def restore_geometries(self):
"""Restores the geometries of all the widgets that have had their
geometries saved. Activates the widget that is returned by
get_default_widget.
"""
if not gutils.get_potku_setting(BaseTab.SAVE_WINDOW_GEOM_KEY, True):
return
for key, widget in self.get_saveable_widgets().items():
if widget is not None:
geom = gutils.get_potku_setting(key, bytes("", "utf-8"))
widget.subwindow.restoreGeometry(geom)
active_widget = self.get_default_widget()
if active_widget is not None:
self.mdiArea.setActiveSubWindow(active_widget.subwindow)
def set_up_side_panel(qwidget, key, side):
"""Sets up the side panel of a QWidget by either hiding it or showing it
and connecting callbacks to change the visibility of the panel.
Args:
qwidget: QWidget that has a reference to a side panel and a button that
shows or hides the panel.
key: key used to store the visibility of the panel in QSettings object.
side: which side of the QWidget the side panel is ('left' or 'right')
"""
show_panel = gutils.get_potku_setting(key, True, bool)
# Show or hide panel depending on previous settings
gutils.change_visibility(qwidget.frame, visibility=show_panel)
qwidget.hidePanelButton.clicked.connect(
lambda: gutils.change_visibility(qwidget.frame, key=key))
if side == "left":
open_arr = ">"
close_arr = "<"
elif side == "right":
open_arr = "<"
close_arr = ">"
else:
raise ValueError(f"Side should either be 'left' or 'right', '{side}' "
"given")
# Change the arrow icon accordingly
gutils.change_arrow(qwidget.hidePanelButton,
arrow=close_arr if show_panel else open_arr)
qwidget.hidePanelButton.clicked.connect(
lambda: gutils.change_arrow(qwidget.hidePanelButton))
def save_geometries(self):
"""Saves the geometries of all saveable widgets that this tab
has.
"""
if not gutils.get_potku_setting(BaseTab.SAVE_WINDOW_GEOM_KEY, True):
return
for key, widget in self.get_saveable_widgets().items():
if widget is not None:
gutils.set_potku_setting(key, widget.subwindow.saveGeometry())
def __set_values(self):
"""Set settings values to dialog.
"""
for button in self.groupBox_3.findChildren(QtWidgets.QPushButton):
self.set_btn_color(
button, self.settings.get_element_color(button.text()))
label_adc = QtWidgets.QLabel("ADC")
label_low = QtWidgets.QLabel("Low")
label_high = QtWidgets.QLabel("High")
self.grid_timing.addWidget(label_adc, 0, 0)
self.grid_timing.addWidget(label_low, 1, 0)
self.grid_timing.addWidget(label_high, 2, 0)
for i in range(3):
timing = self.settings.get_import_timing(i)
label = QtWidgets.QLabel(f"{i}")
spin_low = self.__create_spinbox(timing[0])
spin_high = self.__create_spinbox(timing[1])
self.__added_timings[i] = CoincTiming(i, spin_low, spin_high)
self.grid_timing.addWidget(label, 0, i + 1)
self.grid_timing.addWidget(spin_low, 1, i + 1)
self.grid_timing.addWidget(spin_high, 2, i + 1)
self.coinc_count = self.settings.get_import_coinc_count()
# self.__set_cross_sections()
self.cross_section = self.settings.get_cross_sections()
# ToF-E graph settings
self.tofe_invert_x = self.settings.get_tofe_invert_x()
self.tofe_invert_y = self.settings.get_tofe_invert_y()
self.tofe_transposed = self.settings.get_tofe_transposed()
# TODO binding for bin mode
tofe_bin_mode = self.settings.get_tofe_bin_range_mode()
self.radio_tofe_bin_auto.setChecked(tofe_bin_mode == 0)
self.radio_tofe_bin_manual.setChecked(tofe_bin_mode == 1)
self.tofe_bin_x = self.settings.get_tofe_bin_range_x()
self.tofe_bin_y = self.settings.get_tofe_bin_range_y()
self.comp_x = self.settings.get_tofe_compression_x()
self.comp_y = self.settings.get_tofe_compression_y()
self.depth_iters = self.settings.get_num_iterations()
self.presim_ions = self.settings.get_min_presim_ions()
self.sim_ions = self.settings.get_min_simulation_ions()
self.ion_division = self.settings.get_ion_division()
self.min_conc_spinbox.setMinimum(GlobalSettings.MIN_CONC_LIMIT)
self.min_concentration = self.settings.get_minimum_concentration()
self.save_window_geometries = gutils.get_potku_setting(
BaseTab.SAVE_WINDOW_GEOM_KEY, True
)
self.color_scheme = self.settings.get_tofe_color()
def __plot_efficiency(self):
"""
Open efficiency plot widget
"""
self.eff_folder = gutils.get_potku_setting(
DetectorSettingsWidget.EFF_FILE_FOLDER_KEY,
self.request.default_folder)
self.efficiency_files = self.obj.get_efficiency_files()
self.efficiency_files_list = []
i = 0
for file in self.efficiency_files:
file_name = gf.get_root_dir() / self.eff_folder / str(
self.efficiency_files[i])
self.efficiency_files_list.append(file_name)
i += 1
EfficiencyDialog(self.efficiency_files_list, self)
def __add_efficiency(self):
"""Opens a dialog that allows the user to add efficiency files to
the Efficiency_files folder of the detector.
"""
eff_folder = gutils.get_potku_setting(
DetectorSettingsWidget.EFF_FILE_FOLDER_KEY,
self.request.default_folder)
new_eff_files = fdialogs.open_files_dialog(
self, eff_folder, "Select efficiency files",
"Efficiency File (*.eff)")
if not new_eff_files:
return
used_eff_files = {
Detector.get_used_efficiency_file_name(f)
for f in self.efficiency_files
}
for eff_file in new_eff_files:
new_eff_file = Path(eff_file)
used_eff_file = Detector.get_used_efficiency_file_name(new_eff_file)
if used_eff_file not in used_eff_files:
try:
self.obj.add_efficiency_file(new_eff_file)
used_eff_files.add(used_eff_file)
except OSError as e:
QtWidgets.QMessageBox.critical(
self, "Error",
f"Failed to add the efficiency file: {e}\n",
QtWidgets.QMessageBox.Ok, QtWidgets.QMessageBox.Ok)
else:
QtWidgets.QMessageBox.critical(
self, "Error",
f"There already is an efficiency file for element "
f"{used_eff_file.stem}.\n",
QtWidgets.QMessageBox.Ok, QtWidgets.QMessageBox.Ok)
self.efficiency_files = self.obj.get_efficiency_files()
# Store the folder where we previously fetched an eff-file
gutils.set_potku_setting(
DetectorSettingsWidget.EFF_FILE_FOLDER_KEY,
str(new_eff_file.parent))
