def examine_suit_sequence(self):
suit_sequence = False
try:
first_suit = self.hand.special[0].tiles[0].suit
same_suit = all(tile.suit == first_suit
for tile in self.hand.special[0].tiles)
if same_suit == True:
ranks = np.unique(np.array(self.map_ranks()))
suit_sequence = Tools.check_sequence(ranks)
else:
suit_sequence = False
except AttributeError:
pass #means tile.suit isn't set
except IndexError:
pass #means hand.special is empty
return suit_sequence
def __init__(self, tiles, concealed=None):
#self.type can be pung, kong, chow, knitted, pair, special
#self.tile_type is determined from tile.tile_type
#self.honor is determined from tile.honor
self.tiles = []
self.concealed = False if concealed is None else concealed
for t in tiles:
self.tiles.append(Tile(t))
#this includes Seven Pairs
if len(tiles) == 14:
self.type = "special"
tileset_type = getattr(self, "type", "")
honor = getattr(self.tiles[0], "honor", "")
if tileset_type != "special":
if honor == "dragon":
self.tile_type = "honor"
self.honor = "dragon"
elif honor == "wind":
self.tile_type = "honor"
self.honor = "wind"
try:
self.suit = self.tiles[0].suit
except AttributeError:
pass
is_sequence = False
is_repeated = False
is_knitted = False
first_tile_rank = getattr(self.tiles[0], "rank", "")
first_tile_suit = getattr(self.tiles[0], "suit", "")
if tileset_type == "special":
#There is only one special set which has a suit: Seven Shifted Pairs.
def get_suits(tile):
suit = getattr(tile, "suit", "")
return suit
suits = list(map(get_suits, self.tiles))
if "" not in suits:
self.suit = self.tiles[0].suit
#suited sets can take many forms
elif first_tile_rank.isdigit():
def get_ranks(tile):
rank = int(tile.rank)
return rank
ranks = list(map(get_ranks, self.tiles))
ranks.sort()
is_sequence = Tools.check_sequence(ranks)
is_repeated = True if ranks == list(reversed(ranks)) else False
for knitted in Constants.KNITTED_SETS:
if is_sequence == False and tuple(ranks) == knitted:
is_knitted = True
type_first = getattr(self.tiles[0], "tile_type", "")
type_last = getattr(self.tiles[-1], "tile_type", "")
#chow, pung, kong and pair can be terminal, knitted can not
if (type_first == "terminal"
or type_last == "terminal") and is_knitted == False:
self.tile_type = "terminal"
#honor sets lack rank and are thus simpler
else:
def get_names(tile):
return tile.name
names = list(map(get_names, self.tiles))
names.sort()
is_repeated = True if names == list(reversed(names)) else False
if is_sequence == True:
self.type = "chow"
elif is_knitted == True:
self.type = "knitted"
self.concealed = True #knitted sets cannot be melded
elif is_repeated == True and len(self.tiles) == 2:
self.type = "pair"
elif is_repeated == True and len(self.tiles) == 3:
self.type = "pung"
elif is_repeated == True and len(self.tiles) == 4:
self.type = "kong"
