def __init__(self):
'''
Constructor
'''
framenode = frame(time_step=200)
framenode.attach_app(NodeSimulation(framenode))
frametest = frame(time_step=200)
frametest.attach_app(NodeTestSimulation(frametest))
framenode.run_async()
frametest.run()
def __init__(self, args):
'''
Constructor
'''
frameos = frame(time_step=200)
frameos.attach_app(OpenSimPuller(frameos, args))
frametest = frame(time_step=200)
frametest.attach_app(TestSimulation(frametest))
frameos.run_async()
frametest.run_async()
frame.loop()
def __init__(self):
frame_car = frame(time_step=1000)
frame_car.attach_app(TrafficSimulation(frame_car))
frame_node = frame(time_step=1000)
frame_node.attach_app(NodeSimulation(frame_node))
frame_request = frame(time_step=1000)
frame_request.attach_app(ReqSimulation(frame_request))
frame_car.run_async()
frame_node.run_async()
frame_request.run_async()
frame.loop()
def __init__(self):
'''
Constructor
'''
frame_car = frame(time_step=1000)
frame_car.attach_app(TrafficSimulation(frame_car))
frame_ped = frame(time_step=1000)
frame_ped.attach_app(PedestrianSimulation(frame_ped))
gfx_frame = frame(time_step=500)
gfx_frame.attach_app(GFXSimulation(gfx_frame))
frame_car.run_async()
frame_ped.run_async()
gfx_frame.run_main()
def __init__(self):
'''
Constructor
'''
framenode = frame(time_step=200, instrument=True)
framenode.attach_app(NodeSimulation(framenode))
frametest = frame(time_step=200, instrument=True)
frametest.attach_app(NodeTestSimulation(frametest))
si.setup_instruments(frame.framelist)
framenode.run_async()
frametest.run_async()
frame.loop()
def __init__(self):
'''
Constructor
'''
frame_car = frame(time_step = 1000)
frame_car.attach_app(TrafficSimulation(frame_car))
frame_ped = frame(time_step = 1000)
frame_ped.attach_app(PedestrianSimulation(frame_ped))
gfx_frame = frame(time_step = 500)
gfx_frame.attach_app(GFXSimulation(gfx_frame))
frame_car.run_async()
frame_ped.run_async()
gfx_frame.run()
def __init__(self, address, port):
'''
Constructor
'''
frame_c = frame(address = "http://" + address + ":" + str(port) + "/", time_step = 1000)
frame_c.attach_app(DomainCounter(frame_c))
frame_c.run()
def __init__(self):
'''
Constructor
'''
frame_car = frame(time_step = 1000)
frame_car.attach_app(AmazonTrafficSimulation(frame_car))
frame_car.run()
def __init__(self, name, timeout, useragent):
'''
Constructor
'''
frame_c = frame(time_step=timeout)
frame_c.attach_app(CrawlerFrame(frame_c, name, useragent))
frame_c.run_async()
frame.loop()
def __init__(self, address, port):
'''
Constructor
'''
frame_c = frame(address = "http://" + address + ":" + str(port) + "/", time_step = 1000)
frame_c.attach_app(CrawlerFrame(frame_c))
frame_c.run_async()
frame.loop()
def __init__(self):
'''
Constructor
'''
frame_car = frame(time_step=1000)
frame_car.attach_app(TrafficSimulation(frame_car))
frame_ped = frame(time_step=1000)
#frame_ped.attach_app(PedestrianSimulation(frame_ped))
con_frame = frame(time_step=500)
#con_frame.attach_app(ConsoleSimulation(con_frame))
frame_car.run_async()
#frame_ped.run_async()
#con_frame.run_async()
frame.loop()
def __init__(self):
'''
Constructor
'''
frame_c = frame(time_step=1000)
frame_c.attach_app(LoadBalancer(frame_c))
frame_c.run_async()
frame.loop()
def __init__(self, args):
'''
Constructor
'''
frameos = frame(time_step=200)
frameos.attach_app(OpenSimPuller(frameos, args))
frameos.run_async()
frame.loop()
def __init__(self):
'''
Constructor
'''
frame_car = frame(address="http://ucigridb.nacs.uci.edu:12000", time_step=1000)
frame_car.attach_app(TrafficSimulation2(frame_car))
frame_car.run_async()
frame.loop()
def __init__(self, args):
'''
Constructor
'''
frametest = frame(time_step=200)
frametest.attach_app(TestSimulation(frametest))
frametest.run_async()
frame.loop()
def __init__(self):
'''
Constructor
'''
frame_car = frame(address="http://ucigridb.nacs.uci.edu:12000",
time_step=1000)
frame_car.attach_app(TrafficSimulation2(frame_car))
frame_car.run_async()
frame.loop()
def __init__(self):
'''
Constructor
'''
framenode = frame("http://ucigridb.nacs.uci.edu:12000/", time_step=200)
framenode.attach_app(NodeSimulation(framenode))
# frametest = frame(time_step=200)
# frametest.attach_app(NodeTestSimulation(frametest))
framenode.run_async()
# frametest.run_async()
frame.loop()
def __init__(self):
'''
Constructor
'''
framenode = frame("http://ucigridb.nacs.uci.edu:12000/", time_step=200)
framenode.attach_app(NodeSimulation(framenode))
# frametest = frame(time_step=200)
# frametest.attach_app(NodeTestSimulation(frametest))
framenode.run_async()
# frametest.run_async()
frame.loop()
def __init__(self):
"""
Constructor
"""
# framenode = frame(time_step=200)
# framenode.attach_app(NodeSimulation(framenode))
frame_car = frame(time_step=200, address="http://ucigridb.nacs.uci.edu:12000")
frame_car.attach_app(TrafficSimulation_akshatp(frame_car))
# root = Tkinter.Tk()
# con_frame = frame(time_step=200)
# con_frame.attach_app(TkinterVisualizer(con_frame, root))
# framenode.run_async()
frame_car.run()
def __init__(self):
'''
Constructor
'''
# framenode = frame(time_step=200)
# framenode.attach_app(NodeSimulation(framenode))
# http://127.0.0.1:12000 , http://ucigridb.nacs.uci.edu:12000
frame_car = frame(time_step=600,
address='http://ucigridb.nacs.uci.edu:12000')
frame_car.attach_app(TrafficSimulationArchit(frame_car))
# frame_ped = frame(time_step = 1000)
# frame_ped.attach_app(PedestrianSimulation(frame_ped))
# gfx_frame = frame(time_step = 500)
# gfx_frame.attach_app(GFXSimulation(gfx_frame))
# framenode.run_async()
frame_car.run_async()
frame.loop()
def Controller(settings):
"""
Controller is the main entry point for driving the simulation.
Arguments:
settings -- nested dictionary with variables for configuring the connectors
"""
laysettings = LayoutSettings.LayoutSettings(settings)
# laysettings = None
# load the world
infofile = settings["General"].get("WorldInfoFile", "info.js")
logger.info('loading world data from %s', infofile)
world = WorldInfo.WorldInfo.LoadFromFile(infofile)
# world = None
cnames = settings["General"].get("Connectors",
['sumo', 'opensim', 'social', 'stats'])
instrument = settings["General"].get("Instrument", False)
profiling = settings["General"].get("Profiling", False)
store_type = settings["General"].get("Store", "SimpleStore")
process = settings["General"].get("MultiProcessing", False)
timer = settings["General"].get("Timer", None)
autostart = settings["General"].get("AutoStart", False)
if timer:
seconds = 0
minutes = 0
hours = 0
if "Seconds" in timer:
seconds = timer["Seconds"]
if "Minutes" in timer:
minutes = timer["Minutes"]
if "Hours" in timer:
hours = timer["Hours"]
timer = datetime.timedelta(seconds=seconds,
minutes=minutes,
hours=hours)
connectors = []
for cname in cnames:
if cname not in _SimulationControllers:
logger.warn('skipping unknown simulation connector; %s' % (cname))
continue
cframe = frame(time_step=200,
instrument=instrument,
profiling=profiling)
connector = _SimulationControllers[cname](settings, world, laysettings,
cname, cframe)
cframe.attach_app(connector)
connectors.append(cframe)
if instrument:
si.setup_instruments(connectors)
for f in connectors:
f.run_async()
frame.loop()
print "closing down controller"
sys.exit(0)
