def apply(self, event, *args):
"""Apply the best results."""
#TODO: Confirmation message box?
positions = []
# And add the fixed ones, if any
if self.params.fixed_orientations:
positions += self.params.fixed_orientations_list
# Get the angles of the best one
positions += model.optimization.get_angles(self.best)
print "Applying best individual", self.best
#This deletes everything in the list in the instrument
del model.instrument.inst.positions[:]
#Make sure to clear the parameters too, by giving it an empty dict() object.
display_thread.clear_positions_selected()
#This function does the calc. and shows a progress bar. Can be aborted too.
gui_utils.do_calculation_with_progress_bar(positions)
#GUI update
model.messages.send_message(model.messages.MSG_POSITION_LIST_CHANGED)
#Add it to the list of selected items
if len(model.instrument.inst.angles) == 1:
model.instrument.inst.sort_positions_by(0)
display_thread.select_position_coverage(model.instrument.inst.positions, update_gui=True)
if not event is None: event.Skip()
def delete_all(self):
"""Deletes all entries in the position list."""
#This deletes everything in the list
del model.instrument.inst.positions[:]
#Make sure to clear the parameters too, by giving it an empty dict() object.
display_thread.clear_positions_selected()
#Update the display.
self.update_grid()
def delete_all(self):
"""Deletes all entries in the position list."""
#This deletes everything in the list
del model.instrument.inst.positions[:]
#Make sure to clear the parameters too, by giving it an empty dict() object.
display_thread.clear_positions_selected()
#Update the display.
self.update_grid()