def add_to(self, page, grid, ridx):
"""Add to the grid"""
grid.addWidget(qt.QLabel(self.title), ridx, 0)
entry = WC.create_entry(WC.Int(1, int(1e6)))
page.register_qt_field("modes-nb*", entry)
entry.setText(self._dft)
grid.addWidget(entry, ridx, 1)
grid.addWidget(qt.QLabel(self.suffix), ridx, 2)
def add_to(self, page, grid, ridx):
"""Add to the grid"""
grid.addWidget(qt.QLabel(self.title), ridx, 0)
entry = WC.create_entry(WC.Int(1, int(1e6)))
page.register_qt_field("modes-nb*", entry)
entry.setText(self._dft)
grid.addWidget(entry, ridx, 1)
grid.addWidget(qt.QLabel(self.suffix), ridx, 2)
def add_to(self, page, grid, ridx):
"""Add to page and grid"""
grid.addWidget(qt.QLabel(self.title), ridx, 0)
minv, maxv = self.rangev
entry = WC.create_entry(WC.Double(minv, maxv, self.decs_nb))
page.register_qt_field("th-conduct*", entry)
entry.setText(self._dft)
grid.addWidget(entry, ridx, 1)
grid.addWidget(qt.QLabel(self.suffix), ridx, 2)
def add_to(self, page, grid, ridx):
"""Add to page and grid"""
grid.addWidget(qt.QLabel(self.title), ridx, 0)
minv, maxv = self.rangev
entry = WC.create_entry(WC.Double(minv, maxv, self.decs_nb))
page.register_qt_field("th-conduct*", entry)
entry.setText(self._dft)
grid.addWidget(entry, ridx, 1)
grid.addWidget(qt.QLabel(self.suffix), ridx, 2)
def initializePage(self):
"""Check that the mesh and model matches and check
for mesh groups"""
WC.WizardPage.initialize(self)
lay = self.page.use(qt.QVBoxLayout())
title = qt.QApplication.translate(
"", u"Criterion for the eigenmodes search ", None,
qt.QApplication.UnicodeUTF8)
lay.addWidget(qt.QLabel(title))
#######################################
self._ref1 = qt.QRadioButton(
qt.QApplication.translate("", u"N first eigenmodes", None,
qt.QApplication.UnicodeUTF8))
self._ref2 = qt.QRadioButton(
qt.QApplication.translate("", u"Frequency band", None,
qt.QApplication.UnicodeUTF8))
self._ref3 = qt.QRadioButton(
qt.QApplication.translate("", u"Frequency centered ", None,
qt.QApplication.UnicodeUTF8))
######## grid0 ########
cont0 = qt.QWidget()
lay.addWidget(cont0)
grid0 = qt.QGridLayout(cont0)
grid0.addWidget(self._ref1, 1, 0)
grid0.addWidget(self._ref2, 2, 0)
grid0.addWidget(self._ref3, 3, 0)
self._ref1.setChecked(True)
self._ref2.setEnabled(True)
self._ref3.setEnabled(True)
#############################
self._H1 = WC.create_entry(WC.Int(0, int(maxv)))
self._H1.setText("5")
grid0.addWidget(self._H1, 1, 2)
#############################
self._H2 = WC.create_entry(WC.Double(0., maxv, nb_dec))
self._H2.setText("0")
self._H21 = qt.QLabel(u"Lower frequency")
grid0.addWidget(self._H2, 2, 2)
grid0.addWidget(self._H21, 2, 1)
self._H22 = WC.create_entry(WC.Double(1.e-10, maxv, nb_dec))
self._H221 = qt.QLabel(u"Upper frequency")
grid0.addWidget(self._H22, 2, 4)
grid0.addWidget(self._H221, 2, 3)
#############################
self._H3 = WC.create_entry(WC.Double(0., maxv, nb_dec))
self._H31 = qt.QLabel(u"Target frequency ")
grid0.addWidget(self._H3, 3, 2)
grid0.addWidget(self._H31, 3, 1)
self._H33 = WC.create_entry(WC.Int(0, int(maxv)))
self._H33.setText("10")
self._H331 = qt.QLabel(u"Number of frequencies")
grid0.addWidget(self._H33, 3, 4)
grid0.addWidget(self._H331, 3, 3)
####################################
self._H2.setEnabled(False)
self._H21.setEnabled(False)
self._H22.setEnabled(False)
self._H221.setEnabled(False)
self._H3.setEnabled(False)
self._H31.setEnabled(False)
self._H33.setEnabled(False)
self._H331.setEnabled(False)
#####################################
qtc.QObject.connect(self._ref1, qtc.SIGNAL("clicked()"), self.check1)
qtc.QObject.connect(self._ref2, qtc.SIGNAL("clicked()"), self.check2)
qtc.QObject.connect(self._ref3, qtc.SIGNAL("clicked()"), self.check3)
def initializePage(self):
"""Check that the mesh and model matches and check
for mesh groups"""
WC.WizardPage.initialize(self)
if str(self.give_field("model")) in ["POU_D_E", "POU_D_T"]:
lay = self.page.use(qt.QVBoxLayout())
title = qt.QApplication.translate("", u"Section", None,
qt.QApplication.UnicodeUTF8)
lay.addWidget(qt.QLabel(title))
cont01 = qt.QWidget()
lay.addWidget(cont01)
grid01 = qt.QGridLayout(cont01)
self._ref01 = qt.QRadioButton(
qt.QApplication.translate("", u"Solid section", None,
qt.QApplication.UnicodeUTF8))
self._ref02 = qt.QRadioButton(
qt.QApplication.translate("", u"Hollow section ", None,
qt.QApplication.UnicodeUTF8))
grid01.addWidget(self._ref01, 0, 0)
grid01.addWidget(self._ref02, 0, 1)
self._ref01.setChecked(True)
self._ref02.setEnabled(True)
############################################
cont0 = qt.QWidget()
lay.addWidget(cont0)
grid0 = qt.QGridLayout(cont0)
#######################################
self._ref1 = qt.QRadioButton(
qt.QApplication.translate("", u"Circle", None,
qt.QApplication.UnicodeUTF8))
self._ref2 = qt.QRadioButton(
qt.QApplication.translate("", u"Square", None,
qt.QApplication.UnicodeUTF8))
self._ref3 = qt.QRadioButton(
qt.QApplication.translate("", u"Rectangle ", None,
qt.QApplication.UnicodeUTF8))
######## grid0 ########
grid0.addWidget(self._ref1, 1, 1)
grid0.addWidget(self._ref2, 2, 1)
grid0.addWidget(self._ref3, 3, 1)
self._ref1.setChecked(True)
self._ref2.setEnabled(True)
self._ref3.setEnabled(True)
#############################
self._H1 = WC.create_entry(WC.Double(minv, maxv, nb_dec))
self._H11 = qt.QLabel(u"Radius")
grid0.addWidget(self._H1, 1, 3)
grid0.addWidget(self._H11, 1, 2)
self._H12 = WC.create_entry(WC.Double(minv, maxv, nb_dec))
self._H112 = qt.QLabel(u"Thickness")
grid0.addWidget(self._H12, 1, 5)
grid0.addWidget(self._H112, 1, 4)
#############################
self._H2 = WC.create_entry(WC.Double(minv, maxv, nb_dec))
self._H21 = qt.QLabel(u"Length")
grid0.addWidget(self._H2, 2, 3)
grid0.addWidget(self._H21, 2, 2)
self._H22 = WC.create_entry(WC.Double(minv, maxv, nb_dec))
self._H221 = qt.QLabel(u"Thickness")
grid0.addWidget(self._H22, 2, 5)
grid0.addWidget(self._H221, 2, 4)
#############################
self._H3 = WC.create_entry(WC.Double(minv, maxv, nb_dec))
self._H31 = qt.QLabel(u"Length along Y")
grid0.addWidget(self._H3, 3, 3)
grid0.addWidget(self._H31, 3, 2)
self._H33 = WC.create_entry(WC.Double(minv, maxv, nb_dec))
self._H331 = qt.QLabel(u"Length along Z")
grid0.addWidget(self._H33, 3, 5)
grid0.addWidget(self._H331, 3, 4)
self._H44 = WC.create_entry(WC.Double(minv, maxv, nb_dec))
self._H441 = qt.QLabel(u"Thickness along Y")
grid0.addWidget(self._H44, 4, 3)
grid0.addWidget(self._H441, 4, 2)
self._H55 = WC.create_entry(WC.Double(minv, maxv, nb_dec))
self._H551 = qt.QLabel(u"Thickness along Z")
grid0.addWidget(self._H55, 4, 5)
grid0.addWidget(self._H551, 4, 4)
####################################
self._H2.setEnabled(False)
self._H21.setEnabled(False)
self._H22.setEnabled(False)
self._H221.setEnabled(False)
self._H3.setEnabled(False)
self._H31.setEnabled(False)
self._H33.setEnabled(False)
self._H331.setEnabled(False)
self._H44.setEnabled(False)
self._H441.setEnabled(False)
self._H12.setEnabled(False)
self._H112.setEnabled(False)
self._H55.setEnabled(False)
self._H551.setEnabled(False)
#####################################
qtc.QObject.connect(self._ref01, qtc.SIGNAL("clicked()"),
self.check01)
qtc.QObject.connect(self._ref02, qtc.SIGNAL("clicked()"),
self.check02)
qtc.QObject.connect(self._ref1, qtc.SIGNAL("clicked()"),
self.check1)
qtc.QObject.connect(self._ref2, qtc.SIGNAL("clicked()"),
self.check2)
qtc.QObject.connect(self._ref3, qtc.SIGNAL("clicked()"),
self.check3)
elif str(self.give_field("model")) in ["DKT", "DST", "COQUE_3D"]:
lay = self.page.use(qt.QVBoxLayout())
title = qt.QApplication.translate("", u"Shell thickness", None,
qt.QApplication.UnicodeUTF8)
lay.addWidget(qt.QLabel(title))
cont0 = qt.QWidget()
lay.addWidget(cont0)
grid0 = qt.QGridLayout(cont0)
self._Plaque = WC.create_entry(WC.Double(minv, maxv, nb_dec))
self.page.register_qt_field("EPAIS*", self._Plaque)
self._Plaque.setText("")
grid0.addWidget(self._Plaque, 1, 3)
else:
lay = self.page.use(qt.QVBoxLayout())
cont0 = qt.QWidget()
lay.addWidget(cont0)
if str(self.give_field("model")) == "3D":
title = qt.QApplication.translate(
"",
u"For Volumetric elements, the use of quadratic mesh will lead to better results.",
None, qt.QApplication.UnicodeUTF8)
elif str(self.give_field("model")) == "C_PLAN":
title = qt.QApplication.translate(
"",
u"For Plane stress, the use of quadratic mesh will lead to better results.",
None, qt.QApplication.UnicodeUTF8)
elif str(self.give_field("model")) == "D_PLAN":
title = qt.QApplication.translate(
"",
u"For Plane strain, the use of quadratic mesh will lead to better results.",
None, qt.QApplication.UnicodeUTF8)
elif str(self.give_field("model")) == "AXIS":
title = qt.QApplication.translate(
"",
u"For Axis symmetric, the use of quadratic mesh will lead to better results.",
None, qt.QApplication.UnicodeUTF8)
lay.addWidget(qt.QLabel(title))
def __init__(self, data, parent):
WCD.AstObject.__init__(self, parent)
self.lay = qt.QVBoxLayout()
title = qt.QApplication.translate(
"", u"Criterion for the eigenmodes search ", None,
qt.QApplication.UnicodeUTF8)
self.lay.addWidget(qt.QLabel(title))
self._ref1 = qt.QRadioButton(
qt.QApplication.translate("", u"N first eigenmodes", None,
qt.QApplication.UnicodeUTF8))
self._ref2 = qt.QRadioButton(
qt.QApplication.translate("", u"Frequency band", None,
qt.QApplication.UnicodeUTF8))
self._ref3 = qt.QRadioButton(
qt.QApplication.translate("", u"Frequency centered ", None,
qt.QApplication.UnicodeUTF8))
self._ref1.setChecked(True)
hlay = qt.QVBoxLayout()
btngroup = qt.QButtonGroup(self)
for but in (self._ref1, self._ref2, self._ref3):
btngroup.addButton(but)
hlay.addWidget(but)
self.lay.addLayout(hlay)
connect(btngroup, SIG("buttonClicked(int)"), self.show_item)
wdg = qt.QWidget(parent)
gridlay = qt.QGridLayout()
wdg.setLayout(gridlay)
wdg.setContentsMargins(10, 5, 5, 10)
self._H1 = WC.create_entry(WC.Int(0, int(INT_MAX)))
self._H1.setText("5")
self._L1 = qt.QLabel(u"Eigenmodes")
self._T1 = qt.QLabel(u"(N > 0)")
gridlay.addWidget(self._L1, 0, 0)
gridlay.addWidget(self._H1, 0, 1)
gridlay.addWidget(self._T1, 0, 2)
self._H2 = WC.create_entry(WC.Double(0., maxv, nb_dec))
self._H2.setText("0")
self._L2 = qt.QLabel(u"Lower frequency")
self._T2 = qt.QLabel(u"(Lf > 0)")
gridlay.addWidget(self._L2, 1, 0)
gridlay.addWidget(self._H2, 1, 1)
gridlay.addWidget(self._T2, 1, 2)
self._H3 = WC.create_entry(WC.Double(1.e-10, maxv, nb_dec))
self._L3 = qt.QLabel(u"Upper frequency")
self._T3 = qt.QLabel(u"(Uf > 1.0)")
gridlay.addWidget(self._L3, 2, 0)
gridlay.addWidget(self._H3, 2, 1)
gridlay.addWidget(self._T3, 2, 2)
self._H4 = WC.create_entry(WC.Double(0., maxv, nb_dec))
self._L4 = qt.QLabel(u"Target frequency ")
self._T4 = qt.QLabel(u"(Tf > 0)")
gridlay.addWidget(self._L4, 3, 0)
gridlay.addWidget(self._H4, 3, 1)
gridlay.addWidget(self._T4, 3, 2)
self._H5 = WC.create_entry(WC.Int(0, int(INT_MAX)))
self._H5.setText("10")
self._L5 = qt.QLabel(u"Number of frequencies")
self._T5 = qt.QLabel(u"(N > 0)")
gridlay.addWidget(self._L5, 4, 0)
gridlay.addWidget(self._H5, 4, 1)
gridlay.addWidget(self._T5, 4, 2)
self.lay.addWidget(wdg)
for item in (self._H1, self._H2, self._H3, self._H4, self._H5,
self._L1, self._L2, self._L3, self._L4, self._L5,
self._T1, self._T2, self._T3, self._T4, self._T5):
item.hide()
self.show_item(0)
