def valid_by_group(self):
if(self._data.grouptypesel != 0):
self._conds = self._data.degrees_conds
cexp = self._data.exp_store
exp = cexp.give_exp("pressure")
mesh = self._data.mesh
log_gui.debug("valid_by_group by group type %s, mesh %s", self._data.grouptypesel,mesh)
grp_names = exp.find_groups(mesh)
self._grp_names = grp_names
self._valided = True
dim = self._data.get_dim()
if (len(grp_names)>0):
if self._condition_type==0:
head_names =[u"Group", u"DX", u"DY"]
if (dim == WCD.Dim_Type.Three_Dim):
head_names.append(u"DZ")
checklist = [qtc.Qt.Checked]*len(head_names)
val_list = [.0]*(len(head_names)-1)
self._default_cond = [grp_names[0]] + val_list
self._default_check = checklist
self._default_flag = [qtc.Qt.ItemIsEditable | qtc.Qt.ItemIsEnabled] + [qtc.Qt.ItemIsEditable | qtc.Qt.ItemIsEnabled | qtc.Qt.ItemIsUserCheckable] * (len(head_names) - 1) #第一列的数据不需要check
#self._default_flag = [qtc.Qt.ItemIsEditable | qtc.Qt.ItemIsEnabled] + [qtc.Qt.ItemIsEnabled | qtc.Qt.ItemIsUserCheckable] * (len(head_names) - 1) #第一列的数据不需要check
model = Ast_D_of_F_Model(self, head_names)
self._tab.setModel(model)
self._tab.setEnabled(True)
self._tab.horizontalHeader().setClickable(True)
self._tab.setItemDelegate(WC.ValueDelegate(self))
self._tab.setItemDelegateForColumn(0,WC.AstGroupDelegate(self,self._grp_names))
self.add_cond()
icolumn = 0
for iname in head_names:
width = 80
if icolumn > 0:
width = 60
self._tab.setColumnWidth(icolumn,width)
icolumn += 1
self.is_reseted = False
else:
self._build()
def valid_by_group(self):
self._conds = self._data.pair_conds
if(self._data.grouptypesel != 0):
cexp = self._data.exp_store
exp = cexp.give_exp("pressure")
mesh = self._data.mesh
log_gui.debug("Ast_Pair_Selector valid_by_group by group type %s, mesh %s", self._data.grouptypesel,mesh)
grp_names = exp.find_groups(mesh)
self._grp_names = grp_names
self._grp_names.reverse()
self._valided = True
dim = self._data.get_dim()
head_names =[u"Type", u"Mater group", u"Slave group", u"Friction Coefficient"]
type_name = [u"bond", u"Frictionless", u"Friction"]
self._default_cond = [type_name[0]] + [self._grp_names[0]] + [self._grp_names[0]] + [0]
for i in self._default_cond:
log_gui.debug("Ast_Pair_Selector _default_cond %s", i)
model = Ast_Pair_Model(self, head_names)
self._tab.setModel(model)
self._tab.setEnabled(True)
self._tab.horizontalHeader().setClickable(True)
self._tab.setItemDelegate(WC.ValueDelegate(self))
self._tab.setItemDelegateForColumn(0,WC.AstGroupDelegate(self,type_name))
self._tab.setItemDelegateForColumn(1,WC.AstGroupDelegate(self,self._grp_names))
self._tab.setItemDelegateForColumn(2,WC.AstGroupDelegate(self,self._grp_names))
self.add_cond()
width = [75,80,80,115,60,60,50,50]
icolumn = 0
for iname in head_names:
self._tab.setColumnWidth(icolumn,width[icolumn])
icolumn += 1
self.is_reseted = False
else:
self._build()
def valid_by_group(self):
self._conds = self._data.pressure_conds
if(self._data.grouptypesel != 0):
cexp = self._data.exp_store
exp = cexp.give_exp("pressure")
mesh = self._data.mesh
log_gui.debug("valid_by_group by group type %s, mesh %s", self._data.grouptypesel,mesh)
grp_names = exp.find_groups(mesh)
self._grp_names = grp_names
self._valided = True
dim = self._data.get_dim()
if (len(grp_names)>0):
if self._condition_type==0:
head_names = copy.copy(self.head_name)
if (dim == WCD.Dim_Type.Three_Dim):
head_names.append(u"")
log_gui.debug("valid_by_group head_names: %d",len(head_names))
val_list = [.0]*(len(head_names) - 2)
self._default_cond = [grp_names[0], u"Pressure"] + val_list
model = Ast_Pressure_Model(self, head_names)
self._tab.setModel(model)
self._tab.setEnabled(True)
self._tab.horizontalHeader().setClickable(True)
self._tab.setItemDelegate(WC.ValueDelegate(self))
self._tab.setItemDelegateForColumn(0, WC.AstGroupDelegate(self, self._grp_names))
self._tab.setItemDelegateForColumn(1, WC.AstGroupDelegate(self, self._pressure_types))
self.add_cond()
width = [80,90,60,60,60,60,60,60,60,60,60,60]
icolumn = 0
for iname in head_names:
self._tab.setColumnWidth(icolumn,width[icolumn])
icolumn += 1
self.is_reseted = False
else:
self._build()