import random
raw_input("\nWelcome to Doubles! You play first, press Enter to roll dice")
d1 = random.randrange(1,7)
d2 = random.randrange(1,7)
d3 = random.randrange(1,7)
t = d1+d2
t2 = t*2
print "\nYou rolled", d1 ,"and", d2
if d1 == d2:
    print "Your total score is", t2 ,"cause you rolled Doubles!"
else:
    print "Your total score is", t

a = raw_input("\nDo you want to throw the third die (y or n)?: ")

if a == "y":
    if d3==(d1,d2):
        print "\nYour third die is", d3
        print "You threw a Triple!"
        print "\nCongratulations --- you WON!"
        raw_input("Press Enter to Finish")
    else:
        print "\nYour third die is", d3
        print "Your total is", t2-d3
        raw_input("\nYour turn is over now. Press Enter to allow the computer to roll his turn: ")
else:
    raw_input("\nYour turn is over now. Press Enter to allow the computer to roll his turn: ")

You start by throwing two dice, and your score is the sum of the two numbers.If the two dice show the same number,  this is a "Double"  and your score is doubled.If you have a Double and you throw the third die, then,   if the third die is the same number again,    you have thrown a ``Triple' and    you win --- the game ends immediately.  Otherwise,    you subtract the score of the third die from your total scoreIf you did not throw a Double and you choose to throw the third die, then  your total score is the sum of the first two dice plus half the score of the third die (drop any fraction).If you did not win by throwing a Triple, then  the computer plays its turn and tries to beat your score.  The computer plays under the same rules you did.At the end of the game, if neither player threw a Triple, then  the player with the higher score wins. If it is a tie, then  you win.

You start by throwing two dice x, y, and your score is x + y.If x == y,  your score is 2 * your score.If you throw the third die z,  If x == y,    if z == x,      you win.    your score is your score - z.  Otherwise,    your score is your score + z / 2.# since "you win" ends our process implicitly, we assume at this point that# the user did not throw a Triple.The computer throws a, b, and the computer's score is a + b.If a == b,  the computer's score is 2 * the computer's score.# Decide if the computer will throw the third die.If the computer throws the third die c,  if a == b,    if c == a,      the computer wins.    the computer's score is the computer's score - c.  Otherwise,    the computer's score is the computer's score + c / 2.# Neither player has a Triple at this point.If your score >= the computer's score:  You win.The computer wins.

You start by throwing two dice x, y, and your score is x + y.If x == y,  your score is 2 * your score.If you throw the third die z,  If x == y,    if z == x,      you win.    your score is your score - z.  Otherwise,    your score is your score + z / 2.The computer throws a, b, and the computer's score is a + b.If a == b,  the computer's score is 2 * the computer's score.If the computer's score > the player's score:  The computer wins. # It will not throw again.Throw the third die c.  if a == b,    if c == a,      the computer wins.    You win. # The computer's score went down, which can't possibly help.  Otherwise,    the computer's score is the computer's score + c / 2.If your score >= the computer's score:  You win.The computer wins.

# The highest "normal" score is (6 + 6) * 2.AUTO_WIN = 25def score(*dice):  # We assume 'dice' will be a list of either two or three dice values.  result = dice[0] + dice[1]  # Apply double/triple logic.  if dice[0] == dice[1]:    result *= 2  if len(dice) == 3:    if dice[0] == dice[1]:      if dice[0] == dice[2]: # All three match.        result = AUTO_WIN      else:        result -= dice[2]    else:      result += dice[2] / 2    return result

You start by throwing two dice x, y, and your score is score(x, y).If you throw the third die z,  your score is score(x, y, z).If your score is AUTO_WIN:  You win. # Don't let the computer try; it can't win.The computer throws a, b, and the computer's score is score(a, b).If the computer's score > the player's score:  The computer wins. # It will not throw again.Throw the third die c. The computer's score is score(a, b, c).If the computer's score > the player's score:  The computer wins. # This automatically covers the case of throwing a triple.You win. # The computer still couldn't beat you.

def play():  """Play the game. Return whether or not the player won.  (The code that calls play() can interpret the result and print a message)"""  x = roll_die()  y = roll_die()  your_score = score(x, y)  if user_wants_to_throw_third_die():    your_score = score(x, y, roll_die()) # We don't really need the 'z' variable,    # since past this point, we don't need to "remember" the die totals.  if your_score == AUTO_WIN:    return True  a = roll_die()  b = roll_die()  if score(a, b) > your_score: # Again, we don't really need to "remember" computer score.    return False  if score(a, b, roll_die()) > your_score:    return False  return True

import randomraw_input("\nWelcome to Doubles! You play first, press Enter to roll dice")d1 = random.randrange(1,7)d2 = random.randrange(1,7)d3 = random.randrange(1,7)t = d1+d2t2 = t*2print "\nYou rolled", d1 ,"and", d2if d1==d2:    print "Your total score is", t2 ,"cause you rolled Doubles!"else:    print "Your total score is", ta = raw_input("\nDo you want to throw the third die (y or n)?: ")if a == "y":    if d3 == d1 == d2:        print "\nYour third die is", d3        print "You threw a Triple!"        print "\nCongratulations --- you WON!"        raw_input("Press Enter to Finish")    if d1 == d2 != d3:        print "\nYour third die is", d3        print "Your total is", t2-d3    if d1 != d2:        print "\nYour third die is", d3        print "Your total is", t+(d3/2)else:    raw_input("\nYour turn is over now. Press Enter to allow the computer to roll his turn: ")

def my_function():    print "Hello there!"    return    print "This will NEVER be printed!"my_function()