def main():
# Create an object from the Coin class.
my_coin = (
c.Coin()
) # this creates an instance called 'my_coin' of the class 'Coin()'
your_coin = c.Coin()
"""
# Display the side of the coin that is facing up.
print(
"This side is up:", my_coin.get_sideup()
) # notice you do not have to supply the argument/parameter
# Toss the coin.
print("I am going to toss the coin ten times:")
for count in range(10):
my_coin.toss()
# Display the side of the coin that is facing up.
print("This side is up:", my_coin.get_sideup())
# Call the main function.
"""
show_coin_status(my_coin)
flip(my_coin)
show_coin_status(my_coin)
show_coin_status(your_coin)
flip(your_coin)
show_coin_status(your_coin)
def main():
# Create an object from the Coin class.
my_coin = c.Coin() # this creates an instance called 'my_coin' of the class 'Coin()'
your_coin = c.Coin()
show_coin_status(my_coin)
flip(my_coin)
show_coin_status(my_coin)
show_coin_status(your_coin)
flip(your_coin)
show_coin_status(your_coin)
def main():
# Create an object from the Coin class.
my_coin = (
c.Coin()
) # this creates an instance called 'my_coin' of the class 'Coin()'
your_coin = c.Coin()
# Display the side of the coin that is facing up.
flip(my_coin)
show_coin_status(my_coin)
flip(your_coin)
show_coin_status(your_coin)
def main():
# Create an object from the Coin class.
my_coin = (
c.Coin()
) # this creates an instance called 'my_coin' of the class 'Coin()'
# Display the side of the coin that is facing up.
"""
print(
"This side is up:", my_coin.get_sideup()
) # notice you do not have to supply the argument/parameter
# Toss the coin.
print("I am going to toss the coin ten times:")
for count in range(10):
my_coin.toss()
# (this just shows that assigning heads doesnt matter)
my_coin.sideup = "Heads"
# Display the side of the coin that is facing up.
print("This side is up:", my_coin.get_sideup())
"""
show_coin_status(my_coin)
flip(my_coin)
show_coin_status(my_coin)
def main():
# Create an object from the Coin class.
my_coin = c.Coin()
# this creates an instance called 'my_coin' of the class 'Coin()'
"""
# Display the side of the coin that is facing up.
print(
"This side is up:", my_coin.get_sideup()
) # notice you do not have to supply the argument/parameter
# Toss the coin.
print("I am going to toss the coin ten times:")
for count in range(10):
my_coin.toss()
# once you've made the attribute hidden, it will just ignore lines like this
my_coin.sideup = "Heads"
# Display the side of the coin that is facing up.
print("This side is up:", my_coin.get_sideup())
"""
show_coin_status(my_coin)
flip(my_coin)
show_coin_status(my_coin)
def main():
# Create an object from the Coin class.
my_coin = c.Coin()
your_coin = c.Coin(
) # this creates an instance called 'my_coin' of the class 'Coin()'
# this is instance 1 for the Coin class
# Display the side of the coin that is facing up.
# print('This side is up:', my_coin.get_sideup()) # notice you do not have to supply the argument/parameter
# Toss the coin.
#print('I am going to toss the coin ten times:')
#for count in range(10):
# my_coin.toss()
# Display the side of the coin that is facing up.
# print('This side is up:', my_coin.get_sideup())
show_coin_status(my_coin)
flip(my_coin)
show_coin_status(my_coin)
show_coin_status(your_coin)
flip(your_coin)
show_coin_status(your_coin)
def main():
# Create an object from the Coin class.
my_coin = c.Coin(
) # this creates an instance called 'my_coin' of the class 'Coin()'
# Display the side of the coin that is facing up.
print('This side is up:', my_coin.get_sideup()
) # notice you do not have to supply the argument/parameter
#you'll get a heads here based on class
# Toss the coin.
print('I am going to toss the coin ten times:')
for count in range(10):
my_coin.toss()
#my_coin.sideup = "Heads" (This addition will give heads 10 times and will lead to manipulation)
# Display the side of the coin that is facing up.
print('This side is up:', my_coin.get_sideup())
def main():
# Create an object from the Coin class.
# doesnt have to be names my_coin but it needs a variable assigned to it
my_coin = (
c.Coin()
) # this creates an instance called 'my_coin' of the class 'Coin()'
# instance has all the attributes and methods for the instance(my_coin)
# Display the side of the coin that is facing up.
"""
print(
"This side is up:", my_coin.get_sideup())
"""
# we are passing this as an argument to a method called show_coin_status
show_coin_status(coin_obj)
flip(my_coin)
show_coin_status(coin_obj)
# Dependencies
import CoinClass
import utils
# Main function of our program
if __name__ == '__main__':
# Load of the Configuration file
conf = utils.parse_yaml('conf.yaml')
# Class initializer and function run
min_coin = CoinClass.CoinProblem(cfg=conf)
min_coin.cash_change()
def main():
# Create an object from the Coin class.
my_coin = c.Coin()
# this creates an instance called 'my_coin' of the class 'Coin()'
your_coin = c.Coin()