Contract con_chess_v1
| Creator | ae9cfa894495930b8d2f1707ab936325b5c848ace677bb8ba41dfe7dcdb3e3e6 |
| Creation Hash | e14517684b48a7e136be00da623b5d0e11c5678c06bd577b0176beb27c22e6b5 |
| Created On | 847 days ago - 12/29/2021, 8:47:24 PM UTC+0 |
Contract Code
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# con_chess_v1
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NUM_ROWS = NUM_COLS = 8
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NUM_SQUARES = NUM_ROWS * NUM_COLS
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INITIAL_BOARD = 'rnbqkbnrpppppppp PPPPPPPPRNBQKBNR'
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# Setup vectors
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white_pawn_attack_vectors = [(-1, 1), (-1, -1)]
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white_pawn_first_vectors = [(-1, 0), (-2, 0)]
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white_pawn_default_vectors = [(-1, 0)]
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black_pawn_attack_vectors = [(1, 1), (1, -1)]
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black_pawn_first_vectors = [(1, 0), (2, 0)]
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black_pawn_default_vectors = [(1, 0)]
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king_vectors = [(-1, -1), (1, -1), (-1, 0), (0, -1), (1, 0), (0, 1), (-1, 1), (1, 1)]
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knight_vectors = [(1, 2), (2, 1), (-1, 2), (2, -1), (1, -2), (-2, 1), (-2, -1), (-1, -2)]
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rook_vectors = [(1, 0), (-1, 0), (0, 1), (0, -1)]
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bishop_vectors = [(-1, -1), (-1, 1), (1, -1), (1, 1)]
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queen_vectors = rook_vectors + bishop_vectors
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assert len(INITIAL_BOARD) == NUM_SQUARES, 'Invalid initial board.'
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INITIAL_STATE = {
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'current_player': 'w',
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'board': str(INITIAL_BOARD),
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'creator_team': 'w',
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'opponent_team': 'b',
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}
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@export
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def get_initial_state(x: str = None) -> dict:
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return INITIAL_STATE
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# Utility
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def is_white_piece(piece: str) -> bool:
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return piece.isupper()
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def is_black_piece(piece: str) -> bool:
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return piece.islower()
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def coords_to_index(x: int, y: int) -> int:
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assert valid_coords(x, y), 'Invalid (x, y): ({}, {})'.format(x, y)
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return x * NUM_ROWS + y
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def index_to_coords(index: int) -> tuple:
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assert valid_index(index), 'Invalid index: {}'.format(index)
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x = index // NUM_ROWS
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y = index % NUM_ROWS
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return (x, y)
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def valid_index(index: int) -> bool:
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return index >= 0 and index < NUM_SQUARES
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def valid_coords(x: int, y: int) -> bool:
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return x >= 0 and x < NUM_ROWS and y >= 0 and y < NUM_COLS
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def find_coords_for_white_king(board: str) -> tuple:
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return index_to_coords(board.index('K'))
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def find_coords_for_black_king(board: str) -> tuple:
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return index_to_coords(board.index('k'))
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def get_attack_maps(board: str, white_only: bool = False, black_only: bool = False) -> set:
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white_moves_per_piece = {}
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black_moves_per_piece = {}
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white_attack_map = {}
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black_attack_map = {}
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white_move_map = {}
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black_move_map = {}
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for i in range(len(board)):
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piece = board[i]
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if piece == ' ':
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continue
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x, y = index_to_coords(i)
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check_path = False
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if is_white_piece(piece):
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if black_only:
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continue
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attack_set = white_attack_map
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move_set = white_move_map
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moves_per_piece = white_moves_per_piece
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pawn_attack_vectors = white_pawn_attack_vectors
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if x == 6:
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pawn_move_vectors = white_pawn_first_vectors
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else:
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pawn_move_vectors = white_pawn_default_vectors
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else:
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if white_only:
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continue
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attack_set = black_attack_map
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move_set = black_move_map
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moves_per_piece = black_moves_per_piece
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pawn_attack_vectors = black_pawn_attack_vectors
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if x == 1:
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pawn_move_vectors = black_pawn_first_vectors
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else:
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pawn_move_vectors = black_pawn_default_vectors
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piece = piece.upper()
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move_vectors = None
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if piece == 'P':
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vectors = pawn_attack_vectors
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move_vectors = pawn_move_vectors
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elif piece == 'N':
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vectors = knight_vectors
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elif piece == 'B':
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vectors = bishop_vectors
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check_path = True
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elif piece == 'R':
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vectors = rook_vectors
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check_path = True
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elif piece == 'Q':
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vectors = queen_vectors
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check_path = True
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elif piece == 'K':
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vectors = king_vectors
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else:
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assert False, f'Invalid piece: {piece}'
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valid_moves = []
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for vector in vectors:
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pos = (vector[0] + x, vector[1] + y)
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if valid_coords(pos[0], pos[1]):
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if pos not in attack_set:
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attack_set[pos] = []
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attack_set[pos].append(i)
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if move_vectors is None:
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if pos not in move_set:
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move_set[pos] = []
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move_set[pos].append(i)
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valid_moves.append(pos)
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if check_path: # make sure no pieces blocking
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valid = True
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while valid:
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pos_idx = coords_to_index(pos[0], pos[1])
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if board[pos_idx] == ' ':
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pos = (pos[0] + vector[0], pos[1] + vector[1])
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valid = valid_coords(pos[0], pos[1])
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if valid:
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if pos not in attack_set:
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attack_set[pos] = []
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attack_set[pos].append(i)
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if move_vectors is None:
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if pos not in move_set:
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move_set[pos] = []
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move_set[pos].append(i)
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valid_moves.append(pos)
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else:
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valid = False
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if move_vectors is not None:
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for vector in vectors:
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pos = (vector[0] + x, vector[1] + y)
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if valid_coords(pos[0], pos[1]):
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if pos not in move_set:
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move_set[pos] = []
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move_set[pos].append(i)
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valid_moves.append(pos)
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if len(valid_moves) > 0:
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moves_per_piece[i] = valid_moves
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return white_attack_map, black_attack_map, white_move_map, black_move_map, white_moves_per_piece, black_moves_per_piece
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def get_intermediary_path(x1: int, y1: int, x2: int, y2: int) -> list:
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vector = (x2 - x1, y2 - y1)
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if vector[0] > 0 and vector[1] > 0:
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assert vector[0] == vector[1], 'Invalid vector'
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return [(x1 + i, y1 + i) for i in range(1, vector[0])]
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elif vector[0] > 0 and vector[1] == 0:
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return [(x1 + i, y1) for i in range(1, vector[0])]
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elif vector[0] == 0 and vector[1] > 0:
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return [(x1, y1 + i) for i in range(1, vector[1])]
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elif vector[0] < 0 and vector[1] < 0:
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assert vector[0] == vector[1], 'Invalid vector'
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return [(x1 - i, y1 - i) for i in range(1, -vector[0])]
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elif vector[0] < 0 and vector[1] > 0:
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assert vector[0] == -vector[1], 'Invalid vector'
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return [(x1 - i, y1 + i) for i in range(1, vector[1])]
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elif vector[0] > 0 and vector[1] < 0:
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assert vector[0] == -vector[1], 'Invalid vector'
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return [(x1 + i, y1 - i) for i in range(1, vector[0])]
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elif vector[0] < 0 and vector[1] == 0:
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return [(x1 - i, y1) for i in range(1, -vector[0])]
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elif vector[0] == 0 and vector[1] < 0:
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return [(x1, y1 - i) for i in range(1, -vector[1])]
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else:
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assert False, 'Not a valid vector.'
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def is_white_king_in_check(board: str, black_attack_map: dict) -> bool:
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king_x, king_y = find_coords_for_white_king(board)
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return (king_x, king_y) in black_attack_map
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def is_white_king_in_check_mate(board: list,
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white_move_map: dict,
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white_attack_map: dict,
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black_attack_map: dict,
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) -> bool:
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king_x, king_y = find_coords_for_white_king(board)
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pieces_causing_check = black_attack_map.get((king_x, king_y))
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# See if we are in check
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if pieces_causing_check is not None and len(pieces_causing_check) > 0:
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# Check king's ability to move away
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for x, y in king_vectors:
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n_king_x = king_x + x
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n_king_y = king_y + y
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if valid_coords(n_king_x, n_king_y):
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other_piece = board[coords_to_index(n_king_x, n_king_y)]
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if (other_piece == ' '
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or is_black_piece(other_piece)) \
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and (n_king_x, n_king_y) not in black_attack_map:
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return False # Can move
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if len(pieces_causing_check) == 1:
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# Single check
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checker_index = pieces_causing_check[0]
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checker_x, checker_y = index_to_coords(checker_index)
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defenders = white_attack_map.get((checker_x, checker_y))
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# Can this piece be attacked?
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if defenders is not None:
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for defender in defenders:
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# simulate taking this piece
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new_board = board.copy()
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new_board[checker_index] = board[defender]
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new_board[defender] = ' '
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n0, new_black_attack_map, n2, n3, n4, n5 \
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= get_attack_maps(new_board, black_only=True)
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if not is_white_king_in_check(new_board, new_black_attack_map):
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return False
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checker_piece = board[checker_index]
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if checker_piece.upper() in ('R', 'B', 'Q'):
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intermediate_path = get_intermediary_path(king_x, king_y, checker_x, checker_y)
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for pos in intermediate_path:
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# Can we block this?
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pos_index = coords_to_index(pos[0], pos[1])
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defenders = white_move_map.get(pos)
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if defenders is not None:
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for defender in defenders:
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# simulate taking this piece
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new_board = board.copy()
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new_board[pos_index] = board[defender]
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new_board[defender] = ' '
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n0, new_black_attack_map, n2, n3, n4, n5 \
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= get_attack_maps(new_board, black_only=True)
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if not is_white_king_in_check(new_board, new_black_attack_map):
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return False
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return True
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return False
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def is_white_king_in_stale_mate(board: list, white_moves_per_piece: dict, black_attack_map: dict) -> bool:
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king_x, king_y = find_coords_for_white_king(board)
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if (king_x, king_y) not in black_attack_map: # Not in check
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return len(white_moves_per_piece) == 0 # No valid moves
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return False
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def is_black_king_in_check(board: list, white_attack_map: dict) -> bool:
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king_x, king_y = find_coords_for_black_king(board)
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return (king_x, king_y) in white_attack_map
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def is_black_king_in_check_mate(board: list,
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black_move_map: dict,
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black_attack_map: dict,
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white_attack_map: dict,
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) -> bool:
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king_x, king_y = find_coords_for_black_king(board)
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pieces_causing_check = white_attack_map.get((king_x, king_y))
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# See if we are in check
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if pieces_causing_check is not None and len(pieces_causing_check) > 0:
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# Check king's ability to move away
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for x, y in king_vectors:
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n_king_x = king_x + x
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n_king_y = king_y + y
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if valid_coords(n_king_x, n_king_y):
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other_piece = board[coords_to_index(n_king_x, n_king_y)]
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if (other_piece == ' '
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or is_white_piece(other_piece)) \
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and (n_king_x, n_king_y) not in white_attack_map:
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return False # Can move
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if len(pieces_causing_check) == 1:
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# Single check
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checker_index = pieces_causing_check[0]
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checker_x, checker_y = index_to_coords(checker_index)
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defenders = black_attack_map.get((checker_x, checker_y))
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# Can this piece be attacked?
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if defenders is not None:
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for defender in defenders:
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# simulate taking this piece
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new_board = board.copy()
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new_board[checker_index] = board[defender]
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new_board[defender] = ' '
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new_white_attack_map, n1, n2, n3, n4, n5 \
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= get_attack_maps(new_board, white_only=True)
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if not is_black_king_in_check(new_board, new_white_attack_map):
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return False
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checker_piece = board[checker_index]
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if checker_piece.upper() in ('R', 'B', 'Q'):
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intermediate_path = get_intermediary_path(king_x, king_y, checker_x, checker_y)
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for pos in intermediate_path:
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# Can we block this?
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pos_index = coords_to_index(pos[0], pos[1])
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defenders = black_move_map.get(pos)
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if defenders is not None:
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for defender in defenders:
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# simulate taking this piece
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new_board = board.copy()
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new_board[pos_index] = board[defender]
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new_board[defender] = ' '
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new_white_attack_map, n1, n2, n3, n4, n5 \
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= get_attack_maps(new_board, white_only=True)
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if not is_black_king_in_check(new_board, new_white_attack_map):
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return False
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return True
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return False
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def is_black_king_in_stale_mate(board: list, black_moves_per_piece: dict, white_attack_map: dict) -> bool:
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king_x, king_y = find_coords_for_black_king(board)
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if (king_x, king_y) not in white_attack_map: # Not in check
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return len(black_moves_per_piece) == 0 # No valid moves
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return False
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def opposing_team(team: str):
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if team == 'w':
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return 'b'
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elif team == 'b':
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return 'w'
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else:
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assert False, f'Invalid team: {team}.'
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@export
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def force_end_round(state: dict, metadata: dict):
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if state.get('winner') is None:
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state['stalemate'] = True
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@export
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def move(caller: str, team: str, payload: dict, state: dict, metadata: dict):
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x1=payload['x1']
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y1=payload['y1']
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x2=payload['x2']
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y2=payload['y2']
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board = list(state['board'])
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curr_index = coords_to_index(x1, y1)
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curr_piece = board[curr_index]
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assert state['current_player'] == team, 'It is not your turn to move.'
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if team == 'w':
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assert is_white_piece(curr_piece), 'This is not your piece to move.'
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else:
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assert team == 'b', f'Invalid team: {team}'
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assert is_black_piece(curr_piece), 'This is not your piece to move.'
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opponent = opposing_team(team)
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piece_upper = curr_piece.upper()
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check_path = False
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attack_vectors = None
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is_castle_attempt = False
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if piece_upper == 'P':
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if team == 'b':
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if x1 == 1:
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vectors = black_pawn_first_vectors
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else:
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vectors = black_pawn_default_vectors
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attack_vectors = black_pawn_attack_vectors
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else:
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if x1 == 6:
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vectors = white_pawn_first_vectors
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else:
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vectors = white_pawn_default_vectors
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attack_vectors = white_pawn_attack_vectors
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elif piece_upper == 'N':
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vectors = knight_vectors
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elif piece_upper == 'B':
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vectors = bishop_vectors
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check_path = True
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elif piece_upper == 'R':
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vectors = rook_vectors
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check_path = True
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elif piece_upper == 'Q':
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vectors = queen_vectors
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check_path = True
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elif piece_upper == 'K':
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# check if castle
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if is_white_piece(curr_piece):
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if x1 == 7 and x2 == 7:
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if y1 == 4 and y2 in (6, 2):
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is_castle_attempt = True
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else:
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if x1 == 0 and x2 == 0:
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if y1 == 4 and y2 in (6, 2):
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is_castle_attempt = True
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vectors = king_vectors
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else:
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assert False, f'Invalid piece: {curr_piece}'
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attack_vectors = attack_vectors or vectors
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next_vector = (x2 - x1, y2 - y1)
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next_index = coords_to_index(x2, y2)
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state[f'{team}_en_passant'] = None
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if valid_index(next_index):
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if check_path:
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valid = False
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vector_to_use = None
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for vector in vectors:
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if vector[0] == 0:
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valid = next_vector[0] == 0 and next_vector[1] // vector[1] >= 1
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elif vector[1] == 0:
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valid = next_vector[1] == 0 and next_vector[0] // vector[0] >= 1
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else:
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valid = next_vector[0] // vector[0] >= 1 and next_vector[1] // vector[1] >= 1
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if valid:
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vector_to_use = vector
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break
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assert valid, f'Invalid move with {curr_piece}.'
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intermediate_pos = (x1 + vector_to_use[0], y1 + vector_to_use[1])
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while True:
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intermediate_index = coords_to_index(intermediate_pos[0], intermediate_pos[1])
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if intermediate_index != next_index:
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assert board[intermediate_index] == ' ', 'Invalid move. Another piece is in the way.'
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intermediate_pos = (intermediate_pos[0] + vector_to_use[0], intermediate_pos[1] + vector_to_use[1])
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else:
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break
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else:
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if is_castle_attempt:
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assert not state.get(f'{team}_moved_king'), 'King has already moved.'
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if team == 'w':
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l0, opponent_attack_map, \
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l0, l0, \
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l0, l0 \
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= get_attack_maps(board, black_only=True)
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else:
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opponent_attack_map, l0, \
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l0, l0, \
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l0, l0 \
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= get_attack_maps(board, black_only=True)
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assert (x1, y1) not in opponent_attack_map, 'You cannot castle out of check.'
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if y2 == 6:
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assert not state.get(f'{team}_moved_rook7'), 'Rook has already moved.'
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for ny in [5, 6]:
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n_index = coords_to_index(x1, ny)
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assert board[n_index] == ' ', 'Pieces are in the way of castling.'
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assert (x1, ny) not in opponent_attack_map, 'You cannot castle through check.'
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rook_idx = coords_to_index(x1, 7)
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rook_to_idx = coords_to_index(x1, 5)
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else:
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# y2 == 2
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assert not state.get(f'{team}_moved_rook0'), 'Rook has already moved.'
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for ny in [1, 2, 3]:
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n_index = coords_to_index(x1, ny)
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assert board[n_index] == ' ', 'Pieces are in the way of castling.'
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assert (x1, ny) not in opponent_attack_map, 'You cannot castle through check.'
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rook_idx = coords_to_index(x1, 0)
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rook_to_idx = coords_to_index(x1, 3)
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board[rook_to_idx] = board[rook_idx]
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board[rook_idx] = ' '
475
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elif piece_upper != 'P':
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# Handle pawns separately
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assert next_vector in vectors, 'Invalid move. Not a valid move for this piece.'
479
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next_space = board[next_index]
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if next_space != ' ':
482
if team == 'b':
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assert is_white_piece(next_space), 'You cannot take your own piece.'
484
else:
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assert is_black_piece(next_space), 'You cannot take your own piece.'
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# Handle pawns
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if piece_upper == 'P':
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assert next_vector in attack_vectors, 'Invalid pawn attack.'
490
else:
491
if piece_upper == 'P':
492
# Check en passant
493
en_passant = state.get(f'{opponent}_en_passant')
494
valid_en_passant = False
495
if en_passant is not None:
496
if en_passant[0] == (x1, y1) or en_passant[1] == (x1, y1):
497
if en_passant[2] == (x2, y2):
498
valid_en_passant = True
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en_passant_index = coords_to_index(en_passant[3][0], en_passant[3][1])
500
board[en_passant_index] = ' '
501
assert valid_en_passant or next_vector in vectors, 'Invalid pawn move.'
502
if next_vector[0] == 2 or next_vector[0] == -2:
503
# En passant possible next round
504
en_passant = [(x2, y2-1), (x2, y2+1), (x1 + next_vector[0]//2, y2), (x2, y2)]
505
state[f'{team}_en_passant'] = en_passant
506
507
# Just move
508
board[curr_index] = ' '
509
board[next_index] = curr_piece
510
if piece_upper == 'K':
511
state[f'{team}_moved_king'] = True
512
elif piece_upper == 'R':
513
if y1 == 0:
514
state[f'{team}_moved_rook0'] = True
515
elif y1 == 7:
516
state[f'{team}_moved_rook7'] = True
517
else:
518
assert False, 'Invalid move. Piece is not on the board.'
519
520
# Check for pawn promotion and check
521
if team == 'b':
522
if x2 == NUM_ROWS - 1 and curr_piece == 'p':
523
board[next_index] = 'q'
524
else:
525
if x2 == 0 and curr_piece == 'P':
526
board[next_index] = 'Q'
527
528
white_attack_map, black_attack_map, \
529
white_move_map, black_move_map, \
530
white_moves_per_piece, black_moves_per_piece \
531
= get_attack_maps(board)
532
533
checkmate = False
534
stalemate = False
535
if team == 'b':
536
assert not is_black_king_in_check(board, white_attack_map), 'This move puts you in check.'
537
opponent_in_check = is_white_king_in_check(board, black_attack_map)
538
state['w_in_check'] = opponent_in_check
539
if opponent_in_check:
540
checkmate = is_white_king_in_check_mate(
541
board=board,
542
white_attack_map=white_attack_map,
543
white_move_map=white_move_map,
544
black_attack_map=black_attack_map
545
)
546
else:
547
stalemate = is_white_king_in_stale_mate(
548
board=board,
549
white_moves_per_piece=white_moves_per_piece,
550
black_attack_map=black_attack_map)
551
else:
552
assert not is_white_king_in_check(board, black_attack_map), 'This move puts you in check.'
553
opponent_in_check = is_black_king_in_check(board, white_attack_map)
554
state['b_in_check'] = opponent_in_check
555
if opponent_in_check:
556
checkmate = is_black_king_in_check_mate(
557
board=board,
558
black_attack_map=black_attack_map,
559
black_move_map=black_move_map,
560
white_attack_map=white_attack_map
561
)
562
else:
563
stalemate = is_black_king_in_stale_mate(
564
board=board,
565
black_moves_per_piece=black_moves_per_piece,
566
white_attack_map=white_attack_map
567
)
568
569
board = ''.join(board)
570
state['current_player'] = opponent
571
state['board'] = board
572
573
if stalemate:
574
state['stalemate'] = True
575
elif checkmate:
576
state['winner'] = team
Byte Code
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