def constdb():
# define deck
dk = deck.deck(1)
dk.setdeck()
# define table & player
p = [deck.player('table',0)]
p.append(deck.player('player',100))
# all possible card set for table
tclist = cpair(dk,5)
# file
f = file('holdem_db.txt','w')
f.write('tcard1\ttcard2\ttcard3\ttcard4\ttcard5\tpcard1\tpcard2\twin\tdraw\tlose\n')
f.close()
def constdb():
# define deck
dk = deck.deck(1)
dk.setdeck()
# define table & player
p = [deck.player('table', 0)]
p.append(deck.player('player', 100))
# all possible card set for table
tclist = cpair(dk, 5)
# file
f = file('holdem_db.txt', 'w')
f.write(
'tcard1\ttcard2\ttcard3\ttcard4\ttcard5\tpcard1\tpcard2\twin\tdraw\tlose\n'
)
f.close()
def holdem(n):
# define deck
dk = deck.deck(1)
dk.setdeck()
# define table
p = [deck.player("table", 0)]
for i in range(n):
p.append(deck.player(str(i + 1), 100))
# deal 2 cards to each
for i in range(1, len(p)):
p[i].take(dk.deal())
p[i].take(dk.deal())
# bet
##
# deal 2 cards to table
p[0].take(dk.deal())
p[0].take(dk.deal())
# show table cards
print "table cards"
p[0].showcards()
# bet
##
# deal 3 more cards to table
p[0].take(dk.deal())
p[0].take(dk.deal())
p[0].take(dk.deal())
# show table cards
print "table cards"
p[0].showcards()
print ""
# bet
##
# check
# get best cards of each
best = []
for i in range(1, len(p)):
if p[i].status == 1:
continue
temp = p[0].getcards()
for j in range(len(temp)):
p[i].take(temp[j])
best.append([checker.extract(p[i].getcards(), 5), i])
# check the winner
win = [0]
for i in range(1, len(best)):
fight = checker.compete([best[win[0]][0], best[i][0]])
if fight == 2:
win = [i]
elif fight == 1:
win.append(i)
# show result
for i in range(len(best)):
p[best[i][1]].showcards()
print p[best[i][1]].name + ": " + score[checker.order(best[i][0])]
for j in range(len(best[i][0])):
print best[i][0][j]
print ""
print "The winner is "
for i in range(len(win)):
print p[best[win[i]][1]].name
def holdem(n):
# define deck
dk = deck.deck(1)
dk.setdeck()
# define table
p = [deck.player('table', 0)]
for i in range(n):
p.append(deck.player(str(i + 1), 100))
# deal 2 cards to each
for i in range(1, len(p)):
p[i].take(dk.deal())
p[i].take(dk.deal())
# bet
##
# deal 2 cards to table
p[0].take(dk.deal())
p[0].take(dk.deal())
# show table cards
print 'table cards'
p[0].showcards()
# bet
##
# deal 3 more cards to table
p[0].take(dk.deal())
p[0].take(dk.deal())
p[0].take(dk.deal())
# show table cards
print 'table cards'
p[0].showcards()
print ''
# bet
##
# check
# get best cards of each
best = []
for i in range(1, len(p)):
if p[i].status == 1:
continue
temp = p[0].getcards()
for j in range(len(temp)):
p[i].take(temp[j])
best.append([checker.extract(p[i].getcards(), 5), i])
# check the winner
win = [0]
for i in range(1, len(best)):
fight = checker.compete([best[win[0]][0], best[i][0]])
if fight == 2:
win = [i]
elif fight == 1:
win.append(i)
# show result
for i in range(len(best)):
p[best[i][1]].showcards()
print p[best[i][1]].name + ': ' + score[checker.order(best[i][0])]
for j in range(len(best[i][0])):
print best[i][0][j]
print ''
print 'The winner is '
for i in range(len(win)):
print p[best[win[i]][1]].name
