def deliverCards( self, roll ):
for pos in self.Board.positions:
for hex in pos.hexes:
if hex.number == roll:
if hex.hasRobber == False:
if pos.playerId is not None:
printv( str(pos.playerId) + ' is getting ' + hex.resource )
self.players[ pos.playerId ].addCard( hex.resource )
def random(self):
curCardLen = len(self.players[self.playerId].cards)
newCardLen = curCardLen
if curCardLen > 7:
newCardLen = math.ceil(newCardLen / 2)
printv(' ' + str(self.playerId) + ' is discarding ' +
str(int(curCardLen - newCardLen)) + ' cards')
while curCardLen > newCardLen:
ri = randint(0, curCardLen - 1)
self.players[self.playerId].cards.pop(ri)
curCardLen = len(self.players[self.playerId].cards)
def begin( self ):
winner = None
whoseTurn = 0;
while winner is None and self.fakeTurnLimitCount <= self.fakeTurnLimit:
winner = self.turn( whoseTurn )
whoseTurn = ( whoseTurn + 1 ) % len(self.players)
self.fakeTurnLimitCount += 1
printv( '' )
printv( '=======Final========' )
self.Board.drawIt()
self.allShowCards()
def __init__(self, Board, numOfPlayers):
self.Board = Board
# Make players
for i in xrange(0, numOfPlayers):
self.__addPlayer(i)
# If we have 3 or 4, begin
if len(self.players) in (3, 4):
self.begin()
else:
printv('Game Not Started: You need either 3 or 4 players to play.')
def turn( self, i ):
roll = self.rollDice()
printv( str(i) + ' rolled a ' + str(roll) )
if roll is 7:
self.allPlayersDo( 'discard' )
self.players[i].do( 'rob' )
else:
self.deliverCards( roll )
#self.allShowCards()
self.players[i].do( 'trade' )
self.players[i].do( 'build' )
if self.players[i].points >= 10:
return self.players[i]
else:
return None
def best(self):
printv(' best')
def none(self):
printv(' none')
def do(self, do, witha=None):
printv(str(self.playerId) + ' ' + do)
if do == 'collect':
self.collect(witha)
else:
self.Strategy.play(do)
def drawIt(self):
# I'm just going to contrust it line by line as it gets unessecarily complicated using loops
h = []
p = []
for hex in self.hexes:
h.append(hex.asString())
for pos in self.positions:
p.append(pos.asString())
# Note: intermediate whitespace is ignored in strong modulo operation
# and is their the maintain the same lengths
printv("")
printv(
" % s % s % s " %
(p[1], p[3], p[5]))
printv(
" % s % s % s % s " %
(p[0], p[2], p[4], p[6]))
printv(
" ")
printv(
" % s % s % s " %
(h[0], h[1], h[2]))
printv(
" ")
printv(
" % s % s % s % s " %
(p[8], p[10], p[12], p[14]))
printv(
" % s % s % s % s % s " %
(p[7], p[9], p[11], p[13], p[15]))
printv(
" ")
printv(
" % s % s % s % s " %
(h[3], h[4], h[5], h[6]))
printv(
" ")
printv(
" % s % s % s % s % s " %
(p[17], p[19], p[21], p[23], p[25]))
printv(
"% s % s % s % s % s % s" %
(p[16], p[18], p[20], p[22], p[24], p[26]))
printv(
" ")
printv(
" % s % s % s % s % s " %
(h[7], h[8], h[9], h[10], h[11]))
printv(
" ")
printv(
"% s % s % s % s % s % s" %
(p[27], p[29], p[31], p[33], p[35], p[37]))
printv(
" % s % s % s % s % s " %
(p[28], p[30], p[32], p[34], p[36]))
printv(
" ")
printv(
" % s % s % s % s " %
(h[12], h[13], h[14], h[15]))
printv(
" ")
printv(
" % s % s % s % s % s " %
(p[38], p[40], p[42], p[44], p[46]))
printv(
" % s % s % s % s " %
(p[39], p[41], p[43], p[45]))
printv(
" ")
printv(
" % s % s % s " %
(h[16], h[17], h[18]))
printv(
" ")
printv(
" % s % s % s % s " %
(p[47], p[49], p[51], p[53]))
printv(
" % s % s % s " %
(p[48], p[50], p[52]))
printv("")
def mostWithoutMe(self):
for h in self.Board.hexes:
for p in h.surroundPos:
printv('h')
def random(self):
randHexI = randint(0, len(self.Board.hexes) - 1)
printv(' Moving robber from hex ' + str(self.Board.robberHexI) +
' to ' + str(randHexI))
self.Board.moveRobberTo(randHexI)