def make_from_preferences(cls, preferences: Preferences):
"""Create a DataModel instance from the saved preferences"""
model = DataModel()
model.set_default_frame_count(preferences.get_default_frame_count())
model.set_target_adus(preferences.get_target_adus())
model.set_adu_tolerance(preferences.get_adu_tolerance())
model.set_server_address(preferences.get_server_address())
model.set_port_number(preferences.get_port_number())
model.set_warm_when_done(preferences.get_warm_when_done())
model.set_use_filter_wheel(preferences.get_use_filter_wheel())
model.set_filter_specs(preferences.get_filter_spec_list())
model.set_binning_specs(preferences.get_binning_spec_list())
model.set_save_files_locally(False)
model.set_flat_frame_count_table(
FlatFrameTable(preferences.get_default_frame_count(),
preferences.get_filter_spec_list(),
preferences.get_binning_spec_list()))
model.set_source_alt(float(preferences.get_source_alt()))
model.set_source_az(float(preferences.get_source_az()))
model.set_dither_flats(bool(preferences.get_dither_flats()))
model.set_dither_radius(float(preferences.get_dither_radius()))
model.set_dither_max_radius(float(preferences.get_dither_max_radius()))
return model
def load_ui_from_prefs(self, preferences: Preferences):
"""Load the UI fields from the given preferences"""
# Filter wheel?
ufw = preferences.get_use_filter_wheel()
self.ui.useFilterWheel.setChecked(ufw if ufw is not None else False)
self.enable_filter_fields()
# Number of flats
self.ui.numFlats.setText(str(preferences.get_default_frame_count()))
# Target ADUs
self.ui.targetADUs.setText(str(preferences.get_target_adus()))
self.ui.aduTolerance.setText(str(preferences.get_adu_tolerance() * 100.0))
# Server address and port number
self.ui.serverAddress.setText(preferences.get_server_address())
self.ui.portNumber.setText(str(preferences.get_port_number()))
# Information about slewing to the flat light source
self.ui.sourceAlt.setText(str(round(preferences.get_source_alt(), 4)))
self.ui.sourceAz.setText(str(round(preferences.get_source_az(), 4)))
# Dithering
self.ui.ditherFlats.setChecked(preferences.get_dither_flats())
self.ui.ditherRadius.setText(str(preferences.get_dither_radius()))
self.ui.ditherMaxRadius.setText(str(preferences.get_dither_max_radius()))
# Filter specifications
filter_specs = preferences.get_filter_spec_list()
fs: FilterSpec
for fs in filter_specs:
check_box_name: str = f"useFilter_{fs.get_slot_number()}"
this_check_box: QCheckBox = self.ui.findChild(QCheckBox, check_box_name)
assert this_check_box is not None
this_check_box.setChecked(fs.get_is_used())
name_field_name: str = f"filterName_{fs.get_slot_number()}"
this_name_field: QLineEdit = self.ui.findChild(QLineEdit, name_field_name)
assert this_name_field is not None
this_name_field.setText(fs.get_name())
# Binning specifications
binning_specs = preferences.get_binning_spec_list()
bs: BinningSpec
for bs in binning_specs:
this_default_name: str = f"binDefault_{bs.get_binning_value()}"
this_available_name: str = f"binAvailable_{bs.get_binning_value()}"
this_off_name: str = f"binOff_{bs.get_binning_value()}"
default_button: QRadioButton = self.ui.findChild(QRadioButton, this_default_name)
assert default_button is not None
available_button: QRadioButton = self.ui.findChild(QRadioButton, this_available_name)
assert available_button is not None
off_button: QRadioButton = self.ui.findChild(QRadioButton, this_off_name)
assert off_button is not None
if bs.get_is_default():
default_button.setChecked(True)
elif bs.get_is_available():
available_button.setChecked(True)
else:
off_button.setChecked(True)
