def can_concealed_kong(self, tiles, t):
""" 能暗杠 """
if t in self.kingTiles:
return False
if t == const.DRAGON_GREEN:
return False
return utility.get_count(tiles, t) == 4
def can_exposed_kong(self, tiles, t, pIdx=None):
""" 能明杠 """
# if not self.canOperationByTimesLimit(pIdx):
# return False
# if not self.canOperationByKingTile(pIdx):
# return False
return util.get_count(tiles, t) == 3
def cal_lucky_tile(self, win_tiles, lucky_tile):
if lucky_tile == 1:
# 一码全中
if len(self.tiles) > 0:
final = self.tiles[0]
self.tiles = self.tiles[1:]
return [final], 10 if final == const.DRAGON_RED else final % 10
else:
return [], 0
else:
if util.get_count(win_tiles, const.DRAGON_RED) == 0:
lucky_tile += 1
final = min(len(self.tiles), lucky_tile)
see_tiles = []
count = 0
for i in range(final):
t = self.tiles[0]
self.tiles = self.tiles[1:]
see_tiles.append(t)
if t in self.lucky_set:
count += 1
return see_tiles, count
def can_concealed_kong(self, tiles, t):
""" 能暗杠 """
if t == self.kingTile:
return False
return util.get_count(tiles, t) == 4
def get_dragon_green_num(self, tiles):
return utility.get_count(tiles, const.DRAGON_GREEN)
def check_is_dragon_green(self, tiles):
num = utility.get_count(tiles, const.DRAGON_GREEN)
if len(tiles) != num or len(tiles) <= 0:
return False
return True
def can_exposed_kong(self, tiles, t): """ 能明杠 """ if t in self.kingTiles: return False return utility.get_count(tiles, t) == 3
def can_concealed_kong(self, tiles, t):
""" 能暗杠 """
return util.get_count(tiles, t) == 4
