def build(dict):
object = collections.namedtuple("UCDay", dict.keys())(*dict.values())
newHours = []
for hourDict in object.hours:
obHour = UCHour.build(hourDict)
newHours.append(obHour)
ucday = UCDay(object.date)
ucday.hours = newHours
return ucday
def convert_predictions_json_to_sorted_ucdays(predictions):
ucdays = []
days = predictions.keys()
sorted_days = sorted(days)
for day in sorted_days:
ucday = UCDay(day)
for i in range(0, 24):
hour_json = predictions[day][i]
ucday.hours[i] = UCHour.buildv2(hour_json)
ucdays.append(ucday)
return ucdays
def convert_day_hour_counts_to_ucdoc(uckey, day_hour_counts):
ucdoc = UCDoc.build_from_concat_string(uckey)
for day_map in day_hour_counts:
if len(day_map) > 0:
# There is only one key here.
day = next(iter(day_map.keys()))
hour_count_map = day_map[day]
for hour_map in hour_count_map:
if len(hour_map) > 0:
hour = next(iter(hour_map.keys()))
h = hour_map[hour]
records = ucdoc.records
if day not in records:
records[day] = UCDay(str(day))
dict = build_dict_from_counts(h, hour)
uchour = UCHour.buildv1(dict)
records[day].hours[hour] = uchour
return ucdoc
def devide(ucday, length_days):
result = UCDay(ucday.date)
for i in range(0, 24):
_uchour = UCHour.devide(ucday.hours[i], length_days)
result.hours[i] = _uchour
return result
def add(date, ucday1, ucday2):
result = UCDay(date)
for i in range(0, 24):
sum_uchour = UCHour.add(ucday1.hours[i], ucday2.hours[i])
result.hours[i] = sum_uchour
return result
def __init__(self, date):
self.hours = []
self.date = date
for h_index in range(0, 24):
self.__add_hour(UCHour(h_index))