def __init__(self, parent, *arg, **kw):
Panel.__init__(self, parent, *arg, **kw)
# designer ui
self.ui = Ui_Panel()
self.ui.setupUi(self)
self.ui.AOM_on_ADwin.setChecked(self._ins.get_AOMonADwin())
self.ui.LT_settings.setChecked(self._ins.get_LT_settings())
self.ui.TemperatureA.setValue(self._ins.get_TemperatureA())
self.ui.TemperatureB.setValue(self._ins.get_TemperatureB())
self.ui.z_Position.setValue(self._ins.get_z_Position())
if self._ins.get_LT_settings() == 0:
self.ui.z_Position_Slider.setValue(self.ui.z_Position.value() *
1000 / 24)
else:
self.ui.z_Position_Slider.setValue(self.ui.z_Position.value() *
1000 / 15)
self.ui.BlockMillennia.clicked.connect(self.BlockMillennia)
self.ui.UnblockMillennia.clicked.connect(self.UnblockMillennia)
self.ui.BlockChA.clicked.connect(self.BlockChA)
self.ui.UnblockChA.clicked.connect(self.UnblockChA)
self.ui.BlockChB.clicked.connect(self.BlockChB)
self.ui.UnblockChB.clicked.connect(self.UnblockChB)
self.ui.BlockNewFocus.clicked.connect(self.BlockNewFocus)
self.ui.UnblockNewFocus.clicked.connect(self.UnblockNewFocus)
self.ui.PowermeterIn.clicked.connect(self.PowermeterIn)
self.ui.PowermeterOut.clicked.connect(self.PowermeterOut)
self.ui.FlipBeamPath.clicked.connect(self.FlipBeamPath)
self.ui.DefaultSettings.clicked.connect(self.DefaultSettings)
self.ui.SetPowerGreen.clicked.connect(self.SetPowerGreen)
self.ui.GetPowerGreen.clicked.connect(self.GetPowerGreen)
self.ui.CalibrateGreenAOM.clicked.connect(self.CalibrateGreenAOM)
self.ui.SetPowerRed.clicked.connect(self.SetPowerRed)
self.ui.GetPowerRed.clicked.connect(self.GetPowerRed)
self.ui.CalibrateRedAOM.clicked.connect(self.CalibrateRedAOM)
self.ui.AttocubeUp.clicked.connect(self.AttocubeUp)
self.ui.AttocubeDown.clicked.connect(self.AttocubeDown)
self.ui.PiezoMirrorPlus.clicked.connect(self.PiezoMirrorPlus)
self.ui.PiezoMirrorMinus.clicked.connect(self.PiezoMirrorMinus)
self.ui.PiezoMirrorMax.clicked.connect(self.PiezoMirrorMax)
self.ui.AOM_on_ADwin.stateChanged.connect(self.AOM_on_ADwin_Changed)
self.ui.LT_settings.stateChanged.connect(self.LT_settings_Changed)
self.ui.OptimizeXY.clicked.connect(self.OptimizeXY)
self.ui.OptimizeZ.clicked.connect(self.OptimizeZ)
self.ui.z_Position_Slider.valueChanged.connect(self.z_Position_Changed)
self.ui.GetTemperatureA.clicked.connect(self.GetTemperatureA)
self.ui.GetTemperatureB.clicked.connect(self.GetTemperatureB)
def __init__(self, parent, *arg, **kw):
Panel.__init__(self, parent, *arg, **kw)
# designer ui
self.ui = Ui_Panel()
self.ui.setupUi(self)
self.ui.AOM_on_ADwin.setChecked(self._ins.get_AOMonADwin())
self.ui.LT_settings.setChecked(self._ins.get_LT_settings())
self.ui.TemperatureA.setValue(self._ins.get_TemperatureA())
self.ui.TemperatureB.setValue(self._ins.get_TemperatureB())
self.ui.z_Position.setValue(self._ins.get_z_Position())
if self._ins.get_LT_settings() == 0:
self.ui.z_Position_Slider.setValue(self.ui.z_Position.value() * 1000 / 24)
else:
self.ui.z_Position_Slider.setValue(self.ui.z_Position.value() * 1000 / 15)
self.ui.BlockMillennia.clicked.connect(self.BlockMillennia)
self.ui.UnblockMillennia.clicked.connect(self.UnblockMillennia)
self.ui.BlockChA.clicked.connect(self.BlockChA)
self.ui.UnblockChA.clicked.connect(self.UnblockChA)
self.ui.BlockChB.clicked.connect(self.BlockChB)
self.ui.UnblockChB.clicked.connect(self.UnblockChB)
self.ui.BlockNewFocus.clicked.connect(self.BlockNewFocus)
self.ui.UnblockNewFocus.clicked.connect(self.UnblockNewFocus)
self.ui.PowermeterIn.clicked.connect(self.PowermeterIn)
self.ui.PowermeterOut.clicked.connect(self.PowermeterOut)
self.ui.FlipBeamPath.clicked.connect(self.FlipBeamPath)
self.ui.DefaultSettings.clicked.connect(self.DefaultSettings)
self.ui.SetPowerGreen.clicked.connect(self.SetPowerGreen)
self.ui.GetPowerGreen.clicked.connect(self.GetPowerGreen)
self.ui.CalibrateGreenAOM.clicked.connect(self.CalibrateGreenAOM)
self.ui.SetPowerRed.clicked.connect(self.SetPowerRed)
self.ui.GetPowerRed.clicked.connect(self.GetPowerRed)
self.ui.CalibrateRedAOM.clicked.connect(self.CalibrateRedAOM)
self.ui.AttocubeUp.clicked.connect(self.AttocubeUp)
self.ui.AttocubeDown.clicked.connect(self.AttocubeDown)
self.ui.PiezoMirrorPlus.clicked.connect(self.PiezoMirrorPlus)
self.ui.PiezoMirrorMinus.clicked.connect(self.PiezoMirrorMinus)
self.ui.PiezoMirrorMax.clicked.connect(self.PiezoMirrorMax)
self.ui.AOM_on_ADwin.stateChanged.connect(self.AOM_on_ADwin_Changed)
self.ui.LT_settings.stateChanged.connect(self.LT_settings_Changed)
self.ui.OptimizeXY.clicked.connect(self.OptimizeXY)
self.ui.OptimizeZ.clicked.connect(self.OptimizeZ)
self.ui.z_Position_Slider.valueChanged.connect(self.z_Position_Changed)
self.ui.GetTemperatureA.clicked.connect(self.GetTemperatureA)
self.ui.GetTemperatureB.clicked.connect(self.GetTemperatureB)
class SetupPanel(Panel):
def __init__(self, parent, *arg, **kw):
Panel.__init__(self, parent, *arg, **kw)
# designer ui
self.ui = Ui_Panel()
self.ui.setupUi(self)
self.ui.AOM_on_ADwin.setChecked(self._ins.get_AOMonADwin())
self.ui.LT_settings.setChecked(self._ins.get_LT_settings())
self.ui.TemperatureA.setValue(self._ins.get_TemperatureA())
self.ui.TemperatureB.setValue(self._ins.get_TemperatureB())
self.ui.z_Position.setValue(self._ins.get_z_Position())
if self._ins.get_LT_settings() == 0:
self.ui.z_Position_Slider.setValue(self.ui.z_Position.value() * 1000 / 24)
else:
self.ui.z_Position_Slider.setValue(self.ui.z_Position.value() * 1000 / 15)
self.ui.BlockMillennia.clicked.connect(self.BlockMillennia)
self.ui.UnblockMillennia.clicked.connect(self.UnblockMillennia)
self.ui.BlockChA.clicked.connect(self.BlockChA)
self.ui.UnblockChA.clicked.connect(self.UnblockChA)
self.ui.BlockChB.clicked.connect(self.BlockChB)
self.ui.UnblockChB.clicked.connect(self.UnblockChB)
self.ui.BlockNewFocus.clicked.connect(self.BlockNewFocus)
self.ui.UnblockNewFocus.clicked.connect(self.UnblockNewFocus)
self.ui.PowermeterIn.clicked.connect(self.PowermeterIn)
self.ui.PowermeterOut.clicked.connect(self.PowermeterOut)
self.ui.FlipBeamPath.clicked.connect(self.FlipBeamPath)
self.ui.DefaultSettings.clicked.connect(self.DefaultSettings)
self.ui.SetPowerGreen.clicked.connect(self.SetPowerGreen)
self.ui.GetPowerGreen.clicked.connect(self.GetPowerGreen)
self.ui.CalibrateGreenAOM.clicked.connect(self.CalibrateGreenAOM)
self.ui.SetPowerRed.clicked.connect(self.SetPowerRed)
self.ui.GetPowerRed.clicked.connect(self.GetPowerRed)
self.ui.CalibrateRedAOM.clicked.connect(self.CalibrateRedAOM)
self.ui.AttocubeUp.clicked.connect(self.AttocubeUp)
self.ui.AttocubeDown.clicked.connect(self.AttocubeDown)
self.ui.PiezoMirrorPlus.clicked.connect(self.PiezoMirrorPlus)
self.ui.PiezoMirrorMinus.clicked.connect(self.PiezoMirrorMinus)
self.ui.PiezoMirrorMax.clicked.connect(self.PiezoMirrorMax)
self.ui.AOM_on_ADwin.stateChanged.connect(self.AOM_on_ADwin_Changed)
self.ui.LT_settings.stateChanged.connect(self.LT_settings_Changed)
self.ui.OptimizeXY.clicked.connect(self.OptimizeXY)
self.ui.OptimizeZ.clicked.connect(self.OptimizeZ)
self.ui.z_Position_Slider.valueChanged.connect(self.z_Position_Changed)
self.ui.GetTemperatureA.clicked.connect(self.GetTemperatureA)
self.ui.GetTemperatureB.clicked.connect(self.GetTemperatureB)
# this method automatically gets called when instrument parameters take
# a new value, i.e. any get_* or set_* function of the instrument has been
# called.
def _instrument_changed(self, changes):
# this means that the instrument has just been set on, meaning that
# we need to reset the local data cache
if changes.has_key("is_running"):
self._reset(bool(changes["is_running"]))
if changes.has_key("z_Position"):
self.ui.z_Position.setValue(changes["z_Position"])
if self._ins.get_LT_settings() == 0:
self.ui.z_Position_Slider.setValue(self.ui.z_Position.value() * 1000 / 24)
else:
self.ui.z_Position_Slider.setValue(self.ui.z_Position.value() * 1000 / 15)
if changes.has_key("TemperatureA"):
self.ui.TemperatureA.setValue(changes["TemperatureA"])
if changes.has_key("TemperatureB"):
self.ui.TemperatureB.setValue(changes["TemperatureB"])
if changes.has_key("PowerRed"):
self.ui.PowerRed.setValue(changes["PowerRed"] * 1e9)
if changes.has_key("PowerGreen"):
self.ui.PowerGreen.setValue(changes["PowerGreen"] * 1e6)
if changes.has_key("AOMonADwin"):
self.ui.AOM_on_ADwin.setChecked(changes["AOMonADwin"])
if changes.has_key("LT_settings"):
self.ui.LT_settings.setChecked(changes["LT_settings"])
@QtCore.pyqtSlot(int)
def z_Position_Changed(self, val):
if self._ins.get_LT_settings() == 0:
self._ins.set_z_Position(float(val) / 1000.0 * 24.0)
else:
self._ins.set_z_Position(float(val) / 1000.0 * 15.0)
@QtCore.pyqtSlot(bool)
def GetTemperatureB(self, bool):
self._ins.get_TemperatureB()
@QtCore.pyqtSlot(bool)
def GetTemperatureA(self, bool):
self._ins.get_TemperatureA()
@QtCore.pyqtSlot(bool)
def BlockMillennia(self, bool):
self._ins.Millennia_Laser_Block()
@QtCore.pyqtSlot(bool)
def UnblockMillennia(self, bool):
self._ins.Millennia_Laser_Unblock()
@QtCore.pyqtSlot(bool)
def BlockNewFocus(self, bool):
self._ins.Newfocus_Laser_Block()
@QtCore.pyqtSlot(bool)
def UnblockNewFocus(self, bool):
self._ins.Newfocus_Laser_Unblock()
@QtCore.pyqtSlot(bool)
def BlockChA(self, bool):
self._ins.Channel_A_Block()
@QtCore.pyqtSlot(bool)
def UnblockChA(self, bool):
self._ins.Channel_A_Unblock()
@QtCore.pyqtSlot(bool)
def BlockChB(self, bool):
self._ins.Channel_B_Block()
@QtCore.pyqtSlot(bool)
def UnblockChB(self, bool):
self._ins.Channel_B_Unblock()
@QtCore.pyqtSlot(bool)
def PowermeterIn(self, bool):
self._ins.Powermeter_In()
@QtCore.pyqtSlot(bool)
def PowermeterOut(self, bool):
self._ins.Powermeter_Out()
@QtCore.pyqtSlot(bool)
def FlipBeamPath(self, bool):
self._ins.SwitchDichroic()
@QtCore.pyqtSlot(bool)
def DefaultSettings(self, bool):
self._ins.Default_Settings()
@QtCore.pyqtSlot(bool)
def AttocubeUp(self, bool):
self._ins.Attocube_Up()
@QtCore.pyqtSlot(bool)
def AttocubeDown(self, bool):
self._ins.Attocube_Down()
@QtCore.pyqtSlot(bool)
def GetPowerGreen(self, bool):
self._ins.get_PowerGreen()
@QtCore.pyqtSlot(bool)
def GetPowerRed(self, bool):
self._ins.get_PowerRed()
@QtCore.pyqtSlot(bool)
def SetPowerGreen(self, bool):
self._ins.set_PowerGreen(self.ui.PowerGreen.value() * 1e-6)
@QtCore.pyqtSlot(bool)
def SetPowerRed(self, bool):
self._ins.set_PowerRed(self.ui.PowerRed.value() * 1e-9)
@QtCore.pyqtSlot(int)
def AOM_on_ADwin_Changed(self, val):
if val > 0:
self._ins.set_AOMonADwin(True)
else:
self._ins.set_AOMonADwin(False)
@QtCore.pyqtSlot(int)
def LT_settings_Changed(self, val):
if val > 0:
self._ins.set_LT_settings(1)
else:
self._ins.set_LT_settings(0)
@QtCore.pyqtSlot(bool)
def CalibrateGreenAOM(self, bool):
# self._ins.SimpleCalibrateGreenAOM()
if self.ui.AOM_on_ADwin.checkState() > 0:
self._ins.CalibrateGreenAOM(V_max=8.0)
else:
self._ins.CalibrateGreenAOM(V_max=1.0)
@QtCore.pyqtSlot(bool)
def CalibrateRedAOM(self, bool):
# self._ins.SimpleCalibrateRedAOM()
self._ins.CalibrateRedAOM(V_max=1.0)
@QtCore.pyqtSlot(bool)
def OptimizeXY(self, bool):
self._ins.OptimizeXY(counter=self.ui.OptimizeChannel.value())
def OptimizeZ(self, bool):
self._ins.OptimizeZ(counter=self.ui.OptimizeChannel.value())
@QtCore.pyqtSlot(bool)
def PiezoMirrorPlus(self, bool):
self._ins.Piezo_Mirror_Plus(
self.ui.PiezoController.value(),
self.ui.PiezoChannel.value(),
self.ui.PiezoAxis.value(),
self.ui.PiezoSteps.value(),
)
@QtCore.pyqtSlot(bool)
def PiezoMirrorMinus(self, bool):
self._ins.Piezo_Mirror_Minus(
self.ui.PiezoController.value(),
self.ui.PiezoChannel.value(),
self.ui.PiezoAxis.value(),
self.ui.PiezoSteps.value(),
)
@QtCore.pyqtSlot(bool)
def PiezoMirrorMax(self, bool):
self._ins.PiezoFindMax(
PiezoController=self.ui.PiezoController.value(),
PiezoChannel=self.ui.PiezoChannel.value(),
PiezoAxis=self.ui.PiezoAxis.value(),
)
class SetupPanel(Panel):
def __init__(self, parent, *arg, **kw):
Panel.__init__(self, parent, *arg, **kw)
# designer ui
self.ui = Ui_Panel()
self.ui.setupUi(self)
self.ui.AOM_on_ADwin.setChecked(self._ins.get_AOMonADwin())
self.ui.LT_settings.setChecked(self._ins.get_LT_settings())
self.ui.TemperatureA.setValue(self._ins.get_TemperatureA())
self.ui.TemperatureB.setValue(self._ins.get_TemperatureB())
self.ui.z_Position.setValue(self._ins.get_z_Position())
if self._ins.get_LT_settings() == 0:
self.ui.z_Position_Slider.setValue(self.ui.z_Position.value() *
1000 / 24)
else:
self.ui.z_Position_Slider.setValue(self.ui.z_Position.value() *
1000 / 15)
self.ui.BlockMillennia.clicked.connect(self.BlockMillennia)
self.ui.UnblockMillennia.clicked.connect(self.UnblockMillennia)
self.ui.BlockChA.clicked.connect(self.BlockChA)
self.ui.UnblockChA.clicked.connect(self.UnblockChA)
self.ui.BlockChB.clicked.connect(self.BlockChB)
self.ui.UnblockChB.clicked.connect(self.UnblockChB)
self.ui.BlockNewFocus.clicked.connect(self.BlockNewFocus)
self.ui.UnblockNewFocus.clicked.connect(self.UnblockNewFocus)
self.ui.PowermeterIn.clicked.connect(self.PowermeterIn)
self.ui.PowermeterOut.clicked.connect(self.PowermeterOut)
self.ui.FlipBeamPath.clicked.connect(self.FlipBeamPath)
self.ui.DefaultSettings.clicked.connect(self.DefaultSettings)
self.ui.SetPowerGreen.clicked.connect(self.SetPowerGreen)
self.ui.GetPowerGreen.clicked.connect(self.GetPowerGreen)
self.ui.CalibrateGreenAOM.clicked.connect(self.CalibrateGreenAOM)
self.ui.SetPowerRed.clicked.connect(self.SetPowerRed)
self.ui.GetPowerRed.clicked.connect(self.GetPowerRed)
self.ui.CalibrateRedAOM.clicked.connect(self.CalibrateRedAOM)
self.ui.AttocubeUp.clicked.connect(self.AttocubeUp)
self.ui.AttocubeDown.clicked.connect(self.AttocubeDown)
self.ui.PiezoMirrorPlus.clicked.connect(self.PiezoMirrorPlus)
self.ui.PiezoMirrorMinus.clicked.connect(self.PiezoMirrorMinus)
self.ui.PiezoMirrorMax.clicked.connect(self.PiezoMirrorMax)
self.ui.AOM_on_ADwin.stateChanged.connect(self.AOM_on_ADwin_Changed)
self.ui.LT_settings.stateChanged.connect(self.LT_settings_Changed)
self.ui.OptimizeXY.clicked.connect(self.OptimizeXY)
self.ui.OptimizeZ.clicked.connect(self.OptimizeZ)
self.ui.z_Position_Slider.valueChanged.connect(self.z_Position_Changed)
self.ui.GetTemperatureA.clicked.connect(self.GetTemperatureA)
self.ui.GetTemperatureB.clicked.connect(self.GetTemperatureB)
# this method automatically gets called when instrument parameters take
# a new value, i.e. any get_* or set_* function of the instrument has been
# called.
def _instrument_changed(self, changes):
# this means that the instrument has just been set on, meaning that
# we need to reset the local data cache
if changes.has_key('is_running'):
self._reset(bool(changes['is_running']))
if changes.has_key('z_Position'):
self.ui.z_Position.setValue(changes['z_Position'])
if self._ins.get_LT_settings() == 0:
self.ui.z_Position_Slider.setValue(self.ui.z_Position.value() *
1000 / 24)
else:
self.ui.z_Position_Slider.setValue(self.ui.z_Position.value() *
1000 / 15)
if changes.has_key('TemperatureA'):
self.ui.TemperatureA.setValue(changes['TemperatureA'])
if changes.has_key('TemperatureB'):
self.ui.TemperatureB.setValue(changes['TemperatureB'])
if changes.has_key('PowerRed'):
self.ui.PowerRed.setValue(changes['PowerRed'] * 1e9)
if changes.has_key('PowerGreen'):
self.ui.PowerGreen.setValue(changes['PowerGreen'] * 1e6)
if changes.has_key('AOMonADwin'):
self.ui.AOM_on_ADwin.setChecked(changes['AOMonADwin'])
if changes.has_key('LT_settings'):
self.ui.LT_settings.setChecked(changes['LT_settings'])
@QtCore.pyqtSlot(int)
def z_Position_Changed(self, val):
if self._ins.get_LT_settings() == 0:
self._ins.set_z_Position(float(val) / 1000.0 * 24.0)
else:
self._ins.set_z_Position(float(val) / 1000.0 * 15.0)
@QtCore.pyqtSlot(bool)
def GetTemperatureB(self, bool):
self._ins.get_TemperatureB()
@QtCore.pyqtSlot(bool)
def GetTemperatureA(self, bool):
self._ins.get_TemperatureA()
@QtCore.pyqtSlot(bool)
def BlockMillennia(self, bool):
self._ins.Millennia_Laser_Block()
@QtCore.pyqtSlot(bool)
def UnblockMillennia(self, bool):
self._ins.Millennia_Laser_Unblock()
@QtCore.pyqtSlot(bool)
def BlockNewFocus(self, bool):
self._ins.Newfocus_Laser_Block()
@QtCore.pyqtSlot(bool)
def UnblockNewFocus(self, bool):
self._ins.Newfocus_Laser_Unblock()
@QtCore.pyqtSlot(bool)
def BlockChA(self, bool):
self._ins.Channel_A_Block()
@QtCore.pyqtSlot(bool)
def UnblockChA(self, bool):
self._ins.Channel_A_Unblock()
@QtCore.pyqtSlot(bool)
def BlockChB(self, bool):
self._ins.Channel_B_Block()
@QtCore.pyqtSlot(bool)
def UnblockChB(self, bool):
self._ins.Channel_B_Unblock()
@QtCore.pyqtSlot(bool)
def PowermeterIn(self, bool):
self._ins.Powermeter_In()
@QtCore.pyqtSlot(bool)
def PowermeterOut(self, bool):
self._ins.Powermeter_Out()
@QtCore.pyqtSlot(bool)
def FlipBeamPath(self, bool):
self._ins.SwitchDichroic()
@QtCore.pyqtSlot(bool)
def DefaultSettings(self, bool):
self._ins.Default_Settings()
@QtCore.pyqtSlot(bool)
def AttocubeUp(self, bool):
self._ins.Attocube_Up()
@QtCore.pyqtSlot(bool)
def AttocubeDown(self, bool):
self._ins.Attocube_Down()
@QtCore.pyqtSlot(bool)
def GetPowerGreen(self, bool):
self._ins.get_PowerGreen()
@QtCore.pyqtSlot(bool)
def GetPowerRed(self, bool):
self._ins.get_PowerRed()
@QtCore.pyqtSlot(bool)
def SetPowerGreen(self, bool):
self._ins.set_PowerGreen(self.ui.PowerGreen.value() * 1e-6)
@QtCore.pyqtSlot(bool)
def SetPowerRed(self, bool):
self._ins.set_PowerRed(self.ui.PowerRed.value() * 1e-9)
@QtCore.pyqtSlot(int)
def AOM_on_ADwin_Changed(self, val):
if val > 0:
self._ins.set_AOMonADwin(True)
else:
self._ins.set_AOMonADwin(False)
@QtCore.pyqtSlot(int)
def LT_settings_Changed(self, val):
if val > 0:
self._ins.set_LT_settings(1)
else:
self._ins.set_LT_settings(0)
@QtCore.pyqtSlot(bool)
def CalibrateGreenAOM(self, bool):
# self._ins.SimpleCalibrateGreenAOM()
if (self.ui.AOM_on_ADwin.checkState() > 0):
self._ins.CalibrateGreenAOM(V_max=8.0)
else:
self._ins.CalibrateGreenAOM(V_max=1.0)
@QtCore.pyqtSlot(bool)
def CalibrateRedAOM(self, bool):
# self._ins.SimpleCalibrateRedAOM()
self._ins.CalibrateRedAOM(V_max=1.0)
@QtCore.pyqtSlot(bool)
def OptimizeXY(self, bool):
self._ins.OptimizeXY(counter=self.ui.OptimizeChannel.value())
def OptimizeZ(self, bool):
self._ins.OptimizeZ(counter=self.ui.OptimizeChannel.value())
@QtCore.pyqtSlot(bool)
def PiezoMirrorPlus(self, bool):
self._ins.Piezo_Mirror_Plus(self.ui.PiezoController.value(),
self.ui.PiezoChannel.value(),
self.ui.PiezoAxis.value(),
self.ui.PiezoSteps.value())
@QtCore.pyqtSlot(bool)
def PiezoMirrorMinus(self, bool):
self._ins.Piezo_Mirror_Minus(self.ui.PiezoController.value(),
self.ui.PiezoChannel.value(),
self.ui.PiezoAxis.value(),
self.ui.PiezoSteps.value())
@QtCore.pyqtSlot(bool)
def PiezoMirrorMax(self, bool):
self._ins.PiezoFindMax(PiezoController=self.ui.PiezoController.value(),
PiezoChannel=self.ui.PiezoChannel.value(),
PiezoAxis=self.ui.PiezoAxis.value())
