class Game:
def __init__(self, players=2):
assert(players>=2)
self.supply = Supply()
self.user = None
self.players = []
# Choose card set
cardSet = ""
while len(cardSet) == 0:
cardSet = raw_input("What cards would you like to play (random, set, choice)? ")
if cardSet.lower() == 'random':
cards = self.chooseRandom()
elif cardSet.lower() == 'choice':
cards = self.chooseCards()
elif cardSet.lower() == 'set':
cards = self.chooseSet()
else:
cardSet = ""
# Add decks to the supply
# TREASURE CARDS
self.supply.addDeck(Cards.Copper(),20)
self.supply.addDeck(Cards.Silver(),20)
self.supply.addDeck(Cards.Gold(),20)
# VICTORY CARDS
vcs = players * 2 + 4
self.supply.addDeck(Cards.Estate(),vcs)
self.supply.addDeck(Cards.Duchy(),vcs)
self.supply.addDeck(Cards.Province(),vcs)
for card in cards:
type = getattr(Cards,card)
self.supply.addDeck(type(),10)
# Create the players
user = raw_input("What is your name? ")
self.user = HumanPlayer(user,self)
self.players.append(self.user)
numPlayers = 0
while numPlayers < 1:
try:
strNumPlayers = raw_input("How many other players? (1) ")
numPlayers = int(strNumPlayers)
except ValueError:
if len(strNumPlayers) == 0:numPlayers=1
for i in range(numPlayers):
self.players.append(ComputerPlayer(self))
for p in self.players:
newHand = 3*[Cards.Estate()] + 7*[Cards.Copper()]
p.deck.extend( newHand )
p.shuffle(p.deck)
# Draw a hand for each player
for i in range(5):p.drawCard()
# The game loop
while self.supply.countEmpties() < 3 and self.supply.count("province") > 0:
for player in self.players:
if player is self.user:
print "Supply:"
print self.supply
print
print "{}'s turn.".format(player.name)
print 30*'='
player.takeTurn()
# End-of-game
vcsMap = {}
for player in self.players:
allCards = player.hand + player.deck + player.discard
vps = sorted([c for c in allCards if isinstance(c,VictoryCard)],key=lambda x:x.getValue(player))
vcsMap[player.name] = vps
player.score = sum(vp.getValue(player) for vp in vps)
ranks = sorted(self.players,key=lambda x:x.score,reverse=True)
print
print "{} is the winner!".format(ranks[0].name)
for p in ranks:
print str(p)
print "TOTAL: {}".format(p.score)
print 30*'-'
def getOpponents(self,player):
return [p for p in self.players if p is not player]
def chooseCards(self):
cards = [c for c in dir(Cards) if not c.startswith('__') and issubclass(getattr(Cards,c),ActionCard) and c is not 'ActionCard']
chosen = []
print "Choose your cards (number, name, or 'restart')."
for i in range(len(cards)):
print "{}) {}".format(i+1,cards[i])
counter = 0
while counter < 10:
if len(chosen) > 0:
print "Cards chosen so far:",
for i in range(len(chosen)):
print "{}{}".format(chosen[i],"," if i < len(chosen)-1 else ""),
print
c = raw_input("Choose a card ({} left): ".format(10-counter))
card = None
try:
index = int(c)-1
if index >= 0 and index < len(cards):
card = cards[index]
except ValueError:
if c == 'restart':
return self.chooseCards()
try:
card = [ca for ca in cards if ca.lower() == c.lower()][0]
except IndexError:
pass
if card and card not in chosen:
chosen.append(card)
counter += 1
return chosen
def chooseSet(self):
files = {}
try:
for f in os.listdir("lib"):
files[f.split('.')[0]] = f
except OSError:
print "Could not find the lib directory!"
exit(1)
print "AVAILABLE SETS:"
print 30*'-'
for i in range(len(files)):
print "{}) {}".format(i+1,files.keys()[i])
choice = ""
while len(choice) == 0:
choice = raw_input("Choose your set (name or number): ")
try:
index = int(choice)
if index > 0 and index <= len(files):
choice = files.keys()[index-1]
else:
choice = ""
except ValueError:
try:
f = files[choice]
except KeyError:
choice = ""
# Make cards from file
cards = []
with open(os.path.join("lib",files[choice]),"r") as input:
contents = [line for line in input.readlines() if not line.startswith('#')]
for line in contents:
try:
cards.append(line.strip().capitalize())
except AttributeError:
print "Unrecognized card: {}".format(line)
exit(1)
return cards
def chooseRandom(self):
cards = [c for c in dir(Cards) if not c.startswith('__') and issubclass(getattr(Cards,c),ActionCard) and c is not 'ActionCard']
chosen = []
choices = [i for i in range(len(cards))]
for i in range(10):
which = int(random()*len(cards))
card = cards.pop(which)
# Witch and Curse go together
if card.lower() == 'witch':
chosen.append('Curse')
elif card.lower() == 'curse':
chosen.append('Witch')
chosen.append(card.capitalize())
return chosen
def __init__(self, players=2):
assert(players>=2)
self.supply = Supply()
self.user = None
self.players = []
# Choose card set
cardSet = ""
while len(cardSet) == 0:
cardSet = raw_input("What cards would you like to play (random, set, choice)? ")
if cardSet.lower() == 'random':
cards = self.chooseRandom()
elif cardSet.lower() == 'choice':
cards = self.chooseCards()
elif cardSet.lower() == 'set':
cards = self.chooseSet()
else:
cardSet = ""
# Add decks to the supply
# TREASURE CARDS
self.supply.addDeck(Cards.Copper(),20)
self.supply.addDeck(Cards.Silver(),20)
self.supply.addDeck(Cards.Gold(),20)
# VICTORY CARDS
vcs = players * 2 + 4
self.supply.addDeck(Cards.Estate(),vcs)
self.supply.addDeck(Cards.Duchy(),vcs)
self.supply.addDeck(Cards.Province(),vcs)
for card in cards:
type = getattr(Cards,card)
self.supply.addDeck(type(),10)
# Create the players
user = raw_input("What is your name? ")
self.user = HumanPlayer(user,self)
self.players.append(self.user)
numPlayers = 0
while numPlayers < 1:
try:
strNumPlayers = raw_input("How many other players? (1) ")
numPlayers = int(strNumPlayers)
except ValueError:
if len(strNumPlayers) == 0:numPlayers=1
for i in range(numPlayers):
self.players.append(ComputerPlayer(self))
for p in self.players:
newHand = 3*[Cards.Estate()] + 7*[Cards.Copper()]
p.deck.extend( newHand )
p.shuffle(p.deck)
# Draw a hand for each player
for i in range(5):p.drawCard()
# The game loop
while self.supply.countEmpties() < 3 and self.supply.count("province") > 0:
for player in self.players:
if player is self.user:
print "Supply:"
print self.supply
print
print "{}'s turn.".format(player.name)
print 30*'='
player.takeTurn()
# End-of-game
vcsMap = {}
for player in self.players:
allCards = player.hand + player.deck + player.discard
vps = sorted([c for c in allCards if isinstance(c,VictoryCard)],key=lambda x:x.getValue(player))
vcsMap[player.name] = vps
player.score = sum(vp.getValue(player) for vp in vps)
ranks = sorted(self.players,key=lambda x:x.score,reverse=True)
print
print "{} is the winner!".format(ranks[0].name)
for p in ranks:
print str(p)
print "TOTAL: {}".format(p.score)
print 30*'-'
