import random class Die: '''Represents a die sides: list of results the die can take value: current result showing on the die''' def __init__(self, sides): '''Die(sides) -> Die Constructs a Die object with the faces in list sides. value attribute is set to sides[0].''' self.sides = sides # list of possible die results self.value = sides[0] # current result showing def __str__(self): '''str(Die) -> str Returns a string like: 'A die with sides [1, 2, 3, 4, 5, 6] and value 1' ''' output = 'A die with sides ' # start of string output += str( self.sides ) # add sides output += ' and value ' # more text output += str( self.value ) # add value return output # return, not print def get_value(self): '''Die.get_value() -> value Returns the current value of the Die.''' return self.value def roll(self): '''Die.roll() -> obj Sets value to a random side and returns it.''' # Pick a random index randomIndex = random.randrange( len( self.sides ) ) # Get the side self.value = self.sides[ randomIndex ] return self.value # return new value def add(self, otherDie): '''Die.add(Die) -> obj Returns the sum of value attributes of two Die objects.''' # Return sum return self.value + otherDie.value class Pig(Die): '''Creates a Pig object for Pass the Pigs''' def __init__(self): '''Pig() -> Pig Constructs a Pig die.''' # Approximate proportion of each result sides = ['left']*59 + ['right']*51 + ['back']*38 \ + ['feet']*15 +['nose']*5+['ear']*1 Die.__init__(self, sides) # use Die constructor def __str__(self): '''str(Pig) -> str Returns the current value of the Pig.''' return self.value def get_value(self): '''Pig.get_value() -> str Returns the current value of the Pig''' return self.value def set_value(self, newValue): '''Pig.set_value(str) Sets value attribute to new value.''' self.value = newValue def is_pig_out(self, other): '''Pig.is_pig_out(Pig) -> bool Returns whether or not this is a Pig Out.''' results = (self.value, other.value) return 'left' in results and 'right' in results def add(self, other): '''Pig.add(Pig) -> int Returns the total value of a roll.''' if self.is_pig_out(other): # if a Pig Out return 0 # For converting values to a number valueDict = {'left':0, 'right':0, 'back':5, 'feet':5, 'nose':10, 'ear':15} # Add the scores score = valueDict[self.value] + valueDict[other.value] # If double was rolled if self.value == other.value: # If Siders if self.value in ('left', 'right'): return 1 else: # other doubles score *= 2 # double score return score # return score def get_combo(self, other): '''Pig.get_combo(Pig) -> str Returns the name of the combo formed by self and other.''' # Names of different results nameDict = {'back':'Razorback', 'feet':'Trotter', \ 'nose':'Snouter', 'ear':'Leaning Jowler'} names = [] # will contain any non-side names for pig in (self,other): # for each Pig # If not a side if pig.value not in ('left','right'): # Add name to list names.append( nameDict[pig.value] ) if len(names) == 0: # if 2 sides # If doubles if self.value == other.value: return 'Siders' # Siders return 'Pig Out' # else: Pig Out if len(names) == 1: # if 1 side return names[0] # return that name # Only cases left have 2 non-sides # If doubles if self.value == other.value: # Double the name return 'Double ' + names[0] return 'Mixed Combo' # else: Mixed Combo class Player(Die): '''Player in the Pass the Pigs game''' def __init__(self, name, score=0): '''Player(str) -> Player Sets name for player; score defaults to 0.''' self.__name = name self.__score = score def __str__(self): '''str(Player) -> str String for printing''' return self.__name + " has " + str(self.__score) + " points" def get_name(self): '''Player.get_name() -> str Returns name attribute.''' return self.__name def get_score(self): '''Player.get_score() -> int Returns score attribute.''' return self.__score def add_to_score(self, points): '''Player.add_to_score(int) Updates score by adding points.''' self.__score += points def has_won(self): '''Player.has_won() -> bool Determines if player has won (score 100 or more).''' return self.__score >= 100 def stop_turn(self, points): '''Player.stop_turn(int) -> bool Allows the player to decide if he/she is going to stop. Returns True if player wants to stop.''' choice = input('Enter STOP to bank ' + str(points) + ' points, or anything else to keep going: ') return choice == 'STOP' def take_turn(self): '''Player.take_turn() Has player take one full turn.''' # Initialization pig1 = Pig() # create pigs pig2 = Pig() total = 0 # running total of points this turn stop = False # control while loop # Warn player it's the start of their turn input(self.__name + ", press ENTER to start your turn") while not stop: # while turn continues pig1.roll() # roll pigs top2 = pig2.roll() # save result # Print pigs print('You rolled ' + str(pig1) + ' and ' + top2) combo = pig1.get_combo(pig2) # name of combo value = pig1.add(pig2) # value of combo # Print result print('You scored ' + str(value) + ' with a ' + combo) if combo == 'Pig Out': # if Pig Out stop = True # end the turn else: total += value # update running total if self.stop_turn(total): # ask if they want to STOP stop = True # stop the turn self.add_to_score(total) # bank these points # part A class PlayerSet(Pig): def __init__(self, integer, name): # Contructor contains an integer attribute, and a list player attribute to store all players in a list. self.integer = integer self.name = input() pList = [] for element in self.integer: if element == 1: # If only one player return "Player, please enter your name: " + self.name pList.append(name) # Append the entered name to a list if element > 1: # If more than one player return "Player, please enter your name: " + self.name pList.append(name) # Append the entered name(s) to a list def __str__(self): # Display the number of players playing as well as the list of those who are playing return 'The number of players playing is' + str(self.integer) + ' and here are the players who are playing: ' + str(pList) # def get_curr_name(self): return str(self._name) # Display current player def go_to_next_player(self, pNum): # pNum is used to continue to next player '''PlayerSet.go_to_next_player() Goes onto the next player.''' self.pNum = pNum self._name = (self.integer + 1) % self.pNum return self._name def is_curr_winner(self): '''PlayerSet.is_curr_winner() Determines if the current player is a winner.''' if self._score >= 100: return self._name + "You have won!" elif self._score < 100: return self._name + "You do not have 100 points." def take_turn(): '''PlayerSet.take_turn() Has player take one full turn.''' # Initialization pig1 = Pig() # create pigs pig2 = Pig() total = 0 # running total of points this turn stop = False # control while loop # Warn player it's the start of their turn input(self.__name + ", press ENTER to start your turn") while not stop: # while turn continues pig1.roll() # roll pigs top2 = pig2.roll() # save result # Print pigs print('You rolled ' + str(pig1) + ' and ' + top2) combo = pig1.get_combo(pig2) # name of combo value = pig1.add(pig2) # value of combo # Print result print('You scored ' + str(value) + ' with a ' + combo) if combo == 'Pig Out': # if Pig Out stop = True # end the turn else: total += value # update running total if self.stop_turn(total): # ask if they want to STOP stop = True # stop the turn self.add_to_score(total) # bank these points # part B def play_pigs(self): self.__init__() # Verify players for player in self.integer: self.get_curr_name() # Get the current player's name self.take_turn() # Have current player take a turn self.is_pig_out() # See if player has a pig-out self.get_combo() # Calculate combo self.add() # Add points to bank self.is_curr_winner() # See if current player is a winner self.go_to_next_player() # go to next player self.play_pigs() # Repeat process