def writeToODB(self):
#On/Off
writeOK=pyodbedit.write(f"{odbbase}Power",bool2yn(self.OnOff.get()))
if writeOK!='':
print('Error in writeToODB. writeOK=',writeOK)
#PulseFreq
writeOK=pyodbedit.write(f"{odbbase}PulseFreq(MHz)",f'{self.FreqBar.w1.get():.4f}')
if writeOK!='':
print('Error in writeToODB. writeOK=',writeOK)
#BurstFreq
writeOK=pyodbedit.write(f"{odbbase}BurstFreq(Hz)",f'{self.BurstBar.w1.get():.4f}')
if writeOK!='':
print('Error in writeToODB. writeOK=',writeOK)
#PowerControl
writeOK=pyodbedit.write(f"{odbbase}PowerControl",f'{self.RBar.w1.get():.4f}')
if writeOK!='':
print('Error in writeToODB. writeOK=',writeOK)
def laser_off(self):
ArduinoSerial.write(str.encode('OFF\n')) # set Arduino output pin 13 low
self.lbl_laser.config(bg='cornsilk2', fg='black')
self.laser_status.set('Laser is OFF')
self.OnOff.set(False)
### Update to ODB
if self.LocalControl.get():
#On/Off
writeOK=pyodbedit.write(f"{odbbase}Power",bool2yn(self.OnOff.get()))
if writeOK!='':
print('Error in writeToODB. writeOK=',writeOK)
def laser_on(self):
#ArduinoSerial.reset_input_buffer()
ArduinoSerial.write(str.encode('ON\n')) # set Arduino output pin 13 high
#print('receiving from serial:'+line)
self.laser_status.set('Laser is ON')
self.lbl_laser.config(bg='OrangeRed2', fg='white')
self.OnOff.set(True)
### Update to ODB
if self.LocalControl.get():
#On/Off
writeOK=pyodbedit.write(f"{odbbase}Power",bool2yn(self.OnOff.get()))
if writeOK!='':
print('Error in writeToODB. writeOK=',writeOK)
def writeToODB(self):
#PowerControl
writeOK=pyodbedit.write(f"{odbbase}PowerControl",f'{self.w1.get():.4f}')
if writeOK!='':
print('Error in writeToODB. writeOK=',writeOK)
def writeToODB(self):
#BurstFreq
writeOK=pyodbedit.write(f"{odbbase}BurstFreq(Hz)",f'{self.w1.get():.4f}')
if writeOK!='':
print('Error in writeToODB. writeOK=',writeOK)