def test_to_string(self):
fuel = Fuel(0.55)
self.assertEqual("55%", str(fuel))
fuel = Fuel(0.06)
self.assertEqual("6%", str(fuel))
fuel = Fuel(1.0)
self.assertEqual("100%", str(fuel))
def __init__(
self,
licence_plate: str,
size: Union[SML, LRG],
fuel: Dict[str, Union[int, float]],
) -> None:
self.licence_plate = licence_plate
self.size = size
self.full_capacity = fuel.get("capacity")
self.fuel = Fuel(fuel.get("level"))
self.employee = None
def load(self):
station = None
with open("data.json") as f:
d = json.load(f)
fuelList = list()
for f in d["fuel"]:
fuelList.append(Fuel(f["name"], f["tank"]))
station = Station(d["name"])
station.__fuelList__ = fuelList
return station
def add_Fuel(self, fuel_prop_w, fuel_prop_a1, fuel_prop_a2, fuel_prop_a3,
fuel_prop_a4, temp_cool_F, packing_fraction, dir_name):
pf = packing_fraction
# 0.6 nominal pf in Mk1, 0.7405 maximum attainable packing fraction in a FCC lattice
self.FuelW = Fuel(fuel_prop_w,
temp_cool_F,
dir_name,
name='wall',
packing_fraction=pf)
self.FuelA1 = Fuel(fuel_prop_a1,
temp_cool_F,
dir_name,
name='act1',
packing_fraction=pf)
self.FuelA2 = Fuel(fuel_prop_a2,
temp_cool_F,
dir_name,
name='act2',
packing_fraction=pf)
self.FuelA3 = Fuel(fuel_prop_a3,
temp_cool_F,
dir_name,
name='act3',
packing_fraction=pf)
self.FuelA4 = Fuel(fuel_prop_a4,
temp_cool_F,
dir_name,
name='act4',
packing_fraction=pf)
self.define_FuelA1(self.FuelA1.temp, self.FuelA1.name)
self.define_FuelA2(self.FuelA2.temp, self.FuelA2.name)
self.define_FuelA3(self.FuelA3.temp, self.FuelA3.name)
self.define_FuelA4(self.FuelA4.temp, self.FuelA4.name)
self.define_FuelW(self.FuelW.temp, self.FuelW.name)
self.comp_dict.update({
'FuelW': self.FuelW,
'FuelA1': self.FuelA1,
'FuelA2': self.FuelA2,
'FuelA3': self.FuelA3,
'FuelA4': self.FuelA4
})
def stations_with_fuel_types(self, postcode):
stations = self.get_stations(postcode)[:5]
for station in stations:
fuel_types = self.fuel_prices_single_station(station.code)
# if 'errorDetails' in fuel_types.keys():
# print('This is an app that uses FREE API account from NSW government.')
# print('Limit is 5 API call per minute.')
# print(fuel_types['errorDetails']['message'])
# print('Waiting for a minute...')
# time.sleep(60)
# fuel_types = self.fuel_prices_single_station(station.code)
for item in fuel_types["prices"]:
fuel = Fuel(item["fueltype"],
self.get_fuel_name(item["fueltype"]),
item["price"])
station.add_fuel_type(fuel)
return stations
def optionAdd(self):
print("Input fuel name")
name = input()
if self.__station__.isFuel(name):
print('Fuel already exist')
return
print("Input fuel tank")
tank = input()
try:
tank = int(tank)
except ValueError:
print("Tank must be a number!")
return
if type(tank) == int:
self.__station__.addFuel(Fuel(name, tank))
print("Successfully added!")
else:
print("Tank must a number!")
def load(self):
"""
Loads the station from Json file
>>> st = Station("station")
>>> st.add_fuel_type(Fuel("95",20))
>>> Serialization().save(st)
>>> ser = Serialization().load()
>>> ser.__fuelList__.__getitem__(0).__name__
'95'
>>> ser.__fuelList__.__getitem__(0).__tank__
20
>>> ser.__name__
'station'
"""
with open("data.json") as f:
d = json.load(f)
fuel_list = list()
for f in d["fuel"]:
fuel_list.append(Fuel(f["name"], f["tank"]))
station = Station(d["name"])
station.__fuelList__ = fuel_list
return station
def test_correctly_initialised(self):
fuel = Fuel(0.55)
self.assertEqual(0.55, fuel.current_level)
self.assertEqual(1.75, fuel.price_per_litre)
def test_fuel_percentage(self):
fuel = Fuel(0.1)
self.assertEqual(10.0, fuel.fuel_percentage)
fuel = Fuel(0.023)
self.assertEqual(2.3, fuel.fuel_percentage)
# win = pygame.display.set_mode((500, 500))
# Задаем название окна
pygame.display.set_caption("Plane Game")
# Переменная типа Control
control = Control()
# Объекты типа Plane
plane1 = Plane("yellow")
plane2 = Plane("green")
# Объект типа GUI
gui = GUI()
# Объекты типа Fuel
fuels = []
for i in range(0, 2):
fuels.append(Fuel())
# Объекты типа Bullet
bullets = []
for i in range(0, 10):
bullets.append(Bullet())
# Объекты типа Heart
hearts = []
for i in range(0, 2):
hearts.append(Heart())
while control.flag_game:
control.Control()
control.DrawBackground(win)
plane1.Animation(win)
plane1.Shoot(win, plane2)
def post(self):
obj = request.form
station.add_fuel_type(Fuel(obj["name"], int(obj["tank"])))
s.save(station)
return s.load_json(), 201
def fuel_spawn(self, pos): # Creates fuel object and adds to sprite group
""" Spawns fuel objects by using the position argument presented
"""
self.fuel = Fuel(pos)
self.group.add(self.fuel)
if tela == 2: # se for a tela de jogo
screen.blit(background, background_rect) # colocar o fundo na tela
bullets = player.get_shots()
prob = int (random.random()*40) # número aleatório de zero a 40
if prob<1: # se for menor do que 1
decoracoes.add(Decoration(imageDecoration,height,width)) # adiciona uma sprite de casa
prob = int(random.random() * 250) # número aleatório de zero a 250
if prob < (1 + player.points / 100): # se for menor do que 1 acrescido de uma parcela dos pontos
enemies.add(Enemy(imageEnemy,height)) # adiciona uma sprite de inimigo
prob2 = int(random.random() * (100 + player.points / 20)) # número aleatório de zero a 100 acrescido de uma parcela dos pontos
if prob2 < 1: # se for menor do que 1
fuels.add(Fuel(imageFuel,height)) # adiciona uma sprite de gasolina
fuels.draw(screen) #
fuels.update() #
bullets.draw(screen) #
bullets.update() #
enemies.draw(screen) # desenha na tela as sprites criadas
enemies.update() #
decoracoes.draw(screen) #
decoracoes.update() #
player_group.draw(screen) #
player.update() #
if player.alive == False: # se o jogador não estiver vivo
screen.fill((0,0,0))
tela = 3 # tela de game over
def create_fuel(self):
fuel = Fuel(self)
self.fuel_group.add(fuel)