def generate(self, num):
d = []
for i in range(num):
for j in range(14):
d.append(card(self.vals[j], 'S'))
d.append(card(self.vals[j], 'C'))
d.append(card(self.vals[j], 'D'))
d.append(card(self.vals[j], 'H'))
return d
def on_mouse_press(self, x, y, button, modifiers):
"""
Called whenever the mouse button is clicked.
"""
i=0
if(self.draw==1 and self.turn=='p' and self.meld==False):
while i <len(self.self_cards):
if(self.self_cards[i].center_x-self.SCREEN_WIDTH*0.04<=x<=self.self_cards[i].center_x+self.SCREEN_WIDTH*0.04):
if(self.self_cards[i].center_y-self.SCREEN_HEIGHT*0.04<=y<=self.self_cards[i].center_y+self.SCREEN_HEIGHT*0.04):
self.self_cards[i].center_y=self.SCREEN_HEIGHT*0.5
self.self_cards[i].center_x=self.SCREEN_WIDTH*0.6
m=card(self.self_cards[i].no,self.self_cards[i].suit,self.GAME_CONFIG)
if (not (m.no==self.m.no and m.suit==self.m.suit)):
self.shown_deck.append(m)
self.self_cards[i].remove_from_sprite_lists()
self.draw=0
self.flg=0
self.turn='c'
break
i+=1
elif(self.draw==1 and self.turn=='p' and self.meld==True and len(self.meld_cards)<5):
while i<(len(self.self_cards)):
if(self.self_cards[i].center_x-self.SCREEN_WIDTH*0.04<=x<=self.self_cards[i].center_x+self.SCREEN_WIDTH*0.04):
if(self.self_cards[i].center_y-self.SCREEN_HEIGHT*0.04<=y<=self.self_cards[i].center_y+self.SCREEN_HEIGHT*0.04):
m=card(self.self_cards[i].no,self.self_cards[i].suit,self.GAME_CONFIG)
self.meld_cards.append(m)
self.self_cards[i].remove_from_sprite_lists()
self.flg=1
break
i+=1
elif(self.draw==0 and self.flg==0 and self.turn=='p'):
if(self.shown_deck[-1].center_x-self.SCREEN_WIDTH*0.04<=x<=self.shown_deck[-1].center_x+self.SCREEN_WIDTH*0.04):
if(self.shown_deck[-1].center_y-self.SCREEN_HEIGHT*0.04<=y<=self.shown_deck[-1].center_y+self.SCREEN_HEIGHT*0.04):
self.shown_deck[-1].center_y=self.SCREEN_HEIGHT*0.2
self.shown_deck[-1].center_x=self.SCREEN_WIDTH*self.g
self.m=card(self.shown_deck[-1].no,self.shown_deck[-1].suit,self.GAME_CONFIG)
self.self_cards.append(self.m)
self.shown_deck[-1].remove_from_sprite_lists()
self.draw=1
self.flg=1
if(self.back_of_card.center_x-self.SCREEN_WIDTH*0.04<=x<=self.back_of_card.center_x+self.SCREEN_WIDTH*0.04):
if(self.back_of_card.center_y-self.SCREEN_HEIGHT*0.04<=y<=self.back_of_card.center_y+self.SCREEN_HEIGHT*0.04):
if(len(self.hidden_deck)==1):
self.trigger_game_over()
else:
self.hidden_deck[-1].center_y=self.SCREEN_HEIGHT*0.2
self.hidden_deck[-1].center_x=self.SCREEN_WIDTH*self.g
self.m=card(self.hidden_deck[-1].no,self.hidden_deck[-1].suit,self.GAME_CONFIG)
self.self_cards.append(self.m)
self.hidden_deck[-1].remove_from_sprite_lists()
self.draw=1
self.flg=1
def create_cards(self):
""" sets up cards in deck """
l=['H','S','C','D']
k=['A','2','3','4','5','6','7','8','9','10','J','Q','K']
shuffle(l)
shuffle(k)
self.back_of_card=card('1','R',self.GAME_CONFIG)
self.back_of_card.center_y = self.SCREEN_HEIGHT*0.5
self.back_of_card.center_x = self.SCREEN_WIDTH*0.4
for i in range(4):
for j in range(13):
self.m=card(k[j],l[i],self.GAME_CONFIG)
self.cards.append(self.m)
def meld_comp(self,i,j,k):
self.meld_cards.append(self.comp_cards[i])
self.meld_cards.append(self.comp_cards[j])
self.meld_cards.append(self.comp_cards[k])
z=arcade.SpriteList()
for i in range(len(self.meld_cards)):
m=card(self.meld_cards[i].no,self.meld_cards[i].suit,self.GAME_CONFIG,1)
z.append(m)
self.meld_list.append(z)
while(len(self.meld_cards)>0):
self.meld_cards[0].remove_from_sprite_lists()
def draw_game(self):
""" Draw all the sprites, along with the score. """
# Draw the background texture
arcade.draw_texture_rectangle(
self.SCREEN_WIDTH // 2,
self.SCREEN_HEIGHT // 2,
self.SCREEN_WIDTH,
self.SCREEN_HEIGHT,
self.background_ingame
)
output = f"{self.score}"
arcade.draw_text(output, self.SCREEN_WIDTH*0.1, self.SCREEN_HEIGHT*0.95, (239, 182, 90), 28,align="center", anchor_x="center", anchor_y="center",)
self.g=0.1
#print(len(self.self_cards))
for i in range(len(self.self_cards)):
self.self_cards[i].center_y = self.SCREEN_HEIGHT*0.2
self.self_cards[i].center_x = self.SCREEN_WIDTH*self.g
self.self_cards[i].draw()
self.g+=0.08
self.g=0.1
for i in range(len(self.comp_cards)):
m=card('1','R',self.GAME_CONFIG)
m.center_y = self.SCREEN_HEIGHT*0.8
m.center_x = self.SCREEN_WIDTH*self.g
self.g+=0.08
m.draw()
self.back_of_card.draw()
if(len(self.shown_deck)!=0):
self.shown_deck[-1].center_y=self.SCREEN_HEIGHT*0.5
self.shown_deck[-1].center_x=self.SCREEN_WIDTH*0.6
self.shown_deck[-1].draw()
g=0.1
for i in range(len(self.meld_cards)):
self.meld_cards[i].center_y=self.SCREEN_HEIGHT*0.55
self.meld_cards[i].center_x=self.SCREEN_WIDTH*g
self.meld_cards[i].draw()
g+=0.08
self.h=0.65
for j in self.meld_list:
g=0.8
for i in range(len(j)):
j[i].center_y=self.SCREEN_HEIGHT*self.h
j[i].center_x=self.SCREEN_WIDTH*g
j[i].draw()
g+=0.02
self.h-=0.1
def __init__(self):
self.SUITS = ["Clubs", "Hearts", "Diamonds", "Spades"]
self.RANKS = [
"2", "3", "4", "5", "6", "7", "8", "9", "10", "Jack", "Queen",
"King", "Ace"
]
self.deckStart = []
for suit in self.SUITS:
for rank in self.RANKS:
self.deckStart.append(card(rank, suit))
self.playDeck = copy.deepcopy(self.deckStart)
random.shuffle(self.playDeck)
def __init__(self, P1, P2 = None, P3 = None, P4 = None, P5 = None):
self.P1 = P1
self.P2 = P2
self.P3 = P3
self.P4 = P4
self.P5 = P5
self.deck = card()
self.deck.deck.remove('Joker')
self.make_Player()
self.player_list = [self.P1, self.P2, self.P3, self.P4, self.P5]
self.player_turple = (self.P1, self.P2, self.P3, self.P4, self.P5)
self.pp_list = ['P1', 'P2', 'P3', 'P4', 'P5']
self.pp_turple = ('P1', 'P2', 'P3', 'P4', 'P5')
self.money_list = [self.P1.money, self.P2.money, self.P3.money, self.P4.money, self.P5.money]
self.max_money = []
self.dealer = []
def mel(self):
asc=0
dsc=0
eq=0
f=0
if(len(self.meld_cards)==3):
if(self.meld_cards[0].num>self.meld_cards[1].num and self.meld_cards[0].suit==self.meld_cards[1].suit):
for i in range(len(self.meld_cards)-1):
if(self.meld_cards[i].num!=self.meld_cards[i+1].num+1):
dsc=1
if(dsc==1):
print("not dsc")
output = "Invalid Meld"
print(output)
while(len(self.meld_cards)>0):
m=card(self.meld_cards[0].no,self.meld_cards[0].suit,self.GAME_CONFIG)
self.self_cards.append(m)
self.meld_cards[0].remove_from_sprite_lists()
else:
z=arcade.SpriteList()
for i in range(len(self.meld_cards)):
m=card(self.meld_cards[i].no,self.meld_cards[i].suit,self.GAME_CONFIG,1)
z.append(m)
self.meld_list.append(z)
while(len(self.meld_cards)>0):
self.meld_cards[0].remove_from_sprite_lists()
elif(self.meld_cards[0].num<self.meld_cards[1].num and self.meld_cards[0].suit==self.meld_cards[1].suit):
for i in range(len(self.meld_cards)-1):
if(self.meld_cards[i].num!=self.meld_cards[i+1].num-1):
asc=1
break
if(asc==1):
print("not asc")
output = "Invalid Meld"
print(output)
while(len(self.meld_cards)>0):
m=card(self.meld_cards[0].no,self.meld_cards[0].suit,self.GAME_CONFIG)
self.self_cards.append(m)
self.meld_cards[0].remove_from_sprite_lists()
else:
z=arcade.SpriteList()
for i in range(len(self.meld_cards)):
m=card(self.meld_cards[i].no,self.meld_cards[i].suit,self.GAME_CONFIG,1)
z.append(m)
self.meld_list.append(z)
while(len(self.meld_cards)>0):
self.meld_cards[0].remove_from_sprite_lists()
elif(self.meld_cards[0].num==self.meld_cards[1].num):
for i in range(len(self.meld_cards)-1):
if(self.meld_cards[i].num!=self.meld_cards[i+1].num):
eq=1
break
if(eq==1):
print("not eq")
for i in range(len(self.meld_cards)):
print(self.meld_cards[i].num)
output = "Invalid Meld"
print(output)
while(len(self.meld_cards)>0):
m=card(self.meld_cards[0].no,self.meld_cards[0].suit,self.GAME_CONFIG,1)
self.self_cards.append(m)
self.meld_cards[0].remove_from_sprite_lists()
else:
z=arcade.SpriteList()
for i in range(len(self.meld_cards)):
m=card(self.meld_cards[i].no,self.meld_cards[i].suit,self.GAME_CONFIG,1)
z.append(m)
self.meld_list.append(z)
while(len(self.meld_cards)>0):
self.meld_cards[0].remove_from_sprite_lists()
else:
print("meld not possible")
while(len(self.meld_cards)>0):
m=card(self.meld_cards[0].no,self.meld_cards[0].suit,self.GAME_CONFIG)
self.self_cards.append(m)
self.meld_cards[0].remove_from_sprite_lists()
self.meld=False
else:
print("meld not possible")
while(len(self.meld_cards)>0):
m=card(self.meld_cards[0].no,self.meld_cards[0].suit,self.GAME_CONFIG)
self.self_cards.append(m)
self.meld_cards[0].remove_from_sprite_lists()
self.meld=False
def on_update(self,delta_time):
draw_from_shown=False
if(len(self.hidden_deck)<1 or len(self.self_cards)<3 or len(self.comp_cards)<3):
self.trigger_game_over()
if(self.turn=='c'):
i=0
while i<len(self.comp_cards)-1:
j=i+1
while j <len(self.comp_cards):
if(self.comp_cards[i].num==self.comp_cards[j].num):
if(self.shown_deck[-1].num==self.comp_cards[i].num):
draw_from_shown=True
break
if(self.comp_cards[i].num+1==self.comp_cards[j].num and self.comp_cards[i].suit==self.comp_cards[j].suit):
if((self.shown_deck[-1].num==self.comp_cards[i].num-1 or self.shown_deck[-1].num==self.comp_cards[j].num+1) and self.shown_deck[-1].suit==self.comp_cards[i].suit):
draw_from_shown=True
break
if(self.comp_cards[i].num-1==self.comp_cards[j].num and self.comp_cards[i].suit==self.comp_cards[j].suit):
if((self.shown_deck[-1].num==self.comp_cards[j].num-1 or self.shown_deck[-1].num==self.comp_cards[i].num+1) and self.shown_deck[-1].suit==self.comp_cards[i].suit):
draw_from_shown=True
break
if(self.comp_cards[i].num+2==self.comp_cards[j].num and self.comp_cards[i].suit==self.comp_cards[j].suit):
if((self.shown_deck[-1].num==self.comp_cards[i].num+1) and self.shown_deck[-1].suit==self.comp_cards[i].suit):
draw_from_shown=True
break
if(self.comp_cards[i].num-2==self.comp_cards[j].num and self.comp_cards[i].suit==self.comp_cards[j].suit):
if((self.shown_deck[-1].num==self.comp_cards[i].num-1) and self.shown_deck[-1].suit==self.comp_cards[i].suit):
draw_from_shown=True
break
j+=1
i+=1
if(draw_from_shown==True):
self.g=0.1
self.shown_deck[-1].center_y=self.SCREEN_HEIGHT*0.8
self.shown_deck[-1].center_x=self.SCREEN_WIDTH*self.g
self.m=card(self.shown_deck[-1].no,self.shown_deck[-1].suit,self.GAME_CONFIG,0,1)
self.g+=0.08
self.comp_cards.append(self.m)
self.copy_of_shown=self.shown_deck[-1]
self.shown_deck[-1].remove_from_sprite_lists()
else:
self.hidden_deck[-1].center_y=self.SCREEN_HEIGHT*0.8
self.hidden_deck[-1].center_x=self.SCREEN_WIDTH*self.g
self.m=card(self.hidden_deck[-1].no,self.hidden_deck[-1].suit,self.GAME_CONFIG,0,1)
self.comp_cards.append(self.m)
self.hidden_deck[-1].remove_from_sprite_lists()
i=0
j=0
k=0
while(i<len(self.comp_cards)):
j=i+1
while(j<len(self.comp_cards)):
k=j+1
flg=0
while(k<len(self.comp_cards)):
if(self.comp_cards[i].num==self.comp_cards[j].num):
if(self.comp_cards[k].num==self.comp_cards[i].num):
self.meld_comp(i,j,k)
flg=1
if(self.comp_cards[i].num+1==self.comp_cards[j].num and self.comp_cards[i].suit==self.comp_cards[j].suit):
if((self.comp_cards[k].num==self.comp_cards[i].num-1 or self.comp_cards[k].num==self.comp_cards[j].num+1) and self.shown_deck[-1].suit==self.comp_cards[i].suit):
self.meld_comp(i,j,k)
flg=1
if(self.comp_cards[i].num-1==self.comp_cards[j].num and self.comp_cards[i].suit==self.comp_cards[j].suit):
if((self.shown_deck[-1].num==self.comp_cards[j].num-1 or self.shown_deck[-1].num==self.comp_cards[i].num+1) and self.shown_deck[-1].suit==self.comp_cards[i].suit):
self.meld_comp(i,j,k)
flg=1
if(flg==0):
k+=1
j+=1
i+=1
max_card=self.comp_cards[0]
if(draw_from_shown==True):
for i in range(len(self.comp_cards)):
if(max_card.num<self.comp_cards[i].num and not (max_card.no==self.copy_of_shown.no and max_card.suit==self.copy_of_shown.suit)):
max_card=self.comp_cards[i]
m=card(max_card.no,max_card.suit,self.GAME_CONFIG)
self.shown_deck.append(m)
i=0
while(i <len(self.comp_cards)):
if(max_card.no==self.comp_cards[i].no and max_card.suit==self.comp_cards[i].suit):
self.comp_cards[i].remove_from_sprite_lists()
break
i+=1
else:
for i in range(len(self.comp_cards)):
if(max_card.num<self.comp_cards[i].num):
max_card=self.comp_cards[i]
m=card(max_card.no,max_card.suit,self.GAME_CONFIG)
self.shown_deck.append(m)
i=0
while(i<len(self.comp_cards)):
if(max_card.num==self.comp_cards[i].num and max_card.suit==self.comp_cards[i].suit):
self.comp_cards[i].remove_from_sprite_lists()
break
i+=1
if(len(self.comp_cards)<=1):
self.trigger_game_over()
self.turn='p'
