def MainLoop():
if node_only:
runNode()
else:
# ======================================================================
# Create gui and simulation objects
# ======================================================================
global navdb, manager, gui
manager = MainManager()
gui = Gui()
navdb = Navdatabase('global') # Read database from specified folder
telnet_in = StackTelnetServer()
sim = Simulation(manager)
# Initialize the gui (loading graphics data, etc.)
gui.init(navdb)
# Start the node manager
manager.start()
# Start the telnet input server for stack commands
telnet_in.listen(port=settings.telnet_port)
# Start the gui
gui.start()
print 'Stopping telnet server.'
telnet_in.close()
# Close the manager, stop all nodes
manager.stop()
sim.quit()
# ======================================================================
# Clean up before exit. Comment this out when debugging for checking
# variables in the shell.
# ======================================================================
del gui
print 'BlueSky normal end.'
def __init__(self): #TMX constructor
# Show splash screen & version number in console
splash.show()
print "*** BlueSky Open Air Traffic sim v0.7 ***"
# Initialize
print "Initializing Blue Sky objects...."
# Create objects for simulation, traffic, screen, keyboard & command stack
# To be used as global
self.sim = Simulation(self) # contains time, simmode, etc.
self.traf = Traffic(self) # contains data on aircraft
self.keyb = Keyboard(self) # processes input from keyboard & mouse
self.scr = Screen(self) # screen output object
self.cmd = Commandstack(self) # list with strings with commands from file or user
self.df = DataFeed(self) # render real time flights with ADS-B datafeed
return
class TMX():
"""Main BlueSky Traffic simulation main executable (tmx) object"""
def __init__(self): #TMX constructor
# Show splash screen & version number in console
splash.show()
print "*** BlueSky Open Air Traffic sim v0.7 ***"
# Initialize
print "Initializing Blue Sky objects...."
# Create objects for simulation, traffic, screen, keyboard & command stack
# To be used as global
self.sim = Simulation(self) # contains time, simmode, etc.
self.traf = Traffic(self) # contains data on aircraft
self.keyb = Keyboard(self) # processes input from keyboard & mouse
self.scr = Screen(self) # screen output object
self.cmd = Commandstack(self) # list with strings with commands from file or user
self.df = DataFeed(self) # render real time flights with ADS-B datafeed
return
def run(self):
"""Start running the simulator (set sim mode)"""
self.sim.start()
# Main loop for tmx object
while not self.sim.mode == self.sim.end :
self.sim.update() # Update clock: t, dt
self.keyb.update() # Check for keys & mouse
self.cmd.checkfile() # Process input file
self.cmd.process() # Process commands
self.traf.update() # Traffic movements and controls
self.scr.update() # GUI update
# Restart traffic simulation:
if self.sim.mode == self.sim.init:
self.reset()
return
def reset(self):
"""Reset Traffic database"""
del self.traf
self.traf = Traffic(self)
self.sim.start()
self.scr.objdel() # Delete user defined objects
return
def stack(self,txt):
"""Add a commandline to stack, may be multiple commands separated by"""
self.cmd.stack(txt)
return
def __del__(self):
"""Clean up. tmx object destructor, called when object is deleted """
print "Deleting BlueSky objects..."
del self.traf
del self.sim
del self.keyb
del self.cmd
del self.scr
del self.df
pg.quit()
return
