def chess_to_coordinate(pos: str) -> Union[Coordinate, Move]:
"""
Arguments:
"""
if len(pos) == 2:
return Coordinate(int(pos[1]) - 1, file_dict[pos[0]])
else:
if len(pos) == 5:
if pos[4] == 'n':
return Move(Coordinate(int(pos[1]) - 1, file_dict[pos[0]]),
Coordinate(int(pos[3]) - 1, file_dict[pos[2]]),
False, MoveType.N_PROMO)
elif pos[4] == 'b':
return Move(Coordinate(int(pos[1]) - 1, file_dict[pos[0]]),
Coordinate(int(pos[3]) - 1, file_dict[pos[2]]),
False, MoveType.B_PROMO)
elif pos[4] == 'r':
return Move(Coordinate(int(pos[1]) - 1, file_dict[pos[0]]),
Coordinate(int(pos[3]) - 1, file_dict[pos[2]]),
False, MoveType.R_PROMO)
elif pos[4] == 'q':
return Move(Coordinate(int(pos[1]) - 1, file_dict[pos[0]]),
Coordinate(int(pos[3]) - 1, file_dict[pos[2]]),
False, MoveType.Q_PROMO)
else:
return Move(Coordinate(int(pos[1]) - 1, file_dict[pos[0]]),
Coordinate(int(pos[3]) - 1, file_dict[pos[2]]))
def test_get_winner_spade(self):
moves: List[Move] = [
Move(Player("Ann"), Card("10", "C")),
Move(Player("Betsy"), Card("K", "C")),
Move(Player("Caroline"), Card("3", "C")),
Move(Player("Diane"), Card("2", "S")),
]
t: Trick = Trick(moves)
self.assertEqual(t.get_winner(), Player("Diane"))
def get_diagonal_moves(self, piece: Piece,
board: List[List[Piece]]) -> List[Move]:
"""
returns a list of all diagonal moves
arguments:
piece -- piece to generate moves
board -- board to validate moves
"""
if piece.piece_type != Type.BISHOP and piece.piece_type != Type.QUEEN:
return []
directions: List[Tuple[int, int]] = [(1, 1), (-1, 1), (-1, -1),
(1, -1)]
moves: List[Move] = []
for direction in directions:
destination: Coordinate = Coordinate(
piece.coordinate.get_rank() + direction[0],
piece.coordinate.get_file() + direction[1],
)
while self.in_board(destination):
moves.append(
Move(piece.coordinate, destination,
self.piece_at(destination, board)))
if self.piece_at(destination, board):
break
destination = Coordinate(
destination.get_rank() + direction[0],
destination.get_file() + direction[1],
)
return moves
def test_to_dict(self):
ann_card: Card = Card("10", "C")
betsy_card: Card = Card("K", "C")
caroline_card: Card = Card("3", "C")
diane_card: Card = Card("2", "S")
moves: List[Move] = [
Move(Player("Ann", [ann_card]), ann_card),
Move(Player("Betsy", [betsy_card]), betsy_card),
Move(Player("Caroline", [caroline_card]), caroline_card),
Move(Player("Diane", [diane_card]), diane_card),
]
t: Trick = Trick(moves)
self.assertEqual(
t.to_dict(),
{
"moves": [
{
"player": {
"name": "Ann",
"cards": [{"value": "10", "int": 10, "suit": "C"}],
},
"card": {"value": "10", "int": 10, "suit": "C"},
},
{
"player": {
"name": "Betsy",
"cards": [{"value": "K", "int": 13, "suit": "C"}],
},
"card": {"value": "K", "int": 13, "suit": "C"},
},
{
"player": {
"name": "Caroline",
"cards": [{"value": "3", "int": 3, "suit": "C"}],
},
"card": {"value": "3", "int": 3, "suit": "C"},
},
{
"player": {
"name": "Diane",
"cards": [{"value": "2", "int": 2, "suit": "S"}],
},
"card": {"value": "2", "int": 2, "suit": "S"},
},
]
},
)
def chess_to_move(move_str: str) -> Move:
"""
Arguments:
"""
move = Move()
return move
def get_move(self, opponent: "Player") -> Move:
if self.firing_locations is None:
self.firing_locations = opponent.ship_board.get_ship_coordinates()
self.firing_locations.reverse()
coord = self.firing_locations[-1]
#print(f'coord = {coord} from firing locations = {self.firing_locations}')
self.firing_locations.pop()
return Move(*coord)
def get_ship_start_coords(self, ship_: Ship, orientation_: Orientation):
while True:
str_cell = input(
f'{self.name}, enter the starting position for your {ship_.name} ship ,which is {ship_.length} long, in the form row, column:'
)
try:
move = Move.from_str(str_cell)
return move.row, move.col
except MoveError as err:
print(err)
def list_children(self):
children = []
for x in range(6):
for y in range(6):
for quarter in range(4):
for rotation in (2):
if self.is_valid_move():
temp_board = self.copy()
move = Move(x, y, quarter, rotation)
temp_board.make_move(move, self._color_AI)
children.append(temp_board)
return children
def test_create_window_seq(self):
content = "(;GM[1]FF[4] SZ[19] GN[韩国女?围甲?赛] DT[2017-05-07] PB[藤泽里?] PW[?유진] BR[P3段] WR[P1段] KM[0]HA[0]RU[Japanese]AP[GNU Go:3.8]RE[B+7.5]TM[3600]TC[5]TT[40]AP[foxwq] ;B[aa];B[bb];B[cc])"
game = file_to_sgf(content)
seq = create_window_seq(game)
# without influence of normalization
self.assertEqual(
seq[0],
[Move(Player.b, 0, 0),
Move(Player.b, 1, 1),
Move(Player.b, 2, 2)])
# with prefixes
self.assertEqual(seq[1], [Move(Player.b, 0, 0)], 'Prefis is missing!')
self.assertEqual(seq[2], [Move(Player.b, 0, 0), Move(Player.b, 1, 1)])
# with normalization (the second window
self.assertEqual(
seq[3],
[Move(Player.b, 1, 0), Move(Player.b, 2, 1)],
'Maybe normalization is wrong?')
self.assertEqual(seq[4], [Move(Player.b, 1, 0)])
self.assertEqual(seq[5], [Move(Player.b, 2, 0)])
def get_move(self, opponent: "Player") -> Move:
coord = None
if self.mode == "search" or not self.destroy_locations:
coord = random.choice(self.firing_locations)
elif self.mode == "destroy":
coord = self.destroy_locations.popleft()
if coord not in self.firing_locations:
print(
f'mode = {self.mode}, coord = {coord}, firing locations = {self.firing_locations}'
)
try:
self.firing_locations.remove(coord)
except ValueError:
pass
return None if coord is None else Move(*coord)
def file_to_sgf(content):
moves = content.split(';')
start_of_moves = 2
game = []
for move in moves[start_of_moves:start_of_moves + max_nr_of_moves]:
if (len(move) < 4):
continue
if (move[0] == 'A'):
continue
if (move[0] not in [item.value for item in Player]):
continue
player = Player(move[0])
x = ord(move[2]) - ord('a')
y = ord(move[3]) - ord('a')
game.append(Move(player, x, y))
return game
def create_window_seq(game):
sequences = []
# a sliding window is defined by a starting point and length
for i in range(0, (board_size - 1) - window_size):
for j in range(0, (board_size - 1) - window_size):
# for all windows get all moves that were made inside the window starting at (i,j) and put them into a sequence.
seq = filter(
lambda move: move.x >= i and move.x < i + window_size and move.
y >= j and move.y < j + window_size, game)
# Normalize moves, so that they start at (0,0)
seq = list(
map(lambda move: Move(move.player, move.x - i, move.y - j),
seq))
if (len(seq) == 0):
continue
seq_in_one_pos = [seq]
if append_prefix:
seq_in_one_pos += all_prefix(seq)
if append_only_one_point_in_time:
seq_in_one_pos = random.choice(seq_in_one_pos)
sequences.append(seq_in_one_pos)
return sequences
def get_knight_moves(self, piece: Piece,
board: List[List[Piece]]) -> List[Move]:
"""
returns a list of all knight moves
arguments:
piece -- piece to generate moves
board -- board to validate moves
"""
if piece.piece_type != Type.KNIGHT:
return []
offsets: List[Tuple[int, int]] = [
(2, 1),
(1, 2),
(-1, 2),
(-2, 1),
(-2, -1),
(-1, -2),
(1, -2),
(2, -1),
]
moves: List[Move] = []
for offset in offsets:
destination: Coordinate = Coordinate(
piece.coordinate.get_rank() + offset[0],
piece.coordinate.get_file() + offset[1],
)
if self.in_board(destination):
moves.append(
Move(piece.coordinate, destination,
self.piece_at(destination, board)))
return moves
def _determine_moves(moves: str) -> List[Move]:
return [Move(move) for move in moves]
def get_move(self, board_: Board) -> Move:
str_move = input(
f'{self.name}, enter the location you want to fire at in the form row, column: '
)
return Move.from_str(str_move)
def get_move(self, opponent: "Player") -> Move:
coord = random.choice(self.firing_locations)
self.firing_locations.remove(coord)
return Move(*coord)
def get_pawn_moves(self, piece: Piece,
board: List[List[Piece]]) -> List[Move]:
"""
returns a list of all pawn moves
arguments:
piece -- piece to generate moves
board -- board to validate moves
"""
if piece.piece_type != Type.PAWN:
return []
direction: int = 1 if piece.color == Color.WHITE else -1
moves: List[Move] = []
# Add one square move
destination: Coordinate = Coordinate(
piece.coordinate.get_rank() + 1 * direction,
piece.coordinate.get_file())
if self.in_board(destination) and not self.piece_at(
destination, board):
if (piece.color == Color.WHITE and destination.get_rank()
== self.HEIGHT - 1) or (piece.color == Color.BLACK
and destination.get_rank() == 0):
moves.append(
Move(piece.coordinate, destination, False,
MoveType.N_PROMO))
moves.append(
Move(piece.coordinate, destination, False,
MoveType.B_PROMO))
moves.append(
Move(piece.coordinate, destination, False,
MoveType.R_PROMO))
moves.append(
Move(piece.coordinate, destination, False,
MoveType.Q_PROMO))
else:
moves.append(Move(piece.coordinate, destination))
# Add two square move
destination = Coordinate(
piece.coordinate.get_rank() + 2 * direction,
piece.coordinate.get_file())
if (not piece.moved and self.in_board(destination)
and not self.piece_at(destination, board)
and ((piece.coordinate.get_rank() == 1
and piece.color == Color.WHITE) or
(piece.coordinate.get_rank() == self.HEIGHT - 2
and piece.color == Color.BLACK))):
moves.append(
Move(piece.coordinate, destination, False,
MoveType.DOUBLE))
# Add capturing moves (default and en passant)
for offset in [-1, 1]:
destination = Coordinate(
piece.coordinate.get_rank() + 1 * direction,
piece.coordinate.get_file() + offset,
)
# Add en passant moves
if (self.in_board(destination) and self.en_passant_target
and destination == self.en_passant_target):
moves.append(
Move(piece.coordinate, destination, False,
MoveType.EN_PASSANT))
# Add default capturing moves
elif self.in_board(destination) and self.piece_at(
destination, board):
if (piece.color == Color.WHITE and destination.get_rank()
== self.HEIGHT - 1) or (piece.color == Color.BLACK and
destination.get_rank() == 0):
moves.append(
Move(piece.coordinate, destination, True,
MoveType.N_PROMO))
moves.append(
Move(piece.coordinate, destination, True,
MoveType.B_PROMO))
moves.append(
Move(piece.coordinate, destination, True,
MoveType.R_PROMO))
moves.append(
Move(piece.coordinate, destination, True,
MoveType.Q_PROMO))
else:
moves.append(Move(piece.coordinate, destination, True))
return moves
def move(self, board, row, col, quarter, rotation):
self._prev_move = Move(row, col, quarter, rotation)
board.make_move(self._prev_move, self._color)
def get_move(player: Player, lead_suit: Optional[str]) -> Move:
# TODO: can dispatch to different strategy play methods here
card: Card = play_random_card(player, lead_suit)
return Move(player, card)
def get_king_moves(self,
piece: Piece,
board: List[List[Piece]],
check_moves: bool = False) -> List[Move]:
"""
returns a list of all king moves
arguments:
piece -- piece to generate moves
board -- board to validate moves
"""
if piece.piece_type != Type.KING:
return []
moves: List[Move] = []
# Get default king moves
for rank_offset in [-1, 0, 1]:
for file_offset in [-1, 0, 1]:
if rank_offset == 0 and file_offset == 0:
continue
destination: Coordinate = Coordinate(
piece.coordinate.get_rank() + rank_offset,
piece.coordinate.get_file() + file_offset,
)
if self.in_board(destination):
moves.append(
Move(
piece.coordinate,
destination,
self.piece_at(destination, board),
))
# Get castling moves
if (not piece.moved and not check_moves
and not self.in_check(piece.color, board)):
rook: Piece
rook_rank = 0 if piece.color == Color.WHITE else self.HEIGHT - 1
# Queen side rook
rook = self.piece_at(Coordinate(rook_rank, 0), board)
if rook and rook.piece_type == Type.ROOK and not rook.moved:
if (not self.piece_at(Coordinate(rook_rank, 1), board)
and not self.piece_at(Coordinate(rook_rank, 2), board)
and
not self.piece_at(Coordinate(rook_rank, 3), board)):
candidate_board: List[List[Piece]] = deepcopy(board)
candidate_board[rook_rank][2] = candidate_board[
piece.coordinate.get_rank()][
piece.coordinate.get_file()]
candidate_board[piece.coordinate.get_rank()][
piece.coordinate.get_file()] = None
if not self.in_check(piece.color, candidate_board):
moves.append(
Move(
piece.coordinate,
Coordinate(rook_rank, 2),
False,
MoveType.CASTLE,
))
# King side rook
rook = self.piece_at(Coordinate(rook_rank, self.WIDTH - 1), board)
if rook and rook.piece_type == Type.ROOK and not rook.moved:
if not self.piece_at(Coordinate(rook_rank, self.WIDTH - 2),
board) and not self.piece_at(
Coordinate(rook_rank, self.WIDTH - 3),
board):
candidate_board: List[List[Piece]] = deepcopy(board)
candidate_board[rook_rank][
self.WIDTH -
2] = candidate_board[piece.coordinate.get_rank()][
piece.coordinate.get_file()]
candidate_board[piece.coordinate.get_rank()][
piece.coordinate.get_file()] = None
if not self.in_check(piece.color, candidate_board):
moves.append(
Move(
piece.coordinate,
Coordinate(rook_rank, self.WIDTH - 2),
False,
MoveType.CASTLE,
))
return moves
def test_file_to_sgf(self):
content = "(;GM[1]FF[4] SZ[19] GN[韩国女?围甲?赛] DT[2017-05-07] PB[藤泽里?] PW[?유진] BR[P3段] WR[P1段] KM[0]HA[0]RU[Japanese]AP[GNU Go:3.8]RE[B+7.5]TM[3600]TC[5]TT[40]AP[foxwq] ;B[ab];B[bb];B[cc];W[cf];B[ss];W[as])"
game = file_to_sgf(content)
self.assertEquals(Move(Player.w, 0, 18), game[5])
self.assertEquals(Move(Player.b, 0, 1), game[0])
def test_eq(self):
self.assertEquals(Move(Player.w, 0, 0), Move(Player.w, 0, 0))
self.assertNotEqual(Move(Player.w, 0, 1), Move(Player.w, 1, 0))
self.assertNotEqual(Move(Player.w, 0, 1), Move(Player.b, 0, 1))