def dataGet():
#gets data from pacemaker
global time
global y1
global y2
global x
time += 5 #change to whatever interval we want time time to increase at
if (time >= 1000):
time = 0
y1.clear()
y2.clear()
x.clear()
y1.append(0)
y2.append(0)
x.append(0)
echo_params(22)
read_params(3)
data = read_params(3)
if (data[0] == 22):
vAmp = data[1] / 10000
else:
return 0, 0, time
echo_params(21)
read_params(3)
data = read_params(3)
if (data[0] == 21):
aAmp = data[1] / 10000
else:
return 0, 0, time
return vAmp, aAmp, time
def openVVI():
global AVDelay
global VentAmp
global VentPW
global VentSens
global AtrAmp
global AtrPW
global AtrSens
global Hyst
global LowRL
global VRP
global ARP
global HEI
global MaxSR
global ReacTime
global RespF
global RecTime
#read all params
#MCP
r1 = False
while (r1 == False):
echo_params(1)
read_params8(2)
data = read_params8(2)
if (data[0] == 1):
MCP = data[1]
r1 = True
#MCS
r1 = False
while (r1 == False):
echo_params(2)
read_params8(2)
data = read_params8(2)
if (data[0] == 2):
MCS = data[1]
r1 = True
#MR
r1 = False
while (r1 == False):
echo_params(3)
read_params8(2)
data = read_params8(2)
if (data[0] == 3):
MR = data[1]
r1 = True
#VentAmp
r1 = False
while (r1 == False):
echo_params(4)
read_params8(2)
data = read_params8(2)
if (data[0] == 4):
VentAmp = data[1] / 20
r1 = True
#VentPW
r1 = False
while (r1 == False):
echo_params(5)
read_params8(2)
data = read_params8(2)
if (data[0] == 5):
VentPW = data[1]
r1 = True
#VentSens
r1 = False
while (r1 == False):
echo_params(6)
read_params8(2)
data = read_params8(2)
if (data[0] == 6):
VentSens = data[1] / 20
r1 = True
#AtrAmp
r1 = False
while (r1 == False):
echo_params(7)
read_params8(2)
data = read_params8(2)
if (data[0] == 7):
AtrAmp = data[1] / 20
r1 = True
#AtrPW
r1 = False
while (r1 == False):
echo_params(8)
read_params8(2)
data = read_params8(2)
if (data[0] == 8):
AtrPW = data[1]
r1 = True
#AtrSens
r1 = False
while (r1 == False):
echo_params(9)
read_params8(2)
data = read_params8(2)
if (data[0] == 9):
AtrSens = data[1] / 20
r1 = True
#Hyst
r1 = False
while (r1 == False):
echo_params(10)
read_params8(2)
data = read_params8(2)
if (data[0] == 10):
Hyst = data[1]
r1 = True
#LowRL
r1 = False
while (r1 == False):
echo_params(11)
read_params16(3)
data = read_params16(3)
if (data[0] == 11):
LowRL = data[1]
r1 = True
#AVDelay
r1 = False
while (r1 == False):
echo_params(12)
read_params16(3)
data = read_params16(3)
if (data[0] == 12):
AVDelay = data[1]
r1 = True
#VRP
r1 = False
while (r1 == False):
echo_params(13)
read_params16(3)
data = read_params16(3)
if (data[0] == 13):
VRP = data[1]
r1 = True
#ARP
r1 = False
while (r1 == False):
echo_params(14)
read_params16(3)
data = read_params16(3)
if (data[0] == 14):
ARP = data[1]
r1 = True
#HEI
r1 = False
while (r1 == False):
echo_params(15)
read_params16(3)
data = read_params16(3)
if (data[0] == 15):
HEI = data[1]
r1 = True
#MaxSR
r1 = False
while (r1 == False):
echo_params(16)
read_params8(2)
data = read_params8(2)
if (data[0] == 16):
MaxSR = data[1]
r1 = True
#ModeAd
r1 = False
while (r1 == False):
echo_params(17)
read_params8(2)
data = read_params8(2)
if (data[0] == 17):
ModeAd = data[1]
r1 = True
#ReacTime
r1 = False
while (r1 == False):
echo_params(18)
read_params8(2)
data = read_params8(2)
if (data[0] == 18):
ReacTime = data[1]
r1 = True
#RespF
r1 = False
while (r1 == False):
echo_params(19)
read_params8(2)
data = read_params8(2)
if (data[0] == 19):
RespF = data[1]
r1 = True
#RecTime
r1 = False
while (r1 == False):
echo_params(20)
read_params8(2)
data = read_params8(2)
if (data[0] == 20):
RecTime = data[1]
r1 = True
# Create VVI Page
VIIpage = Toplevel()
VIIpage.title("VVI Pacing Mode")
VIIpage.geometry("800x400")
# Create Labels
VIIpageLabel = Label(VIIpage,
text="VVI Pacing Mode",
font=(None, 20, 'underline'))
LowRL_L = Label(VIIpage, text="Lower Rate Limit (ppm)", font=(None, 12))
VentAmp_L = Label(VIIpage,
text="Ventricular Amplitude (V)",
font=(None, 12))
VentPW_L = Label(VIIpage,
text="Ventricular Pulse Width (ms)",
font=(None, 12))
LowRL_V = Label(VIIpage, text=LowRL, font=(None, 12))
VentAmp_V = Label(VIIpage, text=VentAmp, font=(None, 12))
VentPW_V = Label(VIIpage, text=VentPW, font=(None, 12))
#Additional Labels
VentSens_L = Label(VIIpage,
text="Ventricular Sensitivity (V)",
font=(None, 12))
VRP_L = Label(VIIpage, text="Refractory Period (ms)", font=(None, 12))
Hyst_L = Label(VIIpage, text="Hysteresis", font=(None, 12))
VentSens_V = Label(VIIpage, text=VentSens, font=(None, 12))
VRP_V = Label(VIIpage, text=VRP, font=(None, 12))
if (Hyst == 1):
Hyst_V = Label(VIIpage, text="Enabled", font=(None, 12))
else:
Hyst_V = Label(VIIpage, text="Disabled", font=(None, 12))
# Button Functions
def set_params():
with serial.Serial(port=port_name, baudrate=baudrate) as device:
params = [
2, 2, 2,
int(VentAmp * 20),
int(VentPW),
int(VentSens * 20),
int(AtrAmp * 20),
int(AtrPW),
int(AtrSens * 20), Hyst, 60000 // LowRL, AVDelay, VRP, ARP,
HEI, MaxSR, 0, ReacTime, RespF, RecTime
]
#params = struct.pack("<"+"BBB"+"fBf"*2+"B"+"H"*5, *params)
params = struct.pack("<" + "B" * 10 + "H" * 5 + "B" * 5, *params)
dat = serial.to_bytes([test_code, set_code]) + params
bytes_written = device.write(dat)
def changeLowRL():
global LowRL
try:
#check variable range
LowRL = int(LowRL_E.get())
if (LowRL < 30):
LowRL_V.config(text="Value too low")
elif (LowRL > 175):
LowRL_V.config(text="Value too high")
else:
LowRL_V.config(text=LowRL)
set_params()
except:
LowRL_V.config(text="Invalid Value")
def changeVentAmp():
global VentAmp
try:
#check variable range
VentAmp = float(VentAmp_E.get())
if (VentAmp < 0):
VentAmp_V.config(text="Value too low")
elif (VentAmp > 5.0):
VentAmp_V.config(text="Value too high")
else:
VentAmp_V.config(text=VentAmp)
VentAmp = VentAmp
set_params()
except:
VentAmp_V.config(text="Invalid Value")
def changeVentPW():
global VentPW
try:
#check variable range
VentPW = int(VentPW_E.get())
if (VentPW < 1):
VentPW_V.config(text="Value too low")
elif (VentPW > 30):
VentPW_V.config(text="Value too high")
else:
VentPW_V.config(text=VentPW)
set_params()
except:
VentPW_V.config(text="Invalid Value")
#Additional Functions
def changeVentSens():
global VentSens
try:
#check variable range
VentSens = float(VentSens_E.get())
if (VentSens < 0):
VentSens_V.config(text="Value too low")
elif (VentSens > 5):
VentSens_V.config(text="Value too high")
else:
VentSens_V.config(text=VentSens)
VentSens = VentSens
set_params()
except:
VentSens_V.config(text="Invalid Value")
def changeVRP():
global VRP
try:
#check variable range
VRP = int(VRP_E.get())
if (VRP < 150):
VRP_V.config(text="Value too low")
elif (VRP > 500):
VRP_V.config(text="Value too high")
else:
VRP_V.config(text=VRP)
set_params()
except:
VRP_V.config(text="Invalid Value")
def changeHyst():
global Hyst
if (Hyst):
Hyst = 0
Hyst_V.config(text="Disabled")
set_params()
else:
Hyst = 1
Hyst_V.config(text="Enabled")
set_params()
# Create Entries
LowRL_E = Entry(VIIpage, width=20)
LowRL_E.insert(0, "Enter New Value")
VentAmp_E = Entry(VIIpage, width=20)
VentAmp_E.insert(0, "Enter New Value")
VentPW_E = Entry(VIIpage, width=20)
VentPW_E.insert(0, "Enter New Value")
#Additional Entires
VentSens_E = Entry(VIIpage, width=20)
VentSens_E.insert(0, "Enter New Value")
VRP_E = Entry(VIIpage, width=20)
VRP_E.insert(0, "Enter New Value")
# Create Buttons
LowRL_B = Button(VIIpage, text="Update", command=changeLowRL)
VentAmp_B = Button(VIIpage, text="Update", command=changeVentAmp)
VentPW_B = Button(VIIpage, text="Update", command=changeVentPW)
VentSens_B = Button(VIIpage, text="Update", command=changeVentSens)
VRP_B = Button(VIIpage, text="Update", command=changeVRP)
Hyst_B = Button(VIIpage, text="Toggle", command=changeHyst)
# Organize objects
VIIpageLabel.grid(row=1, column=1)
LowRL_L.grid(row=2, column=0)
LowRL_V.grid(row=2, column=1)
LowRL_E.grid(row=2, column=2)
LowRL_B.grid(row=2, column=3)
VentAmp_L.grid(row=3, column=0)
VentAmp_V.grid(row=3, column=1)
VentAmp_E.grid(row=3, column=2)
VentAmp_B.grid(row=3, column=3)
VentPW_L.grid(row=4, column=0)
VentPW_V.grid(row=4, column=1)
VentPW_E.grid(row=4, column=2)
VentPW_B.grid(row=4, column=3)
#Additional objects
VentSens_L.grid(row=5, column=0)
VentSens_V.grid(row=5, column=1)
VentSens_E.grid(row=5, column=2)
VentSens_B.grid(row=5, column=3)
VRP_L.grid(row=6, column=0)
VRP_V.grid(row=6, column=1)
VRP_E.grid(row=6, column=2)
VRP_B.grid(row=6, column=3)
#Hyst
Hyst_L.grid(row=7, column=0)
Hyst_V.grid(row=7, column=1)
Hyst_B.grid(row=7, column=2)
#Statues Bar
def statusCreate():
while (True):
try:
user = open("currentUser.txt", "r")
connectionStatus = checkConnection()
statusLabel = Label(VIIpage,
text="User: "******" Connection Status: " +
connectionStatus + " ")
statusLabel.place(relx=0.0, rely=1.0, anchor="sw")
time.sleep(5000)
except TclError:
sys.exit()
statusBar = threading.Thread(target=statusCreate, args=())
statusBar.setDaemon(True)
statusBar.start()
mainloop()
def openAOOR():
global AVDelay
global VentAmp
global VentPW
global VentSens
global AtrAmp
global AtrPW
global AtrSens
global Hyst
global LowRL
global VRP
global ARP
global HEI
global MaxSR
global ReacTime
global RespF
global RecTime
#read all params
#MCP
r1 = False
while (r1 == False):
echo_params(1)
read_params8(2)
data = read_params8(2)
if (data[0] == 1):
MCP = data[1]
r1 = True
#MCS
r1 = False
while (r1 == False):
echo_params(2)
read_params8(2)
data = read_params8(2)
if (data[0] == 2):
MCS = data[1]
r1 = True
#MR
r1 = False
while (r1 == False):
echo_params(3)
read_params8(2)
data = read_params8(2)
if (data[0] == 3):
MR = data[1]
r1 = True
#VentAmp
r1 = False
while (r1 == False):
echo_params(4)
read_params8(2)
data = read_params8(2)
if (data[0] == 4):
VentAmp = data[1] / 20
r1 = True
#VentPW
r1 = False
while (r1 == False):
echo_params(5)
read_params8(2)
data = read_params8(2)
if (data[0] == 5):
VentPW = data[1]
r1 = True
#VentSens
r1 = False
while (r1 == False):
echo_params(6)
read_params8(2)
data = read_params8(2)
if (data[0] == 6):
VentSens = data[1] / 20
r1 = True
#AtrAmp
r1 = False
while (r1 == False):
echo_params(7)
read_params8(2)
data = read_params8(2)
if (data[0] == 7):
AtrAmp = data[1] / 20
r1 = True
#AtrPW
r1 = False
while (r1 == False):
echo_params(8)
read_params8(2)
data = read_params8(2)
if (data[0] == 8):
AtrPW = data[1]
r1 = True
#AtrSens
r1 = False
while (r1 == False):
echo_params(9)
read_params8(2)
data = read_params8(2)
if (data[0] == 9):
AtrSens = data[1] / 20
r1 = True
#Hyst
r1 = False
while (r1 == False):
echo_params(10)
read_params8(2)
data = read_params8(2)
if (data[0] == 10):
Hyst = data[1]
r1 = True
#LowRL
r1 = False
while (r1 == False):
echo_params(11)
read_params16(3)
data = read_params16(3)
if (data[0] == 11):
LowRL = data[1]
r1 = True
#AVDelay
r1 = False
while (r1 == False):
echo_params(12)
read_params16(3)
data = read_params16(3)
if (data[0] == 12):
AVDelay = data[1]
r1 = True
#VRP
r1 = False
while (r1 == False):
echo_params(13)
read_params16(3)
data = read_params16(3)
if (data[0] == 13):
VRP = data[1]
r1 = True
#ARP
r1 = False
while (r1 == False):
echo_params(14)
read_params16(3)
data = read_params16(3)
if (data[0] == 14):
ARP = data[1]
r1 = True
#HEI
r1 = False
while (r1 == False):
echo_params(15)
read_params16(3)
data = read_params16(3)
if (data[0] == 15):
HEI = data[1]
r1 = True
#MaxSR
r1 = False
while (r1 == False):
echo_params(16)
read_params8(2)
data = read_params8(2)
if (data[0] == 16):
MaxSR = data[1]
r1 = True
#ModeAd
r1 = False
while (r1 == False):
echo_params(17)
read_params8(2)
data = read_params8(2)
if (data[0] == 17):
ModeAd = data[1]
r1 = True
#ReacTime
r1 = False
while (r1 == False):
echo_params(18)
read_params8(2)
data = read_params8(2)
if (data[0] == 18):
ReacTime = data[1]
r1 = True
#RespF
r1 = False
while (r1 == False):
echo_params(19)
read_params8(2)
data = read_params8(2)
if (data[0] == 19):
RespF = data[1]
r1 = True
#RecTime
r1 = False
while (r1 == False):
echo_params(20)
read_params8(2)
data = read_params8(2)
if (data[0] == 20):
RecTime = data[1]
r1 = True
# Create AOO Page
AOORPage = Toplevel()
AOORPage.title("AOOR Pacing Mode")
AOORPage.geometry("800x400")
# Create Labels
AOORPageLabel = Label(AOORPage,
text="AOOR Pacing Mode",
font=(None, 20, 'underline'))
LowRL_L = Label(AOORPage, text="Lower Rate Limit (ppm)", font=(None, 12))
AtrialAmp_L = Label(AOORPage, text="Atrial Amplitude (V)", font=(None, 12))
AtrialPW_L = Label(AOORPage,
text="Atrial Pulse Width (ms)",
font=(None, 12))
maxSensorRate_L = Label(AOORPage,
text="Maximum Sensor Rate (ppm)",
font=(None, 12))
reactTime_L = Label(AOORPage, text="Reaction Time (ms)", font=(None, 12))
respFactor_L = Label(AOORPage, text="Responce Factor ", font=(None, 12))
recoveryTime_L = Label(AOORPage,
text="Recovery Time (ms)",
font=(None, 12))
LowRL_V = Label(AOORPage, text=LowRL, font=(None, 12))
AtrialAmp_V = Label(AOORPage, text=AtrAmp, font=(None, 12))
AtrialPW_V = Label(AOORPage, text=AtrPW, font=(None, 12))
maxSensorRate_V = Label(AOORPage, text=MaxSR, font=(None, 12))
reactTime_V = Label(AOORPage, text=ReacTime, font=(None, 12))
respFactor_V = Label(AOORPage, text=RespF, font=(None, 12))
recoveryTime_V = Label(AOORPage, text=RecTime, font=(None, 12))
# Button Functions
def set_params():
with serial.Serial(port=port_name, baudrate=baudrate) as device:
params = [
1, 0, 0,
int(VentAmp * 20),
int(VentPW),
int(VentSens * 20),
int(AtrAmp * 20),
int(AtrPW),
int(AtrSens * 20), Hyst, 60000 // LowRL, AVDelay, VRP, ARP,
HEI, MaxSR, 1, ReacTime, RespF, RecTime
]
#params = struct.pack("<"+"BBB"+"fBf"*2+"B"+"H"*5, *params)
params = struct.pack("<" + "B" * 10 + "H" * 5 + "B" * 5, *params)
dat = serial.to_bytes([test_code, set_code]) + params
bytes_written = device.write(dat)
def changeLowRL():
global LowRL
try:
#check variable range
LowRL = int(LowRL_E.get())
if (LowRL < 30):
LowRL_V.config(text="Value too low")
elif (LowRL > 175):
LowRL_V.config(text="Value too high")
else:
LowRL_V.config(text=LowRL)
#write to file
set_params()
except:
LowRL_V.config(text="Invalid Value")
def changeAtrAmp():
global AtrAmp
try:
#check variable range
AtrAmp = float(AtrialAmp_E.get())
if (AtrAmp < 0):
AtrialAmp_V.config(text="Value too low")
elif (AtrAmp > 5.0):
AtrialAmp_V.config(text="Value too high")
else:
AtrialAmp_V.config(text=AtrAmp)
#write to file
AtrAmp = AtrAmp
set_params()
except:
AtrialAmp_V.config(text="Invalid Value")
def changeAtrPW():
global AtrPW
try:
#check variable range
AtrPW = int(AtrialPW_E.get())
if (AtrPW < 1):
AtrialPW_V.config(text="Value too low")
elif (AtrPW > 30):
AtrialPW_V.config(text="Value too high")
else:
AtrialPW_V.config(text=AtrPW)
#write to file
set_params()
except:
AtrialPW_V.config(text="Invalid Value")
def changemaxSensorRate():
global MaxSR
try:
#check variable range
MaxSR = int(maxSensorRate_E.get())
if (MaxSR < 50):
maxSensorRate_V.config(text="Value too low")
elif (MaxSR > 175):
maxSensorRate_V.config(text="Value too high")
else:
maxSensorRate_V.config(text=MaxSR)
#write to file
set_params()
except:
maxSensorRate_V.config(text="Invalid Value")
def changereactTime():
global ReacTime
try:
#check variable range
ReacTime = int(reactTime_E.get())
if (ReacTime < 0):
reactTime_V.config(text="Value too low")
elif (ReacTime > 100):
reactTime_V.config(text="Value too high")
else:
reactTime_V.config(text=ReacTime)
#write to file
set_params()
except:
reactTime_V.config(text="Invalid Value")
def changerespFactor():
global RespF
try:
#check variable range
RespF = int(respFactor_E.get())
if (RespF < 1):
respFactor_V.config(text="Value too low")
elif (RespF > 16):
respFactor_V.config(text="Value too high")
else:
respFactor_V.config(text=RespF)
#write to file
set_params()
except:
respFactor_V.config(text="Invalid Value")
def changerecoveryTime():
global RecTime
try:
#check variable range
RecTime = int(recoveryTime_E.get())
if (RecTime < 0):
recoveryTime_V.config(text="Value too low")
elif (RecTime > 100):
recoveryTime_V.config(text="Value too high")
else:
recoveryTime_V.config(text=RecTime)
#write to file
set_params()
except:
recoveryTime_V.config(text="Invalid Value")
# Create Entries
LowRL_E = Entry(AOORPage, width=20)
LowRL_E.insert(0, "Enter New Value")
AtrialAmp_E = Entry(AOORPage, width=20)
AtrialAmp_E.insert(0, "Enter New Value")
AtrialPW_E = Entry(AOORPage, width=20)
AtrialPW_E.insert(0, "Enter New Value")
maxSensorRate_E = Entry(AOORPage, width=20)
maxSensorRate_E.insert(0, "Enter New Value")
reactTime_E = Entry(AOORPage, width=20)
reactTime_E.insert(0, "Enter New Value")
respFactor_E = Entry(AOORPage, width=20)
respFactor_E.insert(0, "Enter New Value")
recoveryTime_E = Entry(AOORPage, width=20)
recoveryTime_E.insert(0, "Enter New Value")
# Create Buttons
LowRL_B = Button(AOORPage, text="Update", command=changeLowRL)
AtrialAmp_B = Button(AOORPage, text="Update", command=changeAtrAmp)
AtrialPW_B = Button(AOORPage, text="Update", command=changeAtrPW)
maxSensorRate_B = Button(AOORPage,
text="Update",
command=changemaxSensorRate)
reactTime_B = Button(AOORPage, text="Update", command=changereactTime)
respFactor_B = Button(AOORPage, text="Update", command=changerespFactor)
recoveryTime_B = Button(AOORPage,
text="Update",
command=changerecoveryTime)
# Organize objects
AOORPageLabel.grid(row=1, column=1)
LowRL_L.grid(row=2, column=0)
LowRL_V.grid(row=2, column=1)
LowRL_E.grid(row=2, column=2)
LowRL_B.grid(row=2, column=3)
AtrialAmp_L.grid(row=3, column=0)
AtrialAmp_V.grid(row=3, column=1)
AtrialAmp_E.grid(row=3, column=2)
AtrialAmp_B.grid(row=3, column=3)
AtrialPW_L.grid(row=4, column=0)
AtrialPW_V.grid(row=4, column=1)
AtrialPW_E.grid(row=4, column=2)
AtrialPW_B.grid(row=4, column=3)
maxSensorRate_L.grid(row=5, column=0)
maxSensorRate_V.grid(row=5, column=1)
maxSensorRate_E.grid(row=5, column=2)
maxSensorRate_B.grid(row=5, column=3)
reactTime_L.grid(row=6, column=0)
reactTime_V.grid(row=6, column=1)
reactTime_E.grid(row=6, column=2)
reactTime_B.grid(row=6, column=3)
respFactor_L.grid(row=7, column=0)
respFactor_V.grid(row=7, column=1)
respFactor_E.grid(row=7, column=2)
respFactor_B.grid(row=7, column=3)
recoveryTime_L.grid(row=8, column=0)
recoveryTime_V.grid(row=8, column=1)
recoveryTime_E.grid(row=8, column=2)
recoveryTime_B.grid(row=8, column=3)
#Statues Bar
def statusCreate():
while (True):
try:
user = open("currentUser.txt", "r")
connectionStatus = checkConnection()
statusLabel = Label(AOORPage,
text="User: "******" Connection Status: " +
connectionStatus + " ")
statusLabel.place(relx=0.0, rely=1.0, anchor="sw")
time.sleep(5000)
except TclError:
sys.exit()
statusBar = threading.Thread(target=statusCreate, args=())
statusBar.setDaemon(True)
statusBar.start()
mainloop()