def value_appl_change(self, name, text):
# if self.inQueue.not_empty:
# try:
# self.consoleWindow.append(self.inQueue.get_nowait())
# except:
# True
self.fail_in[name] = text
self.HB_out = ut.calc_HB(self.HB_in)
self.rockmass_out = ut.calc_rockm(self.HB_in, self.HB_out)
if text == 'general':
self.value_gamma.setEnabled(False)
self.value_H.setEnabled(False)
self.value_s3max.setEnabled(False)
self.fail_in['value_s3max'] = self.HB_in['value_sci'] / 4
elif text == 'tunnel':
self.value_gamma.setEnabled(True)
self.value_H.setEnabled(True)
self.value_s3max.setEnabled(False)
self.fail_in['value_s3max'] = 0.47 * power(
self.rockmass_out['value_scm'] /
(self.fail_in['value_gamma'] * self.fail_in['value_H']),
-0.94) * self.rockmass_out['value_scm']
elif text == 'slope':
self.value_gamma.setEnabled(True)
self.value_H.setEnabled(True)
self.value_s3max.setEnabled(False)
self.fail_in['value_s3max'] = 0.72 * power(
self.rockmass_out['value_scm'] /
(self.fail_in['value_gamma'] * self.fail_in['value_H']),
-0.91) * self.rockmass_out['value_scm']
elif text == 'custom':
self.value_gamma.setEnabled(False)
self.value_H.setEnabled(False)
self.value_s3max.setEnabled(True)
self.fail_in['value_s3max'] = float(self.value_s3max.text())
self.mohr_out = ut.calc_MC(self.HB_in, self.fail_in, self.HB_out)
self.update_form(self.HB_class.findChildren(QtWidgets.QLineEdit),
self.HB_in)
self.update_form(self.fenv.findChildren(QtWidgets.QLineEdit),
self.fail_in, 1)
self.update_form(self.form_HBcrit.findChildren(QtWidgets.QLabel),
self.HB_out, 1)
self.update_form(self.Form_MCfit.findChildren(QtWidgets.QLabel),
self.mohr_out, 1)
self.update_form(self.Form_rockmass.findChildren(QtWidgets.QLabel),
self.rockmass_out, 1)
ut.plot_HB(self, self.HB_in, self.HB_out, self.rockmass_out,
self.mohr_out, self.graph_opt)
ut.plot_MC_circle(self, self.fail_in, self.mohr_out)
def value_changegraph(self, name, text):
#
# if self.inQueue.not_empty:
# try:
# self.consoleWindow.append(self.inQueue.get_nowait())
# except:
# True
self.HB_out = ut.calc_HB(self.HB_in)
self.mohr_out = ut.calc_MC(self.HB_in, self.fail_in, self.HB_out)
self.rockmass_out = ut.calc_rockm(self.HB_in, self.HB_out)
self.graph_opt[name] = text.replace(',', '.')
ut.plot_HB(self, self.HB_in, self.HB_out, self.rockmass_out,
self.mohr_out, self.graph_opt)
def options_check(self, name, value):
# if self.inQueue.not_empty:
# try:
# self.consoleWindow.append(self.inQueue.get_nowait())
# except:
# True
self.HB_out = ut.calc_HB(self.HB_in)
self.mohr_out = ut.calc_MC(self.HB_in, self.fail_in, self.HB_out)
self.rockmass_out = ut.calc_rockm(self.HB_in, self.HB_out)
self.graph_opt[name] = value
ut.plot_HB(self, self.HB_in, self.HB_out, self.rockmass_out,
self.mohr_out, self.graph_opt)
def value_change(self, name, text):
# if self.inQueue.not_empty:
# try:
# self.consoleWindow.append(self.inQueue.get_nowait())
# except:
# True
self.HB_in[name] = float(text)
if self.calc_MR.checkState():
self.HB_in[
'value_Ei'] = self.HB_in['value_MR'] * self.HB_in['value_sci']
self.value_Ei.setText(str(round(self.HB_in['value_Ei'], 3)))
else:
self.HB_in[
'value_MR'] = self.HB_in['value_Ei'] / self.HB_in['value_sci']
self.value_MR.setText(str(round(self.HB_in['value_MR'], 3)))
self.HB_out = ut.calc_HB(self.HB_in)
self.mohr_out = ut.calc_MC(self.HB_in, self.fail_in, self.HB_out)
self.rockmass_out = ut.calc_rockm(self.HB_in, self.HB_out)
self.update_form(self.HB_class.findChildren(QtWidgets.QLineEdit),
self.HB_in)
self.update_form(self.fenv.findChildren(QtWidgets.QLineEdit),
self.fail_in, 1)
self.update_form(self.form_HBcrit.findChildren(QtWidgets.QLabel),
self.HB_out, 1)
self.update_form(self.Form_MCfit.findChildren(QtWidgets.QLabel),
self.mohr_out, 1)
self.update_form(self.Form_rockmass.findChildren(QtWidgets.QLabel),
self.rockmass_out, 1)
ut.plot_HB(self, self.HB_in, self.HB_out, self.rockmass_out,
self.mohr_out, self.graph_opt)
ut.plot_MC_circle(self, self.fail_in, self.mohr_out)
def __init__(self, *args, **kwargs):
super(MainWindow, self).__init__(*args, **kwargs)
self.setupUi(self)
self.HB_in = {
'value_sci': 30.0,
'value_mi': 10.0,
'value_GSI': 50.0,
'value_D': 0.0,
'value_Ei': 12000.0,
'value_MR': 400.0
}
self.fail_in = {
'value_application': 'general',
'value_H': 50.0,
'value_gamma': 0.026,
'value_s3max': 7.5
}
self.graph_opt = {
'value_xres': 5.0,
'show_HB': 2.0,
'show_MC': 0.0,
'show_grid': 1
}
self.HB_out = ut.calc_HB(self.HB_in)
self.mohr_out = ut.calc_MC(self.HB_in, self.fail_in, self.HB_out)
self.rockmass_out = ut.calc_rockm(self.HB_in, self.HB_out)
self.fig = Figure()
self.ax = self.fig.add_subplot(111)
self.actionImport_HB_data.triggered.connect(
lambda: import_dialog(parent=self))
self.selectMi.clicked.connect(lambda: miGui(parent=self))
self.selectSci.clicked.connect(lambda: sciGui(parent=self))
self.value_sci.returnPressed.connect(lambda: self.value_change(
self.value_sci.objectName(), self.value_sci.text()))
self.value_mi.returnPressed.connect(lambda: self.value_change(
self.value_mi.objectName(), self.value_mi.text()))
self.value_GSI.returnPressed.connect(lambda: self.value_change(
self.value_GSI.objectName(), self.value_GSI.text()))
self.value_D.returnPressed.connect(lambda: self.value_change(
self.value_D.objectName(), self.value_D.text()))
self.value_Ei.returnPressed.connect(lambda: self.value_change(
self.value_Ei.objectName(), self.value_Ei.text()))
self.calc_Ei.stateChanged.connect(lambda: self.check_change(
self.calc_Ei.objectName(), self.calc_Ei.checkState()))
self.value_MR.returnPressed.connect(lambda: self.value_change(
self.value_MR.objectName(), self.value_MR.text()))
self.calc_MR.stateChanged.connect(lambda: self.check_change(
self.calc_MR.objectName(), self.calc_MR.checkState()))
self.value_application.currentIndexChanged.connect(
lambda: self.value_appl_change(
self.value_application.objectName(),
self.value_application.currentText()))
self.value_gamma.returnPressed.connect(
lambda: self.value_changefail(self.value_application.currentText(
), self.value_gamma.objectName(), self.value_gamma.text()))
self.value_H.returnPressed.connect(
lambda: self.value_changefail(self.value_application.currentText(
), self.value_H.objectName(), self.value_H.text()))
self.value_s3max.returnPressed.connect(
lambda: self.value_changefail(self.value_application.currentText(
), self.value_s3max.objectName(), self.value_s3max.text()))
self.show_HB.stateChanged.connect(lambda: self.options_check(
self.show_HB.objectName(), self.show_HB.checkState()))
self.show_MC.stateChanged.connect(lambda: self.options_check(
self.show_MC.objectName(), self.show_MC.checkState()))
self.show_grid.stateChanged.connect(lambda: self.options_check(
self.show_grid.objectName(), self.show_grid.checkState()))
self.value_xres.valueChanged.connect(lambda: self.value_changegraph(
self.value_xres.objectName(), self.value_xres.text()))
self.update_form(self.HB_class.findChildren(QtWidgets.QLineEdit),
self.HB_in)
self.update_form(self.fenv.findChildren(QtWidgets.QLineEdit),
self.fail_in)
self.update_form(self.form_HBcrit.findChildren(QtWidgets.QLabel),
self.HB_out, 1)
self.update_form(self.Form_MCfit.findChildren(QtWidgets.QLabel),
self.mohr_out, 1)
self.update_form(self.Form_rockmass.findChildren(QtWidgets.QLabel),
self.rockmass_out, 1)
self.canvHB = pltCanvas(self)
self.toolbarHB = NavigationToolbar(self.canvHB, self.PlotPage1)
self.Pg1_layout = QtWidgets.QVBoxLayout(self.PlotPage1)
self.Pg1_layout.addWidget(self.canvHB)
self.Pg1_layout.addWidget(self.toolbarHB)
self.canvMC = pltCanvas(self)
self.toolbarMC = NavigationToolbar(self.canvMC, self.PlotPage1)
self.Pg2_layout = QtWidgets.QVBoxLayout(self.PlotPage2)
self.Pg2_layout.addWidget(self.canvMC)
self.Pg2_layout.addWidget(self.toolbarMC)
ut.plot_HB(self, self.HB_in, self.HB_out, self.rockmass_out,
self.mohr_out, self.graph_opt)
ut.plot_MC_circle(self, self.fail_in, self.mohr_out)