def pizza_parser(file_name):
with open(file_name, "r") as f:
r, c, l, h = map(int, f.readline().strip().split())
grid = np.array([
list(map(lambda x: 1 if x == 'T' else 0,
f.readline().strip())) for _ in xrange(r)
])
return Pizza(grid, l, h)
def cargar_api():
global delivery
api_respone = requests.get('https://a.nacapi.com/pizzamet')
data: dict = api_respone.json()
menu = data["menu"]
for elemento in menu:
pizza = Pizza(elemento['pizza'], elemento['ingredientes'],
elemento['precio'])
tipos_pizza.append(pizza)
delivery = data["delivery"][0]
def agregarPizza(menu):
nombre = input('Ingrese el nombre de la pizza: ')
print('Ingrese los ingredientes')
ingredientes = []
while True:
ingrediente = input('Ingrese el ingrediente')
ingredientes.append(ingrediente)
otra = input('Desea agregar otro ingrediente? si/no ')
if otra.lower() == 'no':
break
tamanio = int(
input('Ingrese el tamaño de la pizza en porciones (8 - 10 - 12) '))
tipo = input(
'Ingrese el tipo de la pizza (piedra - parrilla - horno) ').lower()
preciobase = int(input('Ingrese el precio base: '))
nuevaPizza = Pizza(nombre, ingredientes, tamanio, tipo, preciobase)
menu.agregarPizza(nuevaPizza)
from Pizza import Pizza
class Student:
def __init__(self, first, last, email, address):
self.first = first
self.last = last
self.email = email
self.address = address
def getName(self):
return self.first + " " + self.last
def getMail(self):
return self.email + self.address
indian = Pizza('thin crust', 'pizza sauce', 'peproni', 'jelopenos', 'chesse')
ankita = Student("ankita", "dave", "*****@*****.**", "bs14 8ez")
milan = Student("milan", "desai", "*****@*****.**", "69,bs14")
print(ankita.getName())
print(ankita.getMail())
print(indian.makePizza())
def addPizza(self, pizza):
self.pizzas.append(pizza)
self.setTotal(self.getTotal() + Pizza.getPrice(pizza))
import datetime
from Cliente import Cliente
from Pedido import Pedido
from Menu import Menu
from Pizza import Pizza
p1 = Pizza('muzza', ['queso', 'jamon'], 8, 'piedra', 50)
p2 = Pizza('4 quesos', ['queso1', 'queso2', 'queso3', 'queso4'], 10, 'piedra',
60)
p3 = Pizza('solo queso', ['mucho queso', 'masa'], 12, 'parrilla', 30)
c = Cliente('Juan')
menu = Menu([p1, p2])
menu.agregarPizza(p3)
pedidos = []
def agregarPizza(menu):
nombre = input('Ingrese el nombre de la pizza: ')
print('Ingrese los ingredientes')
ingredientes = []
while True:
ingrediente = input('Ingrese el ingrediente')
ingredientes.append(ingrediente)
otra = input('Desea agregar otro ingrediente? si/no ')
if otra.lower() == 'no':
break
tamanio = int(
input('Ingrese el tamaño de la pizza en porciones (8 - 10 - 12) '))
def main():
print "Testing constructor and str()..."
pie8 = Pizza(8)
pie10 = Pizza(10)
pie12 = Pizza(12)
pie6 = Pizza(6)
print pie8
print
print pie10
print
print pie12
print
print pie6
print "\nTesting setPrice and getPrice..."
pie8.setPrice(15.85)
print "Pie's price is: " + str(pie8.getPrice())
print
pie8.setPrice(-6)
print "Pie's price is: " + str(pie8.getPrice())
print "\nTesting buildPizza()..."
toppingsInMain = ["Chicken", "Basil", "Tomatoes", "Feta"]
pie8.buildPizza(toppingsInMain)
print pie8
print "\nEnsuring clone..."
toppingsInMain.append("Anchovies")
print pie8
print "\nTesting cut()..."
pie8.cut()
print pie8
print "\nTesting serve and getNumSlices..."
print "Serve 1 person:"
pie8.serve(1)
print "Num slices remaining: " + str(pie8.getNumSlices())
for i in range(10):
print "Serve another person:"
pie8.serve(1)
print "Num slices remaining: " + str(pie8.getNumSlices())
print"\nEnd of testing:"
print pie8
from Pizza import Pizza
pizza_num = []
num_pizza = int(input("enter how many pizzas you want"))
for pizzas in range(num_pizza):
size = input("enter the size of the pizza")
topping = input("enter the topping of the pizza")
pizza = Pizza(size, topping)
pizza_num.append(pizzas)
for each_pizza in Pizza.pizza_num:
each_pizza.display()
def main():
print "Testing constructor and str()..."
pie8 = Pizza(8)
pie10 = Pizza(10)
pie12 = Pizza(12)
pie6 = Pizza(6)
print pie8
print
print pie10
print
print pie12
print
print pie6
print "\nTesting setPrice and getPrice..."
pie8.setPrice(15.85)
print "Pie's price is: " + str(pie8.getPrice())
print
pie8.setPrice(-6)
print "Pie's price is: " + str(pie8.getPrice())
print "\nTesting buildPizza()..."
toppingsInMain = ["Chicken", "Basil", "Tomatoes", "Feta"]
pie8.buildPizza(toppingsInMain)
print pie8
print "\nEnsuring clone..."
toppingsInMain.append("Anchovies")
print pie8
print "\nTesting cut()..."
pie8.cut()
print pie8
print "\nTesting serve and getNumSlices..."
print "Serve 1 person:"
pie8.serve(1)
print "Num slices remaining: " + str(pie8.getNumSlices())
for i in range(10):
print "Serve another person:"
pie8.serve(1)
print "Num slices remaining: " + str(pie8.getNumSlices())
print "\nEnd of testing:"
print pie8
from Pizza import Pizza
import time
time_out = 60 * 5 # 5 minutes
file_names = ["b_small.in"]
#file_names = ["a_example.in", "b_small.in", "c_medium.in", "d_big.in"]
for file in file_names:
zza = Pizza(file)
start_time = time.time()
# 1. Recognize Sparcity
# 2. Solution in dictionary
# - dict {
# (6, 1): [(2, 6, 1, 1)]
# }
# 3. State Space Search
zza.slice(0, 0, 0, 4)
zza.slice(0, 5, 1, 5)
zza.slice(0, 6, 1, 6)
zza.slice(1, 0, 5, 0)
zza.slice(1, 1, 5, 1)
zza.slice(1, 2, 1, 4)
zza.slice(2, 2, 2, 6)
zza.slice(3, 2, 3, 6)
zza.slice(4, 2, 4, 6)
zza.slice(5, 2, 5, 6)
zza.print()
#while(time.time() - start_time <= time_out):
# find the best solution
zza.save_to_file("solution_to_" + file)
from Pizza import Pizza
import time
time_out = 60 * 5 # 5 minutes
file_names = ["a_example.in", "b_small.in"]
#file_names = ["a_example.in", "b_small.in", "c_medium.in", "d_big.in"]
for file in file_names:
zza = Pizza(file)
start_time = time.time()
while(time.time() - start_time <= time_out):
# find the best solution
zza.save_to_file("solution_to_"+file)
def pizzaSetup(self):
self.operationInput = ""
while True:
print("Order Size: ")
#Taking input operation from the console.
self.operationInput = input()
if self.operationInput == "0":
print("Thank you for visiting Pizza shop\n")
quit()
break
elif self.operationInput == "1":
sPizza = Pizza()
self.top.initLoad()
sPizza.listToping = self.top.getToping()
self.top.clear()
sPizza.price = 5.0
sPizza.size = "SMALL"
self.order.listOrder.append(sPizza)
self.headerInfo()
elif self.operationInput == "2":
mPizza = Pizza()
self.top.initLoad()
mPizza.listToping = self.top.getToping()
self.top.clear()
mPizza.price = 8.0
mPizza.size = "MEDIUM"
self.order.listOrder.append(mPizza)
self.headerInfo()
elif self.operationInput == "3":
lPizza = Pizza()
self.top.initLoad()
lPizza.listToping = self.top.getToping()
self.top.clear()
lPizza.price = 12.0
lPizza.size = "LARGE"
self.order.listOrder.append(lPizza)
self.headerInfo()
elif self.operationInput == "4":
self.orderCart("CARDORDER")
elif self.operationInput == "5":
self.shipmentSummary()
elif self.operationInput == "6":
self.clearOrderCart()
else:
print("Invalid Order operation Id")
if self.operationInput == "0":
break
def __init__(self):
super(PizzaApp, self).__init__()
self.pizza = Pizza()
self.init_ui()
def create_item(type, size, quantity):
return Pizza(type, size, quantity)