def start(set_listbox, update_display):
# import molecule data
data_files = os.listdir ("./molecule_data")
molecule_list = map (import_molecule, data_files, )
print ""
# set up daemons
sensor_queue = Queue()
assembly_queue = Queue()
sensor_demon = Sensor_Demon( sensor_queue, serial_port="/dev/ttyUSB0" )
assembly_demon = Assembly_Demon( sensor_queue, assembly_queue )
sensor_demon.start()
assembly_demon.start()
app = Molecules( assembly_queue, molecule_list, set_listbox, update_display)
return app
from pyposey.hardware_demon.Sensor_Demon import Sensor_Demon
from pyposey.hardware_demon.Assembly_Demon import Assembly_Demon
from pyposey.assembly_graph.Part_Library import Part_Library
from pyposey.assembly_graph.Assembly_Graph import Assembly_Graph
from l33tC4D.gui.Gui import Gui
from Color_Demon import Color_Demon
from Maze import Maze
# load part library
part_library = Part_Library()
# set up assembly graph
sensor_queue = Queue()
event_queue = Queue()
sensor_demon = Sensor_Demon( sensor_queue, serial_port="/dev/ttyUSB0" )
assembly_demon = Assembly_Demon( sensor_queue, event_queue )
assembly_graph = Assembly_Graph( event_queue=event_queue,
part_library=part_library,
orient=True )
# start demon threads
sensor_demon.start()
assembly_demon.start()
assembly_graph.start()
# start gtk gui
gui = Gui()
gui.start()
# build maze