def ApplyAction(self, gameState):
#logging.debug("APPLYING ACTION! \n TYPE = {0}".format(BankTradeOfferAction.type))
# ADD THE 'UNKNOWN' RESOURCE TYPE (not present in trade transaction)
give = self.giveResources + [0]
get = self.getResources + [0]
gameState.players[self.playerNumber].resources -= listm(give)
gameState.players[self.playerNumber].resources += listm(get)
def ApplyAction(self, gameState):
gameState.currState = gameState.currTradeOffer.previousGameState
gameState.currPlayer = gameState.currTradeOffer.fromPlayerNumber
give = gameState.currTradeOffer.giveResources + [0]
get = gameState.currTradeOffer.getResources + [0]
gameState.players[self.offerPlayerNumber].resources -= listm(give)
gameState.players[self.playerNumber].resources -= listm(get)
gameState.players[self.offerPlayerNumber].resources += listm(give)
gameState.players[self.playerNumber].resources += listm(get)
gameState.currTradeOffer = None
class BuildRoadAction(BuildAction):
type = 'BuildRoad'
cost = listm([
1, # brick
0, # ore
0, # wool
0, # grain
1, # lumber
0
]) # unknown
pieceId = 0
def __init__(self, playerNumber, position, index):
super(BuildRoadAction,
self).__init__(playerNumber, position, index,
BuildRoadAction.pieceId, BuildRoadAction.cost)
def ApplyAction(self, gameState):
super(BuildRoadAction, self).ApplyAction(gameState)
if gameState.checkLongestRoad:
gameState.UpdateLongestRoad()
if gameState.currState == "START1B":
gameState.players[gameState.currPlayer].firstRoadBuild = True
nextPlayer = (gameState.currPlayer + 1) % len(gameState.players)
if nextPlayer == gameState.startingPlayer:
gameState.currState = "START2A"
else:
gameState.currPlayer = nextPlayer
gameState.currState = "START1A"
elif gameState.currState == "START2B":
gameState.players[gameState.currPlayer].secondRoadBuild = True
if gameState.currPlayer == gameState.startingPlayer:
gameState.FinishSetup()
gameState.currState = "PLAY"
else:
nextPlayer = (gameState.currPlayer - 1) % len(
gameState.players)
gameState.currPlayer = nextPlayer
gameState.currState = "START2A"
elif gameState.currState == "PLACING_FREE_ROAD1":
gameState.currState = "PLACING_FREE_ROAD2"
elif gameState.currState == "PLACING_FREE_ROAD2":
gameState.currState = "PLAY1"
class BuildSettlementAction(BuildAction):
type = 'BuildSettlement'
cost = listm([
1, # brick
0, # ore
1, # wool
1, # grain
1, # lumber
0
]) # unknown
pieceId = 1
def __init__(self, playerNumber, position, index):
super(BuildSettlementAction,
self).__init__(playerNumber, position, index,
BuildSettlementAction.pieceId,
BuildSettlementAction.cost)
def ApplyAction(self, gameState):
super(BuildSettlementAction, self).ApplyAction(gameState)
#if gameState.boardNodes[self.position].portType is not None:
# gameState.players[self.playerNumber].UpdateTradeRates(gameState)
if gameState.checkLongestRoad:
for edge in gameState.boardNodes[self.position].adjacentEdges:
checkLongestRoad = False
if gameState.boardEdges[edge].construction is not None and \
gameState.boardEdges[edge].construction.owner != self.playerNumber:
checkLongestRoad = True
break
if checkLongestRoad:
gameState.UpdateLongestRoad()
if gameState.currState == "START1A":
gameState.players[gameState.currPlayer].firstSettlementBuild = True
gameState.currState = "START1B"
elif gameState.currState == "START2A":
gameState.players[
gameState.currPlayer].secondSettlementBuild = True
gameState.players[self.playerNumber].GetStartingResources(
gameState)
gameState.currState = "START2B"
class BuildCityAction(BuildAction):
type = 'BuildCity'
cost = listm([
0, # brick
3, # ore
0, # wool
2, # grain
0, # lumber
0
]) # unknown
pieceId = 2
def __init__(self, playerNumber, position, index):
super(BuildCityAction,
self).__init__(playerNumber, position, index,
BuildCityAction.pieceId, BuildCityAction.cost)
'''
class BuyDevelopmentCardAction(Action):
type = 'BuyDevelopmentCard'
cost = listm([
0, # brick
1, # ore
1, # wool
1, # grain
0, # lumber
0
]) # unknown
def __init__(self, playerNumber):
super(BuyDevelopmentCardAction, self).__init__()
self.playerNumber = playerNumber
def GetMessage(self, gameName, currGameStateName=None):
return BuyCardRequestMessage(gameName)
def ApplyAction(self, gameState):
#logging.debug("APPLYING ACTION! \n TYPE = {0}".format(BuyDevelopmentCardAction.type))
gameState.players[
self.playerNumber].resources -= BuyDevelopmentCardAction.cost
if self.tradeOptimistic:
discountCount = 0
for i in range(
0, len(gameState.players[self.playerNumber].resources)):
if gameState.players[self.playerNumber].resources[i] < 0:
discountCount += gameState.players[
self.playerNumber].resources[i] * -1
gameState.players[self.playerNumber].resources[i] = 0
self.players[self.playerNumber].DiscountAtRandom(discountCount)
gameState.DrawDevCard(self.playerNumber)
def __init__(self, name, seatNumber):
self.name = name
self.seatNumber = seatNumber
self.resources = listm([0, 0, 0, 0, 0, 0])
self.developmentCards = [0 for i in range(0, len(g_developmentCards))]
self.mayPlayDevCards = [
False for i in range(0, len(g_developmentCards))
]
self.recentCard = [0 for i in range(0, len(g_developmentCards))]
self.roads = []
self.settlements = []
self.cities = []
self.biggestRoad = False
self.biggestArmy = False
self.numberOfPieces = [15, 5, 4]
self.knights = 0
self.playedDevCard = False
self.discardCardCount = 0
self.diceProduction = \
{
2 : listm([0, 0, 0, 0, 0, 0]),
3 : listm([0, 0, 0, 0, 0, 0]),
4 : listm([0, 0, 0, 0, 0, 0]),
5 : listm([0, 0, 0, 0, 0, 0]),
6 : listm([0, 0, 0, 0, 0, 0]),
8 : listm([0, 0, 0, 0, 0, 0]),
9 : listm([0, 0, 0, 0, 0, 0]),
10 : listm([0, 0, 0, 0, 0, 0]),
11 : listm([0, 0, 0, 0, 0, 0]),
12 : listm([0, 0, 0, 0, 0, 0])
}
self.tradeRates = [4, 4, 4, 4, 4, 4]
self.possibleRoads = []
self.possibleSettlements = []
self.firstSettlementBuild = False
self.secondSettlementBuild = False
self.firstRoadBuild = False
self.secondRoadBuild = False
self.rolledTheDices = False
self.placedRobber = False
self.victoryPoints = 0
self.updateVictoryPoints = False
self.roadCount = 0
self.agentName = "RANDOM"
self.logStats = False
self.logData = None