def genInitLayoutLeft(self, machine_id, init_layout):
all_symbols = PayTable.getAllSymbols(machine_id)
ret = [[]for i in range(len(all_symbols) - len(init_layout))]
for i in range(self.WIDTH):
column = []
for row in init_layout:
column.append(row[i])
left_column = [s for s in all_symbols if s not in column]
random.shuffle(left_column)
for idx, s in enumerate(left_column):
ret[idx].append(s)
return ret
def genInitLayout(self):
"""
make sure each column has diff symbols.
"""
symbols = PayTable.getInitSymbols(self.game_id)
random.shuffle(symbols)
symbols += symbols
slot = [[-1]*self.WIDTH for i in range(self.HEIGHT)]
for j in range(self.WIDTH):
for i in range(self.HEIGHT):
slot[i][j] = symbols.pop(0)
scatter_pos = random.randint(0, 2)
slot[scatter_pos][0] = PayTable.SCATTER
bonus_pos = random.randint(0, 2)
slot[bonus_pos][3] = PayTable.BONUS
return slot
def doSpin(self, game_id, lv, lines, bet, is_free, fake_flag):
weight = PayTable.getSymbolWeight(self.game_id, lv, is_free, bet, fake_flag)
slots = self.genLayout(game_id, weight)
#final result checking
bonus_num = 0
spin_num = 0
response = {}
pay_out, ret = self.recheck(game_id, lines, slots)
if pay_out != 0:
response['win_lines'] = ret
combo = self.check5Combo(ret, slots)
if combo:
response["5combo"] = combo
response['symbols'] = slots
response['win'] = pay_out * bet
bonus = self.check_bonus(slots, lines)
if bonus:
(bonus_num, line, pos) = bonus
response['win_bonus'] = {'line': line, 'pos': pos}
scatter = self.check_scatter(slots)
if scatter:
(pos, n) = scatter
spin_num = FreeSpin.getNum(game_id, n)
response['win_free_spin'] = {'pos': pos, 'num': spin_num}
return (response, pay_out * bet, bonus_num, spin_num)
def recheck(self, game_id, line_num, slots):
ret = []
pay_out = 0
for idx in xrange(line_num):
n = 0
wild_n = 0
x = PayTable.LINES[idx][0]
y = 0
k = slots[x][y]
# if multiple wild exist on the same line
for (y, x) in enumerate(PayTable.LINES[idx]):
if slots[x][y] == PayTable.WILD:
wild_n += 1
else:
break
is_triple_wild = False
# checking for common symbol
for (y, x) in enumerate(PayTable.LINES[idx]):
if k == slots[x][y] or (PayTable.isWild(k) or PayTable.isWild(slots[x][y])):
n += 1
if PayTable.isWild(k):
k = slots[x][y]
if k == PayTable.TRIPLE_WILD or slots[x][y] == PayTable.TRIPLE_WILD:
is_triple_wild = True
else:
break
single_payout = 0
win_line = {}
# except BONUS and SCATTER checking
pay_table = PayTable.getPayTable(game_id)
if (k in pay_table) and (n in pay_table[k]):
single_payout = pay_table[k][n]
win_line = {'pos' : [(PayTable.LINES[idx][i], i) for i in xrange(n)],
'line' : idx}
if is_triple_wild:
single_payout *= 3
win_line['triple_wild'] = True
#Log.debug('detected:(%d, %d, %d)' % (idx, n, k))
if PayTable.WILD in pay_table and wild_n in pay_table[PayTable.WILD]:
if pay_table[PayTable.WILD][wild_n] > single_payout:
single_payout = pay_table[PayTable.WILD][wild_n]
win_line = {'pos': [(PayTable.LINES[idx][i], i) for i in xrange(wild_n)],
'line': idx}
#Log.debug('detected(override): (%d, %d, %d)' % (idx, wild_n, PayTable.WILD))
if win_line:
ret.append(win_line)
pay_out += single_payout
return (pay_out, ret)
