def initialize_person(self, u, idx):
"""
This function creates and initializes a person with the proper parameters for the Eat Breakfast Trial\
simulation. This is important because it changes the meal structure towards having only 1 meal per day.
More specifically, the function does
#. creates a person
#. initializes the person's parameters to the respective values in :attr:`params`
:param universe.Universe u: the universe the person will reside in
:param int idx: the index of the person's parameters in :attr:`params`
:return p: the agent to simulate
:rtype: person.Person
"""
# initialize the person
p = super(Eat_Breakfast_Trial, self).initialize_person(u, idx)
# adjust to have only 1 meal
p.socio.num_meals = 1
# get the dinner parameters for this person
m = self.params.breakfasts[idx]
# create the meal object
the_meal = meal.Meal(meal.BREAKFAST, start_mean=m.start_mean, start_std=m.start_std,\
dt_mean=m.dt_mean, dt_std=m.dt_std)
# reset the meals list
p.socio.meals = [the_meal]
return p
def __init__(self, age, num_meals=3):
# child / adult
self.is_child = None
self.set_child_flag(age)
# job info
self.job = occupation.Occupation()
# meals
self.num_meals = num_meals
self.meals = [meal.Meal() for _ in range(self.num_meals)]
self.current_meal = None
self.next_meal = None
# does the Person ever set an alarm. Currently, there is no real alarm capability
self.uses_alarm = False
# this depends on whether a Person uses an alarm and
# whether the day is a work day
# Currently, there is no real alarm capability
self.is_alarm_set = False
self.t_alarm = 7 * temporal.HOUR_2_MIN
return
def initialize_person(self, u, idx):
"""
This function creates and initializes a person with the proper parameters for the Eat Lunch Trial\
simulation.
More specifically, the function does
#. creates a :class:`singleton.Singleton` person
#. initializes the person's parameters to the respective values in :attr:`params`
:param universe.Universe u: the universe the person will reside in
:param int idx: the index of the person's parameters in :attr:`params`
:return p: the agent to be simulated
:rtype: person.Person
"""
# initialize the person
p = super(Eat_Lunch_Trial, self).initialize_person(u, idx)
# adjust to have only 1 meal
p.socio.num_meals = 1
# get the lunch parameters for this person
m = self.params.lunches[idx]
# create the meal object
the_meal = meal.Meal( meal.LUNCH, start_mean=m.start_mean, start_std=m.start_std, \
dt_mean=m.dt_mean, dt_std=m.dt_std )
# reset the meals list
p.socio.meals = [the_meal]
return p
def register_meal():
print("食事記録を登録しましょう。")
date = datetime.date.today().strftime("%y/%m/%d")
while True:
sort = int(input("1.朝食 2.昼食 3.夕食 4.間食 5.戻る"))
if 1 <= sort <= 4:
break
elif sort == 5:
print("戻ります。")
return
else:
print("1~4で入力してください")
materials = {}
while True:
cuisine = input("料理名を入力してください。終了する場合はqを入力してください")
if cuisine == "q":
break
materials[cuisine] = {}
while True:
mate = input("材料を一つずつ入力してください。終了した場合はqを。")
if mate == "q":
break
advance = search(mate)
if advance:
d = input("%sが見つかりました。使いますか？y or n" % advance[0])
if d == "y":
while True:
print("食材の量を入力してください(%s単位)" %
material_class.change_each(advance[1]))
amount = int(input())
break
calory = advance[2] * amount
cost = advance[3] * amount
materials[cuisine][mate] = [calory, cost]
print("カロリー:%dcal 費用:%d円" % (calory, cost))
continue
try:
calory = int(input("食材のカロリーを入力してください"))
cost = int(input("金額を入力してください"))
materials[cuisine][mate] = [calory, cost]
continue
except:
print("数字で入力してください。もう一度初めから。")
continue
dish = meal.Meal(sort, date, materials)
dish.save()
def prepare_combo_burger():
orders = meal.Meal()
orders.add_item(ChickenBurger())
orders.add_item(VegBurger())
return orders
def prepare_non_veg_meal():
orders = meal.Meal()
orders.add_item(ChickenBurger())
orders.add_item(Coke())
return orders
def prepare_veg_meal():
orders = meal.Meal()
orders.add_item(VegBurger())
orders.add_item(Pepsi())
return orders
def add_new_order(chat_id, possible_toppings, num_of_states):
new_meal = meal.Meal(possible_toppings, num_of_states)
orders[chat_id] = (new_meal, 0, TAKING_ORDER)
