def main():
# Utworzenie trzech egzemplarz klasy Coin.
coin1 = coin.Coin()
coin2 = coin.Coin()
coin3 = coin.Coin()
# Wyświetlenie wyników rzutów monetami.
print('Oto wyniki rzutów trzema monetami:')
print(coin1.get_sideup())
print(coin2.get_sideup())
print(coin3.get_sideup())
print()
# Symulacja rzutu monetą.
print('Symulacja rzutów trzema monetami...')
print()
coin1.toss()
coin2.toss()
coin3.toss()
# Wyświetlenie wyników rzutów monetami.
print('Oto wyniki rzutów trzema monetami:')
print(coin1.get_sideup())
print(coin2.get_sideup())
print(coin3.get_sideup())
print()
def main():
# create three objects from the Coin class
coin1 = coin.Coin()
coin2 = coin.Coin()
coin3 = coin.Coin()
# Display the side of each coin that is facing up
print('I have three coins with these sides up:')
print('coin1:', coin1.get_sideup())
print('coin2:', coin2.get_sideup())
print('coin3:', coin3.get_sideup())
# Toss the coin
print('I am tossing all three coins..')
print()
coin1.toss()
coin2.toss()
coin3.toss()
# Display the side of each coin that is now facing up
print('I have three coins with these sides up:')
print('coin1:', coin1.get_sideup())
print('coin2:', coin2.get_sideup())
print('coin3:', coin3.get_sideup())
print()
def main():
# create three objects from the Coin class.
coin1 = coin.Coin()
coin2 = coin.Coin()
coin3 = coin.Coin()
# display the side of each coin that is facing up
print("I have three coins with these sides up: ")
print(coin1.get_sideup())
print(coin2.get_sideup())
print(coin3.get_sideup())
print()
# toss the coin.
print("I am tossing all three coins. . .")
print()
coin1.toss()
coin2.toss()
coin3.toss()
# display the side of each coin that is facing up
print("Now here are the sides that are up:")
print(coin1.get_sideup())
print(coin2.get_sideup())
print(coin3.get_sideup())
print()
def main():
# Create three objects from the Coin class.
coin1 = coin.Coin()
coin2 = coin.Coin()
coin3 = coin.Coin()
# Display the side of each coin that is facing up.
print('I have three coins with these sides up:')
print(coin1.get_sideup())
print(coin2.get_sideup())
print(coin3.get_sideup())
print("testVar - coin1 = ", coin1.testVar)
print("testVar - coin2 = ", coin2.testVar)
print("testVar - coin3 = ", coin3.testVar)
coin.Coin.testVar += 1
print("testVar - coin1 = ", coin1.testVar)
print("testVar - coin2 = ", coin2.testVar)
print("testVar - coin3 = ", coin3.testVar)
# Toss the coin.
print('I am tossing all three coins...')
print()
coin1.toss()
coin2.toss()
coin3.toss()
# Display the side of each coin that is facing up.
print('Now here are the sides that are up:')
print(coin1.get_sideup())
print(coin2.get_sideup())
print(coin3.get_sideup())
def main():
# Создать три объекта класса Coin.
coin1 = coin.Coin()
coin2 = coin.Coin()
coin3 = coin.Coin()
# Показать повернутую вверх сторону каждой монеты.
print('Вот три монеты, у которых стороны обращены вверх:')
print(coin1.get_sideup())
print(coin2.get_sideup())
print(coin3.get_sideup())
print()
# Подбросить монету.
print('Подбрасываю все три монеты...')
print()
coin1.toss()
coin2.toss()
coin3.toss()
# Показать повернутую вверх сторону каждой монеты.
print('Теперь обращены вверх вот эти стороны:')
print(coin1.get_sideup())
print(coin2.get_sideup())
print(coin3.get_sideup())
print()
def main():
# Create three objects from the Coin class.
Coin = 5
a = coin.Coin()
b = coin.Coin()
c = coin.Coin()
testDel(a, b, c)
def instantiatecoins(coindata):
global coins
# This is going to be the bigliest dict of coin objects ever. I'm in there too!
icoins = 0
window.txtdebug.insert(tk.END, "Creating Coin Objects ...\r\n")
for item in coindata:
status = item.get("Status")
name = item.get("Name")
algorithm = item.get("Algorithm")
maxwithdraw = item.get("MaxWithdraw")
minwithdraw = item.get("MinWithdraw")
symbol = item.get("Symbol")
coinid = item.get("Id")
depositconfirmations = item.get("DepositConfirmations")
minbasetrade = item.get("MinBaseTrade")
mintip = item.get("MinTip")
tipenabled = item.get("IsTipEnabled")
listingstatus = item.get("ListingStatus")
withdrawfee = item.get("WithdrawFee")
statusmsg = item.get("StatusMessage")
# Instantiate a coin
newcoinobj = coin.Coin(status, name, algorithm, maxwithdraw,
minwithdraw, symbol, coinid,
depositconfirmations, minbasetrade, mintip,
tipenabled, listingstatus, withdrawfee,
statusmsg)
# Put it in a dict
coins[symbol] = newcoinobj
window.lstcoins.insert(tk.END, symbol)
icoins = icoins + 1
window.txtdebug.insert(tk.END, str(icoins) + " Coins Instantiated\r\n")
window.txtdebug.see(tk.END)
def main():
mycoin1 = coin.Coin()
print("the side is up:", mycoin1.get_toss())
for count in range(10):
mycoin1.toss()
print(mycoin1.get_toss())
def main():
my_coin = coin.Coin()
print('This side is up:', my_coin.get_sideup())
print("I am going to toss the coin ten times")
for count in range(10):
my_coin.toss()
print(my_coin.get_sideup())
def test_coin_object_basic_initialization(coin_name, coin_sym):
coin_obj = mycoin.Coin(coin_name, coin_sym)
assert isinstance(coin_obj, mycoin.Coin)
assert coin_obj.circulating == 0
assert coin_obj.price == 0
assert coin_obj.mineable == False
assert coin_obj.fixed_supply == False
assert coin_obj.mineable == False
def main():
my_coin = coin.Coin()
print(my_coin.get_sideup())
flip(my_coin)
print(my_coin.get_sideup())
def main():
my_coin = coin.Coin()
print('Side facing up:', my_coin.get_sideup())
# Toss the coin
print('I am going to toss the coin ten times:')
for toss in range(10):
my_coin.toss()
print('Toss', toss + 1, my_coin.get_sideup())
def main():
my_coin = coin.Coin()
print('This side up is ', my_coin.get_sideup())
#toss the coin
print('I am tossing the coin tens times...')
for count in range(10):
my_coin.toss()
print('This side up is ', my_coin.get_sideup())
def main():
coin1 = coin.Coin()
print(coin1.getsideup())
coin1.toss()
print(coin1.getsideup())
print(coin1)
str(coin1)
def main():
count = 0
my_coin = coin.Coin()
while my_coin.is_heads():
print(my_coin.get_sideup())
count += 1
my_coin.toss()
print(my_coin.get_sideup())
print('The count was %d' % count)
def main():
# Create an object from the Coin class.
my_coin = coin.Coin()
# Display the side of the coin that is facing up.
print('This side is up:', my_coin.get_sideup())
# Toss the coin.
# Toss the coin.
print('I am going to toss the coin ten times:')
for count in range(10):
my_coin.toss()
print(my_coin.get_sideup())
def __init__(self):
""" Constructor for the ZeroPlatform class """
super(ZeroPlatform, self).__init__()
# Randomly add coins on this platform
for i in range(0, constants.SCREEN_WIDTH, 68):
random_num = random.randint(0, 100)
if random_num % 2 == 0:
gold_coin = coin.Coin()
gold_coin.rect.left = i + 5
gold_coin.rect.bottom = constants.SCREEN_HEIGHT
self.coins_list.add(gold_coin)
Platform.all_coins.add(gold_coin)
def main():
#create an object from Coin class
my_coin = coin.Coin()
# Display the side of the coin that is facing up
print("This side is up", my_coin.get_sideup())
#toss coin
print("I am tossing the coin 10 times:")
for count in range(10):
my_coin.toss()
print(my_coin.get_sideup())
def main():
# create an object from the Coin class.
my_coin=coin.Coin()
# display the side of the coin that is facing up.
print("This side is up:", my_coin.get_sideup())
# toss the coin.
print("I am going to toss the coin ten times:")
for count in range(10):
my_coin.toss()
print(my_coin.get_sideup())
def main():
#create a coin object
my_coin = coin.Coin()
# This wil display "Heads"
print(my_coin.get_sideup())
# Pass the object to flip function
flip(my_coin)
#This might display Heads or Tails
print(my_coin.get_sideup())
def main():
# Создать объект на основе класса Coin.
my_coin = coin.Coin()
# Показать обращенную вверх сторону монеты.
print('Эта сторона обращена вверх:', my_coin.get_sideup())
# Подбросить монету.
print('Собираюсь подбросить монету десять раз:')
for count in range(10):
my_coin.toss()
print(my_coin.get_sideup())
def main():
# create a coin object
my_coin = coin.Coin()
# This might display 'Heads' or 'Tails'
print(my_coin.get_sideup())
# This will display 'Heads'
flip(my_coin)
# This might display 'Heads' or 'Tails'
print(my_coin.get_sideup())
def main():
# create a Coin object
my_coin = coin.Coin()
# This will display 'Heads'
print(my_coin.get_sideup())
# pass the object to the flip function
flip(my_coin)
# this maight display 'Heads' or 'Tails'
print(my_coin.get_sideup())
def main():
# Utworzenie obiektu na podstawie klasy Coin.
my_coin = coin.Coin()
# Wyświetlenie wyniku rzutu monetą.
print('Wynik rzutu monetą:', my_coin.get_sideup())
# Symulacja rzutu monetą.
print('Symulacja dziesięciu rzutów monetą:')
for count in range(10):
my_coin.toss()
print(my_coin.get_sideup())
def main():
# Create a Coin object
my_coin = coin.Coin()
# This will display 'Heads'
print(my_coin.get_sideup())
# Pass the object to the flip function.
flip(my_coin)
# This might display 'Heads', or it might
# display 'Tails'.
print(my_coin.get_sideup())
def main():
# create a Coin object (an instance of it)
my_coin = coin.Coin()
# this will display "Heads"
print(my_coin.get_sideup())
# pass the object to the flip function
flip(my_coin)
# this might display "Heads", or it might
# display "Tails".
print(my_coin.get_sideup())
def test_coin_collision(define_sprites): #Set players initial position define_sprites.rect.left = 100; define_sprites.rect.bottom = 0; #Set a coin at p0layers position gold_coin = coin.Coin() gold_coin.rect.left = define_sprites.rect.left gold_coin.rect.bottom = define_sprites.rect.bottom landforms.Platform.all_coins.add(gold_coin) #Check coin collection define_sprites.collect_coin() assert len(landforms.Platform.all_coins) == 0 assert define_sprites.score == 5
def main():
coin1 = coin.Coin()
print(coin1.get_sideup())
flip(coin1)
print(coin1.get_sideup())
coin_status = str(coin1)
print(coin_status)
def main():
# Utworzenie obiektu Coin.
my_coin = coin.Coin()
# To polecenie wyświetli ciąg tekstowy 'orzeł'.
print(my_coin.get_sideup())
# Przekazanie obiektu funkcji flip().
flip(my_coin)
# To polecenie może wyświetlić ciąg tekstowy
# 'orzeł' lub 'reszka'.
print(my_coin.get_sideup())
def main():
coin1 = coin.Coin()
coin2 = coin.Coin()
coin3 = coin.Coin()
print('I have three coins with these sides up:')
print(coin1.get_sideup())
print(coin2.get_sideup())
print(coin3.get_sideup())
print()
print('I am tossing all three coins...')
coin1.toss()
coin2.toss()
coin3.toss()
print()
print('Now here are the sides that are up:')
print(coin1.get_sideup())
print(coin2.get_sideup())
print(coin3.get_sideup())
print()