def __init__(self, *args):
devGlobal.__init__(self, *args)
self.func_list = self.func_list + [
self.Ch1GetCounts,
self.Ch2GetCounts,
self.Ch1SetInputImp,
self.Ch2SetInputImp,
self.Ch1InputThreshold,
self.Ch2InputThreshold,
self.Ch1setManualOrAutoTrigger,
self.Ch2setManualOrAutoTrigger,
self.dispCh1plusCh2,
self.dispCh1divCh2,
self.Ch1Pause,
self.Ch2Pause,
self.Ch1SetCountTime,
self.Ch2SetCountTime,
]
self.label_list = self.label_list + [
'Ch1 Get\nCounts', #1
'Ch2 Get\nCounts', #2
'Ch1 Set\nInput Imp', #3
'Ch2 Set\nInput Imp', #4
'Ch1 Set Input\nThresh', #5
'Ch2 Set Input\nThresh', #6
'Ch1 Man/Auto\nTrigger', #7
'Ch2 Man/Auto\nTrigger', #8
'Display\nCh1 + Ch2', #9
'Display\nCh1 / Ch2', #10
'Ch1 Pause', #11
'Ch2 Pause', #12
'Ch1 Set\nCount Time', #13
'Ch2 Set\nCount Time' #14
]
def __init__(self, *args):
devGlobal.__init__(self, *args)
self.runStop = 0
self.write(":STOP")
self.label_list = self.label_list + [
('Run\nStop', self.RunStop, ""),
('Set Voltage\nDivision (V)', self.SetVoltDiv,
"Voltage Division"), #1
('Set Time\nDivision (μs)', self.SetTimeDiv, "Time Division"), #2
('Set Trigger\nLevel', self.SetTriggerLvl, "Trigger Level"), #3
('Measure\nFrequency', self.MeasFreq, ""), #4
('Measure\nVpp', self.MeasVpp, ""), #5
('Measure\nVpp', self.MeasVpp, ""), # 5
('Measure\nVpp', self.MeasVpp, ""), # 5
('Measure\nVpp', self.MeasVpp, ""), # 5
('Measure\nVpp', self.MeasVpp, ""), # 5
('Measure\nVpp', self.MeasVpp, ""), # 5
('Measure\nVpp', self.MeasVpp, ""), # 5
('Measure\nVpp', self.MeasVpp, ""), # 5
('Measure\nVpp', self.MeasVpp, ""), # 5
('Measure\nVpp', self.MeasVpp, ""), # 5
('Measure\nVpp', self.MeasVpp, ""), # 5
('Measure\nVpp', self.MeasVpp, ""), # 5
('Test', self.RunStop, "") # 5
]
# Theoretical api instead of using label list above
# self.register(self.RunStop, 'Run\nStop')
# self.register(self.SetVoltDiv, 'Set Voltage\nDivision (V)', name = "Voltage Division", sc = True, dc = False, parameter = True)
# self.register(self.SetVoltDiv, 'Set Time\nDivision (μs)', name = "Time Division", parameter = True)
for label, function, *_ in self.label_list:
pub.subscribe(function, self.createTopic(label))
def __init__(self, *args):
devGlobal.__init__(self, *args)
self.runStop = 0
self.write(":STOP")
# Register functions for use in the interface
self.register(self.RunStop, 'Run\nStop')
self.register(self.SetVoltDiv,
'Set Voltage\nDivision (V)',
parameters=["Voltage Division"])
self.register(self.SetTimeDiv,
'Set Time\nDivision (μs)',
parameters=["Time Division"])
def __init__(self, *args):
devGlobal.__init__(self, *args)
self.register(self.Ch1Off, 'Ch1 Output\nOff')
self.register(self.Ch1On, 'Ch1 Output\nOn')
self.register(self.Ch1Sinusoid, 'Ch1 Waveform\nSinusoidal')
self.register(self.Ch1Frequency,
'Ch1 Frequency\nSet',
parameters=["Frequency [Hz]"])
self.register(self.Ch1VppAmp,
'Set Ch1 p-p\nVoltage',
parameters=["Amplitude [V]"])
self.register(self.Ch1VoltageOffset,
'Set Ch1 Voltage\nOffset',
parameters=["Offset [V]"])
def __init__(self, *args):
devGlobal.__init__(self, *args)
self.devComm.write("*CLS; *RST")
self.devComm.write(":INST:SEL 1")
self.devComm.write(":OUTPut:STATe OFF")
self.devComm.write(":INST:SEL 2")
self.devComm.write(":OUTPut:STATe OFF")
self.devComm.write(":INST:SEL 3")
self.devComm.write(":OUTPut:STATe OFF")
self.devComm.write(":INST:SEL 4")
self.devComm.write(":OUTPut:STATe OFF")
self.devComm.write(":INST:SEL 1")
self.ch1OnOff = 0
self.ch2OnOff = 0
self.ch3OnOff = 0
self.ch4OnOff = 0
self.numTabs = 2
self.additionalPanels = [(graphPanel, 'Graph Tab')]
self.register(self.GetModelOption, 'Gets Model\nOption')
self.register(self.SegmentLength, 'Segment\nLength')
self.register(self.Tests, 'Tests')
self.register(
self.SetOperatingChannel, 'Sets Operating\nChannel'
) # not this function used channel input, but we don't handle that yet
self.register(self.SetStandardSquareWave,
'Standard\nSquare Wave',
parameters=["Frequency"])
self.register(self.OutputOnOff, 'Sets Operating\nChannel On/Off', "")
self.register(self.DeleteAllTraces, 'Deletes\nAll Traces')
self.register(self.TracePoints, 'Queries\nTrace Points')
self.register(self.Ch1OnOff, 'Ch1 Output\nOn/Off')
self.register(self.Ch2OnOff, 'Ch2 Output\nOn/Off')
self.register(self.SyncChannels, 'Sync\nCh1 and Ch2')
self.register(self.Ch1TrigIntExt,
'Ch1 Trigger\nInt/Ext',
parameters=["Ch1 Trigger"])
self.register(self.Ch2TrigIntExt,
'Ch2 Trigger\nInt/Ext',
parameters=["Ch1 Trigger"])
self.register(self.Ch1setWaitTime,
'Ch1 Set\nWait Time',
parameters=["CH1 Wait Time"])
def __init__(self, *args):
devGlobal.__init__(self, *args)
self.label_list = self.label_list + [
('Set Delay\nChX-ChY', self.SetDelayChCh, ""),
('Set Output\nAmplitude', self.SetAmpCh, "Voltage Division"), # 1
('Set Trigger\nLevel', self.SetTriggerLvl, "Trigger Level")
]
# Theoretical api instead of using label list above
# self.register(self.RunStop, 'Run\nStop')
# self.register(self.SetVoltDiv, 'Set Voltage\nDivision (V)', name = "Voltage Division", sc = True, dc = False, parameter = True)
# self.register(self.SetVoltDiv, 'Set Time\nDivision (μs)', name = "Time Division", parameter = True)
for label, function, *_ in self.label_list:
pub.subscribe(function, self.createTopic(label))
def __init__(self, *args):
devGlobal.__init__(self, *args)
self.devComm.write("*CLS; *RST")
self.devComm.write(":INST:SEL 1")
self.devComm.write(":OUTPut:STATe OFF")
self.devComm.write(":INST:SEL 2")
self.devComm.write(":OUTPut:STATe OFF")
self.devComm.write(":INST:SEL 3")
self.devComm.write(":OUTPut:STATe OFF")
self.devComm.write(":INST:SEL 4")
self.devComm.write(":OUTPut:STATe OFF")
self.devComm.write(":INST:SEL 1")
self.ch1OnOff = 0
self.ch2OnOff = 0
self.ch3OnOff = 0
self.ch4OnOff = 0
self.numTabs = 2
self.additionalPanels = [(graphPanel, 'Graph Tab')]
self.label_list = self.label_list + [
('Gets Model\nOption', self.GetModelOption, ""),
('Segment\nLength', self.SegmentLength, ""),
('Tests', self.Tests, ""),
('Sets Operating\nChannel', self.SetOperatingChannel, ""),
('Standard\nSquare Wave', self.SetStandardSquareWave, ""),
('Sets Operating\nChannel On/Off', self.OutputOnOff, ""),
('Deletes\nAll Traces', self.DeleteAllTraces, ""),
('Queries\nTrace Points', self.TracePoints, ""),
('Ch1 Output\nOn/Off', self.Ch1OnOff, ""), # 1
('Ch2 Output\nOn/Off', self.Ch2OnOff, ""), # 2
('Sync\nCh1 and Ch2', self.SyncChannels, ""), # 3
('Ch1 Trigger\nInt/Ext', self.Ch1TrigIntExt, ""), # 4
('Ch2 Trigger\nInt/Ext', self.Ch2TrigIntExt, ""), # 5
('Ch1 Set\nWait Time', self.Ch1setWaitTime, ""), # 6
('Ch1 Set\nWait Time', self.Ch1setWaitTime, ""), # 6
('Ch1 Set\nWait Time', self.Ch1setWaitTime, ""), # 6
('Ch1 Set\nWait Time', self.Ch1setWaitTime, "") # 6
]
for label, function, *_ in self.label_list:
pub.subscribe(function, self.createTopic(label))
def __init__(self, *args):
devGlobal.__init__(self, *args)
self.func_list = self.func_list + [
self.SetWL,
self.SetOutputPower,
self.OutputEna,
self.IsLocked,
self.IsStable,
]
self.label_list = self.label_list + [
'Set\nWavelength', #1
'Set Output\nPower', #2
'Output\n(En/Dis)able', #3
'Laser\nLocked?', #4
'Laser\nStable?', #5
]
def __init__(self, *args):
devGlobal.__init__(self, *args)
self.register(self.advTrigMode, 'Enables Adv\nTriggering')
self.register(self.setCh1Delay,
'Set\nDelay',
parameters=["Delay [s]"],
panel_specific='Ch1 Tab')
self.register(self.setCh1Width,
'Set\nWidth',
parameters=["Width [s]"],
panel_specific='Ch1 Tab')
self.register(self.setCh1Amplitude,
'Set\nAmplitude',
parameters=["Amplitude [V]"],
panel_specific='Ch1 Tab')
self.register(self.setCh1Offset,
'Set\nOffset',
parameters=["Offset [V]"],
panel_specific='Ch1 Tab')
self.register(self.setCh1Polarity,
'Set Polarity\n(1=pos;0=neg)',
parameters=["Offset [V]"],
panel_specific='Ch1 Tab')
self.register(self.setCh2Delay,
'Sets Ch2\nDelay',
parameters=["Delay [s]"],
panel_specific='Ch2 Tab')
self.register(self.setCh3Delay,
'Sets Ch3\nDelay',
parameters=["Delay [s]"],
panel_specific='Ch3 Tab')
self.register(self.setCh4Delay,
'Sets Ch4\nDelay',
parameters=["Delay [s]"],
panel_specific='Ch4 Tab')
self.additionalPanels = [
(specPanel, 'Ch1 Tab'), (specPanel, 'Ch2 Tab'),
(specPanel, 'Ch3 Tab'), (specPanel, 'Ch4 Tab')
]