def set_from(self, project):
hydraulics_options = project.options.hydraulics
ui.convenience.set_combo(self.cboFlow, hydraulics_options.flow_units)
ui.convenience.set_combo(
self.cboHeadloss,
hydraulics_options.head_loss.name.replace('_', "-"))
self.txtAccuracy.setText(str(hydraulics_options.accuracy))
self.txtCheckFrequency.setText(str(hydraulics_options.check_frequency))
self.txtDampLimit.setText(str(hydraulics_options.damp_limit))
self.txtDefaultPattern.setText(str(hydraulics_options.default_pattern))
self.txtDemandMultiplier.setText(
str(hydraulics_options.demand_multiplier))
self.txtEmitterExponent.setText(
str(hydraulics_options.emitter_exponent))
self.txtMaxCheck.setText(str(hydraulics_options.max_check))
self.txtMaximumTrials.setText(str(hydraulics_options.maximum_trials))
self.txtRelativeViscosity.setText(str(hydraulics_options.viscosity))
self.txtSpecificGravity.setText(
str(hydraulics_options.specific_gravity))
if hydraulics_options.unbalanced == core.epanet.options.hydraulics.Unbalanced.STOP:
self.rbnStop.setChecked(True)
if hydraulics_options.unbalanced == core.epanet.options.hydraulics.Unbalanced.CONTINUE:
val, val_is_good = ParseData.intTryParse(
hydraulics_options.unbalanced_continue)
if not val_is_good:
val = 0
if val == 0:
self.rbnContinue.setChecked(True)
elif val > 0:
self.rbnContinueN.setChecked(True)
self.txtContinueN.setText(str(hydraulics_options.unbalanced_continue))
def tbl_3_changed(self, row, col):
if not self.loaded: return
if self.tbl_3.verticalHeaderItem(row) is None: return
item = self.tbl_3.item(row, col)
if item is None: return
key = self.tbl_3.verticalHeaderItem(row).text()
if "flow units" in key.lower() or \
"headloss" in key.lower() or \
"unbalanced" in key.lower() or \
"status report" in key.lower():
# do nothing
pass
elif "maximum trials" in key.lower() or \
"default pattern" in key.lower() or \
"check freq" in key.lower() or \
"max check" in key.lower():
val, val_is_good = ParseData.intTryParse(item.text())
if val_is_good:
self.defaults.parameters_values[key] = val
else:
val, val_is_good = ParseData.floatTryParse(item.text())
if val_is_good:
self.defaults.parameters_values[key] = val
self.parameter_changed = True
pass
def set_from(self, project):
# section = core.swmm.options.dynamic_wave.DynamicWave()
section = project.options.dynamic_wave
if section.inertial_damping == core.swmm.options.dynamic_wave.InertialDamping.PARTIAL:
self.cboInertial.setCurrentIndex(1)
if section.inertial_damping == core.swmm.options.dynamic_wave.InertialDamping.FULL:
self.cboInertial.setCurrentIndex(2)
if section.inertial_damping == core.swmm.options.dynamic_wave.InertialDamping.NONE:
self.cboInertial.setCurrentIndex(0)
if section.force_main_equation == core.swmm.options.dynamic_wave.ForceMainEquation.H_W:
self.cboForce.setCurrentIndex(0)
if section.force_main_equation == core.swmm.options.dynamic_wave.ForceMainEquation.D_W:
self.cboForce.setCurrentIndex(1)
if section.normal_flow_limited == core.swmm.options.dynamic_wave.NormalFlowLimited.SLOPE:
self.cboNormal.setCurrentIndex(0)
if section.normal_flow_limited == core.swmm.options.dynamic_wave.NormalFlowLimited.FROUDE:
self.cboNormal.setCurrentIndex(1)
if section.normal_flow_limited == core.swmm.options.dynamic_wave.NormalFlowLimited.BOTH:
self.cboNormal.setCurrentIndex(2)
val, val_is_good = ParseData.intTryParse(section.threads)
if val_is_good:
self.cboThreads.setCurrentIndex(val - 1)
if float(section.variable_step) > 0:
self.cbxUseVariable.setChecked(True)
self.sbxAdjusted.setValue(float(section.variable_step) * 100)
self.txtMinimum.setText(str(section.minimum_step))
self.txtLengthening.setText(str(section.lengthening_step))
self.txtSurfaceArea.setText(str(section.min_surface_area))
self.txtTolerance.setText(str(section.head_tolerance))
self.sbxTrials.setValue(int(section.max_trials))
def tblGeneric_changed(self, row, col):
if not self.loaded: return
if self.tblGeneric.verticalHeaderItem(row) is None: return
item = self.tblGeneric.item(row, col)
if item is None: return
key = self.tblGeneric.verticalHeaderItem(row).text()
if key == self.defaults.id_increment_key:
val, val_is_good = ParseData.intTryParse(item.text())
if val_is_good:
self.defaults.id_increment = val
else:
self.defaults.model_object_prefix[key] = item.text()
self.label_changed = True
pass
