class Vehicle(object):
def __init__(self):
self.vehicle_dice = Dice()
self.name = "Vehicle"
self.distance = 0
def run(self):
self.distance += self.vehicle_dice.get_value()
def get_distance(self):
return self.distance
class Vehicle(object):
def __init__(self):
self.vehicle_dice = Dice()
self.name = "Vehicle"
self.distance = 0
def run(self):
self.distance += self.vehicle_dice.get_value()
def get_distance(self):
return self.distance
class Bike(Vehicle):
def __init__(self):
self.bike_dice = Dice()
self.name = "Bike"
#self.distance = 0
self.position = 0
def run(self):
# self.distance += self.motor_dice.get_value()
# self.distance += self.motor_dice1.get_value()
space = self.bike_dice.get_value()
# + self.car_dice1.get_value() + self.car_dice2.get_value()
return space
class Bike(Vehicle):
def __init__(self):
self.bike_dice = Dice()
self.name = "Bike"
#self.distance = 0
self.position = 0
def run(self):
# self.distance += self.motor_dice.get_value()
# self.distance += self.motor_dice1.get_value()
space = self.bike_dice.get_value()
# + self.car_dice1.get_value() + self.car_dice2.get_value()
return space
class Car(Vehicle):
def __init__(self):
self.car_dice = Dice()
self.car_dice1 = Dice()
self.car_dice2 = Dice()
self.name = "Car"
#self.distance = 0
self.position = 0
def run(self):
# self.distance += self.car_dice.get_value()
# self.distance += self.car_dice1.get_value()
# self.distance += self.car_dice2.get_value()
space = self.car_dice.get_value()
# + self.car_dice1.get_value() + self.car_dice2.get_value()
return space
class Car(Vehicle):
def __init__(self):
self.car_dice = Dice()
self.car_dice1 = Dice()
self.car_dice2 = Dice()
self.name = "Car"
#self.distance = 0
self.position = 0
def run(self):
# self.distance += self.car_dice.get_value()
# self.distance += self.car_dice1.get_value()
# self.distance += self.car_dice2.get_value()
space = self.car_dice.get_value()
# + self.car_dice1.get_value() + self.car_dice2.get_value()
return space
def main(account):
print("Hi " + account.name + ". Your balance is $" + str(account.balance))
wager = int(input("\nHow much do to want to wager?\n>> $"))
if wager > account.balance:
print("\nYou don't have enough money to place that bet.")
else:
print("Ok. Your wager is $" + str(wager))
i = input(
"\nYour first roll needs to be 7 or 11 to win.\nEnter 'Roll' to play or 'Quit' to exit.\n\n>> "
)
if i.lower() == "quit":
raise SystemExit
elif i.lower() == "roll":
d1 = Dice()
d1.roll()
print("You rolled a " + str(d1.get_value()))
"""
Checks the first dice to see if it is 7 or 11. If so the player wins their wager
and go back to the beginning of the main method.
"""
if d1.seven_or_eleven():
account.winner(wager)
print("Congratulations " + account.name +
"! You won! Your balance is now $" +
str(account.balance) + ".\n")
main(account)
# Now we roll again. I simulated this by created a second dice object that keeps "rolling" until
# it hits 7, 11, or the value of the original roll. Once one of those 3 is rolled the account is increased
# or decreased depeding on the outcome. If the player still has money to play they are sent back to the beginning
# of the main method.
else:
print("You need to roll " + str(d1.get_value()) +
" again to win. If you roll a 7 or 11 you lose.")
d2 = Dice()
d2.roll()
print("You rolled a " + str(d2.get_value()) + ".")
while d2.seven_or_eleven() == False or d2.get_value() != d1:
d2.roll()
print("You rolled a " + str(d2.get_value()) + ".")
if d2.get_value() == d1.get_value():
account.winner(wager)
print("Congratulations " + account.name +
"! You won! Your balance is now $" +
str(account.balance) + ".\n")
main(account)
elif d2.seven_or_eleven():
account.loser(wager)
print("Sorry " + account.name +
". You lost. Your balance is now $" +
str(account.balance) + ".")
if (account.broke()):
print("Your account balance is $" +
str(account.balance) +
". You'll have to get more money.")
raise SystemExit
else:
main(account)
else:
print("You didn't enter a correct input.\n")
