def __init__(self, real_time_subplots, post_processing_subplots, app_controller):
self.frame = TopFrame(self)
self.real_time_controller = RealTimePanelController(real_time_subplots, app_controller)
self.post_processing_controller = PostProcessingPanelController(post_processing_subplots, app_controller)
self.real_time_controller.create_panel(self.frame)
self.frame.Show(True)
self.frame.Centre()
class TopFrameController(object):
def __init__(self, real_time_subplots, post_processing_subplots, app_controller):
self.frame = TopFrame(self)
self.real_time_controller = RealTimePanelController(real_time_subplots, app_controller)
self.post_processing_controller = PostProcessingPanelController(post_processing_subplots, app_controller)
self.real_time_controller.create_panel(self.frame)
self.frame.Show(True)
self.frame.Centre()
def on_properties_click(self, event):
properties_dialog = PropertiesDialog(self)
properties_dialog.ShowModal()
def save_properties(self, inertia, friction, real_time_plots, post_processing_plots):
parser = PropertiesParser()
parser.save_property("Inertia", inertia)
parser.save_property("Friction", friction)
parser.save_property("Real-Time Plots", real_time_plots)
parser.save_property("Post-Processing Plots", post_processing_plots)
parser.save_to_file()
def create_post_processing_panel(self):
self.post_processing_controller.create_panel(self.frame)
self.frame.Layout()
def close_frame(self):
self.frame.Close()
def on_injection_table_click(self, event):
injection_table_dialog = InjectionTableDialog(self, InjectionTable())
injection_table_dialog.ShowModal()
def save_new_injection_table(self, dict):
injection_table = InjectionTable(dict)
injection_table.save_as_current()
