def __init__(self, new=False):
self.new = new
self.starting_points = []
self.ending_points = []
self.a_to_b = []
self.num_trips = None
self.radius = None
self.amount_missed = 0
self.starting_counter = esmmc.Counter()
self.ending_counter = esmmc.Counter()
self.mode_counter = esmmc.Counter()
self.prog_bar = ""
def get_succesor(user_id, place_id, time):
temp = esmmc.Counter()
day = time.weekday()
place = get_common_place_from_db(place_id)
for suc in place["successors"]:
trip = esdctp.get_common_trip_from_db(user_id, place_id, suc)
for temp_hour in xrange(time.hour, esdctp.HOURS_IN_DAY):
counter_key = ("%s" % suc, temp_hour)
temp[counter_key] = trip.probabilites[day, temp_hour]
return boi.ObjectId(esmmc.sampleFromCounter(temp)[0])
def get_normalized_times(lst_of_trips):
counter = emmc.Counter()
i = 0
for trip in lst_of_trips:
counter[i] = get_time_of_trip(trip)
i += 1
counter.normalize()
to_return = []
for i in range(len(lst_of_trips)):
to_return.append(counter[i])
return to_return
def get_successor(self):
temp_counter = esmmc.Counter( )
time = self.tm.time
day = time.weekday()
for suc in self.successors:
suc_obj = self.tm.get_location(suc)
edge = self.tm.get_edge(self, suc_obj)
for temp_hour in xrange(time.hour, HOURS_IN_DAY):
counter_key = (suc_obj, temp_hour, edge.get_rough_time_duration())
temp_counter[counter_key] = edge.probabilities[day, temp_hour]
return esmmc.sampleFromCounter(temp_counter)
def __init__(self, has_bike=False):
self.utilities = emmc.Counter()
self.has_bike = has_bike
self.user_base = the_base
self.user_base.add_user(self)
## Initialize utilities
self.utilities["sweat"] = 0
self.utilities["scenery"] = 0
self.utilities["social"] = 0
self.utilities["time"] = 0
def get_normalized_beauty(lst_of_trips):
counter = emmc.Counter()
i = 0
for trip in lst_of_trips:
factor = get_beauty_score_of_trip(trip)
print("beauty_factor : %s" % factor)
counter[i] = factor
i += 1
counter.normalize()
to_return = []
for i in range(len(lst_of_trips)):
to_return.append(counter[i])
return to_return
def get_normalized_sweat(lst_of_trips, testing=False):
counter = emmc.Counter()
i = 0
for trip in lst_of_trips:
factor = get_sweat_factor(trip, testing)
print("sweat_factor : %s" % factor)
counter[i] = factor
i += 1
counter.normalize()
to_return = []
for i in range(len(lst_of_trips)):
to_return.append(counter[i])
return to_return
def normalize_sounds(self):
counter = emmc.Counter()
for k,v in self.time_to_noise.items():
counter[k] = v
counter.normalize()
self.time_to_noise = counter
def __init__(self, name, hour, day):
self.hour = hour ## An int 0-23 representing the hour
self.name = name ## The name of the place, important for equality
self.day = day ## 0-6 Monday-Sunday
self.counter = esmmc.Counter(
) ## Reps successors and probabilities of each one
