def printMax(x, y):
    # if a is larger than b
    if x > y:
        # then print this
        print(x, 'is maximum')
    # if a is equal to b
    elif x == y:
        # print this
        print(x, 'is equal to', y)
    # otherwise
    else:
        # print this
        print(y, 'is maximum')

printMax(3,4)

x = 50

def func():
    # Create a global variable called x
    global x

    # Print this
    print('x is', x)
    # Set x to 2.
    x = 2
    # Print this
    print('Changed global x to', x)

func()

x

def say(x, times = 1, times2 = 3):
    print(x * times, x * times2)

# Run the function say() with the default values
say('!')

# Run the function say() with the non-default values of 5 and 10
say('!', 5, 10)

def total(initial=5, *numbers, **keywords):
    # Create a variable called count that takes it's value from initial
    count = initial
    # for each item in numbers
    for number in numbers:
        # add count to that number
        count += number
    # for each item in keywords
    for key in keywords:
        # add count to keyword's value
        count += keywords[key]
    # return counts
    return count

total(10, 1, 2, 3, vegetables=50, fruits=100)

def printMax(x, y):
    # Create the docstring
    '''Prints out the maximum of two values'''
    # if a is larger than b
    if x > y:
        # then print this
        print(x, 'is maximum')
    # if a is equal to b
    elif x == y:
        # print this
        print(x, 'is equal to', y)
    # otherwise
    else:
        # print this
        print(y, 'is maximum')

printMax(3,4)

print(printMax.__doc__)