def __init__(self, numPlayers):
self.sizeDrawPile = 5
self.maxWilds = 3
self.numTicketsDealt = 3
self.sizeStartingHand = 4
self.endingTrainCount = 3 # ending condition to trigger final round
self.pointsForLongestRoute = 10
self.startingNumOfTrains = 45
self.deck = TTRCards.Cards(self.sizeDrawPile, self.maxWilds)
self.board = TTRBoard.Board()
self.numPlayers = numPlayers
self.players = []
self.posToMove = 0
#point values for tracks of different lengths
self.routeValues = {1: 1, 2: 2, 3: 4, 4: 7, 5: 10, 6: 15}
for position in range(numPlayers):
startingHand = self.deck.dealCards(self.sizeStartingHand)
startingTickets = [] #self.deck.dealTickets(self.numTicketsDealt)
#this is now done in initialize method below
#occurs before first player's first move
playerBoard = TTRBoard.PlayerBoard()
player = TTRPlayer.Player(startingHand, startingTickets,
playerBoard, position,
self.startingNumOfTrains)
self.players.append(player)
def __init__(self, startingHand, startingTickets, playerBoard,
playerPosition, numTrains, type):
"""orderNumber: int
startingHand: list
startingTickets: list
playerBoard: PlayerBoard object from the TTRBoard module
playerPosition: int
"""
self.name = '' #ask for them to enter it on first turn
#implimented as a collection to avoid O(n) hand.remove(x)
self.hand = collections.Counter(startingHand)
self.tickets = {x: False for x in startingTickets}
self.numTrains = numTrains
self.points = 0
self.playerPosition = playerPosition
#custom board to represent
self.playerBoard = playerBoard
self.fullBoard = TTRBoard.Board()
#Human or AI player
self.type = type
self.numTurns = 0
def create_all_players(self):
for position in range(self.numPlayers):
startingHand = self.deck.dealCards(self.sizeStartingHand)
startingTickets = []
playerBoard = TTRBoard.PlayerBoard()
player = TTRPlayer.Player(startingHand, startingTickets,
playerBoard, position,
self.startingNumOfTrains)
self.players.append(player)
def __init__(self):
self.sizeDrawPile = 5
self.maxWildsToDrawFrom = 3
self.numTicketsDealt = 3
self.minTicketsToKeepAtStart = 2
self.sizeStartingHand = 4
self.endingTrainCount = 3 # ending condition to trigger final round
self.pointsForLongestRoute = 10
self.startingNumOfTrains = 45
self.deck = TTRCards.Cards(self.sizeDrawPile, self.maxWildsToDrawFrom)
self.board = TTRBoard.Board()
self.numPlayers = 0 # to be determined
self.players = []
self.posToMove = 0
# point values for tracks of different lengths
self.routeValues = {1: 1, 2: 2, 3: 4, 4: 7, 5: 10, 6: 15}
def __init__(self, numAIPlayers, numHumanPlayers, aiStrategies):
self.sizeDrawPile = 5
self.maxWilds = 3
self.numTicketsDealt = 3
self.sizeStartingHand = 4
self.endingTrainCount = 3 # ending condition to trigger final round
self.pointsForLongestRoute = 10
self.startingNumOfTrains = 45
self.deck = TTRCards.Cards(self.sizeDrawPile, self.maxWilds)
self.board = TTRBoard.Board()
self.fullBoard = TTRBoard.Board()
self.numAIPlayers = numAIPlayers
self.numHumanPlayers = numHumanPlayers
self.numPlayers = numAIPlayers + numHumanPlayers
self.players = []
self.gameBoard = TTRBoard.Board()
self.posToMove = 0
#point values for tracks of different lengths
self.routeValues = {1: 1, 2: 2, 3: 4, 4: 7, 5: 10, 6: 15}
for position in range(numHumanPlayers):
type = 'Human'
startingHand = self.deck.dealCards(self.sizeStartingHand)
startingTickets = [] #self.deck.dealTickets(self.numTicketsDealt)
#this is now done in initialize method below
#occurs before first player's first move
playerBoard = TTRBoard.PlayerBoard()
player = TTRPlayer.Player(startingHand, startingTickets,
playerBoard, position,
self.startingNumOfTrains, type)
self.players.append(player)
for position in range(numAIPlayers):
type_ = 'AI'
strategy = aiStrategies[position]
startingHand = self.deck.dealCards(self.sizeStartingHand)
startingTickets = [] # self.deck.dealTickets(self.numTicketsDealt)
# this is now done in initialize method below
# occurs before first player's first move
playerBoard = TTRBoard.PlayerBoard()
if strategy == 'tickets':
player = ticketAIPlayer.ticketAIPlayer(
startingHand, startingTickets, playerBoard, position,
self.startingNumOfTrains, type_)
elif strategy == 'route':
player = routeAIPlayer.routeAIPlayer(startingHand,
startingTickets,
playerBoard, position,
self.startingNumOfTrains,
type_)
elif strategy == 'random':
player = randomAIPlayer.randomAIPlayer(
startingHand, startingTickets, playerBoard, position,
self.startingNumOfTrains, type_)
elif strategy == 'mixed':
player = mixedAIPlayer.mixedAIPlayer(startingHand,
startingTickets,
playerBoard, position,
self.startingNumOfTrains,
type_)
self.players.append(player)
import TTRBoard
import networkx as nx
B = TTRBoard.Board()
games = [["mixed", "tickets"], ["mixed", "mixed"]]
def getGraph(game):
edgeLabels = []
G1 = nx.Graph()
G2 = nx.Graph()
with open("TTR_edges_" + game[0] + "_" + game[1] + ".csv") as file:
for line in file:
splitLine = line.split(":")
playerName = splitLine[0]
data = splitLine[1]
nodes = data.split("-")
for node in nodes:
nodeList = node.split(",")
if len(nodeList) == 2:
if playerName == "p1" and G1.has_edge(
nodeList[0], nodeList[1]):
G1.get_edge_data(nodeList[0],
nodeList[1])['count'] += 1
elif playerName == "p1" and not G1.has_edge(
nodeList[0], nodeList[1]):
G1.add_edge(nodeList[0], nodeList[1], count=1)