<jupyter_start><jupyter_text>class Supermarket:    """manages multiple Customer instances that are currently in the market.    """    def __init__(self, hour=7):                 a list of Customer objects        self.customers = []        self.minutes = 0        self.current_time = 0        self.data = pd.DataFrame()        self.timestamp = []        self.time = time open        self.hour = hour    def __repr__(self):        return f'Supermarket("{self.customers}", "{self.current_time}")'    def get_time(self):        """current time in HH:MM format,        """        self.time = time.strftime("%H:%M:%S") current time                the supermarket opens at 7        hour = self.hour        minutes = self.minutes        return f'{str(hour)}:{str(minutes)}'                self.timestamp.append(f'{str(hour)}:{str(minutes)}')                    def print_customers(self):        """print all customers with the current time and id in CSV format.        """        self.current_time = self.get_time()        return f'Supermarket("{self.customers}", "{self.current_time}")'            def next_minute(self):        """propagates all customers to the next state.        """        self.minutes += 1        self.move_customers()        self.add_new_customers()        self.remove_existing_customers()        return self.customers            def move_customers(self):        for cust in self.customers:            cust.next_state()                def add_new_customers(self):        """randomly creates new customers.        """                self.customers.append(Customer(self.c_id, fake.name(), 'entrance', np.random.randint(1,500)))            def remove_existing_customers(self):        """removes every customer that is not active any more.        """        for cust in self.customers:            if cust.state == 'checkout':                self.customers.remove(cust) removes the first matching element (which is passed as an argument) from the list                print(f'Customer {cust.name} has been churned!')                    def write_all_cust(self):        for cust in self.customers:            self.data = pd.DataFrame.append(cust.name, cust.state, cust.budget, self.current_time)<jupyter_code>Supermarket1=Supermarket(7)
Supermarket1
Supermarket1.add_new_customers
print(Supermarket.write_all_cust)
print(Supermarket)
for i in customers: #move all customers
    i.next_state()
    if i.state == 'checkout':
        print(f'Customer {i.name} has been churned!') #adding time?
        customers.remove(i)
    else:
        print(i)
    if len(customers) < 20: #new_customers
            x = 20 - len(customers)
            #new_cust = []
            new_cust = ([Customer(fake.name(), 'entrance', np.random.randint(1,500)) for i in range(x)])
            for c in new_cust:
                customers.append(c)
print(Supermarket)
print_customers()
    def add_new_customers(self, stop, id_suffix, terrain_map, image, x, y):
        """randomly creates new customers.
        """
        for i in range(stop):
            cust = Customer(str(i) + "_" + str(id_suffix), "entrance", transition_matrix,
                            terrain_map=terrain_map, image=image, x=x, y=y)
            self.customers.append(cust)

        self.id_suffix += 1
from faker import Faker
import datetime
datetitime(7, 26)
datetime.datetime.now().time()
import time
time.time(7, 26)
time.strftime("%a, %d %b %Y %H:%M:%S")
time.strftime("%H:%M:%S")<jupyter_output><empty_output>
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