def classify(self, track_segment):
past_name = None
N = len(track_segment)
length = 0
for i in range(N - 1):
start = track_segment[i]
stop = track_segment[i + 1]
if start.ele == None or stop.ele == None:
return False
tangens = Track.angle_from_points(None, start, stop,
True) * 100 #проценты
name_steepness = self.check_steepness_slopes(tangens)
if name_steepness != past_name:
if past_name is None:
past_name = name_steepness
continue
if self.check_length_slopes(name_steepness, length):
self.add_steepness_one(name_steepness)
length = 0
past_name = name_steepness
else:
length += Track.distance_from_points(None, start, stop) * 1000
return True
def classify(self, track_segment):
past_name = None
N = len(track_segment)
length = 0
for i in range(N - 1):
start = track_segment[i]
stop = track_segment[i + 1]
if start.ele == None or stop.ele == None:
return False
angle = Track.angle_from_points(None, start, stop)
name_steepness = self.check_steepness_slopes(angle)
if name_steepness != past_name:
if past_name is None:
past_name = name_steepness
continue
name_length = self.get_length_name(length)
self.add_steepness_one(name_steepness, name_length)
length = 0
past_name = name_steepness
else:
length += Track.distance_from_points(None, start, stop) * 1000
return True