def csrenameCB(self, gtkobj):
meshobj = self.toolbox.current_mesh
csname = meshobj.selectedCSName()
menuitem = meshmenu.csmenu.Rename
newnameparam = menuitem.get_arg('name')
newnameparam.value = csname
if parameterwidgets.getParameterValues(
newnameparam, title="Rename cross section " + csname):
menuitem.callWithDefaults(mesh=meshobj.path(), cross_section=csname)
def csrenameCB(self, gtkobj):
meshobj = self.toolbox.current_mesh
csname = meshobj.selectedCSName()
menuitem = meshmenu.csmenu.Rename
newnameparam = menuitem.get_arg('name')
newnameparam.value = csname
if parameterwidgets.getParameterValues(
newnameparam, title="Rename cross section " + csname):
menuitem.callWithDefaults(mesh=meshobj.path(), cross_section=csname)
def cseditCB(self, gtkobj):
meshobj = self.toolbox.current_mesh
csname = meshobj.selectedCSName()
menuitem = meshmenu.csmenu.Edit
csparam = menuitem.get_arg('cross_section')
csparam.value = meshobj.selectedCS()
if parameterwidgets.getParameterValues(csparam,
title='Edit cross section ' +
csname):
menuitem.callWithDefaults(mesh=meshobj.path(), name=csname)
def cseditCB(self, gtkobj):
meshobj = self.toolbox.current_mesh
csname = meshobj.selectedCSName()
menuitem = meshmenu.csmenu.Edit
csparam = menuitem.get_arg('cross_section')
csparam.value = meshobj.selectedCS()
if parameterwidgets.getParameterValues(
csparam,
title='Edit cross section ' + csname):
menuitem.callWithDefaults(mesh=meshobj.path(), name=csname)
def fieldinitbuttonCB(self, *args): # gtk callback, initialize field
fld, bc = self.selectedFieldOrBC()
if fld is not None:
menuitem = meshmenu.Set_Field_Initializer
# We can't simply use
# parameter.getParameters(menuitem.get_arg('initializer'))
# here, because the menu item's parameter accepts members
# of the FieldInit base class, but we need to create a
# widget for the appropriate derived class
# (ScalarFieldInit, et al). It's the derived classes that
# are the registered classes.
param = parameter.RegisteredParameter(
'initializer', fieldinit.fieldInitDict[fld.classname()])
# Set the parameter value to the current initializer of
# the appropriate field in the current mesh (context) --
# this is the value that the initializer widget will start
# with. If it doesn't get set here, it will just have the
# most recently-set one, which may be for a different
# mesh.
param.value = self.currentMeshContext().get_initializer(fld)
init = parameterwidgets.getParameterValues(
param, title = 'Initialize field ' + fld.name(), scope=self)
if init is not None:
menuitem.callWithDefaults(mesh=self.currentFullMeshName(),
field=fld,
initializer=init[0])
if bc is not None:
menuitem = meshmenu.Boundary_Conditions.Set_BC_Initializer
iparam = menuitem.get_arg('initializer')
iparam.set(bc.get_initializer())
bcparam = menuitem.get_arg('bc')
bcparam.set(bc.name())
# Make a bc parameter widget and put it in the local
# widgetscope so that the initializer RCF can find it.
bcwidget = bcparam.makeWidget()
self.addWidget(bcwidget)
if parameterwidgets.getParameters(
iparam,
scope=self,
title='Initialize BC ' + bc.name()):
menuitem.callWithDefaults(mesh=self.currentFullMeshName())
self.removeWidget(bcwidget)
bcwidget.destroy()
def fieldinitbuttonCB(self, *args): # gtk callback, initialize field
fld, bc = self.selectedFieldOrBC()
if fld is not None:
menuitem = meshmenu.Set_Field_Initializer
# We can't simply use
# parameter.getParameters(menuitem.get_arg('initializer'))
# here, because the menu item's parameter accepts members
# of the FieldInit base class, but we need to create a
# widget for the appropriate derived class
# (ScalarFieldInit, et al). It's the derived classes that
# are the registered classes.
param = parameter.RegisteredParameter(
'initializer', fieldinit.fieldInitDict[fld.classname()])
# Set the parameter value to the current initializer of
# the appropriate field in the current mesh (context) --
# this is the value that the initializer widget will start
# with. If it doesn't get set here, it will just have the
# most recently-set one, which may be for a different
# mesh.
param.value = self.currentMeshContext().get_initializer(fld)
init = parameterwidgets.getParameterValues(
param, title = 'Initialize field ' + fld.name(), scope=self)
if init is not None:
menuitem.callWithDefaults(mesh=self.currentFullMeshName(),
field=fld,
initializer=init[0])
if bc is not None:
menuitem = meshmenu.Boundary_Conditions.Set_BC_Initializer
iparam = menuitem.get_arg('initializer')
iparam.set(bc.get_initializer())
bcparam = menuitem.get_arg('bc')
bcparam.set(bc.name())
# Make a bc parameter widget and put it in the local
# widgetscope so that the initializer RCF can find it.
bcwidget = bcparam.makeWidget()
self.addWidget(bcwidget)
if parameterwidgets.getParameters(
iparam,
scope=self,
title='Initialize BC ' + bc.name()):
menuitem.callWithDefaults(mesh=self.currentFullMeshName())
self.removeWidget(bcwidget)
bcwidget.destroy()
