def calculate_hand_point(agari_hand: AgariHand, hand_info: HandInfo, rule: Rule = None):
if rule is None:
rule = RuleLoader.load_rule()
divisions = divide_hand(agari_hand)
base_points = []
for division in divisions:
fu, fu_info = calculate_fu(division, hand_info, rule)
han, han_info, is_yakuman = calculate_han(division, hand_info, rule)
base_point = calculate_base_point(fu, han, is_yakuman)
base_points.append((base_point, han, fu, han_info, fu_info))
max_base_points = max(base_points)
if hand_info.player_wind == Tile.EAST:
if hand_info.is_tsumo_agari:
point = (max_base_points[0] * 2 + 99) // 100 * 100
point_string = str(point) + ' all'
else:
point = (max_base_points[0] * 6 + 99) // 100 * 100
point_string = str(point)
else:
if hand_info.is_tsumo_agari:
point1 = (max_base_points[0] + 99) // 100 * 100
point2 = (max_base_points[0] * 2 + 99) // 100 * 100
point_string = str(point1) + ', ' + str(point2)
else:
point = (max_base_points[0] * 4 + 99) // 100 * 100
point_string = str(point)
return point_string, *max_base_points[1:]
def test_sanankou_ron(test_input, agari_tile, expected):
result = False
for division in divide_hand(AgariHand(test_input, agari_tile),
is_tsumo_agari=False):
result |= Sanankou().is_satisfied(division,
HandInfo(is_tsumo_agari=False))
assert result == expected
def test_sanshoku(test_input, agari_tile, expected):
result = False
for division in divide_hand(AgariHand(test_input, agari_tile)):
result |= Sanshoku().is_satisfied(division, HandInfo())
assert result == expected
