def setup(self, file_name, scope):
self.db = tilt_logger_database()
values = file_reader.get_lines(file_name)
if values:
self.db.save_events(values, scope)
#self.db.log()
else:
print('failure no values!')
def setup(self, file_name, scope):
self.db = tilt_logger_database()
values = file_reader.get_lines(file_name)
if values:
self.db.save_events(values, scope)
#self.db.log()
else:
print('failure no values!')
def __init__(self, file_name, scope=None):
lines = file_reader.get_lines(file_name, "HDOP")
valid_lines = self.get_valid_lines(lines)
print "number of GPS entries: %d, valid: %d" % (len(lines), len(valid_lines))
self.create_entries(valid_lines, scope)
print "Pauses:"
pauses, pause_entries = self.pauses()
for pause in pauses:
print pause
print len(pause_entries)
travel_entries = self.remove_entries(pause_entries)
print len(travel_entries)
travel_speed = self.average("speed", travel_entries)
average_speed = self.average("speed", self.entries)
highest_speed, highest_speed_location = self.highest("speed")
# lowest_speed_limit = 0.1
# number_of_slow = self.below(lowest_speed_limit, 'speed')
print (
"Speed:: highest: %s at %s, average: %f, travel: %f"
% (highest_speed, highest_speed_location, average_speed, travel_speed)
)
print ("Total distance: %f" % self.distance())
def __init__(self, file_name, scope=None):
lines = file_reader.get_lines(file_name, 'HDOP')
valid_lines = self.get_valid_lines(lines)
print 'number of GPS entries: %d, valid: %d' % (len(lines),
len(valid_lines))
self.create_entries(valid_lines, scope)
print 'Pauses:'
pauses, pause_entries = self.pauses()
for pause in pauses:
print pause
print len(pause_entries)
travel_entries = self.remove_entries(pause_entries)
print len(travel_entries)
travel_speed = self.average('speed', travel_entries)
average_speed = self.average('speed', self.entries)
highest_speed, highest_speed_location = self.highest('speed')
#lowest_speed_limit = 0.1
#number_of_slow = self.below(lowest_speed_limit, 'speed')
print('Speed:: highest: %s at %s, average: %f, travel: %f' %
(highest_speed, highest_speed_location, average_speed,
travel_speed))
print('Total distance: %f' % self.distance())