def fill_distance(self, config):
"""Fills distance with data in input dictionary
Fills distance with the configuration dictionary.
Args:
config(dict): Dictionary with distance information
Notes:
Distance is a compulsory attribute
"""
dist_key = blockNames.FileParams.distance
try:
distance_str = config[dist_key]
except KeyError as err:
error = f"Missing key: {dist_key} in\n{config}"
logging.exception(error)
raise Exception(error) from err
self.distance = parser.parse_distance(distance_str)
def fill_segment(self, segment_dict):
"""Fills the segment with the data in the dictionary
Fills the segment with the data in the input dictionary.
A segment type and a distance must be provided. The rest of
parameters are optional but further analysis can be performed
when provided (e.g. pace analysis or vspeed analysis).
When one of pace or time are given, the other one is computed
When both are given, pace is used to compute the time in order
to enseure consistency. As expected, if none are given, they
are left unfilled
Units:
distance: km
time: sec
climb: m
pace: sec/km
vspeed: m/h
inclination: %
Args:
segment_dict (dict): Dictionary containing segment information
Note:
Dictionary keys are defined in constants.blockNames
"""
item_dict = dict((k.lower(), v) for k, v in segment_dict.items())
# If empty, return empty segment
if item_dict == {}:
return
# Parsing compulsory elements
# Type
type_key = blockNames.FileParams.type
try:
type_ = item_dict[type_key]
except KeyError as err:
error = f"Missing key: {type_key} in\n{item_dict}"
logging.exception(error)
raise Exception(error) from err
parsed_type = parser.parse_type(type_)
if parsed_type is not None:
self.type = parsed_type
else:
error = f"Unknown type in segment: {item_dict}"
logging.exception(error)
raise ValueError(error)
# Distance
str_distance = item_dict[blockNames.FileParams.distance]
self.distance = parser.parse_distance(str_distance)
# Date
try:
self.date = parser.parse_date(
item_dict[blockNames.FileParams.date])
except KeyError:
pass
# Repetition
try:
self.repetition = item_dict[blockNames.FileParams.rep]
except KeyError:
try:
self.repetition = item_dict[blockNames.FileParams.rep_alt]
except KeyError:
pass
# Climb
try:
self.climb = item_dict[blockNames.FileParams.climb]
except KeyError:
pass
# Inclination (in %)
self.inclination = 100 * self.climb / (self.distance * 1000)
# BPM
try:
self.bpm = item_dict[blockNames.FileParams.bpm]
except KeyError:
pass
# Pace and time.
# If one is given, the other is computed.
# If both are given, pace is used to compute time for consistency
try:
pace_str = item_dict[blockNames.FileParams.pace]
except KeyError:
pace_str = None
try:
time_str = item_dict[blockNames.FileParams.time]
except KeyError:
time_str = None
if pace_str is not None:
self.pace = parser.parse_pace(pace_str)
self.time = self.distance * self.pace
elif time_str is not None:
self.time = parser.parse_time(time_str) * 60
self.pace = self.time / self.distance
else:
parsed_time = None
parsed_pace = None
if self.time is not None:
self.vspeed = int(self.climb * 3600. / self.time) # vspeed in m/h
def test_parse_totaldistance6(self):
parsed_dist = parser.parse_distance("9.03")
self.assertEqual(parsed_dist, 9.03)
def test_parse_totaldistance4(self):
parsed_dist = parser.parse_distance("9km")
self.assertEqual(parsed_dist, 9)
def test_parse_totaldistance3(self):
parsed_dist = parser.parse_distance("9.8KM")
self.assertEqual(parsed_dist, 9.8)
def test_parse_totaldistance2(self):
parsed_dist = parser.parse_distance(9.8)
self.assertEqual(parsed_dist, 9.8)