2023-06-08 16:02:55 +02:00
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from square import Square
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from pawn import Pawn
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from knight import Knight
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from bishop import Bishop
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from rook import Rook
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from queen import Queen
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from king import King
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import random
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class Board:
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def __init__(self):
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self.boardlist = [[0, 0, 0, 0, 0, 0, 0, 0] for x in range(8)]
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#creating board
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for row in range(8):
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for column in range(8):
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self.boardlist[row][column] = Square(row, column)
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self._add_pieces('white')
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self._add_pieces('black')
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def _add_pieces(self, color):
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if color == 'white':
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self.pawn_row = 6
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self.other_row = 7
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else:
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self.pawn_row = 1
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self.other_row = 0
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#pawns
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#self.boardlist[5][1] = Square(5, 1, King(color)) #DO USUNIĘCIA
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for column in range(8):
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self.boardlist[self.pawn_row][column] = Square(self.pawn_row, column, Pawn(color)) #do kazdego square przypisuje poczatkowy pawn
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#rooks
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self.boardlist[self.other_row][0] = Square(self.other_row, 0, Rook(color))
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self.boardlist[self.other_row][7] = Square(self.other_row, 7, Rook(color))
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#knigths
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self.boardlist[self.other_row][1] = Square(self.other_row, 1, Knight(color))
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self.boardlist[self.other_row][6] = Square(self.other_row, 6, Knight(color))
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#bishops
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self.boardlist[self.other_row][2] = Square(self.other_row, 2, Bishop(color))
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self.boardlist[self.other_row][5] = Square(self.other_row, 5, Bishop(color))
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#queen
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self.boardlist[self.other_row][3] = Square(self.other_row, 3, Queen(color))
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#king
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self.boardlist[self.other_row][4] = Square(self.other_row, 4, King(color))
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def calc_moves(self, piece, row, column):
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def knight_moves():
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#piece.delete_moves()
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self.possible_moves = [
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(row + 2, column - 1),
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(row + 2, column + 1),
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(row + 1, column + 2),
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(row - 1, column + 2),
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(row - 2, column + 1),
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(row - 2, column - 1),
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(row - 1, column - 2),
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(row + 1, column - 2)
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]
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for self.possible_move in self.possible_moves:
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self.possible_row, self.possible_column = self.possible_move
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if Square.on_board(self.possible_row, self.possible_column):
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if self.boardlist[self.possible_row][self.possible_column].empty_or_rival(piece.color):
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self.final = (self.possible_row, self.possible_column)
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piece.add_moves(self.final)
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def pawn_moves():
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#piece.delete_moves()
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if piece.moved == True:
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self.steps = 1
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else:
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self.steps = 2
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if self.steps == 2:
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self.final = row + (piece.pawn_direction * (self.steps))
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self.previous = row + (piece.pawn_direction * (self.steps - 1))
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if Square.on_board(self.final, column) is True:
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if self.boardlist[self.final][column].has_piece() is False:
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if self.boardlist[self.previous][column].has_piece() is False:
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piece.add_moves((self.final, column))
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self.steps = 1
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self.final = row + (piece.pawn_direction * (self.steps))
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#problem z wierszem
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#if self.final>7 or self.final<0 or column>7 or column <0:
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#print(piece.name)
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#print(self.final, column)
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if Square.on_board(self.final, column) is True and self.boardlist[self.final][column].has_piece() is False:
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piece.add_moves((self.final, column))
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#diagonal
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#czy wychodzi poza tablice i czy stoi rywal
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self.possible_row = row + piece.pawn_direction
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self.possible_columns = []
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self.possible_columns = [column-1, column+1]
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for possible_column in self.possible_columns:
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if Square.on_board(self.possible_row, possible_column) is True:
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if self.boardlist[self.possible_row][possible_column].is_rival(piece.color) is True:
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piece.add_moves((self.possible_row, possible_column))
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def straightline_moves(isvertical):
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if isvertical is True:
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self.direction = [
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(0, 1),
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(0, -1),
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(1, 0),
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(-1, 0)]
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else:
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self.direction = [
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(1, 1),
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(-1, -1),
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(1, -1),
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(-1, 1)
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]
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for dir in self.direction:
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self.left, self.right = dir
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self.possible_row = row + self.left
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self.possible_column = column + self.right
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while True:
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if Square.on_board(self.possible_row, self.possible_column) is True:
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if self.boardlist[self.possible_row][self.possible_column].has_piece() is False:
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piece.add_moves((self.possible_row, self.possible_column))
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self.possible_row = self.possible_row + self.left
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self.possible_column = self.possible_column + self.right
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elif self.boardlist[self.possible_row][self.possible_column].is_rival(piece.color) is True:
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piece.add_moves((self.possible_row, self.possible_column))
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break
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else:
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break
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else:
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break
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def king_moves():
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#piece.delete_moves()
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self.direction = [
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(0, 1),
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(0, -1),
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(1, 0),
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(-1, 0),
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(1, 1),
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(-1, -1),
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(1, -1),
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(-1, 1)
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]
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for dir in self.direction:
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self.left, self.right = dir
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self.possible_row = row + self.left
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self.possible_column = column + self.right
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if Square.on_board(self.possible_row, self.possible_column) is True:
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if self.boardlist[self.possible_row][self.possible_column].has_piece() is False:
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piece.add_moves((self.possible_row, self.possible_column))
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elif self.boardlist[self.possible_row][self.possible_column].is_rival(piece.color) is True:
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piece.add_moves((self.possible_row, self.possible_column))
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#calculate possible moves for specific piece
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if piece.name == 'rook':
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#piece.delete_moves()
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straightline_moves(True)
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elif piece.name == 'pawn':
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pawn_moves()
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elif piece.name == 'knight':
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knight_moves()
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elif piece.name == 'bishop':
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#piece.delete_moves()
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straightline_moves(False)
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elif piece.name == 'queen':
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#piece.delete_moves()
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straightline_moves(True)
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straightline_moves(False)
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elif piece.name == 'king':
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king_moves()
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def move_rival(self, from_row, from_column, to_row, to_column):
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#update
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self.x = self.board.boardlist[from_row][from_column].piece
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self.board.boardlist[from_row][from_column].piece = None
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if (self.board.boardlist[to_row][to_column].has_piece()):
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if (self.board.boardlist[to_row][to_column].piece.name == 'king'):
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self.board.boardlist[to_row][to_column].piece = self.x
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return 1
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self.board.boardlist[to_row][to_column].piece = self.x
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self.board.boardlist[to_row][to_column].piece.moved = True
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self.board.boardlist[to_row][to_column].piece.delete_moves()
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2023-06-08 21:37:15 +02:00
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return self.board.boardlist[to_row][to_column].piece.color
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2023-06-08 16:02:55 +02:00
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def move_boot(self, color):
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self.boot_piece = []
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self.piece_row_column = []
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for r in range(0, 8):
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for c in range(0, 8):
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if self.board.boardlist[r][c].piece != None:
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if self.board.boardlist[r][c].piece.color == color:
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self.boot_piece.append(self.board.boardlist[r][c])
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#random piece
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self.value = random.randrange(0, len(self.boot_piece))
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self.initial = self.boot_piece[self.value]
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while len(self.initial.piece.valid_moves) == 0:
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2023-06-08 21:37:15 +02:00
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#print('xddd')
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#print(self.initial.piece)
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#print(self.initial.piece.valid_moves)
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2023-06-08 16:02:55 +02:00
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self.value = random.randrange(0, len(self.boot_piece))
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self.initial = self.boot_piece[self.value]
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self.initial_row=self.initial.row
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self.initial_column = self.initial.column
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#print(self.initial)
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#random move
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self.value = random.randrange(0, len(self.initial.piece.valid_moves))
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self.final = self.initial.piece.valid_moves[self.value]
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self.final_row = self.final[0]
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self.final_column = self.final[1]
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#print(self.final)
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#print(self.final_row)
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#update
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self.x = self.board.boardlist[self.initial_row][self.initial_column].piece
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#print(self.board.boardlist[self.initial_row][self.initial_column].piece.name)
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#print(self.initial_row, self.initial_column)
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self.board.boardlist[self.initial_row][self.initial_column].piece = None
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#print(self.final_row, self.final_column)
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if (self.board.boardlist[self.final_row][self.final_column].has_piece()):
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if (self.board.boardlist[self.final_row][self.final_column].piece.name== 'king'):
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self.board.boardlist[self.final_row][self.final_column].piece = self.x
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return 1
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self.board.boardlist[self.final_row][self.final_column].piece = self.x
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self.board.boardlist[self.final_row][self.final_column].piece.moved = True
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self.board.boardlist[self.final_row][self.final_column].piece.delete_moves()
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#print(self.board.boardlist[self.final_row][self.final_column].piece.name)
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#print(self.initial_row, self.initial_column)
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#print(self.final_row, self.final_column)
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2023-06-08 21:37:15 +02:00
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self.ruch = str(self.initial_row) + str(self.initial_column) + ' ' + str(self.final_row) + str(self.final_column)
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return self.ruch
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2023-06-08 16:02:55 +02:00
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