def addPlayer(self, playerId):
# Validate player ID (since this is crucial later throughout the game)
validatePlayerId(playerId)
# Add player
if playerId in self.players:
raise DuplicatePlayerException(
"playerId {} is already in players".format(playerId))
self.players.append(playerId)
# Initialize infiltration values
for n in self.nodes.values():
n.infiltration[playerId] = 0
# Assign starting node
freeNodes = self.getNodesOfType(
"Large City") # TODO make this "fairer"
freeNodes = [x for x in freeNodes if x.ownerId == -1]
startNode = random.choice(freeNodes)
startNode.own(playerId)
startNode.isIPSed = True
# Done!
return
def addPlayer(self, playerId):
# Validate player ID (since this is crucial later throughout the game)
validatePlayerId(playerId)
# Add player
if playerId in self.players:
raise DuplicatePlayerException("playerId {} is already in players".format(playerId))
self.players.append(playerId)
# Initialize infiltration values
for n in self.nodes.values():
n.infiltration[playerId] = 0
# Assign starting node
freeNodes = self.getNodesOfType("Large City") # TODO make this "fairer"
freeNodes = [x for x in freeNodes if x.ownerId == -1]
startNode = random.choice(freeNodes)
startNode.own(playerId)
startNode.isIPSed = True
# Done!
return
def getPlayerNodes(self, playerId):
validatePlayerId(playerId)
return [x for x in self.nodes.values() if x.ownerId == playerId]
def getPlayerNodes(self, playerId):
validatePlayerId(playerId)
return [x for x in self.nodes.values() if x.ownerId == playerId]
