upper Rate Limit (BPM)").pack()
self.URLInput = Entry(self.contentFrame)
self.URLInput.pack()
self.AtrAmplitudeLabel = Label(self.contentFrame,
text="Atrial Amplitude (V)").pack()
self.AtrApmlitudeInput = Entry(self.contentFrame)
self.AtrApmlitudeInput.pack()
self.AtrPulseWidthLabel = Label(self.contentFrame,
text="Atrial Pulse Width (ms)").pack()
self.AtrPulseWidthInput = Entry(self.contentFrame)
self.AtrPulseWidthInput.pack()
# call the write fuctions stored in the parameters.py module
self.write = Button(
self.optionsFrame,
text="Save Parameters",
command=lambda: parameters.
writeAOO(self.LRLInput.get(), self.URLInput.get(),
self.AtrApmlitudeInput.get(), self.AtrPulseWidthInput.get(
))).pack() # Saves the parameters to the master file
# Other menu buttons
self.back = Button(self.optionsFrame,
text="Back To Main Screen",
command=lambda: self.mainScreen()).pack()
self.textbutton = Button(self.optionsFrame,
text="Turn TxRx ON",
command=lambda: readtosend.readparameters(1),
activebackground="red").pack()
# self.textbutton2=Button(self.optionsFrame, text="Turn TxRx OFF", command = lambda: self.colorTxRx(0)).pack(side=RIGHT) #OFF button
# self.addTxRxDisplay() # add the txrx setup
self.showEgram = Button(self.optionsFrame,
text="Show Egram",
command=lambda: egram.main()).pack()
def DOOR(self):
self.removeContent()
self.DOORcontent = Label(self.contentFrame,
text="DOOR Programmable Variables").pack()
# programmable parameters inputs
self.LRLLabel = Label(self.contentFrame,
text="Lower Rate Limit (BPM)").pack()
self.LRLInput = Entry(self.contentFrame)
self.LRLInput.pack()
self.URLLabel = Label(self.contentFrame,
text="Upper Rate Limit (BPM)").pack()
self.URLInput = Entry(self.contentFrame)
self.URLInput.pack()
self.MaxSensorRateLabel = Label(
self.contentFrame, text="Maximum Sensor Rate (BPM)").pack()
self.MaxSensorRateInput = Entry(self.contentFrame)
self.MaxSensorRateInput.pack()
self.FixedAVDelayLabel = Label(self.contentFrame,
text="Fixed AV Delay (V)").pack()
self.FixedAVDelayInput = Entry(self.contentFrame)
self.FixedAVDelayInput.pack()
self.AtrAmplitudeLabel = Label(self.contentFrame,
text="Atrial Amplitude (V)").pack()
self.AtrAmplitudeInput = Entry(self.contentFrame)
self.AtrAmplitudeInput.pack()
self.AtrPulseWidthLabel = Label(self.contentFrame,
text="Atrial Pulse Width (ms)").pack()
self.AtrPulseWidthInput = Entry(self.contentFrame)
self.AtrPulseWidthInput.pack()
self.VentAmplitudeLabel = Label(
self.contentFrame, text="Ventricular Amplitude (V)").pack()
self.VentAmplitudeInput = Entry(self.contentFrame)
self.VentAmplitudeInput.pack()
self.VentPulseWidthLabel = Label(
self.contentFrame, text="Ventricular Pulse Width (ms)").pack()
self.VentPulseWidthInput = Entry(self.contentFrame)
self.VentPulseWidthInput.pack()
self.ActivityThresholdLabel = Label(self.contentFrame,
text="Activity Threshold ").pack()
self.ATI = StringVar(self.contentFrame)
self.ATI.set("Medium") #Default
self.ActivityThresholdInput = OptionMenu(self.contentFrame, self.ATI,
"High", "Medium", "Low")
self.ActivityThresholdInput.pack()
self.ReactionTimeLabel = Label(self.contentFrame,
text="Reaction Time (ms)").pack()
self.ReactionTimeInput = Entry(self.contentFrame)
self.ReactionTimeInput.pack()
self.ResponseFactorLabel = Label(self.contentFrame,
text="Response Factor").pack()
self.ResponseFactorInput = Entry(self.contentFrame)
self.ResponseFactorInput.pack()
self.RecoveryTimeLabel = Label(self.contentFrame,
text="Recovery Time (min)").pack()
self.RecoveryTimeInput = Entry(self.contentFrame)
self.RecoveryTimeInput.pack()
#save parameters button - will have to be updated
self.write = Button(
self.optionsFrame,
text="Save Parameters",
command=lambda: parameters.writeDOOR(
self.LRLInput.get(), self.URLInput.get(),
self.MaxSensorRateInput.get(), self.FixedAVDelayInput.get(),
self.AtrAmplitudeInput.get(), self.AtrPulseWidthInput.get(),
self.VentAmplitudeInput.get(), self.VentPulseWidthInput.get(),
self.ATI.get(), self.ReactionTimeInput.get(),
self.ResponseFactorInput.get(), self.RecoveryTimeInput.get()
)).pack() # Saves the parameters to the master file
self.back = Button(self.optionsFrame,
text="Back To Main Screen",
command=lambda: self.mainScreen()).pack()
self.textbutton = Button(self.optionsFrame,
text="Turn TxRx ON",
command=lambda: readtosend.readparameters(10),
activebackground="red").pack()
# self.textbutton2=Button(self.optionsFrame, text="Turn TxRx OFF", command = lambda: self.colorTxRx(0)).pack(side=RIGHT)
# self.addTxRxDisplay() # add the txrx setup
self.showEgram = Button(self.optionsFrame,
text="Show Egram",
command=lambda: egram.main()).pack()
def VVIR(self):
self.removeContent()
self.VIIRcontent = Label(self.contentFrame,
text="VVIR Programmable Variables").pack()
# programmable parameters inputs
self.LRLLabel = Label(self.contentFrame,
text="Lower Rate Limit (BPM)").pack()
self.LRLInput = Entry(self.contentFrame)
self.LRLInput.pack()
self.URLLabel = Label(self.contentFrame,
text="Upper Rate Limit (BPM)").pack()
self.URLInput = Entry(self.contentFrame)
self.URLInput.pack()
self.MaxSensorRateLabel = Label(
self.contentFrame, text="Maximum Sensor Rate (BPM)").pack()
self.MaxSensorRateInput = Entry(self.contentFrame)
self.MaxSensorRateInput.pack()
self.VentAmplitudeLabel = Label(
self.contentFrame, text="Ventricular Amplitude (V)").pack()
self.VentAmplitudeInput = Entry(self.contentFrame)
self.VentAmplitudeInput.pack()
self.VentPulseWidthLabel = Label(
self.contentFrame, text="Ventricular Pulse Width (ms)").pack()
self.VentPulseWidthInput = Entry(self.contentFrame)
self.VentPulseWidthInput.pack()
self.VRP = Label(self.contentFrame,
text="Ventricular Refractory Period (ms)").pack()
self.VRPInput = Entry(self.contentFrame)
self.VRPInput.pack()
self.VentSensitivitiyLabel = Label(
self.contentFrame, text="Ventricular Sensitivity (V)").pack()
self.VentSensitivityInput = Entry(self.contentFrame)
self.VentSensitivityInput.pack()
# self.HysteresisLabel = Label(self.contentFrame, text="Hysteresis").pack()
# self.HysteresisInput = Entry(self.contentFrame)
# self.HysteresisInput.pack()
self.RateSmoothingLabel = Label(self.contentFrame,
text="Rate Smoothing (%)").pack()
self.RS = StringVar(self.contentFrame)
self.RS.set("OFF") #Default
self.RateSmoothingInput = OptionMenu(self.contentFrame, self.RS, "OFF",
"3", "6", "9", "12", "15", "18",
"21", "25")
self.RateSmoothingInput.pack()
self.ActivityThresholdLabel = Label(self.contentFrame,
text="Activity Threshold").pack()
self.ATI = StringVar(self.contentFrame)
self.ATI.set("Medium") #Default
self.ActivityThresholdInput = OptionMenu(self.contentFrame, self.ATI,
"High", "Medium", "Low")
self.ActivityThresholdInput.pack()
self.ReactionTimeLabel = Label(self.contentFrame,
text="Reaction Time (ms)").pack()
self.ReactionTimeInput = Entry(self.contentFrame)
self.ReactionTimeInput.pack()
self.ResponseFactorLabel = Label(self.contentFrame,
text="Response Factor").pack()
self.ResponseFactorInput = Entry(self.contentFrame)
self.ResponseFactorInput.pack()
self.RecoveryTimeLabel = Label(self.contentFrame,
text="Recovery Time (min)").pack()
self.RecoveryTimeInput = Entry(self.contentFrame)
self.RecoveryTimeInput.pack()
# write inputs to file
self.write = Button(
self.optionsFrame,
text="Save Parameters",
command=lambda: parameters.writeVVIR(
self.LRLInput.get(), self.URLInput.get(),
self.MaxSensorRateInput.get(), self.VentAmplitudeInput.get(),
self.VentPulseWidthInput.get(), self.VRPInput.get(),
self.VentSensitivityInput.get(), self.RS.get(), self.ATI.get(),
self.ReactionTimeInput.get(), self.ResponseFactorInput.get(),
self.RecoveryTimeInput.get())).pack(
) # Saves the parameters to the master file
self.back = Button(self.optionsFrame,
text="Back To Main Screen",
command=lambda: self.mainScreen()).pack()
self.textbutton = Button(self.optionsFrame,
text="Turn TxRx ON",
command=lambda: readtosend.readparameters(9),
activebackground="red").pack()
# self.textbutton2=Button(self.optionsFrame, text="Turn TxRx OFF", command = lambda: self.colorTxRx(0)).pack(side=RIGHT)
# self.addTxRxDisplay() # add the txrx setup
self.showEgram = Button(self.optionsFrame,
text="Show Egram",
command=lambda: egram.main()).pack()
def AOOR(self):
self.removeContent()
self.AOORcontent = Label(self.contentFrame,
text="AOOR Programmable Variables").pack()
#programmable parameters inputs
self.LRLLabel = Label(self.contentFrame,
text="Lower Rate Limit (BPM)").pack()
self.LRLInput = Entry(self.contentFrame)
self.LRLInput.pack()
self.URLLabel = Label(self.contentFrame,
text="Upper Rate Limit (BPM)").pack()
self.URLInput = Entry(self.contentFrame)
self.URLInput.pack()
self.MaxSensorRateLabel = Label(
self.contentFrame, text="Maximum Sensor Rate (BPM)").pack()
self.MaxSensorRateInput = Entry(self.contentFrame)
self.MaxSensorRateInput.pack()
self.AtrAmplitudeLabel = Label(self.contentFrame,
text="Atrial Amplitude (V)").pack()
self.AtrAmplitudeInput = Entry(self.contentFrame)
self.AtrAmplitudeInput.pack()
self.AtrPulseWidthLabel = Label(self.contentFrame,
text="Atrial Pulse Width (ms)").pack()
self.AtrPulseWidthInput = Entry(self.contentFrame)
self.AtrPulseWidthInput.pack()
self.ActivityThresholdLabel = Label(self.contentFrame,
text="Activity Threshold").pack()
self.ATI = StringVar(self.contentFrame) #dummy definition
self.ATI.set("Medium") #Default
self.ActivityThresholdInput = OptionMenu(
self.contentFrame, self.ATI, "High", "Medium", "Low"
) #These dropdowns might come back around to f**k me in serial communication
self.ActivityThresholdInput.pack()
self.ReactionTimeLabel = Label(self.contentFrame,
text="Reaction Time (ms)").pack()
self.ReactionTimeInput = Entry(self.contentFrame)
self.ReactionTimeInput.pack()
self.ResponseFactorLabel = Label(self.contentFrame,
text="Response Factor").pack()
self.ResponseFactorInput = Entry(self.contentFrame)
self.ResponseFactorInput.pack()
self.RecoveryTimeLabel = Label(self.contentFrame,
text="Recovery Time (min)").pack()
self.RecoveryTimeInput = Entry(self.contentFrame)
self.RecoveryTimeInput.pack()
# call the write fuctions stored in the parameters.py module
self.write = Button(
self.optionsFrame,
text="Save Parameters",
command=lambda: parameters.writeAOOR(
self.LRLInput.get(), self.URLInput.get(),
self.MaxSensorRateInput.get(), self.AtrAmplitudeInput.get(),
self.AtrPulseWidthInput.get(), self.ATI.get(),
self.ReactionTimeInput.get(), self.ResponseFactorInput.get(),
self.RecoveryTimeInput.get())).pack(
) # Saves the parameters to the master file
# Other menu buttons
self.back = Button(self.optionsFrame,
text="Back To Main Screen",
command=lambda: self.mainScreen()).pack()
self.textbutton = Button(self.optionsFrame,
text="Turn TxRx ON",
command=lambda: readtosend.readparameters(6),
activebackground="red").pack()
# self.textbutton2=Button(self.optionsFrame, text="Turn TxRx OFF", command = lambda: self.colorTxRx(0)).pack(side=RIGHT)
# self.addTxRxDisplay() # add the txrx setup
self.showEgram = Button(self.optionsFrame,
text="Show Egram",
command=lambda: egram.main()).pack()