def experi(d1,p1,p2,pm,number_of_deck):
deck_on_table = deck.Deck(number_of_deck)
deck_on_table.set_deck()
dealer = deck.Player("Dealer",0)
player = deck.Player("Player 1",100)
# previous setting
dealer.take(d1)
player.take(p1)
player.take(p2)
deck_on_table.remove_from_deck(d1)
deck_on_table.remove_from_deck(p1)
deck_on_table.remove_from_deck(p2)
# deal new card to dealer
dealer.take(deck_on_table.deal())
dealer.set_value_by_computing()
player.set_value_by_computing()
dealer_next_move = ds.dealer_soft_strategy(dealer)
# run
if pm=='H':
# player has soft 17 strategy
kk = 'H'
while(kk=='H'):
player.take(deck_on_table.deal())
player.set_value_by_computing()
kk = ds.dealer_soft_strategy(player)
# double
if pm=='D':
player.take(deck_on_table.deal())
player.set_value_by_computing()
while(dealer_next_move=='H'):
temp2 = deck_on_table.deal()
dealer.take(temp2)
dealer.set_value_by_computing()
dealer_next_move = ds.dealer_soft_strategy(dealer)
# determine winner
if player.get_value()>21:
#print "Dealer win!"
return 2
elif dealer.get_value()>21:
#print "You win!"
return 0
else:
if dealer.get_value()>player.get_value():
#print "Dealer win!"
return 2
elif dealer.get_value()==player.get_value():
#print "Draw!"
return 1
else:
#print "You win!"
return 0
def run(deck_in_table, dealer, player, b):
ter = 0
# first two rounds
r = 1
dealer.set_value_by_computing()
for i in range(len(player)):
player[i].set_value_by_computing()
while (True):
if r > 2:
break
if r == 2:
temp = dealer.get_value()
dealer.take(deck_in_table.deal())
# dealer's next move
#dealer_next_move = dealer(temp,d.getlastcard())
dealer.set_value_by_computing()
dealer_next_move = ds.dealer_soft_strategy(dealer)
else:
dealer.take(deck_in_table.deal())
#d.take(['Club','A'])
for i in range(len(player)):
player[i].take(deck_in_table.deal())
player[i].set_value_by_computing()
#next_move = dealer2(p[0])
r = r + 1
# black jack!
if dealer.get_value() == 21 or player[0].get_value() == 21:
ter = 1
# adeck_in_tableitional rounds
# double checker
is_double = 0
while (ter == 0):
#show both cards
dealer.show_cards(1)
for i in range(len(player)):
print("")
player[i].show_cards(0)
# determine next moves
next_move = input("Your moves?")
if next_move == 'H':
player[0].next_move(deck_in_table.deal())
player[0].set_value_by_computing()
#next_move = dealer2(p[0])
'''if dealer_next_move=='H':
temp2 = deck_in_table.deal()
#dealer_next_move = dealer(d.value(),temp2[1])
d.take(temp2)
d.set_value_by_computing()
dealer_next_move = dealer2(d)'''
if player[0].get_value() > 21 or dealer.get_value() > 21:
break
# when player stay
elif next_move == 'S':
while (dealer_next_move == 'H'):
temp2 = deck_in_table.deal()
#dealer_next_move = dealer(d.value(),temp2[1])
dealer.take(temp2)
dealer.set_value_by_computing()
dealer_next_move = ds.dealer_soft_strategy(dealer)
break
# when player double
else:
is_double = 1
player[0].next_move(deck_in_table.deal())
player[0].set_value_by_computing()
if player[0].get_value() > 21:
break
while (dealer_next_move == 'H'):
temp2 = deck_in_table.deal()
dealer.take(temp2)
dealer.set_value_by_computing()
dealer_next_move = ds.dealer_soft_strategy(dealer)
break
dealer.show_cards(0)
for i in range(len(player)):
print("")
player[i].show_cards(0)
print("Dealer got " + str(dealer.get_value()) + ", and you got " +
str(player[0].get_value()) + ".")
if player[0].get_value() > 21:
print("Dealer win!")
player[0].add_money(-b)
if is_double == 1:
player[0].add_money(-b)
elif dealer.get_value() > 21:
print("You win!")
player[0].add_money(b)
if is_double == 1:
player[0].add_money(b)
else:
if dealer.get_value() > player[0].get_value():
print("Dealer win!")
player[0].add_money(-b)
if is_double == 1:
player[0].add_money(-b)
elif dealer.get_value() == player[0].get_value():
print("Draw!")
else:
print("You win!")
player[0].add_money(b)
if is_double == 1:
player[0].add_money(b)
for i in range(len(player)):
player[i].clear_cards()
dealer.clear_cards()
def run(deck_in_table,dealer,player,b):
ter = 0
# first two rounds
r = 1
dealer.set_value_by_computing()
for i in range(len(player)):
player[i].set_value_by_computing()
while(True):
if r>2:
break
if r==2:
temp = dealer.get_value()
dealer.take(deck_in_table.deal())
# dealer's next move
#dealer_next_move = dealer(temp,d.getlastcard())
dealer.set_value_by_computing()
dealer_next_move = ds.dealer_soft_strategy(dealer)
else:
dealer.take(deck_in_table.deal())
#d.take(['Club','A'])
for i in range(len(player)):
player[i].take(deck_in_table.deal())
player[i].set_value_by_computing()
#next_move = dealer2(p[0])
r=r+1
# black jack!
if dealer.get_value()==21 or player[0].get_value()==21:
ter = 1
# adeck_in_tableitional rounds
# double checker
is_double = 0
while(ter==0):
#show both cards
dealer.show_cards(1)
for i in range(len(player)):
print("")
player[i].show_cards(0)
# determine next moves
next_move = input("Your moves?")
if next_move=='H':
player[0].next_move(deck_in_table.deal())
player[0].set_value_by_computing()
#next_move = dealer2(p[0])
'''if dealer_next_move=='H':
temp2 = deck_in_table.deal()
#dealer_next_move = dealer(d.value(),temp2[1])
d.take(temp2)
d.set_value_by_computing()
dealer_next_move = dealer2(d)'''
if player[0].get_value()>21 or dealer.get_value()>21:
break
# when player stay
elif next_move=='S':
while(dealer_next_move=='H'):
temp2 = deck_in_table.deal()
#dealer_next_move = dealer(d.value(),temp2[1])
dealer.take(temp2)
dealer.set_value_by_computing()
dealer_next_move = ds.dealer_soft_strategy(dealer)
break
# when player double
else:
is_double = 1
player[0].next_move(deck_in_table.deal())
player[0].set_value_by_computing()
if player[0].get_value()>21:
break
while(dealer_next_move=='H'):
temp2 = deck_in_table.deal()
dealer.take(temp2)
dealer.set_value_by_computing()
dealer_next_move = ds.dealer_soft_strategy(dealer)
break
dealer.show_cards(0)
for i in range(len(player)):
print("")
player[i].show_cards(0)
print("Dealer got " + str(dealer.get_value()) + ", and you got " + str(player[0].get_value()) + ".")
if player[0].get_value()>21:
print("Dealer win!")
player[0].add_money(-b)
if is_double==1:
player[0].add_money(-b)
elif dealer.get_value()>21:
print("You win!")
player[0].add_money(b)
if is_double==1:
player[0].add_money(b)
else:
if dealer.get_value()>player[0].get_value():
print("Dealer win!")
player[0].add_money(-b)
if is_double==1:
player[0].add_money(-b)
elif dealer.get_value()==player[0].get_value():
print("Draw!")
else:
print("You win!")
player[0].add_money(b)
if is_double==1:
player[0].add_money(b)
for i in range(len(player)):
player[i].clear_cards()
dealer.clear_cards()
