def test2():
super_board = variant.BughouseSuperBoard()
super_board.push(chess.Move.from_uci("g1h3"), 'A')
print(super_board.unicode_ext())
moves = list()
for mv in super_board.get_base_board('A').generate_legal_moves():
moves.append(mv)
print(moves)
def test3():
"""
make these moves, follow what happens
g1h3
e7e5
h3f4
e5f4
"""
super_board = variant.BughouseSuperBoard()
moves = ["g1h3", "e7e5", "h3f4", "e5f4"]
for mv in moves:
super_board.push(chess.Move.from_uci(mv), 'A')
print(super_board.unicode_ext())
def test8():
"""
make these moves, follow what happens
g1h3 a
b2b3 b
a7a6 a
g8h6 b
h3g5 a
b1c3 b
b7b5 a
h8g8 b
g5h7 a
a1b1 b
f7f5 a
"""
super_board = variant.BughouseSuperBoard()
moves = [("g1h3", "A"), ("f2f3", "B"), ("g8f6", "A"), ("g8h6", "B"),
("h3g5", "A"), ("d2d3", "B"), ("b7b5", "A"), ("h8g8", "B"),
("g5h7", "A"), ("a2a4", "B"), ("f6e4", "A"), ("g8h8", "B"),
("h7f8", "A"), ("g1h3", "B"), ("e8f8", "A"), ("h8g8", "B"),
("h1g1", "A"), ("N@e5", "B"), ("g7g5", "A"), ("g8h8", "B"),
("g1h1", "A"), ("g2g3", "B"), ("h8h7", "A"), ("h8g8", "B"),
("h1g1", "A"), ("b2b3", "B"), ("h7g7", "A"), ("g8h8", "B"),
("g1h1", "A"), ("b1a3", "B"), ("f8g8", "A"), ("h8g8", "B"),
("h1g1", "A"), ("f1g2", "B"), ("g8h7", "A")]
for (mv, b) in moves:
super_board.push(chess.Move.from_uci(mv), b)
print(super_board.unicode_ext(borders=True, labels=True))
print("{} pockets {}".format('A',
super_board.get_base_board('A').pockets))
print("{} pockets {}".format('B',
super_board.get_base_board('B').pockets))
moves = []
for mv in super_board.get_base_board('B').generate_legal_moves():
moves.append(mv)
print(moves)
eval_class = chess.utility.BasicMaterialEvaluationBughouseBase()
blackB = ai.PartneredAI("blackB",
super_board,
chess.B,
chess.BLACK,
eval_class,
False,
max_depth=4)
move = blackB.choose_move()
super_board.push(move, 'B')
# super_board.pop()
# print(super_board.unicode_ext())
print("{} pockets {}".format('A', super_board.get_base_board('A').pockets))
print("{} pockets {}".format('B', super_board.get_base_board('B').pockets))
def test5():
"""
make these moves, follow what happens
g1h3
g7g5
h3g5
P@a3
"""
super_board = variant.BughouseSuperBoard()
moves = ["g1h3", "g7g5", "h3g4", "P@a3"]
for mv in moves:
super_board.push(chess.Move.from_uci(mv), 'A')
print(super_board.unicode_ext(borders=True, labels=True))
super_board.pop()
print(super_board.unicode_ext())
print(super_board.get_base_board('B').pockets)
def test6():
"""
make these moves, follow what happens
g1h3
g7g5
h3g5
P@a3
"""
super_board = variant.BughouseSuperBoard()
moves = ["g1h3", "g7g5", "h3g5"]
for mv in moves:
super_board.push(chess.Move.from_uci(mv), 'A')
print(super_board.unicode_ext(borders=True, labels=True))
print("{} pockets {}".format('A',
super_board.get_base_board('A').pockets))
print("{} pockets {}".format('B',
super_board.get_base_board('B').pockets))
moves = []
for mv in super_board.get_base_board('A').generate_legal_moves():
moves.append(mv)
print(moves)
super_board.pop()
# print(super_board.unicode_ext())
print(super_board.get_base_board('B').pockets)
import pychess
from pychess import chess as chess
from pychess.chess import variant as variant
board = variant.BughouseSuperBoard()
board.get_base_board("A").get_pocket(True).add(5)
print(board.get_base_board("A").get_pocket(True))
board.get_base_board("A").get_pocket(True).add(3)
board.get_base_board("A").get_pocket(True).add(1)
board.get_base_board("A").get_pocket(True).add(1)
board.get_base_board("A").get_pocket(False).add(5)
# board.get_base_board("A").get_pocket(False).add(1)
p = board.get_base_board("A").get_pocket(False).diff(
board.get_base_board("A").get_pocket(True))
print(p)
# print(board)
# # print(board.boardB.turn)
# board.push(chess.Move(3, 51), board_id="B")
# print(board)
# print(board.fen())
# board.push(chess.Move(52, 2), board_id="B")
# print(board.fen())
# # print(board.boardB.turn)
# print(board)
# print(board.fen())
# print(board.get_pocket('A'))
# print(board.get_pocket('B'))
# board = variant.BughouseSuperBoard()
# board_normal = chess.Board()