Created
June 23, 2018 09:00
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mission Vacation
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AIRPLANE_SPEED = 900 # km/h | |
TRAIN_SPEED = 120 # km/h | |
CAR_SPEED = 100 # km/h | |
ONE_MILE = 1.609344 # km | |
AIRPLANE_PRICE = 100 # per 1h | |
TRAIN_PRICE = 1 # per 1h | |
CAR_PRICE = 1.5 # per 1h | |
class Transport(object): | |
def travel(self, distance, money): | |
self.distance = distance | |
self.money = money | |
d = self.miles_into_km(distance) | |
t = self.time(d) | |
p = self.price(t) | |
m = self.money_left(p) | |
return 'Distance: ..., Time: ..., Price: ..., Money left: ...' | |
def miles_into_km(self, text): | |
return 'right distance' | |
def time(self, distance): | |
raise NotImplementedError() | |
def price(self, travel_time): | |
raise NotImplementedError() | |
def money_left(self, travel_price): | |
raise 'my money' | |
class Airplane(Transport): | |
def time(self, distance): | |
speed = AIRPLANE_SPEED | |
return distance | |
def price(self, travel_time): | |
travel_price = AIRPLANE_PRICE | |
return 'price' | |
class Train(Transport): | |
def time(self, distance): | |
speed = AIRPLANE_SPEED | |
return distance | |
def price(self, travel_time): | |
travel_price = AIRPLANE_PRICE | |
return 'price' | |
class Car(Transport): | |
def time(self, distance): | |
speed = AIRPLANE_SPEED | |
return distance | |
def price(self, travel_time): | |
travel_price = AIRPLANE_PRICE | |
return 'price' | |
class BestChoice: | |
def __init__(self, distance, money, has_time, has_money): | |
self.distance = distance | |
self.money = money | |
self.has_time = has_time | |
self.has_money = money | |
def make_choice(self): | |
first_choice = Airplane() | |
time_1 = first_choice.time(self.distance) | |
price_1 = first_choice.price(time_1) | |
second_choice = Train() | |
time_2 = second_choice.time(self.distance) | |
price_2 = second_choice.price(time_2) | |
third_choice = Car() | |
time_3 = third_choice.time(self.distance) | |
price_3 = third_choice.price(time_3) | |
times = [time_1/self.has_time, time_2/self.has_time, time_3/self.has_time] | |
prices = [price_1/self.has_money, price_2/self.has_money, price_3/self.has_money] | |
best_time = min(times) | |
best_price = min(prices) | |
best_choice = min(best_time, best_price) | |
if best_choice <= 1: | |
if times.index(best_choice) == 0 or prices.index(best_choice) == 0: | |
return first_choice.travel(self.distance, self.money) | |
elif times.index(best_choice) == 1 or prices.index(best_choice) == 1: | |
return second_choice.travel(self.distance, self.money) | |
return third_choice.travel(self.distance, self.money) | |
else: | |
print("You haven't enought time or money to make this trip. Sorry") | |
person_1 = BestChoice('1860 miles', 21650, 10, 1500) | |
person_1.make_choice() |
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