def populate(self, result):
self.clear()
if result is None:
return
MAPPINGS = (
(self.scaleLineEdit, result.axes.scale),
(self.normalizationComboBox, result.axes.normalization),
)
self.mappers = setMappings(MAPPINGS)
self.xAxis.populate(result.axes.xaxis)
self.axesTabWidget.setTabText(0, result.axes.xaxis.label)
if result.experiment.isTwoDimensional:
self.axesTabWidget.addTab(self.yAxis, None)
self.axesTabWidget.setTabText(1, result.axes.yaxis.label)
self.yAxis.populate(result.axes.yaxis)
else:
self.axesTabWidget.removeTab(1)
model = result.model()
self.spectraView.setModel(model)
index = model.indexFromItem(result.spectra.toPlot)
self.spectraView.setRootIndex(index)
self.inputText.setPlainText(result.input)
self.outputText.setPlainText(result.output)
# self.summaryText.setPlainText(result.summary)
if result.value is not None:
title = f"Details for {result.value}"
self.setWindowTitle(title)
def populate(self, state):
model = state.model()
self.symbolComboBox.setItems(state.symbols, state.element.symbol)
self.chargeComboBox.setItems(state.charges, state.element.charge)
self.symmetryComboBox.setItems(state.symmetries, state.symmetry.value)
self.experimentComboBox.setItems(state.experiments, state.experiment.value)
self.edgeComboBox.setItems(state.edges, state.edge.value)
if self.mappers:
for mapper in self.mappers:
mapper.clearMapping()
MAPPINGS = (
(self.temperatureLineEdit, state.temperature),
(self.magneticFieldLineEdit, state.magneticField),
)
self.mappers = setMappings(MAPPINGS)
self.xAxis.populate(state.axes.xaxis)
self.axesTabWidget.setTabText(0, state.axes.xaxis.label)
if state.experiment.isTwoDimensional:
self.axesTabWidget.addTab(self.yAxis, None)
self.axesTabWidget.setTabText(1, state.axes.yaxis.label)
self.yAxis.populate(state.axes.yaxis)
else:
self.axesTabWidget.removeTab(1)
self.spectraView.setModel(model)
self.spectraView.setRootIndex(state.spectra.toCalculate.index())
self.spectraView.hideColumn(1)
self.spectraView.hideColumn(2)
self.spectraView.setHeaderHidden(True)
self.spectraView.expandAll()
def populate(self, axis):
self.clear()
MAPPINGS = (
(self.shiftLineEdit, axis.shift),
(self.lorentzianLineEdit, axis.lorentzian),
(self.gaussianLineEdit, axis.gaussian),
)
self.mappers = setMappings(MAPPINGS)
def populate(self, axis):
if self.mappers:
for mapper in self.mappers:
mapper.clearMapping()
MAPPINGS = (
(self.startLineEdit, axis.start),
(self.stopLineEdit, axis.stop),
(self.nPointsLineEdit, axis.npoints),
(self.gaussianLineEdit, axis.gaussian),
(self.lorentzianLineEdit, axis.lorentzian),
(self.kLineEdit, axis.photon.k),
(self.e1LineEdit, axis.photon.e1),
(self.e2LineEdit, axis.photon.e2),
)
self.mappers = setMappings(MAPPINGS)
# The Lorentzian tool button is not needed for the y-axis.
if isinstance(axis, YAxis):
self.lorentzianToolButton.setVisible(False)
def populate(self, state):
hamiltonian = state.hamiltonian
self.hamiltonian = hamiltonian
model = state.model()
if self.mappers:
for mapper in self.mappers:
mapper.clearMapping()
MAPPINGS = (
(self.fkLineEdit, hamiltonian.fk),
(self.gkLineEdit, hamiltonian.gk),
(self.zetaLineEdit, hamiltonian.zeta),
(self.syncParametersCheckBox, hamiltonian.synchronizeParameters),
(self.nStatesLineEdit, hamiltonian.numberOfStates),
(self.nStatesAutoCheckBox, hamiltonian.numberOfStates.auto),
(self.nConfigurationsLineEdit, hamiltonian.numberOfConfigurations),
)
self.mappers = setMappings(MAPPINGS)
self.termsView.setModel(model)
# Set the root index of the terms view.
terms = hamiltonian.terms
index = model.indexFromItem(terms)
self.termsView.setRootIndex(index)
# Select the first Hamiltonian term.
index = model.indexFromItem(terms.children()[0])
selectionModel = self.termsView.selectionModel()
selectionModel.setCurrentIndex(index, QItemSelectionModel.Select)
selectionModel.selectionChanged.disconnect()
selectionModel.selectionChanged.connect(self.updateParametersView)
self.parametersView.setModel(model)
self.parametersView.expandAll()
# self.parametersView.setColumnWidth(0, 130)
currentIndex = self.termsView.currentIndex()
self.parametersView.setRootIndex(currentIndex)
value = hamiltonian.numberOfStates.auto.value
self.nStatesLineEdit.setEnabled(not value)
self.nStatesAutoCheckBox.stateChanged.disconnect()
self.nStatesAutoCheckBox.stateChanged.connect(self.updateAutoStates)