class GameState(object):
def __init__(self, players):
self.board = GameBoard()
self.players = [PlayerState(i) for i in range(0, players)]
self.longestroad = None #int - PlayerId
self.largestarmy = None #int - PlayerId
self.turn = None #int - PlayerId
#Phases: discard, buildsettle, buildroad, moverobber, respondtrade, chooseplayer, standard, ended, turnended
self.phase = None
self.phaseinfo = None
self.lastroll = None #int - Roll value
self.numturns = 0
def accept(self, v):
v.visit(self)
for p in self.players:
p.accept(v)
self.board.accept(v)
def maxPlayerScore(self):
return max([player.score for player in self.players])
def addResource(self, player, resource, amount):
self.players[player].addResource(resource, amount)
def removeResource(self, player, resource, amount):
self.players[player].removeResource(resource, amount)
def countResources(self, player):
return self.players[player].resourceCount()
def getRandomResource(self, player):
return self.players[player].getRandomResource()
def getSurroundingResources(self, nodeid):
return self.board.getSurroundingResources(nodeid)
def addCard(self, player, card):
self.players[player].addCard(card)
def removeCard(self, player, card):
self.players[player].removeCard(card)
def getBuildings(self, dieroll):
return self.board.getBuildings(dieroll)
def updateAllScores(self):
for i in xrange(0,len(self.players)):
self.updateScore(i)
def updateScore(self, player):
c = self.board.getCount(player, 'city')
s = self.board.getCount(player, 'settlement')
army = 2 if (player == self.largestarmy) else 0
road = 2 if (player == self.longestroad) else 0
vpcards = self.players[player].cards['vp']
self.players[player].score = c*2 + s + army + road
def addBuilding(self, player, building, corner):
self.board.addBuilding(corner, player, building)
self.players[player].remBuildings[building] -= 1
if building == 'city':
self.players[player].remBuildings['settlement'] += 1
def addRoad(self, player, corner1, corner2):
self.board.addRoad(corner1,corner2,player)
self.players[player].remBuildings["road"] -= 1
def getLongestRoads(self):
return self.board.getLongestRoad()
# This could be too slow!! Called when things are built
def updateRemaining(self, player):
c = self.board.getCount(player, 'city')
startingCities = self.players[player].startingBuildings["city"]
r = self.board.getCount(player, 'road')
startingRoads = self.players[player].startingBuildings["road"]
s = self.board.getCount(player, 'settlement')
startingSettlement = self.players[player].startingBuildings["settlement"]
self.players[player].remBuildings["city"] = startingCities - c
self.players[player].remBuildings["road"] = startingRoads - r
self.players[player].remBuildings["settlement"] = startingSettlement - s
def getAdjacentPlayers(self, tile):
return self.board.getAdjacentPlayers(tile)
def setRobberTile(self, tile):
self.board.setRobber(tile)
def getRobberTile(self):
return self.board.getRobberPos()
