def OnStart(self, event):
TaskFrame.OnStart(self, event)
# load values
synthetizer_LO_IP = self.notebook.tabLO.instrument_txt_IP.GetValue()
if check_value_is_IP(synthetizer_LO_IP, "LO Synthetizer IP") == 0:
return None
synthetizer_LO_Port = self.notebook.tabLO.instrument_txt_Port.GetValue()
if check_value_min_max(synthetizer_LO_Port, "LO Synthetizer Port", minimum=0) == 0:
return None
synthetizer_LO_Timeout = self.notebook.tabLO.instrument_txt_Timeout.GetValue()
if check_value_min_max(synthetizer_LO_Timeout, "LO Synthetizer Timeout", minimum=0) == 0:
return None
synthetizer_LO_instrType = self.notebook.tabLO.combobox_instrtype.GetValue()
synthetizer_LO_state = self.notebook.tabLO.instrument_enable_status.GetValue()
# synthetizer_LO_frequency_min_unit = unit.return_unit(self.notebook.tabLO.synthetizer_frequency_min_unit.GetValue())
# if check_value_not_none(synthetizer_LO_frequency_min_unit, "Minimum LO Frequency Unit") == 0:
# return None
if synthetizer_LO_state:
synthetizer_LO_frequency_min = self.notebook.tabLO.synthetizer_frequency_min.GetValue()
if check_value_min_max(synthetizer_LO_frequency_min, "Minimum LO Frequency", minimum=0) == 0:
return None
else:
synthetizer_LO_frequency_min = eval(self.notebook.tabLO.synthetizer_frequency_min.GetValue())
# synthetizer_LO_frequency_max_unit = unit.return_unit(self.notebook.tabLO.synthetizer_frequency_max_unit.GetValue())
# if check_value_not_none(synthetizer_LO_frequency_max_unit, "Maximum LO Frequency Unit") == 0:
# return None
synthetizer_LO_frequency_max = self.notebook.tabLO.synthetizer_frequency_max.GetValue()
if check_value_min_max(synthetizer_LO_frequency_max, "Maximum LO Frequency", minimum=0) == 0:
return None
else:
synthetizer_LO_frequency_max = eval(self.notebook.tabLO.synthetizer_frequency_max.GetValue())
# synthetizer_LO_frequency_step_unit = unit.return_unit(self.notebook.tabLO.synthetizer_frequency_step_unit.GetValue())
# if check_value_not_none(synthetizer_LO_frequency_step_unit, "LO Step Frequency Unit") == 0:
# return None
synthetizer_LO_frequency_unit = unit.return_unit(self.notebook.tabLO.synthetizer_frequency_unit.GetValue())
if check_value_not_none(synthetizer_LO_frequency_unit, "LO Frequency Unit") == 0:
return None
synthetizer_LO_frequency_step = self.notebook.tabLO.synthetizer_frequency_step.GetValue()
if check_value_min_max(synthetizer_LO_frequency_step, "LO Step Frequency", minimum=0) == 0:
return None
else:
synthetizer_LO_frequency_step = eval(self.notebook.tabLO.synthetizer_frequency_step.GetValue())
try:
synthetizer_LO_level_min = eval(self.notebook.tabLO.synthetizer_level_min.GetValue())
except:
synthetizer_LO_level_min = 0
try:
synthetizer_LO_level_max = eval(self.notebook.tabLO.synthetizer_level_max.GetValue())
except:
synthetizer_LO_level_max = 0
synthetizer_LO_level_step = self.notebook.tabLO.synthetizer_level_step.GetValue()
if check_value_min_max(synthetizer_LO_level_step, "LO Level Step", minimum=0) == 0:
return None
else:
synthetizer_LO_level_step = eval(self.notebook.tabLO.synthetizer_level_step.GetValue())
synthetizer_LO_frequency = Frequency_Range(synthetizer_LO_frequency_min, synthetizer_LO_frequency_max,
synthetizer_LO_frequency_step, synthetizer_LO_frequency_unit)
synthetizer_LO_frequency.to_base()
synthetizer_LO_level = Generic_Range(synthetizer_LO_level_min, synthetizer_LO_level_max,
synthetizer_LO_level_step)
else:
synthetizer_LO_frequency = Frequency_Range(0, 0, 1, unit.Hz)
synthetizer_LO_frequency.to_base()
synthetizer_LO_level = Generic_Range(0, 0, 1)
synthetizer_RF_IP = self.notebook.tabRF.instrument_txt_IP.GetValue()
if check_value_is_IP(synthetizer_RF_IP, "RF Synthetizer IP") == 0:
return None
synthetizer_RF_Port = self.notebook.tabRF.instrument_txt_Port.GetValue()
if check_value_min_max(synthetizer_RF_Port, "RF Synthetizer Port", minimum=0) == 0:
return None
synthetizer_RF_Timeout = self.notebook.tabRF.instrument_txt_Timeout.GetValue()
if check_value_min_max(synthetizer_RF_Timeout, "RF Synthetizer Timeout", minimum=0) == 0:
return None
synthetizer_RF_instrType = self.notebook.tabRF.combobox_instrtype.GetValue()
synthetizer_RF_state = self.notebook.tabRF.instrument_enable_status.GetValue()
# synthetizer_RF_frequency_min_unit = unit.return_unit(self.notebook.tabRF.synthetizer_frequency_min_unit.GetValue())
# if check_value_not_none(synthetizer_RF_frequency_min_unit, "Minimum RF Frequency Unit") == 0:
# return None
if synthetizer_RF_state:
synthetizer_RF_frequency_min = self.notebook.tabRF.synthetizer_frequency_min.GetValue()
if check_value_min_max(synthetizer_RF_frequency_min, "Minimum RF Frequency", minimum=0) == 0:
return None
else:
synthetizer_RF_frequency_min = eval(self.notebook.tabRF.synthetizer_frequency_min.GetValue())
# synthetizer_RF_frequency_max_unit = unit.return_unit(self.notebook.tabRF.synthetizer_frequency_max_unit.GetValue())
# if check_value_not_none(synthetizer_RF_frequency_max_unit, "Maximum RF Frequency Unit") == 0:
# return None
synthetizer_RF_frequency_max = self.notebook.tabRF.synthetizer_frequency_max.GetValue()
if check_value_min_max(synthetizer_RF_frequency_max, "Maximum RF Frequency", minimum=0) == 0:
return None
else:
synthetizer_RF_frequency_max = eval(self.notebook.tabRF.synthetizer_frequency_max.GetValue())
# synthetizer_RF_frequency_step_unit = unit.return_unit(self.notebook.tabRF.synthetizer_frequency_step_unit.GetValue())
# if check_value_not_none(synthetizer_RF_frequency_step_unit, "RF Step Frequency Unit") == 0:
# return None
synthetizer_RF_frequency_step = self.notebook.tabRF.synthetizer_frequency_step.GetValue()
if check_value_min_max(synthetizer_RF_frequency_step, "RF Step Frequency", minimum=0) == 0:
return None
else:
synthetizer_RF_frequency_step = eval(self.notebook.tabRF.synthetizer_frequency_step.GetValue())
synthetizer_RF_frequency_unit = unit.return_unit(self.notebook.tabRF.synthetizer_frequency_unit.GetValue())
if check_value_not_none(synthetizer_RF_frequency_unit, "RF Frequency Unit") == 0:
return None
try:
synthetizer_RF_level_min = eval(self.notebook.tabRF.synthetizer_level_min.GetValue())
except:
synthetizer_RF_level_min = 0
try:
synthetizer_RF_level_max = eval(self.notebook.tabRF.synthetizer_level_max.GetValue())
except:
synthetizer_RF_level_max = 0
synthetizer_RF_level_step = self.notebook.tabRF.synthetizer_level_step.GetValue()
if check_value_min_max(synthetizer_RF_level_step, "RF Level Step", minimum=0) == 0:
return None
else:
synthetizer_RF_level_step = eval(self.notebook.tabRF.synthetizer_level_step.GetValue())
synthetizer_RF_frequency = Frequency_Range(synthetizer_RF_frequency_min, synthetizer_RF_frequency_max,
synthetizer_RF_frequency_step, synthetizer_RF_frequency_unit)
synthetizer_RF_frequency.to_base()
synthetizer_RF_level = Generic_Range(synthetizer_RF_level_min, synthetizer_RF_level_max,
synthetizer_RF_level_step)
else:
synthetizer_RF_frequency = Frequency_Range(0, 0, 1, unit.Hz)
synthetizer_RF_frequency.to_base()
synthetizer_RF_level = Generic_Range(0, 0, 1)
vscd_IP = self.notebook.tabVSCD.instrument_txt_IP.GetValue()
if check_value_is_IP(vscd_IP, "VSCD IP") == 0:
return None
vscd_Port = self.notebook.tabVSCD.instrument_txt_Port.GetValue()
if check_value_min_max(vscd_Port, "VSCD Port", minimum=0) == 0:
return None
vscd_Timeout = self.notebook.tabVSCD.instrument_txt_Timeout.GetValue()
if check_value_min_max(vscd_Timeout, "VSCD Timeout", minimum=0) == 0:
return None
vscd_instrType = self.notebook.tabVSCD.combobox_instrtype.GetValue()
vscd_state = self.notebook.tabVSCD.instrument_enable_status.GetValue()
# synthetizer_LO_frequency_min_unit = unit.return_unit(self.notebook.tabLO.synthetizer_frequency_min_unit.GetValue())
# if check_value_not_none(synthetizer_LO_frequency_min_unit, "Minimum LO Frequency Unit") == 0:
# return None
if vscd_state:
vscd_frequency_min = self.notebook.tabVSCD.vscd_frequency_min.GetValue()
if check_value_min_max(vscd_frequency_min, "VSCD Frequency", minimum=0) == 0:
return None
else:
vscd_frequency_min = eval(self.notebook.tabVSCD.vscd_frequency_min.GetValue())
# synthetizer_LO_frequency_max_unit = unit.return_unit(self.notebook.tabLO.synthetizer_frequency_max_unit.GetValue())
# if check_value_not_none(synthetizer_LO_frequency_max_unit, "Maximum LO Frequency Unit") == 0:
# return None
vscd_frequency_max = self.notebook.tabVSCD.vscd_frequency_max.GetValue()
if check_value_min_max(vscd_frequency_max, "VSCD Frequency", minimum=0) == 0:
return None
else:
vscd_frequency_max = eval(self.notebook.tabVSCD.vscd_frequency_max.GetValue())
# synthetizer_LO_frequency_step_unit = unit.return_unit(self.notebook.tabLO.synthetizer_frequency_step_unit.GetValue())
# if check_value_not_none(synthetizer_LO_frequency_step_unit, "LO Step Frequency Unit") == 0:
# return None
vscd_frequency_unit = unit.return_unit(self.notebook.tabVSCD.vscd_frequency_unit.GetValue())
if check_value_not_none(vscd_frequency_unit, "VSCD Frequency Unit") == 0:
return None
vscd_frequency_step = self.notebook.tabVSCD.vscd_frequency_step.GetValue()
if check_value_min_max(vscd_frequency_step, "VSCD Step Frequency", minimum=0) == 0:
return None
else:
vscd_frequency_step = eval(self.notebook.tabVSCD.vscd_frequency_step.GetValue())
try:
vscd_level_min = eval(self.notebook.tabVSCD.vscd_level_min.GetValue())
except:
vscd_level_min = 0
try:
vscd_level_max = eval(self.notebook.tabVSCD.vscd_level_max.GetValue())
except:
vscd_level_max = 0
vscd_level_step = self.notebook.tabVSCD.vscd_level_step.GetValue()
if check_value_min_max(vscd_level_step, "VSCD Level Step", minimum=0) == 0:
return None
else:
vscd_level_step = eval(self.notebook.tabVSCD.vscd_level_step.GetValue())
vscd_frequency = Frequency_Range(vscd_frequency_min, vscd_frequency_max,
vscd_frequency_step, vscd_frequency_unit)
vscd_frequency.to_base()
vscd_level = Generic_Range(vscd_level_min, vscd_level_max,
vscd_level_step)
else:
vscd_frequency = Frequency_Range(0, 0, 1, unit.Hz)
vscd_frequency.to_base()
vscd_level = Generic_Range(0, 0, 1)
spectrum_analyzer_IP = self.notebook.tabFSV.instrument_txt_IP.GetValue()
if check_value_is_IP(spectrum_analyzer_IP, "LO Synthetizer IP") == 0:
return None
spectrum_analyzer_Port = self.notebook.tabFSV.instrument_txt_Port.GetValue()
if check_value_min_max(spectrum_analyzer_Port, "LO Synthetizer Port", minimum=0) == 0:
return None
spectrum_analyzer_Timeout = self.notebook.tabFSV.instrument_txt_Timeout.GetValue()
if check_value_min_max(spectrum_analyzer_Timeout, "LO Synthetizer Timeout", minimum=0) == 0:
return None
spectrum_analyzer_instrType = self.notebook.tabFSV.combobox_instrtype.GetValue()
spectrum_analyzer_state = self.notebook.tabFSV.instrument_enable_status.GetValue()
if spectrum_analyzer_state:
spectrum_analyzer_sweep_points = self.notebook.tabFSV.spectrum_analyzer_sweep_points.GetValue()
if check_value_min_max(spectrum_analyzer_sweep_points, "Sweep points", minimum=0) == 0:
return None
else:
spectrum_analyzer_sweep_points = eval(self.notebook.tabFSV.spectrum_analyzer_sweep_points.GetValue())
spectrum_analyzer_resolution_bandwidth = self.notebook.tabFSV.spectrum_analyzer_resolution_bandwidth.GetValue()
if check_value_min_max(spectrum_analyzer_resolution_bandwidth, "Resolution Bandwidth", minimum=0) == 0:
return None
else:
spectrum_analyzer_resolution_bandwidth = eval(
self.notebook.tabFSV.spectrum_analyzer_resolution_bandwidth.GetValue())
spectrum_analyzer_resolution_bandwidth_unit = unit.return_unit(
self.notebook.tabFSV.spectrum_analyzer_resolution_bandwidth_unit.GetValue())
if check_value_not_none(spectrum_analyzer_resolution_bandwidth_unit, "Resolution Bandwidth Unit") == 0:
return None
spectrum_analyzer_video_bandwidth = self.notebook.tabFSV.spectrum_analyzer_video_bandwidth.GetValue()
if check_value_min_max(spectrum_analyzer_video_bandwidth, "Video Bandwidth", minimum=0) == 0:
return None
else:
spectrum_analyzer_video_bandwidth = eval(
self.notebook.tabFSV.spectrum_analyzer_video_bandwidth.GetValue())
spectrum_analyzer_video_bandwidth_unit = unit.return_unit(
self.notebook.tabFSV.spectrum_analyzer_video_bandwidth_unit.GetValue())
if check_value_not_none(spectrum_analyzer_video_bandwidth_unit, "Video Bandwidth Unit") == 0:
return None
spectrum_analyzer_frequency_span = self.notebook.tabFSV.spectrum_analyzer_frequency_span.GetValue()
if check_value_min_max(spectrum_analyzer_frequency_span, "Frequency Span", minimum=0) == 0:
return None
else:
spectrum_analyzer_frequency_span = eval(
self.notebook.tabFSV.spectrum_analyzer_frequency_span.GetValue())
spectrum_analyzer_frequency_span_unit = unit.return_unit(
self.notebook.tabFSV.spectrum_analyzer_frequency_span_unit.GetValue())
if check_value_not_none(spectrum_analyzer_frequency_span_unit, "Frequency Span Unit") == 0:
return None
##spectrum_analyzer_harmonic_number = spectrum_analyzer_harmonic_number
# spectrum_analyzer_attenuation = self.notebook.tabFSV.spectrum_analyzer_attenuation.GetValue()
# if check_value_not_none(spectrum_analyzer_attenuation, "Attenuation") == 0:
# return None
gainAmplifier = self.notebook.tabFSV.gainAmplifier.GetValue() # dB
if check_value_not_none(gainAmplifier, "Gain Amplifier") == 0:
return None
spectrum_analyzer_IF_atten_enable = self.notebook.tabFSV.spectrum_analyzer_IF_atten_enable.GetValue()
spectrum_analyzer_IF_atten = self.notebook.tabFSV.spectrum_analyzer_IF_atten.GetValue()
if check_value_not_none(spectrum_analyzer_IF_atten, "Attenuation") == 0:
return None
spectrum_analyzer_IF_relative_level = self.notebook.tabFSV.spectrum_analyzer_IF_relative_level.GetValue()
if check_value_not_none(spectrum_analyzer_IF_relative_level, "Relative Power Level") == 0:
return None
spectrum_analyzer_IF_relative_level_enable = self.notebook.tabFSV.spectrum_analyzer_IF_relative_level_enable.GetValue()
threshold_power = self.notebook.tabFSV.threshold_power.GetValue() # dB
if check_value_not_none(threshold_power, "Threshold Power Level") == 0:
return None
else:
threshold_power = eval(self.notebook.tabFSV.threshold_power.GetValue())
spectrum_analyzer_frequency_marker_unit = unit.return_unit(
self.notebook.tabFSV.spectrum_analyzer_frequency_marker_unit.GetValue())
# to check
if check_value_not_none(spectrum_analyzer_frequency_marker_unit, "Marker Frequency Unit") == 0:
return None
FSV_delay = self.notebook.tabFSV.FSV_delay.GetValue()
if check_value_min_max(FSV_delay, "FSV measure delay", minimum=0) == 0:
return None
else:
FSV_delay = eval(self.notebook.tabFSV.FSV_delay.GetValue())
m_min_RF = self.notebook.tabSpuriusSetting.m_min_RF.GetValue()
m_max_RF = self.notebook.tabSpuriusSetting.m_max_RF.GetValue()
m_step_RF = self.notebook.tabSpuriusSetting.m_step_RF.GetValue()
n_min_LO = self.notebook.tabSpuriusSetting.n_min_LO.GetValue()
n_max_LO = self.notebook.tabSpuriusSetting.n_max_LO.GetValue()
n_step_LO = self.notebook.tabSpuriusSetting.n_step_LO.GetValue()
IF_low = self.notebook.tabSpuriusSetting.IF_low.GetValue()
if check_value_min_max(IF_low, "Low Frequency", minimum=0) == 0:
return None
else:
IF_low = eval(self.notebook.tabSpuriusSetting.IF_low.GetValue())
IF_low_unit = unit.return_unit(self.notebook.tabSpuriusSetting.IF_low_unit.GetValue())
if check_value_not_none(IF_low_unit, "Low Frequency Unit") == 0:
return None
IF_high = self.notebook.tabSpuriusSetting.IF_high.GetValue()
if check_value_min_max(IF_high, "High Frequency", minimum=0) == 0:
return None
else:
IF_high = eval(self.notebook.tabSpuriusSetting.IF_high.GetValue())
IF_high_unit = unit.return_unit(self.notebook.tabSpuriusSetting.IF_high_unit.GetValue())
if check_value_not_none(IF_high_unit, "High Frequency Unit") == 0:
return None
spurius_IF_unit = unit.return_unit(self.notebook.tabSpuriusSetting.spurius_IF_unit.GetValue())
if check_value_not_none(spurius_IF_unit, "Spurius IF Unit") == 0:
return None
calibration_file_LO = self.notebook.tabSpuriusSetting.calibration_file_LO.GetValue()
calibration_file_LO_enable = self.notebook.tabSpuriusSetting.calibration_file_LO_enable.GetValue()
if calibration_file_LO_enable:
if check_value_is_valid_file(calibration_file_LO, "LO Calibration file") == 0:
return None
calibration_file_RF = self.notebook.tabSpuriusSetting.calibration_file_RF.GetValue()
calibration_file_RF_enable = self.notebook.tabSpuriusSetting.calibration_file_RF_enable.GetValue()
if calibration_file_RF_enable:
if check_value_is_valid_file(calibration_file_RF, "RF Calibration file") == 0:
return None
calibration_file_IF = self.notebook.tabSpuriusSetting.calibration_file_IF.GetValue()
calibration_file_IF_enable = self.notebook.tabSpuriusSetting.calibration_file_IF_enable.GetValue()
if calibration_file_IF_enable:
if check_value_is_valid_file(calibration_file_IF, "IF Calibration file") == 0:
return None
result_file_name = self.notebook.tabSpuriusSetting.result_file_name.GetValue()
try:
SMB_LO = create_instrument(synthetizer_LO_IP, synthetizer_LO_Port, eval(synthetizer_LO_Timeout),
synthetizer_LO_instrType, TEST_MODE=self.runmodeitem.IsChecked(),
enable_state=synthetizer_LO_state)
except:
dlg = wx.MessageDialog(None, "LO synthetizer comunication error", 'Error LO synthetizer',
wx.OK | wx.ICON_ERROR)
dlg.ShowModal()
return 0
try:
SMB_RF = create_instrument(synthetizer_RF_IP, synthetizer_RF_Port, eval(synthetizer_RF_Timeout),
synthetizer_RF_instrType, TEST_MODE=self.runmodeitem.IsChecked(),
enable_state=synthetizer_RF_state)
except:
dlg = wx.MessageDialog(None, "RF synthetizer comunication error", 'Error RF synthetizer',
wx.OK | wx.ICON_ERROR)
dlg.ShowModal()
return 0
try:
VSCD = create_instrument(vscd_IP, vscd_Port, eval(vscd_Timeout),
vscd_instrType, TEST_MODE=self.runmodeitem.IsChecked(),
enable_state=vscd_state)
except:
dlg = wx.MessageDialog(None, "Downconverter comunication error", 'Error Downconverter',
wx.OK | wx.ICON_ERROR)
dlg.ShowModal()
return 0
try:
FSV = create_instrument(spectrum_analyzer_IP, spectrum_analyzer_Port, eval(spectrum_analyzer_Timeout),
spectrum_analyzer_instrType, TEST_MODE=self.runmodeitem.IsChecked(),
instrument_class="FSV", enable_state=spectrum_analyzer_state)
except:
dlg = wx.MessageDialog(None, "Spectrum analiser comunication error", 'Error Spectrum analiser',
wx.OK | wx.ICON_ERROR)
dlg.ShowModal()
return 0
if synthetizer_LO_state:
n_LO = Generic_Range(n_min_LO, n_max_LO, n_step_LO)
else:
n_LO = Generic_Range(0, 0, 1)
if synthetizer_RF_state:
m_RF = Generic_Range(m_min_RF, m_max_RF, m_step_RF)
else:
m_RF = Generic_Range(0, 0, 1)
dialog = wx.ProgressDialog("Progress", "Time remaining", maximum=100,
style=wx.PD_CAN_ABORT | wx.PD_ELAPSED_TIME | wx.PD_REMAINING_TIME)
self.savesettings(result_file_name)
spurius_filename = measure_LNA_spurius(
SMB_LO=SMB_LO,
SMB_RF=SMB_RF,
FSV=FSV,
VSCD=VSCD,
synthetizer_LO_state=synthetizer_LO_state,
synthetizer_LO_frequency=synthetizer_LO_frequency,
synthetizer_LO_level=synthetizer_LO_level, # dBm
synthetizer_RF_state=synthetizer_RF_state,
synthetizer_RF_frequency=synthetizer_RF_frequency,
synthetizer_RF_level=synthetizer_RF_level, # dBm
downconverter_state=vscd_state,
downconverter_frequency=vscd_frequency,
downconverter_level=vscd_level, # dBm
spectrum_analyzer_state=spectrum_analyzer_state,
spectrum_analyzer_sweep_points=spectrum_analyzer_sweep_points,
spectrum_analyzer_resolution_bandwidth=spectrum_analyzer_resolution_bandwidth,
spectrum_analyzer_resolution_bandwidth_unit=spectrum_analyzer_resolution_bandwidth_unit,
spectrum_analyzer_video_bandwidth=spectrum_analyzer_video_bandwidth,
spectrum_analyzer_video_bandwidth_unit=spectrum_analyzer_video_bandwidth_unit,
spectrum_analyzer_frequency_span=spectrum_analyzer_frequency_span,
spectrum_analyzer_frequency_span_unit=spectrum_analyzer_frequency_span_unit,
# spectrum_analyzer_attenuation = spectrum_analyzer_attenuation,
gainAmplifier=gainAmplifier, # dB
spectrum_analyzer_IF_atten_enable=spectrum_analyzer_IF_atten_enable,
spectrum_analyzer_IF_atten=spectrum_analyzer_IF_atten,
spectrum_analyzer_IF_relative_level=spectrum_analyzer_IF_relative_level,
spectrum_analyzer_IF_relative_level_enable=spectrum_analyzer_IF_relative_level_enable,
threshold_power=threshold_power, # dB
spectrum_analyzer_frequency_marker_unit=spectrum_analyzer_frequency_marker_unit,
FSV_delay=FSV_delay,
m_RF=m_RF,
n_LO=n_LO,
IF_low=IF_low,
IF_low_unit=IF_low_unit,
IF_high=IF_high,
IF_high_unit=IF_high_unit,
spurius_IF_unit=spurius_IF_unit,
calibration_file_LO=calibration_file_LO,
calibration_file_LO_enable=calibration_file_LO_enable,
calibration_file_RF=calibration_file_RF,
calibration_file_RF_enable=calibration_file_RF_enable,
calibration_file_IF=calibration_file_IF,
calibration_file_IF_enable=calibration_file_IF_enable,
result_file_name=result_file_name,
createprogressdialog=False)
dialog.Destroy()
try:
webbrowser.open(os.path.dirname(spurius_filename))
except:
pass
def OnStart(self, event):
TaskFrame.OnStart(self, event)
# Check all values
TSC_IP = self.notebook.tabTSC.instrument_txt_IP.GetValue()
if check_value_is_IP(TSC_IP, "TSC IP") == 0:
return None
TSC_Port = self.notebook.tabTSC.instrument_txt_Port.GetValue()
if check_value_min_max(TSC_Port, "TSC Port", minimum=0) == 0:
return None
TSC_Timeout = self.notebook.tabTSC.instrument_txt_Timeout.GetValue()
if check_value_min_max(TSC_Timeout, "TSC Timeout", minimum=0) == 0:
return None
TSC_instrType = self.notebook.tabTSC.combobox_instrtype.GetValue()
TSC_collecting_delay = self.notebook.tabTSC.TSC_collecting_delay.GetValue(
)
if check_value_min_max(TSC_collecting_delay,
"Collecting time",
minimum=0) == 0:
return None
else:
TSC_collecting_delay = eval(
self.notebook.tabTSC.TSC_collecting_delay.GetValue())
TSC_plot_adev = self.notebook.tabTSC.TSC_plot_adev.GetValue()
result_file_name = self.notebook.tabTSC.result_file_name.GetValue()
try:
TSC = create_instrument(TSC_IP,
TSC_Port,
eval(TSC_Timeout),
TSC_instrType,
TEST_MODE=self.runmodeitem.IsChecked(),
instrument_class="TSC")
except:
dlg = wx.MessageDialog(None, "TSC comunication error", 'Error TSC',
wx.OK | wx.ICON_ERROR)
dlg.ShowModal()
return 0
self.savesettings(result_file_name)
dialog = wx.ProgressDialog("Progress",
"Time remaining",
maximum=100,
style=wx.PD_CAN_ABORT | wx.PD_ELAPSED_TIME
| wx.PD_REMAINING_TIME)
TSC_measure(TSC,
TSC_collecting_delay,
result_file_name,
TSC_plot_adev,
createprogressdialog=dialog)
dialog.Destroy()
def OnPlotSpectrum(self, event):
# Function to plot the spectrum for actual parameters
self.testmode = False
try:
if self.Parent.GrandParent.runmodeitem.IsChecked():
dlg = wx.MessageDialog(
None, 'Test mode. Instruments comunication disabled',
"Test mode", wx.OK | wx.ICON_ERROR)
dlg.ShowModal()
self.testmode = True
except:
pass
spectrum_analyzer_IP = self.instrument_txt_IP.GetValue()
if check_value_is_IP(spectrum_analyzer_IP, "LO Synthetizer IP") == 0:
return None
spectrum_analyzer_Port = self.instrument_txt_Port.GetValue()
if check_value_min_max(spectrum_analyzer_Port,
"LO Synthetizer Port",
minimum=0) == 0:
return None
spectrum_analyzer_Timeout = self.instrument_txt_Timeout.GetValue()
if check_value_min_max(spectrum_analyzer_Timeout,
"LO Synthetizer Timeout",
minimum=0) == 0:
return None
spectrum_analyzer_instrType = self.combobox_instrtype.GetValue()
spectrum_analyzer_state = self.instrument_enable_status.GetValue()
if spectrum_analyzer_state:
spectrum_analyzer_sweep_points = self.spectrum_analyzer_sweep_points.GetValue(
)
if check_value_min_max(spectrum_analyzer_sweep_points,
"Sweep points",
minimum=0) == 0:
return None
else:
spectrum_analyzer_sweep_points = eval(
self.spectrum_analyzer_sweep_points.GetValue())
spectrum_analyzer_resolution_bandwidth = self.spectrum_analyzer_resolution_bandwidth.GetValue(
)
if check_value_min_max(spectrum_analyzer_resolution_bandwidth,
"Resolution Bandwidth",
minimum=0) == 0:
return None
else:
spectrum_analyzer_resolution_bandwidth = eval(
self.spectrum_analyzer_resolution_bandwidth.GetValue())
spectrum_analyzer_resolution_bandwidth_unit = unit.return_unit(
self.spectrum_analyzer_resolution_bandwidth_unit.GetValue())
if check_value_not_none(
spectrum_analyzer_resolution_bandwidth_unit,
"Resolution Bandwidth Unit") == 0:
return None
spectrum_analyzer_video_bandwidth = self.spectrum_analyzer_video_bandwidth.GetValue(
)
if check_value_min_max(spectrum_analyzer_video_bandwidth,
"Video Bandwidth",
minimum=0) == 0:
return None
else:
spectrum_analyzer_video_bandwidth = eval(
self.spectrum_analyzer_video_bandwidth.GetValue())
spectrum_analyzer_video_bandwidth_unit = unit.return_unit(
self.spectrum_analyzer_video_bandwidth_unit.GetValue())
if check_value_not_none(spectrum_analyzer_video_bandwidth_unit,
"Video Bandwidth Unit") == 0:
return None
spectrum_analyzer_frequency_span = self.spectrum_analyzer_frequency_span.GetValue(
)
if check_value_min_max(spectrum_analyzer_frequency_span,
"Frequency Span",
minimum=0) == 0:
return None
else:
spectrum_analyzer_frequency_span = eval(
self.spectrum_analyzer_frequency_span.GetValue())
spectrum_analyzer_frequency_span_unit = unit.return_unit(
self.spectrum_analyzer_frequency_span_unit.GetValue())
if check_value_not_none(spectrum_analyzer_frequency_span_unit,
"Frequency Span Unit") == 0:
return None
##spectrum_analyzer_harmonic_number = spectrum_analyzer_harmonic_number
# spectrum_analyzer_attenuation = self.notebook.tabFSV.spectrum_analyzer_attenuation.GetValue()
# if check_value_not_none(spectrum_analyzer_attenuation, "Attenuation") == 0:
# return None
gainAmplifier = self.gainAmplifier.GetValue() # dB
if check_value_not_none(gainAmplifier, "Gain Amplifier") == 0:
return None
spectrum_analyzer_IF_atten_enable = self.spectrum_analyzer_IF_atten_enable.GetValue(
)
spectrum_analyzer_IF_atten = self.spectrum_analyzer_IF_atten.GetValue(
)
if check_value_not_none(spectrum_analyzer_IF_atten,
"Attenuation") == 0:
return None
spectrum_analyzer_IF_relative_level = self.spectrum_analyzer_IF_relative_level.GetValue(
)
if check_value_not_none(spectrum_analyzer_IF_relative_level,
"Relative Power Level") == 0:
return None
spectrum_analyzer_IF_relative_level_enable = self.spectrum_analyzer_IF_relative_level_enable.GetValue(
)
threshold_power = self.threshold_power.GetValue() # dB
if check_value_not_none(threshold_power,
"Threshold Power Level") == 0:
return None
spectrum_analyzer_frequency_marker_unit = unit.return_unit(
self.spectrum_analyzer_frequency_marker_unit.GetValue())
# to check
if check_value_not_none(spectrum_analyzer_frequency_marker_unit,
"Marker Frequency Unit") == 0:
return None
FSV_delay = self.FSV_delay.GetValue()
if check_value_min_max(FSV_delay, "FSV measure delay",
minimum=0) == 0:
return None
else:
FSV_delay = eval(self.FSV_delay.GetValue())
spectrum_analyzer_central_frequency = self.spectrum_analyzer_central_frequency.GetValue(
)
if check_value_min_max(spectrum_analyzer_central_frequency,
"Central Frequency",
minimum=0) == 0:
return None
else:
spectrum_analyzer_video_bandwidth = eval(
self.spectrum_analyzer_video_bandwidth.GetValue())
spectrum_analyzer_central_frequency_unit = unit.return_unit(
self.spectrum_analyzer_central_frequency_unit.GetValue())
# to check
if check_value_not_none(spectrum_analyzer_central_frequency_unit,
"Central Frequency Unit") == 0:
return None
try:
FSV = create_instrument(spectrum_analyzer_IP,
spectrum_analyzer_Port,
eval(spectrum_analyzer_Timeout),
spectrum_analyzer_instrType,
TEST_MODE=self.testmode,
instrument_class="FSV",
enable_state=spectrum_analyzer_state)
except:
dlg = wx.MessageDialog(None,
"Spectrum analiser comunication error",
'Error Spectrum analiser',
wx.OK | wx.ICON_ERROR)
dlg.ShowModal()
return 0
FSV_reset_setup(FSV, spectrum_analyzer_sweep_points,
spectrum_analyzer_resolution_bandwidth,
spectrum_analyzer_resolution_bandwidth_unit,
spectrum_analyzer_video_bandwidth,
spectrum_analyzer_video_bandwidth_unit,
spectrum_analyzer_frequency_span,
spectrum_analyzer_frequency_span_unit,
spectrum_analyzer_IF_atten_enable,
spectrum_analyzer_IF_atten,
spectrum_analyzer_IF_relative_level_enable,
spectrum_analyzer_IF_relative_level)
table_value = build_table_value_from_x_y(
*readFSV_sweep(FSV, FSV_delay, spectrum_analyzer_central_frequency,
spectrum_analyzer_central_frequency_unit))
x_max, x_min, y_max, y_min, z_max, z_min = return_max_min_from_data_table_row(
table_value, 0, 2, None)
axis_x_legend = "CF {central_frequency} {central_frequency_unit} - - Span {span} {span_unit}".format(
central_frequency=str(spectrum_analyzer_central_frequency),
central_frequency_unit=unit.return_unit_str(
spectrum_analyzer_central_frequency_unit),
span=str(spectrum_analyzer_frequency_span),
span_unit=unit.return_unit_str(
spectrum_analyzer_frequency_span_unit))
axis_y_legend = "Ref.Level {ref_level} dBm - Attenuation {attenuation} dB".format(
ref_level=str(spectrum_analyzer_IF_relative_level)
if spectrum_analyzer_IF_relative_level_enable else "0",
attenuation=str(spectrum_analyzer_IF_atten)
if spectrum_analyzer_IF_atten_enable else "0",
)
graph_x = Graph_Axis_Range(x_min, x_max, (x_max - x_min) / 10, unit.Hz,
axis_x_legend)
graph_y = Graph_Axis_Range(y_min, y_max, (y_max - y_min) / 10, unit.dB,
axis_y_legend)
graph_z = Graph_Axis_Range(0, 0, 1, unit.Hz)
fig = plt.figure()
plot_XY_Single(fig1,
table_value,
graph_group_index=[1],
x_index=0,
y_index=2,
z_index=None,
legend_index=[(0, -1, "", 0)],
legend_title=None,
graph_title="SA Sweep",
graph_type="GG",
graph_x=graph_x,
graph_y=graph_y,
graph_z=graph_z,
save=False)
def OnStart(self, event):
TaskFrame.OnStart(self, event)
PM_IP = self.notebook.tabPowerMeter.instrument_txt_IP.GetValue()
if check_value_is_IP(PM_IP, "PM IP") == 0:
return None
PM_Port = self.notebook.tabPowerMeter.instrument_txt_Port.GetValue()
if check_value_min_max(PM_Port, "PM Port", minimum=0) == 0:
return None
PM_Timeout = self.notebook.tabPowerMeter.instrument_txt_Timeout.GetValue(
)
if check_value_min_max(PM_Timeout, "PM Timeout", minimum=0) == 0:
return None
PM_instrType = self.notebook.tabPowerMeter.combobox_instrtype.GetValue(
)
power_meter_misure_number = self.notebook.tabPowerMeter.power_meter_misure_number.GetValue(
)
if power_meter_misure_number > 0:
pm_misure_number = power_meter_misure_number
else:
dlg = wx.MessageDialog(None, "PM number of measures is invalid",
'Error PM', wx.OK | wx.ICON_ERROR)
dlg.ShowModal()
return 0
power_meter_misure_delay = self.notebook.tabPowerMeter.power_meter_misure_delay.GetValue(
)
if check_value_min_max(power_meter_misure_delay,
"Measures delay",
minimum=0) == 0:
return None
else:
pm_misure_delay = eval(self.notebook.tabPowerMeter.
power_meter_misure_delay.GetValue())
result_file_name = self.notebook.tabCountinousPMSetup.result_file_name.GetValue(
)
try:
PM = create_instrument(PM_IP,
PM_Port,
eval(PM_Timeout),
PM_instrType,
TEST_MODE=self.runmodeitem.IsChecked())
except:
dlg = wx.MessageDialog(None, "PM comunication error", 'Error PM',
wx.OK | wx.ICON_ERROR)
dlg.ShowModal()
return 0
self.savesettings(result_file_name)
dialog = wx.ProgressDialog("Progress",
"Time remaining",
maximum=100,
style=wx.PD_CAN_ABORT | wx.PD_ELAPSED_TIME
| wx.PD_REMAINING_TIME)
# dialog =None
continous_measure_PM(PM,
pm_misure_number,
pm_misure_delay,
result_file_name,
createprogressdialog=dialog)
dialog.Destroy()
def OnStart(self, event):
TaskFrame.OnStart(self, event)
create_dummy_cable = self.notebook.tabCalCableSetting.create_dummycable_cb.GetValue(
)
if create_dummy_cable:
info_message("Dummy cable creation mode. \n No instrument used.",
"Dummy Cable Mode")
synthetizer_IP = self.notebook.tabRF.instrument_txt_IP.GetValue()
if check_value_is_IP(synthetizer_IP, "Synthetizer IP") == 0:
return None
synthetizer_Port = self.notebook.tabRF.instrument_txt_Port.GetValue()
if check_value_min_max(synthetizer_Port, "Synthetizer Port",
minimum=0) == 0:
return None
synthetizer_Timeout = self.notebook.tabRF.instrument_txt_Timeout.GetValue(
)
if check_value_min_max(synthetizer_Timeout,
"Synthetizer Timeout",
minimum=0) == 0:
return None
syntetizer_instrType = self.notebook.tabRF.combobox_instrtype.GetValue(
)
syntetizer_enable_state = self.notebook.tabRF.instrument_enable_status.GetValue(
)
# synthetizer_frequency_min_unit = unit.return_unit(self.notebook.tabRF.synthetizer_frequency_min_unit.GetValue())
# if check_value_not_none(synthetizer_frequency_min_unit, "Minimum Frequency Unit") == 0:
# return None
synthetizer_frequency_min = self.notebook.tabRF.synthetizer_frequency_min.GetValue(
)
if check_value_min_max(synthetizer_frequency_min,
"Minimum Frequency",
minimum=0) == 0:
return None
else:
synthetizer_frequency_min = eval(
self.notebook.tabRF.synthetizer_frequency_min.GetValue())
# synthetizer_frequency_max_unit = unit.return_unit(self.notebook.tabRF.synthetizer_frequency_max_unit.GetValue())
# if check_value_not_none(synthetizer_frequency_max_unit, "Maximum Frequency Unit") == 0:
# return None
synthetizer_frequency_max = self.notebook.tabRF.synthetizer_frequency_max.GetValue(
)
if check_value_min_max(synthetizer_frequency_max,
"Maximum Frequency",
minimum=0) == 0:
return None
else:
synthetizer_frequency_max = eval(
self.notebook.tabRF.synthetizer_frequency_max.GetValue())
# synthetizer_frequency_step_unit = unit.return_unit(self.notebook.tabRF.synthetizer_frequency_step_unit.GetValue())
# if check_value_not_none(synthetizer_frequency_step_unit, "Frequency Step Unit") == 0:
# return None
synthetizer_frequency_step = self.notebook.tabRF.synthetizer_frequency_step.GetValue(
)
if check_value_min_max(synthetizer_frequency_step,
"Frequency Step",
minimum=0) == 0:
return None
else:
synthetizer_frequency_step = eval(
self.notebook.tabRF.synthetizer_frequency_step.GetValue())
synthetizer_frequency_unit = unit.return_unit(
self.notebook.tabRF.synthetizer_frequency_unit.GetValue())
if check_value_not_none(synthetizer_frequency_unit,
"Frequency Unit") == 0:
return None
try:
synthetizer_level_fixed = eval(
self.notebook.tabRF.synthetizer_level_fixed.GetValue())
except:
synthetizer_level_fixed = 0
power_meter_IP = self.notebook.tabPowerMeter.instrument_txt_IP.GetValue(
)
if check_value_is_IP(power_meter_IP, "Power meter IP") == 0:
return None
power_meter_Port = self.notebook.tabPowerMeter.instrument_txt_Port.GetValue(
)
if check_value_min_max(power_meter_Port, "Power meter Port",
minimum=0) == 0:
return None
power_meter_Timeout = self.notebook.tabPowerMeter.instrument_txt_Timeout.GetValue(
)
if check_value_min_max(power_meter_Timeout,
"Power meter Timeout",
minimum=0) == 0:
return None
power_meter_instrType = self.notebook.tabPowerMeter.combobox_instrtype.GetValue(
)
power_meter_enable_state = self.notebook.tabPowerMeter.instrument_enable_status.GetValue(
)
power_meter_make_zero = self.notebook.tabPowerMeter.power_meter_make_zero.GetValue(
)
power_meter_make_zero_delay = self.notebook.tabPowerMeter.power_meter_misure_delay.GetValue(
)
if check_value_min_max(power_meter_make_zero_delay,
"Make Zero Delay",
minimum=0) == 0:
return None
else:
power_meter_make_zero_delay = eval(
self.notebook.tabPowerMeter.power_meter_misure_delay.GetValue(
))
power_meter_misure_number = self.notebook.tabPowerMeter.power_meter_misure_number.GetValue(
)
power_meter_misure_delay = self.notebook.tabPowerMeter.power_meter_misure_delay.GetValue(
) # seconds
if check_value_min_max(power_meter_misure_delay,
"Measure Delay",
minimum=0) == 0:
return None
else:
power_meter_misure_delay = eval(
self.notebook.tabPowerMeter.power_meter_misure_delay.GetValue(
))
SAB_IP = self.notebook.tabSAB.instrument_txt_IP.GetValue()
if check_value_is_IP(SAB_IP, "SwitchAttBox IP") == 0:
return None
SAB_Port = self.notebook.tabSAB.instrument_txt_Port.GetValue()
if check_value_min_max(SAB_Port, "SwitchAttBox Port", minimum=0) == 0:
return None
SAB_Timeout = self.notebook.tabSAB.instrument_txt_Timeout.GetValue()
if check_value_min_max(SAB_Timeout, "SwitchAttBox Timeout",
minimum=0) == 0:
return None
SAB_enable_state = self.notebook.tabSAB.instrument_enable_status.GetValue(
)
SAB_instrType = self.notebook.tabSAB.combobox_instrtype.GetValue()
SAB_switch01_delay = self.notebook.tabSAB.SAB_switch01_delay.GetValue()
if check_value_min_max(SAB_switch01_delay, "Switch 1 Delay",
minimum=0) == 0:
return None
else:
SAB_switch01_delay = eval(
self.notebook.tabSAB.SAB_switch01_delay.GetValue())
SAB_switch02_delay = self.notebook.tabSAB.SAB_switch02_delay.GetValue()
if check_value_min_max(SAB_switch02_delay, "Switch 2 Delay",
minimum=0) == 0:
return None
else:
SAB_switch02_delay = eval(
self.notebook.tabSAB.SAB_switch02_delay.GetValue())
result_file_name = self.notebook.tabCalCableSetting.result_file_name.GetValue(
)
dummy_cable_power_level = self.notebook.tabCalCableSetting.output_level.GetValue(
)
if create_dummy_cable:
if check_value_not_none(dummy_cable_power_level,
"Power Level (Dummy Cable)") == 0:
return None
try:
SMB_RF = create_instrument(synthetizer_IP,
synthetizer_Port,
eval(synthetizer_Timeout),
syntetizer_instrType,
TEST_MODE=self.runmodeitem.IsChecked(),
enable_state=syntetizer_enable_state
and not create_dummy_cable)
except:
dlg = wx.MessageDialog(None, "Synthetizer comunication error",
'Error Synthetizer', wx.OK | wx.ICON_ERROR)
dlg.ShowModal()
return 0
try:
NRP2 = create_instrument(power_meter_IP,
power_meter_Port,
eval(power_meter_Timeout),
power_meter_instrType,
TEST_MODE=self.runmodeitem.IsChecked(),
instrument_class="NRP2",
enable_state=power_meter_enable_state
and not create_dummy_cable)
except:
dlg = wx.MessageDialog(None, "Power meter comunication error",
'Error Power meter', wx.OK | wx.ICON_ERROR)
dlg.ShowModal()
return 0
try:
SAB = create_instrument(SAB_IP,
SAB_Port,
eval(SAB_Timeout),
SAB_instrType,
TEST_MODE=self.runmodeitem.IsChecked(),
instrument_class="SAB",
enable_state=SAB_enable_state
and not create_dummy_cable)
except:
dlg = wx.MessageDialog(None, "SwitchAttBox comunication error",
'Error SwitchAttBox', wx.OK | wx.ICON_ERROR)
dlg.ShowModal()
return 0
self.savesettings(result_file_name)
dialog = wx.ProgressDialog("Progress",
"Time remaining",
maximum=100,
style=wx.PD_CAN_ABORT | wx.PD_ELAPSED_TIME
| wx.PD_REMAINING_TIME)
synthetizer_frequency = Frequency_Range(synthetizer_frequency_min,
synthetizer_frequency_max,
synthetizer_frequency_step,
synthetizer_frequency_unit)
synthetizer_frequency.to_base()
calibration_file_result = measure_calibration_cable(
SMB_RF,
NRP2,
SAB,
synthetizer_frequency,
synthetizer_level_fixed,
power_meter_make_zero,
power_meter_make_zero_delay,
power_meter_misure_number,
power_meter_misure_delay,
SAB_switch01_delay,
SAB_switch02_delay,
result_file_name,
dummy_cable_power_level,
create_dummy_cable,
createprogressdialog=dialog)
dialog.Destroy()
try:
webbrowser.open(os.path.dirname(calibration_file_result))
except:
pass
def OnStart(self, event):
TaskFrame.OnStart(self, event)
create_dummy_cable = self.notebook.tabCalCableSetting.create_dummycable_cb.GetValue()
if create_dummy_cable:
info_message("Dummy cable creation mode. \n No instrument used.", "Dummy Cable Mode")
synthetizer_IP = self.notebook.tabRF.instrument_txt_IP.GetValue()
if check_value_is_IP(synthetizer_IP, "Synthetizer IP") == 0:
return None
synthetizer_Port = self.notebook.tabRF.instrument_txt_Port.GetValue()
if check_value_min_max(synthetizer_Port, "Synthetizer Port", minimum=0) == 0:
return None
synthetizer_Timeout = self.notebook.tabRF.instrument_txt_Timeout.GetValue()
if check_value_min_max(synthetizer_Timeout, "Synthetizer Timeout", minimum=0) == 0:
return None
syntetizer_instrType = self.notebook.tabRF.combobox_instrtype.GetValue()
syntetizer_enable_state = self.notebook.tabRF.instrument_enable_status.GetValue()
# synthetizer_frequency_min_unit = unit.return_unit(self.notebook.tabRF.synthetizer_frequency_min_unit.GetValue())
# if check_value_not_none(synthetizer_frequency_min_unit, "Minimum Frequency Unit") == 0:
# return None
synthetizer_frequency_min = self.notebook.tabRF.synthetizer_frequency_min.GetValue()
if check_value_min_max(synthetizer_frequency_min, "Minimum Frequency", minimum=0) == 0:
return None
else:
synthetizer_frequency_min = eval(self.notebook.tabRF.synthetizer_frequency_min.GetValue())
# synthetizer_frequency_max_unit = unit.return_unit(self.notebook.tabRF.synthetizer_frequency_max_unit.GetValue())
# if check_value_not_none(synthetizer_frequency_max_unit, "Maximum Frequency Unit") == 0:
# return None
synthetizer_frequency_max = self.notebook.tabRF.synthetizer_frequency_max.GetValue()
if check_value_min_max(synthetizer_frequency_max, "Maximum Frequency", minimum=0) == 0:
return None
else:
synthetizer_frequency_max = eval(self.notebook.tabRF.synthetizer_frequency_max.GetValue())
# synthetizer_frequency_step_unit = unit.return_unit(self.notebook.tabRF.synthetizer_frequency_step_unit.GetValue())
# if check_value_not_none(synthetizer_frequency_step_unit, "Frequency Step Unit") == 0:
# return None
synthetizer_frequency_step = self.notebook.tabRF.synthetizer_frequency_step.GetValue()
if check_value_min_max(synthetizer_frequency_step, "Frequency Step", minimum=0) == 0:
return None
else:
synthetizer_frequency_step = eval(self.notebook.tabRF.synthetizer_frequency_step.GetValue())
synthetizer_frequency_unit = unit.return_unit(self.notebook.tabRF.synthetizer_frequency_unit.GetValue())
if check_value_not_none(synthetizer_frequency_unit, "Frequency Unit") == 0:
return None
try:
synthetizer_level_fixed = eval(self.notebook.tabRF.synthetizer_level_fixed.GetValue())
except:
synthetizer_level_fixed = 0
spectrum_analyzer_IP = self.notebook.tabFSV.instrument_txt_IP.GetValue()
if check_value_is_IP(spectrum_analyzer_IP, "LO Synthetizer IP") == 0:
return None
spectrum_analyzer_Port = self.notebook.tabFSV.instrument_txt_Port.GetValue()
if check_value_min_max(spectrum_analyzer_Port, "LO Synthetizer Port", minimum=0) == 0:
return None
spectrum_analyzer_Timeout = self.notebook.tabFSV.instrument_txt_Timeout.GetValue()
if check_value_min_max(spectrum_analyzer_Timeout, "LO Synthetizer Timeout", minimum=0) == 0:
return None
spectrum_analyzer_instrType = self.notebook.tabFSV.combobox_instrtype.GetValue()
spectrum_analyzer_state = self.notebook.tabFSV.instrument_enable_status.GetValue()
if spectrum_analyzer_state:
spectrum_analyzer_sweep_points = self.notebook.tabFSV.spectrum_analyzer_sweep_points.GetValue()
if check_value_min_max(spectrum_analyzer_sweep_points, "Sweep points", minimum=0) == 0:
return None
else:
spectrum_analyzer_sweep_points = eval(self.notebook.tabFSV.spectrum_analyzer_sweep_points.GetValue())
spectrum_analyzer_resolution_bandwidth = self.notebook.tabFSV.spectrum_analyzer_resolution_bandwidth.GetValue()
if check_value_min_max(spectrum_analyzer_resolution_bandwidth, "Resolution Bandwidth", minimum=0) == 0:
return None
else:
spectrum_analyzer_resolution_bandwidth = eval(
self.notebook.tabFSV.spectrum_analyzer_resolution_bandwidth.GetValue())
spectrum_analyzer_resolution_bandwidth_unit = unit.return_unit(
self.notebook.tabFSV.spectrum_analyzer_resolution_bandwidth_unit.GetValue())
if check_value_not_none(spectrum_analyzer_resolution_bandwidth_unit, "Resolution Bandwidth Unit") == 0:
return None
spectrum_analyzer_video_bandwidth = self.notebook.tabFSV.spectrum_analyzer_video_bandwidth.GetValue()
if check_value_min_max(spectrum_analyzer_video_bandwidth, "Video Bandwidth", minimum=0) == 0:
return None
else:
spectrum_analyzer_video_bandwidth = eval(
self.notebook.tabFSV.spectrum_analyzer_video_bandwidth.GetValue())
spectrum_analyzer_video_bandwidth_unit = unit.return_unit(
self.notebook.tabFSV.spectrum_analyzer_video_bandwidth_unit.GetValue())
if check_value_not_none(spectrum_analyzer_video_bandwidth_unit, "Video Bandwidth Unit") == 0:
return None
spectrum_analyzer_frequency_span = self.notebook.tabFSV.spectrum_analyzer_frequency_span.GetValue()
if check_value_min_max(spectrum_analyzer_frequency_span, "Frequency Span", minimum=0) == 0:
return None
else:
spectrum_analyzer_frequency_span = eval(
self.notebook.tabFSV.spectrum_analyzer_frequency_span.GetValue())
spectrum_analyzer_frequency_span_unit = unit.return_unit(
self.notebook.tabFSV.spectrum_analyzer_frequency_span_unit.GetValue())
if check_value_not_none(spectrum_analyzer_frequency_span_unit, "Frequency Span Unit") == 0:
return None
##spectrum_analyzer_harmonic_number = spectrum_analyzer_harmonic_number
# spectrum_analyzer_attenuation = self.notebook.tabFSV.spectrum_analyzer_attenuation.GetValue()
# if check_value_not_none(spectrum_analyzer_attenuation, "Attenuation") == 0:
# return None
gainAmplifier = self.notebook.tabFSV.gainAmplifier.GetValue() # dB
if check_value_not_none(gainAmplifier, "Gain Amplifier") == 0:
return None
spectrum_analyzer_IF_atten_enable = self.notebook.tabFSV.spectrum_analyzer_IF_atten_enable.GetValue()
spectrum_analyzer_IF_atten = self.notebook.tabFSV.spectrum_analyzer_IF_atten.GetValue()
if check_value_not_none(spectrum_analyzer_IF_atten, "Attenuation") == 0:
return None
spectrum_analyzer_IF_relative_level = self.notebook.tabFSV.spectrum_analyzer_IF_relative_level.GetValue()
if check_value_not_none(spectrum_analyzer_IF_relative_level, "Relative Power Level") == 0:
return None
spectrum_analyzer_IF_relative_level_enable = self.notebook.tabFSV.spectrum_analyzer_IF_relative_level_enable.GetValue()
threshold_power = self.notebook.tabFSV.threshold_power.GetValue() # dB
if check_value_not_none(threshold_power, "Threshold Power Level") == 0:
return None
spectrum_analyzer_frequency_marker_unit = unit.return_unit(
self.notebook.tabFSV.spectrum_analyzer_frequency_marker_unit.GetValue())
# to check
if check_value_not_none(spectrum_analyzer_frequency_marker_unit, "Marker Frequency Unit") == 0:
return None
FSV_delay = self.notebook.tabFSV.FSV_delay.GetValue()
if check_value_min_max(FSV_delay, "FSV measure delay", minimum=0) == 0:
return None
else:
FSV_delay = eval(self.notebook.tabFSV.FSV_delay.GetValue())
result_file_name = self.notebook.tabCalCableSetting.result_file_name.GetValue()
dummy_cable_power_level = self.notebook.tabCalCableSetting.output_level.GetValue()
if create_dummy_cable:
if check_value_not_none(dummy_cable_power_level, "Power Level (Dummy Cable)") == 0:
return None
try:
SMB_RF = create_instrument(synthetizer_IP, synthetizer_Port, eval(synthetizer_Timeout),
syntetizer_instrType, TEST_MODE=self.runmodeitem.IsChecked(),
enable_state=syntetizer_enable_state and not create_dummy_cable)
except:
dlg = wx.MessageDialog(None, "Synthetizer comunication error", 'Error Synthetizer', wx.OK | wx.ICON_ERROR)
dlg.ShowModal()
return 0
try:
FSV = create_instrument(spectrum_analyzer_IP, spectrum_analyzer_Port, eval(spectrum_analyzer_Timeout),
spectrum_analyzer_instrType, TEST_MODE=self.runmodeitem.IsChecked(),
instrument_class="FSV", enable_state=spectrum_analyzer_state)
except:
dlg = wx.MessageDialog(None, "Spectrum analiser comunication error", 'Error Spectrum analiser',
wx.OK | wx.ICON_ERROR)
dlg.ShowModal()
return 0
self.savesettings(result_file_name)
dialog = wx.ProgressDialog("Progress", "Time remaining", maximum=100,
style=wx.PD_CAN_ABORT | wx.PD_ELAPSED_TIME | wx.PD_REMAINING_TIME)
synthetizer_frequency = Frequency_Range(synthetizer_frequency_min, synthetizer_frequency_max,
synthetizer_frequency_step, synthetizer_frequency_unit)
synthetizer_frequency.to_base()
calibration_file_result = measure_calibration_cable(SMB_RF,
FSV,
synthetizer_frequency,
synthetizer_level_fixed,
spectrum_analyzer_state,
spectrum_analyzer_sweep_points,
spectrum_analyzer_resolution_bandwidth,
spectrum_analyzer_resolution_bandwidth_unit,
spectrum_analyzer_video_bandwidth,
spectrum_analyzer_video_bandwidth_unit,
spectrum_analyzer_frequency_span,
spectrum_analyzer_frequency_span_unit,
# spectrum_analyzer_attenuation,
gainAmplifier,
spectrum_analyzer_IF_atten_enable,
spectrum_analyzer_IF_atten,
spectrum_analyzer_IF_relative_level,
spectrum_analyzer_IF_relative_level_enable,
threshold_power,
spectrum_analyzer_frequency_marker_unit,
FSV_delay,
result_file_name,
dummy_cable_power_level,
create_dummy_cable,
createprogressdialog=dialog)
dialog.Destroy()
try:
webbrowser.open(os.path.dirname(calibration_file_result))
except:
pass
def OnStart(self, event):
TaskFrame.OnStart(self, event)
synthetizer_LO_state = self.notebook.tabRF.synthetizer_state.GetValue()
synthetizer_IP = self.notebook.tabRF.instrument_txt_IP.GetValue()
if check_value_is_IP(synthetizer_IP, "Synthetizer IP") == 0:
return None
synthetizer_Port = self.notebook.tabRF.instrument_txt_Port.GetValue()
if check_value_min_max(synthetizer_Port, "Synthetizer Port",
minimum=0) == 0:
return None
synthetizer_Timeout = self.notebook.tabRF.instrument_txt_Timeout.GetValue(
)
if check_value_min_max(synthetizer_Timeout,
"Synthetizer Timeout",
minimum=0) == 0:
return None
syntetizer_instrType = self.notebook.tabRF.combobox_instrtype.GetValue(
)
# synthetizer_frequency_min_unit = unit.return_unit(self.notebook.tabRF.synthetizer_frequency_min_unit.GetValue())
# if check_value_not_none(synthetizer_frequency_min_unit, "Minimum Frequency Unit") == 0:
# return None
synthetizer_frequency_min = self.notebook.tabRF.synthetizer_frequency_min.GetValue(
)
if check_value_min_max(synthetizer_frequency_min,
"Minimum Frequency",
minimum=0) == 0:
return None
else:
synthetizer_frequency_min = eval(
self.notebook.tabRF.synthetizer_frequency_min.GetValue())
# synthetizer_frequency_max_unit = unit.return_unit(self.notebook.tabRF.synthetizer_frequency_max_unit.GetValue())
# if check_value_not_none(synthetizer_frequency_max_unit, "Maximum Frequency Unit") == 0:
# return None
synthetizer_frequency_max = self.notebook.tabRF.synthetizer_frequency_max.GetValue(
)
if check_value_min_max(synthetizer_frequency_max,
"Maximum Frequency",
minimum=0) == 0:
return None
else:
synthetizer_frequency_max = eval(
self.notebook.tabRF.synthetizer_frequency_max.GetValue())
# synthetizer_frequency_step_unit = unit.return_unit(self.notebook.tabRF.synthetizer_frequency_step_unit.GetValue())
# if check_value_not_none(synthetizer_frequency_step_unit, "Frequency Step Unit") == 0:
# return None
synthetizer_frequency_step = self.notebook.tabRF.synthetizer_frequency_step.GetValue(
)
if check_value_min_max(synthetizer_frequency_step,
"Frequency Step",
minimum=0) == 0:
return None
else:
synthetizer_frequency_step = eval(
self.notebook.tabRF.synthetizer_frequency_step.GetValue())
synthetizer_frequency_unit = unit.return_unit(
self.notebook.tabRF.synthetizer_frequency_unit.GetValue())
if check_value_not_none(synthetizer_frequency_unit,
"Frequency Unit") == 0:
return None
try:
synthetizer_level_min = eval(
self.notebook.tabRF.synthetizer_level_min.GetValue())
except:
synthetizer_level_min = 0
try:
synthetizer_level_max = eval(
self.notebook.tabRF.synthetizer_level_max.GetValue())
except:
synthetizer_level_max = 0
try:
synthetizer_level_step = eval(
self.notebook.tabRF.synthetizer_level_step.GetValue())
except:
synthetizer_level_step = 0
pm5_state = self.notebook.tabPM5.pm5_state.GetValue()
pm5_com_port = self.notebook.tabPM5.instrument_combobox_com_port.GetValue(
)
pm5_Timeout = self.notebook.tabPM5.instrument_txt_timeout.GetValue()
if check_value_min_max(pm5_Timeout, "PM5 Timeout", minimum=0) == 0:
return None
pm5_BaudRate = self.notebook.tabPM5.instrument_combobox_baud.GetValue()
if check_value_min_max(pm5_BaudRate, "COM Baud Rate", minimum=0) == 0:
return None
pm5_misure_number = self.notebook.tabPM5.pm5_misure_number.GetValue()
pm5_misure_delay = self.notebook.tabPM5.pm5_misure_delay.GetValue(
) # seconds
if check_value_min_max(pm5_misure_delay, "Measure Delay",
minimum=0) == 0:
return None
else:
pm5_misure_delay = eval(
self.notebook.tabPM5.pm5_misure_delay.GetValue())
calibration_file_LO = self.notebook.tabPM5Setting.calibration_file_LO.GetValue(
)
calibration_file_LO_enable = self.notebook.tabPM5Setting.calibration_file_LO_enable.GetValue(
)
if calibration_file_LO_enable:
if check_value_is_valid_file(calibration_file_LO,
"LO Calibration file") == 0:
return None
result_file_name = self.notebook.tabPM5Setting.result_file_name.GetValue(
)
try:
if synthetizer_LO_state:
SMB_LO = create_instrument(
synthetizer_IP,
synthetizer_Port,
eval(synthetizer_Timeout),
syntetizer_instrType,
TEST_MODE=self.runmodeitem.IsChecked())
else:
SMB_LO = create_instrument(synthetizer_IP,
synthetizer_Port,
eval(synthetizer_Timeout),
syntetizer_instrType,
TEST_MODE=True)
except:
dlg = wx.MessageDialog(None, "LO synthetizer comunication error",
'Error LO synthetizer',
wx.OK | wx.ICON_ERROR)
dlg.ShowModal()
return 0
try:
if pm5_state:
PM5 = create_USB_instrument(
pm5_com_port,
pm5_Timeout,
pm5_BaudRate,
TEST_MODE=self.runmodeitem.IsChecked(),
instrument_class="PM5")
else:
PM5 = create_USB_instrument(pm5_com_port,
pm5_Timeout,
pm5_BaudRate,
TEST_MODE=True,
instrument_class="PM5")
except:
dlg = wx.MessageDialog(None, "PM5 comunication error",
'Error mm-submm power meter',
wx.OK | wx.ICON_ERROR)
dlg.ShowModal()
return 0
# dlg.ShowModal()
# return 0
synthetizer_frequency = Frequency_Range(synthetizer_frequency_min,
synthetizer_frequency_max,
synthetizer_frequency_step,
synthetizer_frequency_unit)
synthetizer_frequency.to_base()
synthetizer_level = Generic_Range(synthetizer_level_min,
synthetizer_level_max,
synthetizer_level_step)
self.savesettings(result_file_name)
dialog = wx.ProgressDialog("Progress",
"Time remaining",
maximum=100,
style=wx.PD_CAN_ABORT | wx.PD_ELAPSED_TIME
| wx.PD_REMAINING_TIME)
# dialog =None
measure_100GHz_cal(SMB_LO,
PM5,
synthetizer_frequency,
synthetizer_level,
calibration_file_LO,
pm5_misure_number,
pm5_misure_delay,
result_file_name,
createprogressdialog=dialog)
dialog.Destroy()