def startGame(self, req):
jsonResponse = {'response': 'startGame'}
try:
playerName = req['playerName']
playerTeam = req['playerTeam']
opponentTeam = req['opponentTeam']
self.players = GameServer.createPlayers(playerName, playerTeam,
opponentTeam)
self.cardGame = CardGame(self.players)
self.scores = ScoreKeeper(self.players)
jsonResponse['resultCode'] = 'SUCCESS'
#self.cardGame.decideOrder()
# override to set humanplayer as first
self.setHumanPlayerFirst()
#self.cardGame.startingPlayerIndex = 0
#self.cardGame.setPlayingOrder()
playersList = []
i = 0
for player in self.cardGame.getPlayers():
playersList.append({
'index': i,
'name': player.name,
'id': player.id,
'team': player.team,
'isHuman': isinstance(player, HumanPlayer)
})
i = i + 1
jsonResponse['players'] = playersList
jsonResponse['playingOrder'] = self.cardGame.getOrder()
jsonResponse['gameId'] = str(self.cardGame.id)
except Exception as ex:
self.writer.sendError(ex)
raise
self.writer.sendMessage(jsonResponse)
player1_defeat = loser1 * 100 / (loser0 + loser1) if loser0 + loser1 > 0 else 0
player2_defeat = loser0 * 100 / (loser0 + loser1) if loser0 + loser1 > 0 else 0
print("Average moves:", avg_moves,
", Player1 lost", player1_defeat,
"%, Player 0 lost", player2_defeat, "%")
def run_rounds(game):
set_logging(False)
stats = []
for i in range(0, 1000):
stats.append(game.round())
print_stats(stats)
def debug_round(game):
set_logging(True)
stats = []
for i in range(0, 1):
stats.append(game.round())
print_stats(stats)
set_logging(False)
player1 = SimplePlayer("Player 1")
player2 = SimplePlayer("Player2")
g = CardGame([player1, player2])
# run_rounds(g)
debug_round(g)
import numpy as np
#import xrange
from game import CardGame, Deck, Player
from mc import MonteCarloLearning
CARDS_IN_DECK = {0.25: 16, 0.50: 28, 0.75: 16}
NUM_PLAYERS = 2
HAND_SIZE = 5
ACTIONS = ['small_spoil', 'median', 'large_max']
NUM_GAMES_TO_PLAY = 2000000
deck = Deck(CARDS_IN_DECK)
card_game = CardGame(deck, NUM_PLAYERS, ACTIONS, HAND_SIZE)
def play_action(card_showing, player):
if card_showing == 0: # player goes first
if player.next_action == ACTIONS.index('small_spoil'):
card_value = player.play_card(0)
elif player.next_action == ACTIONS.index('large_max'):
card_value = player.play_card(-1)
else:
card_value = player.play_card(card_game.hand_size // 2)
else: # opponent went first, player's turn
if player.next_action == ACTIONS.index('small_spoil'):
for c, card in enumerate(player.hand):
if card + card_showing > 1.0: # can spoil, play this card
card_value = player.play_card(c)
