def __init__(self, irises, settings, parent=None):
QDockWidget.__init__(self, "Control panel", parent)
self.setObjectName("TopLevelControlPanel")
self._irises = irises
self._settings = settings
widget = QWidget(self)
self.setWidget(widget)
layout = QHBoxLayout(widget)
form = QFormLayout()
layout.addLayout(form)
freq = self._settings.value('TopLevelControlPanel/tddFrequency', 3.6e9,
float)
self._handleTddFreqChange(freq)
tddFrequencyEntry = FreqEntryWidget(widget)
tddFrequencyEntry.setValue(freq)
tddFrequencyEntry.valueChanged.connect(self._handleTddFreqChange)
form.addRow("TDD Frequency", tddFrequencyEntry)
for dirName, direction in (("Tx controls", SOAPY_SDR_TX),
("Rx controls", SOAPY_SDR_RX)):
groupBox = QGroupBox(dirName, widget)
hbox = QHBoxLayout(groupBox)
layout.addWidget(groupBox)
for i, gainName in enumerate(irises[0].listGains(direction, 0)):
if i % 2 == 0:
form = QFormLayout()
hbox.addLayout(form)
value = self._settings.value(
'TopLevelControlPanel/%sGain%s' %
('Rx' if direction == SOAPY_SDR_RX else 'Tx', gainName),
0.0, float)
self._handleGainChange(direction, gainName, value)
edit = QDoubleSpinBox(widget)
form.addRow(gainName, edit)
r = irises[0].getGainRange(direction, 0, gainName)
edit.setRange(r.minimum(), r.maximum())
if r.step() != 0: edit.setSingleStep(r.step())
edit.setSuffix(' dB')
edit.setValue(value)
edit.valueChanged.connect(
functools.partial(self._handleGainChange, direction,
gainName))
def __init__(self, iris, chans, parent=None):
QWidget.__init__(self, parent)
layout = QGridLayout(self)
self._editWidgets = list()
self._iris = iris
self._txReplayWaveform = ""
#global configuration parameters
groupBox = QGroupBox("Global", self)
layout.addWidget(groupBox, 0, 0, 2, 1)
formLayout = QFormLayout(groupBox)
for name, widgetType, setter, getter in (
("Rx Frequency", FreqEntryWidget, lambda f:
[iris.setFrequency(SOAPY_SDR_RX, ch, "RF", f) for ch in [0, 1]],
functools.partial(iris.getFrequency, SOAPY_SDR_RX, 0, "RF")),
("Tx Frequency", FreqEntryWidget, lambda f:
[iris.setFrequency(SOAPY_SDR_TX, ch, "RF", f) for ch in [0, 1]],
functools.partial(iris.getFrequency, SOAPY_SDR_TX, 0, "RF")),
("Sample Rate", FreqEntryWidget, lambda r: [
iris.setSampleRate(d, 0, r)
for d in (SOAPY_SDR_RX, SOAPY_SDR_TX)
], functools.partial(iris.getSampleRate, SOAPY_SDR_RX, 0)),
):
edit = FreqEntryWidget(groupBox)
formLayout.addRow(name, edit)
self.loadEditWidget(edit, setter, getter, [name])
self.loadArbitrarySettings(groupBox, formLayout)
info = SoapySDR.ArgInfo()
info.type = info.STRING
info.options.push_back("")
info.options.push_back("LTS")
info.optionNames.push_back("Off")
info.optionNames.push_back("LTS")
edit = ArbitrarySettingsWidget(info, self)
formLayout.addRow("TX Replay Waveform", edit)
self.loadEditWidget(edit, self.setupTxReplay,
lambda: self._txReplayWaveform, ['Tx Waveform'])
loadConfigButton = QPushButton("Load Config", groupBox)
formLayout.addRow(loadConfigButton)
loadConfigButton.pressed.connect(self._handleLoadDialog)
saveConfigButton = QPushButton("Save Config", groupBox)
formLayout.addRow(saveConfigButton)
saveConfigButton.pressed.connect(self._handleSaveDialog)
#per channel configuration parameters
for ch in chans:
for direction in (SOAPY_SDR_RX, SOAPY_SDR_TX):
groupBox = QGroupBox(
("Rx" if direction == SOAPY_SDR_RX else "Tx") + " Ch" +
"AB"[ch], self)
layout.addWidget(groupBox,
0 if direction == SOAPY_SDR_RX else 1, ch + 1,
1, 1)
self.loadChannelSettings(groupBox, direction, ch)
def loadChannelSettings(self, parent, direction, ch):
hbox = QHBoxLayout(parent)
formLayout = QFormLayout()
hbox.addLayout(formLayout)
factories = [
("NCO Frequency", FreqEntryWidget,
functools.partial(self._iris.setFrequency, direction, ch, "BB"),
functools.partial(self._iris.getFrequency, direction, ch, "BB")),
("Filter BW", FreqEntryWidget,
functools.partial(self._iris.setBandwidth, direction, ch),
functools.partial(self._iris.getBandwidth, direction, ch)),
]
for name, widgetType, setter, getter in factories:
edit = FreqEntryWidget(parent)
formLayout.addRow(name, edit)
self.loadEditWidget(edit, setter, getter, [direction, ch, name])
for name in self._iris.listGains(direction, ch):
edit = QDoubleSpinBox(parent)
formLayout.addRow(name, edit)
self.loadEditWidget(
edit, functools.partial(self._iris.setGain, direction, ch,
name),
functools.partial(self._iris.getGain, direction, ch, name),
[direction, ch, name])
r = self._iris.getGainRange(direction, ch, name)
edit.setRange(r.minimum(), r.maximum())
if r.step() != 0: edit.setSingleStep(r.step())
edit.setSuffix(' dB')
formLayout = QFormLayout()
hbox.addLayout(formLayout)
edit = StringValueComboBox(options=self._iris.listAntennas(
direction, ch),
parent=parent)
formLayout.addRow("Antenna", edit)
self.loadEditWidget(
edit, functools.partial(self._iris.setAntenna, direction, ch),
functools.partial(self._iris.getAntenna, direction, ch),
[direction, ch, 'Antenna'])
self.loadArbitrarySettings(parent, formLayout, [direction, ch])
if self._iris.hasDCOffsetMode(direction, ch):
info = SoapySDR.ArgInfo()
info.type = info.BOOL
edit = ArbitrarySettingsWidget(info, self)
formLayout.addRow("DC Removal", edit)
self.loadEditWidget(
edit,
lambda v: iris.setDCOffsetMode(direction, ch, v == "true"),
lambda: "true"
if iris.getDCOffsetMode(direction, ch) else "false",
[direction, ch, 'DC Removal'])
sklkCalButton = QPushButton("SKLK Calibrate", parent)
sklkCalButton.pressed.connect(
functools.partial(self._iris.writeSetting, direction, ch,
"CALIBRATE", "SKLK"))
formLayout.addRow("Self Calibrate", sklkCalButton)
mcuCalButton = QPushButton("MCU Calibrate", parent)
mcuCalButton.pressed.connect(
functools.partial(self._iris.writeSetting, direction, ch,
"CALIBRATE", ""))
formLayout.addRow("Self Calibrate", mcuCalButton)
def loadChannelSettings(self, parent, direction, ch):
hbox = QHBoxLayout(parent)
formLayout = QFormLayout()
hbox.addLayout(formLayout)
factories = [
("NCO Frequency", FreqEntryWidget, functools.partial(listFuncHelper, [iris.setFrequency for iris in self._writeIrises], direction, ch, "BB"), lambda direction=direction, ch=ch: self._iris.getFrequency(direction, ch, "BB")), #functools.partial(self._iris.getFrequency, direction, ch, "BB")), # use this syntax to make direction and ch to persist, but execute self._iris when called (for switching iris readback): https://stackoverflow.com/questions/11087047/deferred-evaluation-with-lambda-in-python/11087323
("Filter BW", FreqEntryWidget, functools.partial(listFuncHelper, [iris.setBandwidth for iris in self._writeIrises], direction, ch), lambda direction=direction, ch=ch: self._iris.getBandwidth(direction, ch)),
]
for name, widgetType, setter, getter in factories:
edit = FreqEntryWidget(parent)
formLayout.addRow(name, edit)
self.loadEditWidget(edit, setter, getter, [direction, ch, name])
for name in self._iris.listGains(direction, ch):
edit = QDoubleSpinBox(parent)
formLayout.addRow(name, edit)
self.loadEditWidget(edit,
functools.partial(listFuncHelper, [iris.setGain for iris in self._writeIrises], direction, ch, name),
lambda direction=direction, ch=ch, name=name: self._iris.getGain(direction, ch, name),
[direction, ch, name])
r = self._iris.getGainRange(direction, ch, name)
edit.setRange(r.minimum(), r.maximum())
if r.step() != 0: edit.setSingleStep(r.step())
edit.setSuffix(' dB')
formLayout = QFormLayout()
hbox.addLayout(formLayout)
edit = StringValueComboBox(options=self._iris.listAntennas(direction, ch), parent=parent)
formLayout.addRow("Antenna", edit)
self.loadEditWidget(edit,
functools.partial(listFuncHelper, [iris.setAntenna for iris in self._writeIrises], direction, ch),
lambda direction=direction, ch=ch: self._iris.getAntenna(direction, ch),
[direction, ch, 'Antenna'])
self.loadArbitrarySettings(parent, formLayout, [direction, ch])
if self._iris.hasDCOffsetMode(direction, ch):
info = SoapySDR.ArgInfo()
info.type = info.BOOL
edit = ArbitrarySettingsWidget(info, self)
formLayout.addRow("DC Removal", edit)
self.loadEditWidget(edit,
lambda v: [iris.setDCOffsetMode(direction, ch, v == "true") for iris in self._writeIrises], #this is a lambda in IrisControlGui, but maybe it's messing things up?
lambda: "true" if self._iris.getDCOffsetMode(direction, ch) else "false",
[direction, ch, 'DC Removal'])
sklkCalButton = QPushButton("SKLK Calibrate", parent)
sklkCalButton.pressed.connect(functools.partial(listFuncHelper, [iris.writeSetting for iris in self._writeIrises], direction, ch, "CALIBRATE", "SKLK"))
formLayout.addRow("Self Calibrate", sklkCalButton)
mcuCalButton = QPushButton("MCU Calibrate", parent)
mcuCalButton.pressed.connect(functools.partial(listFuncHelper, [iris.writeSetting for iris in self._writeIrises], direction, ch, "CALIBRATE", ""))
formLayout.addRow("Self Calibrate", mcuCalButton)
def __init__(self, irises, chans, setReadIrisCallback, setWriteIrisesCallback, parent = None):
QWidget.__init__(self, parent)
layout = QGridLayout(self)
self._setReadIrisCallback = setReadIrisCallback
self._setWriteIrisesCallback = setWriteIrisesCallback
self._editWidgets = list()
self._iris = irises[0]
self._irises = irises
self._writeIrises = irises
self._txReplayWaveform = ""
#global configuration parameters
groupBox = QGroupBox("Global", self)
layout.addWidget(groupBox, 0, 0, 2, 1)
formLayout = QFormLayout(groupBox)
for name, widgetType, setter, getter in (
("Rx Frequency", FreqEntryWidget, lambda f: [[iris.setFrequency(SOAPY_SDR_RX, ch, "RF", f) for ch in [0, 1] for iris in irises]], lambda: self._iris.getFrequency(SOAPY_SDR_RX, 0, "RF")), #functools.partial(self._iris.getFrequency, SOAPY_SDR_RX, 0, "RF")),
("Tx Frequency", FreqEntryWidget, lambda f: [[iris.setFrequency(SOAPY_SDR_TX, ch, "RF", f) for ch in [0, 1] for iris in irises]], lambda: self._iris.getFrequency(SOAPY_SDR_TX, 0, "RF")),
("Sample Rate", FreqEntryWidget, lambda r: [[iris.setSampleRate(d, 0, r) for d in (SOAPY_SDR_RX, SOAPY_SDR_TX) for iris in irises]], lambda: self._iris.getSampleRate(SOAPY_SDR_RX, 0)),
):
edit = FreqEntryWidget(groupBox)
formLayout.addRow(name, edit)
self.loadEditWidget(edit, setter, getter, [name])
self.loadArbitrarySettings(groupBox, formLayout)
if len(irises) > 1:
irisGroupBox = QGroupBox("Iris Read/Write Select (Experimental!)", self)
layout.addWidget(irisGroupBox, 2, 0, 1, 3, Qt.AlignHCenter)
irisLayout = QFormLayout(irisGroupBox)
irisReadRadioLayout = QHBoxLayout(irisGroupBox)
irisLayout.addRow(irisReadRadioLayout)
irisReadRadioLayout.addWidget(QLabel("Readback:"))
self._irisRadioButtons = [QRadioButton(iris.getHardwareInfo()['serial'], irisGroupBox) for iris in irises]
#for i,r in (irises,self._irisRadioButtons): r.iris = i
self._irisRadioButtons[0].setChecked(True)
for i,r in zip(irises,self._irisRadioButtons):
irisReadRadioLayout.addWidget(r)
r.toggled.connect(functools.partial(self.setReadIris, i))
irisWriteCheckBoxLayout = QHBoxLayout(irisGroupBox)
irisWriteCheckBoxLayout.addWidget(QLabel("Write:"))
irisLayout.addRow(irisWriteCheckBoxLayout)
self._irisWriteCheckButtons = [QCheckBox(iris.getHardwareInfo()['serial'], irisGroupBox) for iris in irises]
for i,r in zip(irises,self._irisWriteCheckButtons):
r.iris = i
irisWriteCheckBoxLayout.addWidget(r)
r.setChecked(True)
r.toggled.connect(self.setWriteIrises)
info = SoapySDR.ArgInfo()
info.type = info.STRING
info.options.push_back("")
info.options.push_back("LTS")
info.optionNames.push_back("Off")
info.optionNames.push_back("LTS")
edit = ArbitrarySettingsWidget(info, self)
formLayout.addRow("TX Replay Waveform", edit)
self.loadEditWidget(edit,
self.setupTxReplay,
lambda: self._txReplayWaveform, ['Tx Waveform'])
loadConfigButton = QPushButton("Load Config", groupBox)
formLayout.addRow(loadConfigButton)
loadConfigButton.pressed.connect(self._handleLoadDialog)
saveConfigButton = QPushButton("Save Config", groupBox)
formLayout.addRow(saveConfigButton)
saveConfigButton.pressed.connect(self._handleSaveDialog)
#per channel configuration parameters
for ch in chans:
for direction in (SOAPY_SDR_RX, SOAPY_SDR_TX):
groupBox = QGroupBox(("Rx" if direction == SOAPY_SDR_RX else "Tx") + " Ch"+"AB"[ch], self)
layout.addWidget(groupBox, 0 if direction == SOAPY_SDR_RX else 1, ch+1, 1, 1)
self.loadChannelSettings(groupBox, direction, ch)