def add_track(self, path):
tl = TrackLibrary()
tl.add_track(path)
if self.max_latitude:
if tl[path].min_latitude > self.max_latitude or \
tl[path].max_latitude < self.min_latitude or \
tl[path].min_longitude > self.max_longitude or \
tl[path].max_longitude < self.min_longitude:
#print("Outside our specified area")
return
min_date = self.config.get_min_date()
max_date = self.config.get_max_date()
if min_date or max_date:
if min_date and tl[path].max_date < min_date:
#print("Before the specified time range")
return
if max_date and tl[path].min_date > max_date:
#print("After the specified time range")
return
# At this point we know the track is one that we want
self.tracks.append(path)
# If we only have one track, we use its bounds as our
# auto-detected bounds
if len(self.tracks) == 1:
self.auto_min_latitude = tl[path].min_latitude
self.auto_max_latitude = tl[path].max_latitude
self.auto_min_longitude = tl[path].min_longitude
self.auto_max_longitude = tl[path].max_longitude
self.auto_min_elevation = tl[path].min_elevation
self.auto_max_elevation = tl[path].max_elevation
self.auto_min_speed = tl[path].min_speed
self.auto_max_speed = tl[path].max_speed
return
# If we don't have a minimum latitude specified, grow our
# auto-detected bounds accordingly
if not self.min_latitude:
if self.auto_min_latitude > tl[path].min_latitude:
self.auto_min_latitude = tl[path].min_latitude
if self.auto_max_latitude < tl[path].max_latitude:
self.auto_max_latitude = tl[path].max_latitude
if self.auto_min_longitude > tl[path].min_longitude:
self.auto_min_longitude = tl[path].min_longitude
if self.auto_max_longitude < tl[path].max_longitude:
self.auto_max_longitude = tl[path].max_longitude
# Likewise, grow the auto-elevation bounds
if not self.min_elevation:
if self.auto_min_elevation > tl[path].min_elevation:
self.auto_min_elevation = tl[path].min_elevation
if self.auto_max_elevation < tl[path].max_elevation:
self.auto_max_elevation = tl[path].max_elevation
# Likewise, grow the auto-speed bounds
if self.min_speed is None:
if self.auto_min_speed > tl[path].min_speed:
self.auto_min_speed = tl[path].min_speed
if self.auto_max_speed < tl[path].max_speed:
self.auto_max_speed = tl[path].max_speed
