def _updateInputs(self):
with blockSignals(self.linput):
self.linput.setValue(self.wl * 1e9)
with blockSignals(self.kinput):
self.kinput.setValue(self.wl.k0)
with blockSignals(self.winput):
self.winput.setValue(self.wl.omega * 1e-12)
with blockSignals(self.finput):
self.finput.setValue(self.wl.frequency * 1e-12)
if self.wl < 1260e-9:
self.band.setText("")
elif self.wl < 1360e-9:
self.band.setText("O band")
elif self.wl < 1460e-9:
self.band.setText("E band")
elif self.wl < 1530e-9:
self.band.setText("S band")
elif self.wl < 1565e-9:
self.band.setText("C band")
elif self.wl < 1625e-9:
self.band.setText("L band")
elif self.wl <= 1675e-9:
self.band.setText("U band")
else:
self.band.setText("")
def setRangeLayout(self, check=True):
if self._setType('range', check):
self.innerLayout.addWidget(self.rstartInput)
self.innerLayout.addWidget(self.rendInput)
self.innerLayout.addWidget(self.rnumInput)
with blockSignals(self.rstartInput):
self.rstartInput.setValue(self._value['start'] * self.scale)
with blockSignals(self.rendInput):
self.rendInput.setValue(self._value['end'] * self.scale)
with blockSignals(self.rnumInput):
self.rnumInput.setValue(self._value['num'])
def load(self, filename):
# Test for fiber file
p, f = os.path.split(filename)
b, e = os.path.splitext(f)
fiberfile = os.path.join(p, b+".fiber")
if os.path.exists(fiberfile):
self.doc.filename = fiberfile
self.fiberSelector.fileLoaded.emit()
else:
# Trouver fiberfile...
print(fiberfile, "not found")
return False
self.stop_simulation()
with open(filename, 'r') as f:
s = json.load(f)
self.wavelengthInput.setValue(s['wl'])
self.modeSelector.setCurrentIndex(int(s['modes']))
self.doc.params = s['params']
for p, box in self.simParamBoxes.items():
with blockSignals(box):
box.setChecked(p in self.doc.params)
self.nuMaxInput.setValue(int(s['numax']))
self.mMaxInput.setValue(int(s['mmax']))
self.fiberSlider.fiberInput.setValue(int(s['fnum']))
self.wavelengthSlider.wavelengthInput.setValue(int(s['wlnum']))
self.actions['paramwin'].setChecked(s['panes']['params'])
self.actions['tablewin'].setChecked(s['panes']['modes'])
self.actions['graphwin'].setChecked(s['panes']['graph'])
self.togglePanes()
self.plotFrame.load(s['graph'])
return True
def _updateInputs(self):
if self.index is None:
args = [self.conc] if self.iscomp else []
self.index = self.material.n(self.wl, *args)
with blockSignals(self.iinput):
self.iinput.setValue(self.index)
elif self.conc is None:
self.conc = self.material.xFromN(self.wl, self.index)
with blockSignals(self.cinput):
self.cinput.setValue(self.conc * 100)
elif self.wl is None:
args = [self.conc] if self.iscomp else []
self.wl = self.material.wlFromN(self.index, *args)
if self.wl is None:
self.wavelengthChanged(self.winput.value())
else:
with blockSignals(self.winput):
self.winput.setValue(self.wl * 1e9)
def _updateInputs(self):
if self.index is None:
args = [self.conc] if self.iscomp else []
self.index = self.material.n(self.wl, *args)
with blockSignals(self.iinput):
self.iinput.setValue(self.index)
elif self.conc is None:
self.conc = self.material.xFromN(self.wl, self.index)
with blockSignals(self.cinput):
self.cinput.setValue(self.conc * 100)
elif self.wl is None:
args = [self.conc] if self.iscomp else []
self.wl = self.material.wlFromN(self.index, *args)
if self.wl is None:
self.wavelengthChanged(self.winput.value())
else:
with blockSignals(self.winput):
self.winput.setValue(self.wl * 1e9)
def toggle_wlcalc(self):
if self.wlcalc is None:
self.wlcalc = WavelengthCalculator(self)
self.wlcalc.hidden.connect(self.actions['wlcalc'].toggle)
if self.actions['wlcalc'].isChecked():
self.wlcalc.show()
else:
with blockSignals(self.wlcalc):
self.wlcalc.hide()
def toggle_mcalc(self):
if self.mcalc is None:
self.mcalc = MaterialCalculator(self)
self.mcalc.hidden.connect(self.actions['mcalc'].toggle)
if self.actions['mcalc'].isChecked():
self.mcalc.show()
else:
with blockSignals(self.mcalc):
self.mcalc.hide()
def selectLayer(self):
index = self.layerList.currentRow()
self.layerName.setEnabled(True)
with blockSignals(self.layerName):
self.layerName.setText(self.factory.layers[index].name)
self.initGeom()
self.initMat()
if index == len(self.factory.layers) - 1:
self.actions['remove'].setEnabled(False)
else:
self.actions['remove'].setEnabled(True)
def initGeom(self):
layerIndex = self.layerList.currentRow()
if layerIndex == len(self.factory.layers) - 1:
self.geomType.setEnabled(False)
else:
self.geomType.setEnabled(True)
geomtype = self.factory.layers[layerIndex].type
gtidx = self.geomType.findText(geomtype)
# We call selectGeomType directly instead of emitting the signal,
# to prevent it setting dirty state, since we only display the
# current state, we are not changing the geometry type
with blockSignals(self.geomType):
self.geomType.setCurrentIndex(gtidx)
self.selectGeomType(gtidx, False)
def setEditorData(self, editor, index):
val = index.data(self._role)
idx = self._values.index(val) if self._values else val
with blockSignals(editor):
editor.setCurrentIndex(idx)
def toggleOptions(self):
if self.actions['options'].isChecked():
self.options.show()
else:
with blockSignals(self.options):
self.options.hide()
def setEditorData(self, editor, index):
val = index.data(self._role)
idx = self._values.index(val) if self._values else val
with blockSignals(editor):
editor.setCurrentIndex(idx)
def toggleOptions(self):
if self.actions['options'].isChecked():
self.options.show()
else:
with blockSignals(self.options):
self.options.hide()
