def zoom(self, zoom, absolute=True):
if manager.isActive():
if absolute:
self.scrzoom = zoom
else:
self.scrzoom *= zoom
manager.sendEvent(PanZoomEvent(zoom=zoom, absolute=absolute))
def send_route_data(self):
if manager.isActive() and self.route_acid is not None:
data = RouteDataEvent()
data.acid = self.route_acid
idx = bs.traf.id2idx(self.route_acid)
if idx >= 0:
route = bs.traf.ap.route[idx]
data.iactwp = route.iactwp
# We also need the corresponding aircraft position
data.aclat = bs.traf.lat[idx]
data.aclon = bs.traf.lon[idx]
data.wplat = route.wplat
data.wplon = route.wplon
data.wpalt = route.wpalt
data.wpspd = route.wpspd
data.wpname = route.wpname
manager.sendEvent(data) # Send route data to GUI
# Empty route acid string means no longer send route data
if len(self.route_acid) == 0:
self.route_acid = None
def send_aman_data(self):
if manager.isActive():
# data = AMANEvent()
# data.ids = bs.traf.AMAN.
# data.iafs = bs.traf.AMAN.
# data.eats = bs.traf.AMAN.
# data.etas = bs.traf.AMAN.
# data.delays = bs.traf.AMAN.
# data.rwys = bs.traf.AMAN.
# data.spdratios = bs.traf.AMAN.
# manager.sendEvent(data)
pass
def pan(self, *args):
''' Move center of display, relative of to absolute position lat,lon '''
if manager.isActive():
if args[0] == "LEFT":
self.ctrlon -= 0.5
elif args[0] == "RIGHT":
self.ctrlon += 0.5
elif args[0] == "UP" or args[0] == "ABOVE":
self.ctrlat += 0.5
elif args[0] == "DOWN":
self.ctrlat -= 0.5
else:
self.ctrlat, self.ctrlon = args
manager.sendEvent(
PanZoomEvent(pan=(self.ctrlat, self.ctrlon), absolute=True))
def send_aircraft_data(self):
if manager.isActive():
data = ACDataEvent()
data.simt = bs.sim.simt
data.id = bs.traf.id
data.lat = bs.traf.lat
data.lon = bs.traf.lon
data.alt = bs.traf.alt
data.tas = bs.traf.tas
data.cas = bs.traf.cas
data.iconf = bs.traf.asas.iconf
data.confcpalat = bs.traf.asas.latowncpa
data.confcpalon = bs.traf.asas.lonowncpa
data.trk = bs.traf.hdg
# Trails, send only new line segments to be added
data.swtrails = bs.traf.trails.active
data.traillat0 = bs.traf.trails.newlat0
data.traillon0 = bs.traf.trails.newlon0
data.traillat1 = bs.traf.trails.newlat1
data.traillon1 = bs.traf.trails.newlon1
bs.traf.trails.clearnew()
# Last segment which is being built per aircraft
data.traillastlat = list(bs.traf.trails.lastlat)
data.traillastlon = list(bs.traf.trails.lastlon)
# Conflict statistics
data.nconf_tot = len(bs.traf.asas.conflist_all)
data.nlos_tot = len(bs.traf.asas.LOSlist_all)
data.nconf_exp = len(bs.traf.asas.conflist_exp)
data.nlos_exp = len(bs.traf.asas.LOSlist_exp)
data.nconf_cur = len(bs.traf.asas.conflist_now)
data.nlos_cur = len(bs.traf.asas.LOSlist_now)
manager.sendEvent(data)
def symbol(self):
if manager.isActive():
manager.sendEvent(DisplayFlagEvent('SYM'))
def cmdline(self, text):
if manager.isActive():
manager.sendEvent(StackTextEvent(cmdtext=text))
def echo(self, text):
if manager.isActive():
manager.sendEvent(StackTextEvent(disptext=text))
def feature(self, switch, argument=''):
if manager.isActive():
manager.sendEvent(DisplayFlagEvent(switch, argument))
def show_cmd_doc(self, cmd=''):
if manager.isActive():
manager.sendEvent(ShowDialogEvent(1, cmd=cmd))
def show_file_dialog(self):
if manager.isActive():
manager.sendEvent(ShowDialogEvent())
return ''
def showssd(self, *param):
''' Conflict prevention display
Show solution space diagram, indicating potential conflicts'''
if manager.isActive():
manager.sendEvent(DisplayFlagEvent('SSD', param))
def trails(self, sw):
if manager.isActive():
manager.sendEvent(DisplayFlagEvent('TRAIL', sw))
