def setInitialValues(self):
for i in range(len(self.obj.partNameList)):
self.form.listWidget.addItem(str(self.obj.partNameList[i]))
if self.obj.Name.startswith('PorousZone'):
ci = indexOrDefault(POROUS_CORRELATIONS, self.p.get('PorousCorrelation'), 0)
self.form.comboBoxCorrelation.setCurrentIndex(ci)
d = self.p.get('D')
setInputFieldQuantity(self.form.dx, "{} m^-2".format(d[0]))
setInputFieldQuantity(self.form.dy, "{} m^-2".format(d[1]))
setInputFieldQuantity(self.form.dz, "{} m^-2".format(d[2]))
f = self.p.get('F')
setInputFieldQuantity(self.form.fx, "{} m^-1".format(f[0]))
setInputFieldQuantity(self.form.fy, "{} m^-1".format(f[1]))
setInputFieldQuantity(self.form.fz, "{} m^-1".format(f[2]))
e1 = self.p.get('e1')
setInputFieldQuantity(self.form.e1x, str(e1[0]))
setInputFieldQuantity(self.form.e1y, str(e1[1]))
setInputFieldQuantity(self.form.e1z, str(e1[2]))
e2 = self.p.get('e2')
setInputFieldQuantity(self.form.e2x, str(e2[0]))
setInputFieldQuantity(self.form.e2y, str(e2[1]))
setInputFieldQuantity(self.form.e2z, str(e2[2]))
e3 = self.p.get('e3')
setInputFieldQuantity(self.form.e3x, str(e3[0]))
setInputFieldQuantity(self.form.e3y, str(e3[1]))
setInputFieldQuantity(self.form.e3z, str(e3[2]))
setInputFieldQuantity(self.form.inputOuterDiameter, "{} m".format(self.p.get('OuterDiameter')))
tubeAxis = self.p.get('TubeAxis')
setInputFieldQuantity(self.form.inputTubeAxisX, str(tubeAxis[0]))
setInputFieldQuantity(self.form.inputTubeAxisY, str(tubeAxis[1]))
setInputFieldQuantity(self.form.inputTubeAxisZ, str(tubeAxis[2]))
setInputFieldQuantity(self.form.inputTubeSpacing, "{} m".format(self.p.get('TubeSpacing')))
normalAxis = self.p.get('SpacingDirection')
setInputFieldQuantity(self.form.inputBundleLayerNormalX, str(normalAxis[0]))
setInputFieldQuantity(self.form.inputBundleLayerNormalY, str(normalAxis[1]))
setInputFieldQuantity(self.form.inputBundleLayerNormalZ, str(normalAxis[2]))
setInputFieldQuantity(self.form.inputAspectRatio, str(self.p.get('AspectRatio')))
setInputFieldQuantity(self.form.inputVelocityEstimate, "{} m/s".format(self.p.get('VelocityEstimate')))
elif self.obj.Name.startswith('InitialisationZone'):
if 'Ux' in self.p:
setInputFieldQuantity(self.form.inputUx, "{} m/s".format(self.p.get('Ux')))
setInputFieldQuantity(self.form.inputUy, "{} m/s".format(self.p.get('Uy')))
setInputFieldQuantity(self.form.inputUz, "{} m/s".format(self.p.get('Uz')))
self.form.checkVelocity.setChecked(True)
if 'Pressure' in self.p:
setInputFieldQuantity(self.form.inputPressure, "{} kg/m/s^2".format(self.p.get('Pressure')))
self.form.checkPressure.setChecked(True)
if 'alphas' in self.p:
self.form.checkAlpha.setChecked(True)
# Simulate initial signals to get into correct state
self.checkVelocityChanged(self.form.checkVelocity.isChecked())
self.checkPressureChanged(self.form.checkPressure.isChecked())
self.checkAlphaChanged(self.form.checkAlpha.isChecked())
def setInitialValues(self):
for i in range(len(self.obj.partNameList)):
self.form.listWidget.addItem(str(self.obj.partNameList[i]))
if "PorousZone" in self.obj.Name:
ci = indexOrDefault(POROUS_CORRELATIONS,
self.p.get('PorousCorrelation'), 0)
self.form.comboBoxCorrelation.setCurrentIndex(ci)
d = self.p.get('D')
self.form.dx.setText("{}".format(d[0]))
self.form.dy.setText("{}".format(d[1]))
self.form.dz.setText("{}".format(d[2]))
f = self.p.get('F')
self.form.fx.setText("{}".format(f[0]))
self.form.fy.setText("{}".format(f[1]))
self.form.fz.setText("{}".format(f[2]))
e1 = self.p.get('e1')
self.form.e1x.setText("{}".format(e1[0]))
self.form.e1y.setText("{}".format(e1[1]))
self.form.e1z.setText("{}".format(e1[2]))
e2 = self.p.get('e2')
self.form.e2x.setText("{}".format(e2[0]))
self.form.e2y.setText("{}".format(e2[1]))
self.form.e2z.setText("{}".format(e2[2]))
e3 = self.p.get('e3')
self.form.e3x.setText("{}".format(e3[0]))
self.form.e3y.setText("{}".format(e3[1]))
self.form.e3z.setText("{}".format(e3[2]))
self.form.inputOuterDiameter.setText("{} mm".format(
self.p.get('OuterDiameter') * 1000))
tubeAxis = self.p.get('TubeAxis')
self.form.inputTubeAxisX.setText("{}".format(tubeAxis[0]))
self.form.inputTubeAxisY.setText("{}".format(tubeAxis[1]))
self.form.inputTubeAxisZ.setText("{}".format(tubeAxis[2]))
self.form.inputTubeSpacing.setText("{} mm".format(
self.p.get('TubeSpacing') * 1000))
normalAxis = self.p.get('SpacingDirection')
self.form.inputBundleLayerNormalX.setText("{}".format(
normalAxis[0]))
self.form.inputBundleLayerNormalY.setText("{}".format(
normalAxis[1]))
self.form.inputBundleLayerNormalZ.setText("{}".format(
normalAxis[2]))
self.form.inputAspectRatio.setText("{}".format(
self.p.get('AspectRatio')))
self.form.inputVelocityEstimate.setText("{} m/s".format(
self.p.get('VelocityEstimate')))
def load(self):
if self.obj.Name.startswith('PorousZone'):
ci = indexOrDefault(CfdZone.POROUS_CORRELATIONS,
self.obj.PorousCorrelation, 0)
self.form.comboBoxCorrelation.setCurrentIndex(ci)
setQuantity(self.form.dx, self.obj.D1)
setQuantity(self.form.dy, self.obj.D2)
setQuantity(self.form.dz, self.obj.D3)
setQuantity(self.form.fx, self.obj.F1)
setQuantity(self.form.fy, self.obj.F2)
setQuantity(self.form.fz, self.obj.F3)
e1 = self.obj.e1
setQuantity(self.form.e1x, str(e1[0]))
setQuantity(self.form.e1y, str(e1[1]))
setQuantity(self.form.e1z, str(e1[2]))
e2 = self.obj.e2
setQuantity(self.form.e2x, str(e2[0]))
setQuantity(self.form.e2y, str(e2[1]))
setQuantity(self.form.e2z, str(e2[2]))
e3 = self.obj.e3
setQuantity(self.form.e3x, str(e3[0]))
setQuantity(self.form.e3y, str(e3[1]))
setQuantity(self.form.e3z, str(e3[2]))
setQuantity(self.form.inputOuterDiameter, self.obj.OuterDiameter)
tubeAxis = self.obj.TubeAxis
setQuantity(self.form.inputTubeAxisX, str(tubeAxis[0]))
setQuantity(self.form.inputTubeAxisY, str(tubeAxis[1]))
setQuantity(self.form.inputTubeAxisZ, str(tubeAxis[2]))
setQuantity(self.form.inputTubeSpacing, self.obj.TubeSpacing)
normalAxis = self.obj.SpacingDirection
setQuantity(self.form.inputBundleLayerNormalX, str(normalAxis[0]))
setQuantity(self.form.inputBundleLayerNormalY, str(normalAxis[1]))
setQuantity(self.form.inputBundleLayerNormalZ, str(normalAxis[2]))
setQuantity(self.form.inputAspectRatio, self.obj.AspectRatio)
setQuantity(self.form.inputVelocityEstimate,
self.obj.VelocityEstimate)
elif self.obj.Name.startswith('InitialisationZone'):
self.form.checkVelocity.setChecked(self.obj.VelocitySpecified)
setQuantity(self.form.inputUx, self.obj.Ux)
setQuantity(self.form.inputUy, self.obj.Uy)
setQuantity(self.form.inputUz, self.obj.Uz)
self.form.checkPressure.setChecked(self.obj.PressureSpecified)
setQuantity(self.form.inputPressure, self.obj.Pressure)
self.form.checkAlpha.setChecked(self.obj.VolumeFractionSpecified)
self.alphas = self.obj.VolumeFractions
def setInitialValues(self):
""" Populate UI, update view from settings"""
self.form.comboBoundaryType.addItems(BOUNDARY_NAMES)
bi = indexOrDefault(BOUNDARY_TYPES,
self.BoundarySettingsOrig.get('BoundaryType'), 0)
self.form.comboBoundaryType.setCurrentIndex(bi)
si = indexOrDefault(SUBTYPES[bi],
self.BoundarySettingsOrig.get('BoundarySubtype'),
0)
self.form.comboSubtype.setCurrentIndex(si)
cart = self.BoundarySettings.get('VelocityIsCartesian', False)
self.form.radioButtonCart.setChecked(cart)
self.form.radioButtonMagNormal.setChecked(not cart)
setInputFieldQuantity(self.form.inputCartX,
str(self.BoundarySettings.get('Ux')) + "m/s")
setInputFieldQuantity(self.form.inputCartY,
str(self.BoundarySettings.get('Uy')) + "m/s")
setInputFieldQuantity(self.form.inputCartZ,
str(self.BoundarySettings.get('Uz')) + "m/s")
setInputFieldQuantity(
self.form.inputVelocityMag,
str(self.BoundarySettings.get('VelocityMag')) + "m/s")
self.form.lineDirection.setText(
self.BoundarySettings.get('DirectionFace'))
self.form.checkReverse.setChecked(
bool(self.BoundarySettings.get('ReverseNormal')))
setInputFieldQuantity(
self.form.inputPressure,
str(self.BoundarySettings.get('Pressure')) + "kg/m/s^2")
setInputFieldQuantity(self.form.inputSlipRatio,
str(self.BoundarySettings.get('SlipRatio')))
setInputFieldQuantity(
self.form.inputVolFlowRate,
str(self.BoundarySettings.get('VolFlowRate')) + "m^3/s")
setInputFieldQuantity(
self.form.inputMassFlowRate,
str(self.BoundarySettings.get('MassFlowRate')) + "kg/s")
buttonId = self.BoundarySettings.get('PorousBaffleMethod', 0)
selButton = self.form.buttonGroupPorous.button(buttonId)
if selButton is not None:
selButton.setChecked(True)
self.buttonGroupPorousClicked(
selButton) # Signal is not generated on setChecked above
setInputFieldQuantity(
self.form.inputPressureDropCoeff,
str(self.BoundarySettings.get('PressureDropCoeff')))
setInputFieldQuantity(
self.form.inputWireDiameter,
str(self.BoundarySettings.get('ScreenWireDiameter')) + "m")
setInputFieldQuantity(
self.form.inputSpacing,
str(self.BoundarySettings.get('ScreenSpacing')) + "m")
self.form.comboThermalBoundaryType.addItems(THERMAL_BOUNDARY_NAMES)
thi = indexOrDefault(
THERMAL_BOUNDARY_TYPES,
self.BoundarySettingsOrig.get('ThermalBoundaryType'), 0)
self.form.comboThermalBoundaryType.setCurrentIndex(thi)
setInputFieldQuantity(
self.form.inputTemperature,
str(self.BoundarySettings.get('Temperature', 273.0)) + "K")
setInputFieldQuantity(
self.form.inputHeatFlux,
str(self.BoundarySettings.get('HeatFlux', 0.0)) + "W/m^2")
setInputFieldQuantity(
self.form.inputHeatTransferCoeff,
str(self.BoundarySettings.get('HeatTransferCoeff', 0.0)) +
"W/m^2/K")
if self.turbModel is not None:
self.form.comboTurbulenceSpecification.addItems(
TURBULENT_INLET_SPEC[self.turbModel][0])
ti = indexOrDefault(
TURBULENT_INLET_SPEC[self.turbModel][1],
self.BoundarySettingsOrig.get('TurbulenceInletSpecification'),
0)
self.form.comboTurbulenceSpecification.setCurrentIndex(ti)
# Add volume fraction fields
if len(self.material_objs) > 1:
mat_names = []
for m in self.material_objs:
mat_names.append(m.Label)
self.form.comboFluid.clear()
self.form.comboFluid.addItems(mat_names[:-1])
else:
self.form.comboFluid.clear()
setInputFieldQuantity(
self.form.inputKineticEnergy,
str(self.BoundarySettings.get('TurbulentKineticEnergy')) +
"m^2/s^2")
setInputFieldQuantity(
self.form.inputSpecificDissipationRate,
str(self.BoundarySettings.get('SpecificDissipationRate')) +
"rad/s")
setInputFieldQuantity(
self.form.inputIntensity,
str(self.BoundarySettings.get('TurbulenceIntensity')))
setInputFieldQuantity(
self.form.inputLengthScale,
str(self.BoundarySettings.get('TurbulenceLengthScale')) + "m")
def __init__(self, obj, physics_model, material_objs):
self.selecting_direction = False
self.obj = obj
self.physics_model = physics_model
self.turbModel = (physics_model.TurbulenceModel
if physics_model.Turbulence == 'RANS'
or physics_model.Turbulence == 'LES' else None)
self.material_objs = material_objs
# Store values which are changed on the fly for visual update
self.ReferencesOrig = list(self.obj.References)
self.BoundaryTypeOrig = str(self.obj.BoundaryType)
self.BoundarySubTypeOrig = str(self.obj.BoundarySubType)
self.alphas = {}
ui_path = os.path.join(os.path.dirname(__file__),
"TaskPanelCfdFluidBoundary.ui")
self.form = FreeCADGui.PySideUic.loadUi(ui_path)
self.form.buttonDirection.setCheckable(True)
# Annoyingly can't find a way to set ID's for button group from .ui file...
self.form.buttonGroupPorous.setId(self.form.radioButtonPorousCoeff, 0)
self.form.buttonGroupPorous.setId(self.form.radioButtonPorousScreen, 1)
self.form.comboBoundaryType.addItems(CfdFluidBoundary.BOUNDARY_NAMES)
bi = indexOrDefault(CfdFluidBoundary.BOUNDARY_TYPES,
self.obj.BoundaryType, 0)
self.form.comboBoundaryType.currentIndexChanged.connect(
self.comboBoundaryTypeChanged)
self.form.comboBoundaryType.setCurrentIndex(bi)
self.comboBoundaryTypeChanged()
si = indexOrDefault(CfdFluidBoundary.SUBTYPES[bi],
self.obj.BoundarySubType, 0)
self.form.comboSubtype.currentIndexChanged.connect(
self.comboSubtypeChanged)
self.form.comboSubtype.setCurrentIndex(si)
self.comboSubtypeChanged()
cart = self.obj.VelocityIsCartesian
self.form.radioButtonCart.setChecked(cart)
self.form.radioButtonMagNormal.setChecked(not cart)
setQuantity(self.form.inputCartX, self.obj.Ux)
setQuantity(self.form.inputCartY, self.obj.Uy)
setQuantity(self.form.inputCartZ, self.obj.Uz)
setQuantity(self.form.inputVelocityMag, self.obj.VelocityMag)
self.form.lineDirection.setText(self.obj.DirectionFace)
self.form.checkReverse.setChecked(self.obj.ReverseNormal)
setQuantity(self.form.inputPressure, self.obj.Pressure)
setQuantity(self.form.inputSlipRatio, self.obj.SlipRatio)
setQuantity(self.form.inputVolFlowRate, self.obj.VolFlowRate)
setQuantity(self.form.inputMassFlowRate, self.obj.MassFlowRate)
buttonId = indexOrDefault(CfdFluidBoundary.POROUS_METHODS,
self.obj.PorousBaffleMethod, 0)
selButton = self.form.buttonGroupPorous.button(buttonId)
if selButton is not None:
selButton.setChecked(True)
setQuantity(self.form.inputPressureDropCoeff,
self.obj.PressureDropCoeff)
setQuantity(self.form.inputWireDiameter, self.obj.ScreenWireDiameter)
setQuantity(self.form.inputSpacing, self.obj.ScreenSpacing)
self.form.comboThermalBoundaryType.addItems(
CfdFluidBoundary.THERMAL_BOUNDARY_NAMES)
thi = indexOrDefault(CfdFluidBoundary.THERMAL_BOUNDARY_TYPES,
self.obj.ThermalBoundaryType, 0)
self.form.comboThermalBoundaryType.setCurrentIndex(thi)
setQuantity(self.form.inputTemperature, self.obj.Temperature)
setQuantity(self.form.inputHeatFlux, self.obj.HeatFlux)
setQuantity(self.form.inputHeatTransferCoeff,
self.obj.HeatTransferCoeff)
if self.turbModel is not None:
self.form.comboTurbulenceSpecification.addItems(
CfdFluidBoundary.TURBULENT_INLET_SPEC[self.turbModel][0])
ti = indexOrDefault(
CfdFluidBoundary.TURBULENT_INLET_SPEC[self.turbModel][1],
self.obj.TurbulenceInletSpecification, 0)
self.form.comboTurbulenceSpecification.setCurrentIndex(ti)
# Add volume fraction fields
self.alphas = self.obj.VolumeFractions
if len(self.material_objs) > 1:
mat_names = []
for m in self.material_objs:
mat_names.append(m.Label)
self.form.comboFluid.clear()
self.form.comboFluid.addItems(mat_names[:-1])
self.comboFluidChanged(self.form.comboFluid.currentIndex())
else:
self.form.comboFluid.clear()
setQuantity(self.form.inputKineticEnergy,
self.obj.TurbulentKineticEnergy)
setQuantity(self.form.inputSpecificDissipationRate,
self.obj.SpecificDissipationRate)
setQuantity(self.form.inputIntensity, self.obj.TurbulenceIntensity)
setQuantity(self.form.inputLengthScale, self.obj.TurbulenceLengthScale)
self.form.radioButtonCart.toggled.connect(self.updateUI)
self.form.radioButtonMagNormal.toggled.connect(self.updateUI)
self.form.lineDirection.textChanged.connect(self.lineDirectionChanged)
self.form.buttonDirection.clicked.connect(self.buttonDirectionClicked)
self.form.buttonGroupPorous.buttonClicked.connect(self.updateUI)
self.form.comboTurbulenceSpecification.currentIndexChanged.connect(
self.updateUI)
self.form.comboFluid.currentIndexChanged.connect(
self.comboFluidChanged)
self.form.inputVolumeFraction.valueChanged.connect(
self.inputVolumeFractionChanged)
self.form.comboThermalBoundaryType.currentIndexChanged.connect(
self.updateUI)
# Face list selection panel - modifies obj.References passed to it
self.faceSelector = CfdFaceSelectWidget.CfdFaceSelectWidget(
self.form.faceSelectWidget, self.obj, True, False)
self.updateUI()
def setInitialValues(self):
""" Populate UI """
self.form.comboBoundaryType.addItems(BOUNDARY_NAMES)
bi = indexOrDefault(BOUNDARY_TYPES,
self.BoundarySettingsOrig.get('BoundaryType'), 0)
self.form.comboBoundaryType.setCurrentIndex(bi)
si = indexOrDefault(SUBTYPES[bi],
self.BoundarySettingsOrig.get('BoundarySubtype'),
0)
self.form.comboSubtype.setCurrentIndex(si)
self.rebuild_list_references()
cart = self.BoundarySettings.get('VelocityIsCartesian', False)
self.form.radioButtonCart.setChecked(cart)
self.form.radioButtonMagNormal.setChecked(not cart)
self.form.inputCartX.setText(
str(self.BoundarySettings.get('Ux')) + "m/s")
self.form.inputCartY.setText(
str(self.BoundarySettings.get('Uy')) + "m/s")
self.form.inputCartZ.setText(
str(self.BoundarySettings.get('Uz')) + "m/s")
self.form.inputVelocityMag.setText(
str(self.BoundarySettings.get('VelocityMag')) + "m/s")
self.form.lineDirection.setText(
self.BoundarySettings.get('DirectionFace'))
self.form.checkReverse.setChecked(
bool(self.BoundarySettings.get('ReverseNormal')))
self.form.inputPressure.setText(
str(self.BoundarySettings.get('Pressure')) + "kg*m/s^2")
self.form.inputSlipRatio.setText(
str(self.BoundarySettings.get('SlipRatio')))
self.form.inputVolFlowRate.setText(
str(self.BoundarySettings.get('VolFlowRate')) + "m^3/s")
self.form.inputMassFlowRate.setText(
str(self.BoundarySettings.get('MassFlowRate')) + "kg/s")
buttonId = self.BoundarySettings.get('PorousBaffleMethod', 0)
selButton = self.form.buttonGroupPorous.button(buttonId)
if selButton is not None:
selButton.setChecked(True)
self.buttonGroupPorousClicked(
selButton) # Signal is not generated on setChecked above
self.form.inputPressureDropCoeff.setText(
str(self.BoundarySettings.get('PressureDropCoeff')))
self.form.inputWireDiameter.setText(
str(self.BoundarySettings.get('ScreenWireDiameter')) + "m")
self.form.inputSpacing.setText(
str(self.BoundarySettings.get('ScreenSpacing')) + "m")
if self.turbModel is not None:
self.form.comboTurbulenceSpecification.addItems(
TURBULENT_INLET_SPEC[self.turbModel][0])
ti = indexOrDefault(
TURBULENT_INLET_SPEC[self.turbModel][1],
self.BoundarySettingsOrig.get('TurbulenceInletSpecification'),
0)
self.form.comboTurbulenceSpecification.setCurrentIndex(ti)
self.form.comboThermalBoundaryType.addItems(THERMAL_BOUNDARY_NAMES)
thi = indexOrDefault(THERMAL_BOUNDARY_TYPES,
self.BoundarySettings.get('ThermalBoundaryType'),
0)
self.form.comboThermalBoundaryType.setCurrentIndex(thi)
self.form.inputKineticEnergy.setText(
str(self.BoundarySettings.get('TurbulentKineticEnergy')) +
"m^2/s^2")
self.form.inputSpecificDissipationRate.setText(
str(self.BoundarySettings.get('SpecificDissipationRate')) +
"rad/s")
self.form.inputIntensity.setText(
str(self.BoundarySettings.get('TurbulenceIntensity')))
self.form.inputLengthScale.setText(
str(self.BoundarySettings.get('TurbulenceLengthScale')) + "m")
# First time, add any currently selected faces to list
if len(self.obj.References) == 0:
self.selecting_references = True
self.add_selection_to_ref_list()
self.selecting_references = False
FreeCADGui.Selection.clearSelection()
self.update_selectionbuttons_ui()