def maingame():
x = input("press y/n")
if x == "Y" or x == "Yes" or x == "yes" or x == "y":
card = []
card.append(Card(random.randint(1, 13), random.choice(suits)))
card.append(Card(random.randint(1, 13), random.choice(suits)))
hand.resethand()
i = 0
while (i < len(card)):
hand.addCard(card[i].bjValue())
print(card[i].bjValue())
i += 1
if sum(hand.hand) == 11 and (hand.hand[0] == 1 or hand.hand[1] == 1):
print("BLACKJACK", "\n************"
"\n You Win!", "\n************")
exit()
while True:
print("you are at: \n", sum(hand.hand))
option = input("1) Hit \n2) Stay\n")
if option == "1":
card.append(Card(random.randint(1, 11), random.choice(suits)))
hand.addCard(card[i].bjValue())
j = 0
while (j < len(card)):
print(card[j].bjValue())
j += 1
if (sum(hand.hand) > 21):
print("You lose sucker")
break
if option == "2":
while (sum(dhand.hand) < 17):
dhand.addCard(
Card(random.randint(1, 11),
random.choice(suits)).bjValue())
print("Dealer has: \n", sum(dhand.hand))
if (sum(dhand.hand) > 21):
print("Dealer Bust\nYou win")
break
elif (sum(hand.hand) > sum(dhand.hand)
and sum(hand.hand) <= 21):
print("You win")
break
elif (sum(hand.hand) == sum(dhand.hand)):
print("Draw")
break
else:
print("You lose")
break
else:
exit()
def RitualStone(self, board, player, enemies, tag, relics):
for x in range(5):
card = cards['demonic seal']
player.stackCards.append(
Card(0, 0, 0, 0, card[0], card[1], card[2], card[3], card[4],
card[5], card[6], card[7]))
player.stackCards = shuffle(player.stackCards)
return board, player, enemies
class TestCard(unittest.TestCase):
def setUp(self):
random.seed(42)
self.card = Card("Max")
self.leo = Card("Leo")
def tearDown(self):
del self.card
del self.leo
def test_init(self):
self.assertEqual(self.card.name, "Max")
self.assertFalse(self.card.is_keg)
self.assertEqual(self.card.comp_cross_out_nb, False)
def test_str(self):
self.assertNotEqual(self.card.__str__(), self.leo.__str__())
def test_len(self):
self.assertEqual(len(self.card), 3)
def test_eq(self):
self.assertEqual(len(self.card), len(self.leo))
def test_rt(self):
self.assertTrue(self.card > self.leo)
def test_check_keg(self):
self.card.check_keg(25)
self.assertTrue(self.card.is_keg)
def test_cross_out_nb(self):
self.card.cross_out_nb(25)
self.assertFalse(self.card.is_keg)
def test_calc_sum(self):
self.assertGreaterEqual(self.card.calc_sum(), 0)
from Classes.Attack import *
from Classes.Card import *
from Classes.CardType import *
from Classes.Element import *
from Classes.Energy import *
from Classes.Pokemon import *
from Classes.Set import *
from Classes.Subset import *
#Testing Constructors and Displays are working for all Classes
atk1 = Attack('1', 'Quick Attack',
'Flip a coin, if heads, this attack does 10 more damage.', '20',
'CC')
card1 = Card('1', 'Pikachu', 'Eletric Mouse', '4', 'Kioko', '1',
'http/artlink.here', '4', '2', '1')
cardType1 = CardType('1', 'Trainer', 'So mad')
element1 = Element('1', 'Fire', 'FireLogoLink.com')
energy1 = Energy('1', 'false')
pokemon1 = Pokemon('1', 'Basic', '60', 'CC', 'Water', 'Grass', '2', '', '2',
'1', '', '1', '2', '')
set1 = Set('1', 'Sun & Moon', '2017', '600', 'Use GX Powers!')
subset1 = Subset('1', 'Base Set', '2017', '130', 'Solgaleo and Lunala GX', '1')
print(atk1.display())
print(card1.display())
print(cardType1.display())
print(element1.display())
print(energy1.display())
print(pokemon1.display())
print(set1.display())
print(subset1.display())
cards = []
# base for adding in the dictionaries for the cards and the root of where the images are
blankCard = {'used': False, 'image': False, 'name': False, 'description': False, 'ichorCost': False, 'exhaust': False}
cardRoot = 'Images\\Cards\\'
# cards
def LuckOfTheDice(enemy, board, blankBoard):
newBoard = deepcopy(blankBoard)
for row in board:
for card in row:
for type in card:
while not card[type]:
cords = (randint(1, 5), randint(1, 5))
if not newBoard[cords[0]][cords[1]][type]:
newBoard[cords[0]][cords[1]][type] = card[type]
card[type] = False
return newBoard
cards.append(Card(False, False, False, False, LuckOfTheDice, False, 'luck of the dice', 'usable once a combat which randomly moves all cards, playable positions and where the enemies will attack, for no ichor', 0, True))
def StrikeAtTheHeart(enemy, board, blankBoard):
enemy.crippling += 2
enemy.hp -= 15
cards.append([False, False, False, False, StrikeAtTheHeart, pygame.image.load(cardRoot+'StrikeAtTheHeart.png'), 'strike at the heart', 'high cost, medium damage, status effect, single target', 3, False])
from pip._vendor.colorama import init
init()
from pip._vendor.colorama import Back, Fore, Style
# list of variables
player_1 = None
player_2 = None
player_3 = None
player_4 = None
Dealer = Player('Dealer', ' ')
hand_1 = Hand()
hand_2 = Hand()
hand_3 = Hand()
hand_4 = Hand()
dealer = Hand()
dealer_hid_card = Card(' ',' ')
hid_card = []
new_deck = Deck()
player_list = [player_1,player_2,player_3,player_4]
hand_list = [hand_1,hand_2,hand_3,hand_4,dealer]
ply_option = {'H':'Hit', 'S':'Stand', 'D':'Double Down'}
# functions for the game
def table(player_list):
'''
Some sort of GUI
:param player_list:
:return:
'''
def __init__(self):
self.deck = []
for suit in Variables.suits:
for rank in Variables.ranks:
self.deck.append(Card.Card(suit, rank))
def setUp(self):
random.seed(42)
self.card = Card("Max")
self.leo = Card("Leo")
from random import randint
from Classes import Hand
from Classes import Card
from Functions import deal
from Functions import bust_check
from Functions import table
from Functions import table_win
# FUNCTIONS #
# CARDS #
twospades = Card("Two of Spades", 2)
twohearts = Card("Two of Hearts", 2)
twodiamonds = Card("Two of Diamonds", 2)
twoclubs = Card("Two of Clubs", 2)
threespades = Card("Three of Spades", 3)
threehearts = Card("Three of Hearts", 3)
threediamonds = Card("Three of Diamonds", 3)
threeclubs = Card("Three of Clubs", 3)
fourspades = Card("Four of Spades", 4)
fourhearts = Card("Four of Hearts", 4)
fourdiamonds = Card("Four of Diamonds", 4)
fourclubs = Card("Four of Clubs", 4)
fivespades = Card("Five of Spades", 5)
fivehearts = Card("Five of Hearts", 5)
fivediamonds = Card("Five of Diamonds", 5)
fiveclubs = Card("Five of Clubs", 5)
'''c1=Card(x,y)
hand=Hand()
dhand=Hand()
def drawcard():
suits="cdsh"
Card(random.randint(1,13),random.choice(suits))
'''
print("Welcome to Serendipity")
hand = Hand()
dhand = Hand()
suits = "cdsh"
x = input("Play BJ?\n Y/N\n").upper()
if x == "Y":
card = []
card.append(Card(random.randint(1, 13), random.choice(suits)))
card.append(Card(random.randint(1, 13), random.choice(suits)))
i = 0
while (i < len(card)):
hand.addCard(card[i].bjValue())
print(card[i].bjValue())
i += 1
if sum(hand.hand) == 11 and (hand.hand[0] == 1 or hand.hand[1] == 1):
print("BLACKJACK", "\n************" "\n You Win!", "\n************")
exit()
while True:
print("you are at: \n", sum(hand.hand))
option = input("1) Hit \n2) Stay\n")
if option == "1":
card.append(Card(random.randint(1, 11), random.choice(suits)))
hand.addCard(card[i].bjValue())