def playCard(self, suit, hBroken):
'''
suit = ["None", "Hearts","Spades","Diamonds","Clubs"]
hBroken = If Hearts was broken
None indicates this player is first to play
'''
if Poker.PokerCard('Clubs', 2) in self.hand:
#Always play the 2 of clubs first
return Poker.PokerCard('Clubs', 2)
elif suit == 'None':
#if the player is the first to play
card_played = random.sample((self.hand), 1)[0]
#Loop to make sure we don't get play a heart without it being broken
if hBroken == False:
while (card_played.suit == 'Hearts'
and len(self.suits["Hearts"]) < len(self.hand)):
card_played = random.sample((self.hand), 1)[0]
else:
#randomly play a card from the correct suit
suit_cards = [card for card in self.hand if card.suit == suit]
if len(suit_cards) > 0:
card_played = random.sample(suit_cards, 1)[0]
else:
#print('No more {} left!'.format(suit))
card_played = random.sample((self.hand), 1)[0]
#print(str(card_played))
return card_played
def getPlay(self, player, suit='None'):
#Obtains the play returned by player
if isinstance(player, HumanPlayer):
print("Your turn, Human")
self.showState(player)
Legal = False
attemptedPlay = None
#Check if the play is a valid play
while (Legal == False):
Legal = True
attemptedPlay = player.playCard(suit=suit,
hBroken=self.HeartsBroken)
#Check if Hearts broken
if self.HeartsBroken == False:
if suit == 'None':
if attemptedPlay.suit == 'Hearts':
#This checks the case where the player ONLY has hearts in hand
if len(player.suits["Hearts"]) < len(player.hand):
print("Cancelled hearts")
Legal = False
#Check if player did not start with 2 of clubs
if Poker.PokerCard('Clubs', 2) in player.hand:
if attemptedPlay != Poker.PokerCard('Clubs', 2):
Legal = False
#Check if player has the card
if (attemptedPlay not in player.hand):
Legal = False
#If card is not in starting suit, check if player has any cards from starting suit
if attemptedPlay.suit != suit and suit != 'None':
if len(player.suits[suit]) != 0:
Legal = False
if not Legal:
print("Play is Illegal, Please choose another play")
#At this point, the play is legal, and the game is updated.
#Remove card from player's hand
player.hand.discard(attemptedPlay)
player.suits[attemptedPlay.suit].remove(attemptedPlay)
#Hearts have been broken if someone plays a heart card
if attemptedPlay.suit == 'Hearts':
self.HeartsBroken = True
#returns the card played for point accumulation
return attemptedPlay
def __init__(self, players, gameId):
self._players = players
self._id = gameId
self._poker = Poker()
self._lenPlayer = len(players)
self._pairs = []
self._playersState = [True] * self._lenPlayer
self._flopState = [False] * self._lenPlayer
self._chipPool = 0
self._baseChip = 10
[player.enterGame(self, index) for index, player in enumerate(players)]
def __init__(self, dir_name=''):
self.dir_name = dir_name
self.players = [1, 2]
self.poker = poker.Poker()
self.crt = "cumulative_regret_table.obj"
self.cst = "cumulative_strategy_table.obj"
self.sp = "strategy_profile.obj"
self.inofosset = "info_sets.obj"
if not path.exists(dir_name):
self.info_sets = infoSets.InfoSets()
self.cumulative_regret_table = regretTable.RegretTable()
self.cumulative_strategy_table = strategyTable.StrategyTable()
self.strategy_profile = stratgeyProfile.StrategyProfile()
else:
file = open(dir_name + '/' + self.crt, 'rb')
self.cumulative_regret_table = pickle.load(file)
file.close()
file = open(dir_name + '/' + self.cst, 'rb')
self.cumulative_strategy_table = pickle.load(file)
file.close()
file = open(dir_name + '/' + self.sp, 'rb')
self.strategy_profile = pickle.load(file)
file.close()
file = open(dir_name + '/' + self.inofosset, 'rb')
self.info_sets = pickle.load(file)
file.close()
self.cfr = cfr.CFR(self.poker, self.cumulative_regret_table,
self.cumulative_strategy_table,
self.strategy_profile, self.info_sets)
def __init__(self, players: list):
#List of all players (This is needed because deque will be modified)
self.playerNames = players
self.Deck = Poker.Deck()
self.players = collections.deque(players, 4)
#Leaderboard
'''self.Leaderboard = {
playerNames[0]: 0,
playerNames[1]: 0,
playerNames[2]: 0,
playerNames[3]: 0,
}'''
#output file
self.OUTPUT_FILE = open(FILEPATH, 'w')
#Variable to determine if hearts have been broken
self.HeartsBroken = False
#shuffle the deck before play
#self.Deck.shuffle()
print("Hearts game starts with {} players".format(len(self.players)))
#Show who's playing
for player in self.players:
print("Player {} : {}".format(
players.index(player) + 1, player.name))
def __init__(self):
self.MaxCount = 4
self.state = Type.RoomState.wait
self.threeModeCount = 0
self.threeModeUsers = [""] * 4
self.threeModeIndex = [-1] * 4
self.users = []
self.trump_type_who_call_fast = [-1] * 7
self.bridge = Poker.Bridge()
self.callFirst = -1
self.nextuser = -1
self.callLast = -1
# for observer
self.callsRaw = [""] * 4
self.playsRaw = [""] * 4
self.boutsWinRecord = ""
self.attackIndex = [-1] * 2
self.attackWinNumber = 7
self.attackTeam = ''
self.attackScore = 0
self.defenseTeam = ''
self.defenseScore = 0
self.flowerCountRecord = [0] * 4
self.playsPokerHand = [[] for i in range(4)]
def wellcomw():
card = []
card = ['AH', 'KH', 'QH', 'JH', '10H','9H', '8H', '7H', '6H', '5H', '4H', '3H', '2H',
'AD', 'KD', 'QD', 'JD', '10D','9D','8D', '7D', '6D', '5D', '4D', '3D', '2D',
'AS', 'KS', 'QS', 'JS', '10S','9S','8S', '7S', '6S', '5S', '4S', '3S', '2S',
'AC', 'KC', 'QC', 'JC', '10C','9C', '8C', '7C', '6C', '5C', '4C', '3C', '2C']
random.shuffle(card)
play0 = []
play2 = []
for i in range(0, 5):
play0.append(card[i])
for i in range(5, 10):
play2.append(card[i])
res1=Poker.check(play0)
res2=Poker.check(play2)
return render_template('home1.html', name=card, res1=res1, res2=res2)
def __init__(self):
self.MaxCount = 4
self.state = Type.RoomState.wait
self.threeModeCount = 0
self.threeModeUsers = [""] * 4
self.threeModeIndex = [-1] * 4
self.callFirst = -1
self.users = [""] * 4
self.sockets = []
self.trump_type_who_play_fast = [-1] * 7
self.trump_type_who_call_fast = [-1] * 7
self.bridge = Poker.Bridge()
def test_findTwoPairFalse(self):
card1 = Poker.Card(figure=10, colour=0)
card2 = Poker.Card(figure=5, colour=1)
card3 = Poker.Card(figure=3, colour=3)
card4 = Poker.Card(figure=10, colour=0)
card5 = Poker.Card(figure=13, colour=1)
cardList = [card1, card2, card3, card4, card5]
pointCounter = Poker.pointCounter()
self.assertFalse(pointCounter.findTwoPair(cardList))
def test_findFullHouse(self):
card1 = Poker.Card(figure=10, colour=0)
card2 = Poker.Card(figure=5, colour=1)
card3 = Poker.Card(figure=5, colour=3)
card4 = Poker.Card(figure=10, colour=0)
card5 = Poker.Card(figure=5, colour=1)
cardList = [card1, card2, card3, card4, card5]
pointCounter = Poker.pointCounter()
self.assertTrue(pointCounter.findFullHouse(cardList))
def test_findSameFiguresFalse(self):
card1 = Poker.Card(figure=10, colour=0)
card2 = Poker.Card(figure=5, colour=1)
card3 = Poker.Card(figure=12, colour=3)
card4 = Poker.Card(figure=2, colour=0)
card5 = Poker.Card(figure=1, colour=1)
cardList = [card1, card2, card3, card4, card5]
pointCounter = Poker.pointCounter()
self.assertFalse(pointCounter.findSameFigures(cardList, 3))
def test_checkStraightTrue(self):
card1 = Poker.Card(figure=2, colour=0)
card2 = Poker.Card(figure=4, colour=4)
card3 = Poker.Card(figure=5, colour=0)
card4 = Poker.Card(figure=6, colour=1)
card5 = Poker.Card(figure=3, colour=0)
cardList = [card1, card2, card3, card4, card5]
pointCounter = Poker.pointCounter()
self.assertTrue(pointCounter.checkStraight(cardList))
def test_checkSameColourFalse(self):
card1 = Poker.Card(figure=10, colour=0)
card2 = Poker.Card(figure=5, colour=1)
card3 = Poker.Card(figure=12, colour=3)
card4 = Poker.Card(figure=5, colour=0)
card5 = Poker.Card(figure=5, colour=1)
cardList = [card1, card2, card3, card4, card5]
pointCounter = Poker.pointCounter()
self.assertFalse(pointCounter.checkSameColour(cardList))
def test_HighCardCombination(self):
card1 = Poker.Card(figure=14, colour=0)
card2 = Poker.Card(figure=2, colour=1)
card3 = Poker.Card(figure=11, colour=3)
card4 = Poker.Card(figure=9, colour=2)
card5 = Poker.Card(figure=13, colour=1)
mock_hand = Mock()
mock_hand.cards = [card1, card2]
tableCard = [card3, card4, card5]
pointCounter = Poker.pointCounter()
best, bestResultList = pointCounter.countBestResult(
hand=mock_hand, tableCards=tableCard)
self.assertEqual(best, Poker.GetResultName('High card'))
def test_FlushCombination(self):
card1 = Poker.Card(figure=7, colour=0)
card2 = Poker.Card(figure=10, colour=1)
card3 = Poker.Card(figure=12, colour=1)
card4 = Poker.Card(figure=5, colour=1)
card5 = Poker.Card(figure=13, colour=1)
mock_hand = Mock()
mock_hand.cards = [card1, card2]
tableCard = [card3, card4, card5]
pointCounter = Poker.pointCounter()
best, bestResultList = pointCounter.countBestResult(
hand=mock_hand, tableCards=tableCard)
self.assertEqual(best, Poker.GetResultName('Flush'))
def playCard(self, suit):
'''
suit = ["None", "Hearts","Spades","Diamonds","Clubs"]
None indicates this player is first to play
'''
#uses arbitrary nature of set to pop an random element
#edit this for playing agent
if Poker.PokerCard('Clubs', 2) in self.hand:
#Always play the 2 of clubs first
card_played = Poker.PokerCard('Clubs', 2)
self.hand.discard(card_played)
self.suits[card_played.suit].remove(card_played)
elif suit == 'None':
#if the player is the first to play
card_played = self.hand.pop()
self.suits[card_played.suit].remove(card_played)
else:
#randomly play a card from the correct suit
suit_cards = [card for card in self.hand if card.suit == suit]
#print("{} : {}".format(self.name, list(map(lambda x : str(x) , suit_cards))))
if len(suit_cards) > 0:
card_played = random.choice(suit_cards)
self.hand.remove(card_played)
self.suits[card_played.suit].remove(card_played)
else:
#print('No more {} left!'.format(suit))
card_played = self.hand.pop()
self.suits[card_played.suit].remove(card_played)
#print(str(card_played))
return card_played
def test_generateCombinationFromTableLength(self):
card1 = Poker.Card(figure=2, colour=0)
card2 = Poker.Card(figure=3, colour=1)
card3 = Poker.Card(figure=4, colour=3)
card4 = Poker.Card(figure=5, colour=3)
card5 = Poker.Card(figure=6, colour=1)
card6 = Poker.Card(figure=7, colour=2)
card7 = Poker.Card(figure=12, colour=1)
mock_hand = Mock()
mock_hand.cards = [card1, card2]
tableCards = [card3, card4, card5, card6, card7]
pointCounter = Poker.pointCounter()
self.assertEqual(
10,
len(
pointCounter.generateCombinationFromTable(
hand=mock_hand, tableCards=tableCards)))
def playCard(self, suit, hBroken):
mySuit = ''
myNumber = None
while (mySuit not in ['Hearts', 'Spades', 'Clubs', 'Diamonds']
or myNumber not in range(2, 15)):
mySuit = input("Which card would you like to play? Enter suit. \n")
myNumber = int(input("Enter number [2 - 14]. \n"))
#Decide which card to send to the server
card_played = Poker.PokerCard(mySuit, myNumber)
#send to server
print("Card Sent")
return card_played
def test_sits_full_error(self):
t = Poker.Table()
p1 = Poker.Player("A")
p2 = Poker.Player("B")
p3 = Poker.Player("C")
p4 = Poker.Player("D")
p5 = Poker.Player("ERROR")
t.take_sit(p1)
t.take_sit(p2)
t.take_sit(p3)
t.take_sit(p4)
with self.assertRaises(Exception):
t.take_sit(p5)
def playMatch(self, matchNumber):
'''
Shuffle the deck before each match
Deal the cards to players
Show players' cards
'''
self.Deck.shuffle()
self.dealDeck()
self.printPlayerCards()
self.HeartsBroken = False
#Passing Phase
t = matchNumber % 4
'''
if t == 0:
#Pass left
elif t == 1:
#pass right
elif t == 2:
#pass across
else:
#no pass
'''
#First Trick is played by the 2 of clubs
#print(self.Deck.cards.index(Poker.PokerCard('Clubs',2)))
starting_player = self.players[int(
self.Deck.cards.index(Poker.PokerCard('Clubs', 2)) / 13)]
winner = starting_player
for trick in range(1, 14):
print(bcolors.HEADER + '\nTrick number {}'.format(trick) +
bcolors.ENDC)
self.OUTPUT_FILE.write('Trick number {}'.format(trick))
winner = self.playTrick(winner)
print("\nScores : \n\tA: {}\n\tB: {}\n\tC: {}\n\tD: {}".format(
self.playerNames[0].points, self.playerNames[1].points,
self.playerNames[2].points, self.playerNames[3].points))
def welcome():
cards = [
'AH', 'KH', 'QH', 'JH', '10H', '9H', '8H', '7H', '6H', '5H', '4H',
'3H', '2H', 'AD', 'KD', 'QD', 'JD', '10D', '9D', '8D', '7D', '6D',
'5D', '4D', '3D', '2D', 'AS', 'KS', 'QS', 'JS', '10S', '9S', '8S',
'7S', '6S', '5S', '4S', '3S', '2S', 'AC', 'KC', 'QC', 'JC', '10C',
'9C', '8C', '7C', '6C', '5C', '4C', '3C', '2C'
]
user1_card = []
user2_card = []
random.shuffle(cards)
for i in range(0, 5):
user1_card.append(cards[i])
for i in range(5, 10):
user2_card.append(cards[i])
output = Poker.check(user1_card, user2_card)
return render_template("index.html",
cards1=user1_card,
cards2=user2_card,
winner=output)
def test_card_printer2(self):
card = Poker.Card(0, 3)
self.assertEqual('Card colour is SPADES and figure is 3', str(card))
def test_get_colour_name(self):
card = Poker.Card(2, 11)
self.assertEqual(
'DIMONDS',
card.geColourName(),
)
else:
self.highlight = False
# Run until the user asks to quit
if __name__ == '__main__':
running = True
radius = 270
cards = []
origin_x = 350
origin_y = 350
PLAYERS = 7
BUY_IN = 1000
game = Poker(PLAYERS, BUY_IN)
game.deal()
game.print_hands()
game.print_flop()
game.score_hands()
flop_paths = []
for card in game.flop:
flop_paths.append(card.image_path())
player_card_paths = []
for player in game.players:
hand_paths = []
for card in player.hand:
hand_paths.append(card.image_path())
player_card_paths.append(hand_paths)
def test_get_figure_name(self):
card = Poker.Card(0, 11)
self.assertEqual('JACK', card.getFigureName())
from werkzeug.utils import secure_filename
# 画像のダウンロード
from flask import send_from_directory, render_template, jsonify
# 別ファイルのimport
from app.name import module_api
from app.play import module_play
# from app.play import module_play
import Change
import Poker
import json
import Type_Adjust
import Compare
import pandas
# インスタンス
change_class = Change.ChangeHand()
hand_class = Poker.TrumpGame()
module_change = Blueprint('change', __name__)
module_battle = Blueprint('battle', __name__)
@module_change.route("/change", methods=['GET'])
def change():
# 自分の手札のリスト
hand_list = []
hand_list.append(request.args.get('hand0', None))
hand_list.append(request.args.get('hand1', None))
hand_list.append(request.args.get('hand2', None))
hand_list.append(request.args.get('hand3', None))
hand_list.append(request.args.get('hand4', None))
# 関数を呼び出せる形にするためのリスト
hand_dictionary = []
if k > 0 and k <= n:
for i in range(n + 1, n + 1 - k, -1):
value *= i
for i in range(k):
value_d *= (i + 1)
else:
print('参数不合法...')
return int(value / value_d)
if __name__ == '__main__':
print("------------------初始化牌-------------")
poker = Poker(54)
poker.detail()
print("")
print("------------------洗牌-------------")
poker.shuffle()
poker.detail()
print("")
print("------------------发牌-------------")
players = []
for i in range(3):
cards = []
for j in range(17):
cards.append(poker.deal())
player = Player(i + 1, cards)
def test_deck_size(self):
deck = Poker.Deck()
hand = Poker.Hand(deck, 2)
self.assertEqual(len(deck.cardList), 50)
def play():
# Initialize Chips
# TODO
# Start New Window
window = Window()
# Initialize Database
database = MainDatabase("app_db.sqlite")
# Retrieve List of Profiles
profiles = database.ExecuteSelectQuery(
database.dynamicTables.SelectProfile())
# Create User Prompt
promptChoices = []
if profiles != []:
promptChoices = [profile[0] for profile in profiles]
promptChoices.append('New Profile')
# Display User Prompt
profileChoice = window.AddPrompt(["Which profile would you like to use?"],
promptChoices)
# Create a New Profile
if profileChoice == 'New Profile':
profileChoice = window.AddTextInput([
"Please Input Your New Profile Name",
"Press the Enter Key When Finished"
])
# Verify Profile Name's Uniqueness
profiles = database.ExecuteSelectQuery(
database.dynamicTables.SelectProfile(profileChoice),
[profileChoice])
while profiles != []:
# Continue prompting the user until a unique profile name is chosen
profileChoice = window.AddTextInput([
"The Profile Name Chosen Has Already Been Used. Please Input a Different Profile Name.",
"Press the Enter Key when Finished"
])
profiles = database.ExecuteSelectQuery(
database.dynamicTables.SelectProfile(profileChoice),
[profileChoice])
# Insert New Profile Into Database
database.ExecuteUpdateDeleteOrInsertQuery(
database.dynamicTables.saveProfile, [profileChoice])
# Retrieve List of Available Game Types
gameTypes = [
gameType[0] for gameType in database.ExecuteSelectQuery(
database.constantTables.SelectGameType())
]
# Ask User Which Game They Would Like to Play
gameType = window.AddPrompt(["Which card game would you like to play?"],
gameTypes)
if gameType == 'Blackjack':
game = Blackjack(window, database, profileChoice)
elif gameType == 'Poker':
game = Poker(window, database, profileChoice)
else:
print("Invalid input")
window.Quit()
quit()
def test_card_printer(self):
card = Poker.Card(1, 12)
self.assertEqual('Card colour is HEARTS and figure is QUEEN',
str(card))
