def add_flight_path2(self,axis):
""" plot line """
x=self.flight['lon']
y= self.flight['lat']
axis.plot( x[0], y[0], color=self.flightColor,
marker='o')
xx=x[0]
yy=y[0]
dx=x[-1]-x[0]
dy=y[-1]-y[0]
axis.arrow(xx,yy,dx,dy,
width=0.005*self.flightWidth,
head_width=0.05,
length_includes_head=True,
facecolor=self.flightColor,
edgecolor=self.flightColor)
if self.flightDotOn:
""" add dots and text """
frequency=10 # [km]
[dist_from_p0,idxs] = cm.get_distance_along_flight_track(lon=x, lat=y,
ticks_every=frequency)
self.flight_track_distance=dist_from_p0
self.flight_dot_index=idxs
def get_xaxis(SYNTH,FLIGHT):
""" flight path from standard tape """
fpath=FLIGHT.get_path(SYNTH.start, SYNTH.end)
fp=zip(*fpath)
x = fp[1] # longitude
y = fp[0] # latitude
frequency=10 #[km]
[flight_xaxis, flight_xticks] = cm.get_distance_along_flight_track(lon=x,lat=y,
ticks_every=frequency)
return flight_xaxis,flight_xticks
def add_flight_path(self,axis):
""" plot line """
x=self.flight['lon']
y= self.flight['lat']
axis.plot(x,y, color=self.flightColor,
linewidth=self.flightWidth,
linestyle=self.flightStyle)
if self.flightDotOn:
""" add dots and text """
frequency=10 # [km]
[dist_from_p0,idxs] = cm.get_distance_along_flight_track(lon=x, lat=y,
ticks_every=frequency)
for i in idxs:
value=cm.round_to_closest_int(dist_from_p0[i],frequency)
self.add_flight_dot(axis,y[i],x[i],value)
self.flight_track_distance=dist_from_p0
self.flight_dot_index=idxs
