def get_sigma_values(self):
'''
get sigma values for conductivity, porosity and storativity
'''
try:
pocet = int(self.edit_monte_tasks.text())
conduct = float(self.edit_monte_sigma.text())
except ValueError:
msg = "ERROR - please set number of computations and sigma for conductivity first!"
self.messenger(msg)
return False
try:
storat = float(self.edit_monte_storativity.text())
except ValueError:
storat = None
else:
storat = solver_utils.round_storativity(storat)
try:
porosity = float(self.edit_monte_porosity.text())
except ValueError:
porosity = None
else:
porosity = solver_utils.round_to_positive_zero(porosity)
try:
geometry = float(self.edit_monte_geomcoef.text())
except ValueError:
geometry = None
else:
geometry = solver_utils.round_to_positive_zero(porosity)
return pocet, conduct, storat, porosity, geometry
def set_single_property_value(self, mtr_id, property_name, new_value):
"""
set defined property to new value
method is used by mesh tools
common method for storativity and dual porosity
"""
if property_name == "porosity":
new_value = solver_utils.round_porosity(new_value)
else:
new_value = solver_utils.round_storativity(new_value)
self[mtr_id][property_name] = str(new_value)
return str(new_value)
def multiply_single_property(self, mtr_id, property_name, multiplicator):
"""
multiply one single property used for storativity and porosity
"""
x_val = self[mtr_id]
temp = float(x_val[property_name]) * float(multiplicator)
if property_name == "porosity":
x_val[property_name] = solver_utils.round_porosity(temp)
elif property_name == "geometry_spec":
x_val[property_name] = solver_utils.round_to_positive_zero(temp)
else:
x_val[property_name] = solver_utils.round_storativity(temp)
return x_val[property_name]
def set_material_to_dict(self):
'''
in selector is index of material
try to get current form values and update data in memory
'''
idx = str(self.selector_material.currentText())
try:
material_object = self.window().material_dict[idx]
material_object['type_spec'] = self.material_specific_val_to_list(material_object)
material_object['geometry_type'] = self.non_empty_value(self.edit_geometry_type.text())
material_object['geometry_spec'] = self.non_empty_value(self.edit_geometry_coeficient.text())
material_object['storativity'] = solver_utils.round_storativity(self.edit_storativity.text())
material_object['dualporosity'] = solver_utils.round_porosity(self.editl_dual_porosity.text())
except KeyError:
self.window().statusBar.showMessage('ERROR no save', 2000)
except ValueError:
self.window().statusBar.showMessage('ERROR - Form fields can not be empty!')
else:
self.window().statusBar.showMessage('MTR changes saved to Memory', 2000)
def get_values(self):
'''
check all the editor and return 8 row list of tuples with editor values
'''
result = {}
for row in range(self.lines):
try:
conductivity = float(getattr(self, "edit_sens_conduct_{}".format(row)).text())
except ValueError:
conductivity = None
try:
porosity = float(getattr(self, "edit_sens_porosity_{}".format(row)).text())
except ValueError:
porosity = None
else:
porosity = solver_utils.round_to_positive_zero(porosity)
try:
storativity = float(getattr(self, "edit_sens_storativity_{}".format(row)).text())
except ValueError:
storativity = None
else:
storativity = solver_utils.round_storativity(storativity)
try:
geometry = float(getattr(self, "edit_sens_geometry_{}".format(row)).text())
except ValueError:
geometry = None
else:
geometry = solver_utils.round_to_positive_zero(geometry)
if storativity or porosity or conductivity or geometry:
result[str(row)] = (conductivity, porosity, storativity, geometry)
return result
def set_storativity(self):
'''sets the new value of storativity for selected elements'''
new_value = solver_utils.round_storativity(self.edit_nvalue_storativity.text())
self.__set_property('storativity', new_value)
