def _built_board(self):
colors = ["white", "black"] * (self.cols + 2)
self.board = [[
square.Square(i, j, colors[j + i % 2]) for j in range(self.cols)
] for i in range(self.rows)]
# Black pieces
# Rook, Knight, Bishop, King, Queen, Pawns
self.board[0][0].set_piece(piece.Rook(self.board[0][0], Board.black))
self.board[0][7].set_piece(piece.Rook(self.board[0][7], Board.black))
self.board[0][1].set_piece(piece.Knight(self.board[0][1], Board.black))
self.board[0][6].set_piece(piece.Knight(self.board[0][6], Board.black))
self.board[0][2].set_piece(piece.Bishop(self.board[0][2], Board.black))
self.board[0][5].set_piece(piece.Bishop(self.board[0][5], Board.black))
self.board[0][3].set_piece(piece.King(self.board[0][3], Board.black))
self.board[0][4].set_piece(piece.Queen(self.board[0][4], Board.black))
for j in xrange(0, self.cols):
self.board[1][j].set_piece(
piece.Pawn(self.board[1][j], Board.black))
# White pieces
# Rook, Knight, Bishop, King, Queen, Pawns
self.board[7][0].set_piece(piece.Rook(self.board[7][0], Board.white))
self.board[7][7].set_piece(piece.Rook(self.board[7][7], Board.white))
self.board[7][1].set_piece(piece.Knight(self.board[7][1], Board.white))
self.board[7][6].set_piece(piece.Knight(self.board[7][6], Board.white))
self.board[7][2].set_piece(piece.Bishop(self.board[7][2], Board.white))
self.board[7][5].set_piece(piece.Bishop(self.board[7][5], Board.white))
self.board[7][4].set_piece(piece.King(self.board[7][4], Board.white))
self.board[7][3].set_piece(piece.Queen(self.board[7][3], Board.white))
for j in xrange(0, self.cols):
self.board[6][j].set_piece(
piece.Pawn(self.board[6][j], Board.white))
self.kings = [self.board[0][3], self.board[7][4]]
def spawnPiece(self, piecetype, team, x, y, z, d):
col = color.white
if (team == 1):
col = color.red
if (piecetype == 'pawn'):
self.addPiece(x, y, z, d,
piece.Pawn(vector(x, y, z), col, self.spots))
if (piecetype == 'knight'):
self.addPiece(x, y, z, d,
piece.Knight(vector(x, y, z), col, self.spots))
if (piecetype == 'rook'):
self.addPiece(x, y, z, d,
piece.Rook(vector(x, y, z), col, self.spots))
if (piecetype == 'bishop'):
self.addPiece(x, y, z, d,
piece.Bishop(vector(x, y, z), col, self.spots))
if (piecetype == 'king'):
self.addPiece(x, y, z, d,
piece.King(vector(x, y, z), col, self.spots))
if (col == color.red):
self.redkingpos = fvec.Fvector(x, y, z, d)
else:
self.whitekingpos = fvec.Fvector(x, y, z, d)
if (piecetype == 'queen'):
self.addPiece(x, y, z, d,
piece.Queen(vector(x, y, z), col, self.spots))
def populate(self):
self.positions['a'][7] = piece.Rook('bR', 'Black', 'a', '7')
self.positions['b'][7] = piece.Knight('bKn', 'Black', 'b', '7')
self.positions['c'][7] = piece.Bishop('bB', 'Black', 'c', '7')
self.positions['d'][7] = piece.Queen('bQ', 'Black', 'd', '7')
self.positions['e'][7] = piece.King('bK', 'Black', 'e', '7')
self.positions['f'][7] = piece.Bishop('bB', 'Black', 'f', '7')
self.positions['g'][7] = piece.Knight('bKn', 'Black', 'g', '7')
self.positions['h'][7] = piece.Rook('bR', 'Black', 'h', '7')
self.positions['a'][0] = piece.Rook('wR', 'White', 'a', '0')
self.positions['b'][0] = piece.Knight('wKn', 'White', 'b', '0')
self.positions['c'][0] = piece.Bishop('wB', 'White', 'c', '0')
self.positions['d'][0] = piece.Queen('wQ', 'White', 'd', '0')
self.positions['e'][0] = piece.King('wK', 'White', 'e', '0')
self.positions['f'][0] = piece.Bishop('wB', 'White', 'f', '0')
self.positions['g'][0] = piece.Knight('wKn', 'White', 'g', '0')
self.positions['h'][0] = piece.Rook('wR', 'White', 'h', '0')
for letter in self.letters:
self.positions[letter][6] = piece.Pawn('bP', 'Black', letter, '6')
self.positions[letter][1] = piece.Pawn('wP', 'White', letter, '1')
for letter in self.letters:
for num in self.positions[letter]:
if type(num) != str:
self.pieces.append(num)
def takeback():
if b.last_move != None:
if len(b.last_move) == 2:
laststart, lastfinish = b.last_move[0], b.last_move[1]
backmove = move.Move(b, lastfinish.coord, laststart.coord)
b.update(backmove)
b.append_piece(lastfinish.p, *lastfinish.coord)
if len(b.last_move) == 4:
laststart1, lastfinish1 = b.last_move[0], b.last_move[1]
laststart2, lastfinish2 = b.last_move[2], b.last_move[3]
backmove2 = move.Move(b, lastfinish2.coord, laststart2.coord)
backmove1 = move.Move(b, lastfinish1.coord, laststart1.coord)
b.update(backmove2)
b.update(backmove1)
if len(b.last_move) == 3:
laststart, lastfinish = b.last_move[0], b.last_move[1]
b.append_piece(piece.Pawn(b.last_move[2]), *lastfinish.coord)
backmove = move.Move(b, lastfinish.coord, laststart.coord)
b.update(backmove)
b.append_piece(lastfinish.p, *lastfinish.coord)
def __init__ (self):
self.board = [[None for _ in range(8)] for _ in range(8)]
self.board[0][0] = ColoredChessPiece("W", piece.Rook(1,1))
self.board[0][7] = ColoredChessPiece("W", piece.Rook(8,1))
self.board[0][1] = ColoredChessPiece("W", piece.Knight(2,1))
self.board[0][6] = ColoredChessPiece("W", piece.Knight(7,1))
self.board[0][2] = ColoredChessPiece("W", piece.Bishop(3,1))
self.board[0][5] = ColoredChessPiece("W", piece.Bishop(6,1))
self.board[0][3] = ColoredChessPiece("W", piece.Queen(4,1))
self.board[0][4] = ColoredChessPiece("W", piece.King(5,1,5,1))
self.board[1][0] = ColoredChessPiece("W", piece.Pawn(1,2,2))
self.board[1][1] = ColoredChessPiece("W", piece.Pawn(2,2,2))
self.board[1][2] = ColoredChessPiece("W", piece.Pawn(3,2,2))
self.board[1][3] = ColoredChessPiece("W", piece.Pawn(4,2,2))
self.board[1][4] = ColoredChessPiece("W", piece.Pawn(5,2,2))
self.board[1][5] = ColoredChessPiece("W", piece.Pawn(6,2,2))
self.board[1][6] = ColoredChessPiece("W", piece.Pawn(7,2,2))
self.board[1][7] = ColoredChessPiece("W", piece.Pawn(8,2,2))
self.board[7][0] = ColoredChessPiece("B", piece.Rook(1,8))
self.board[7][7] = ColoredChessPiece("B", piece.Rook(8,8))
self.board[7][1] = ColoredChessPiece("B", piece.Knight(2,8))
self.board[7][6] = ColoredChessPiece("B", piece.Knight(7,8))
self.board[7][2] = ColoredChessPiece("B", piece.Bishop(3,8))
self.board[7][5] = ColoredChessPiece("B", piece.Bishop(6,8))
self.board[7][3] = ColoredChessPiece("B", piece.Queen(4,8))
self.board[7][4] = ColoredChessPiece("B", piece.King(5,8,5,8))
self.board[6][0] = ColoredChessPiece("B", piece.Pawn(1,7,7))
self.board[6][1] = ColoredChessPiece("B", piece.Pawn(2,7,7))
self.board[6][2] = ColoredChessPiece("B", piece.Pawn(3,7,7))
self.board[6][3] = ColoredChessPiece("B", piece.Pawn(4,7,7))
self.board[6][4] = ColoredChessPiece("B", piece.Pawn(5,7,7))
self.board[6][5] = ColoredChessPiece("B", piece.Pawn(6,7,7))
self.board[6][6] = ColoredChessPiece("B", piece.Pawn(7,7,7))
self.board[6][7] = ColoredChessPiece("B", piece.Pawn(8,7,7))
self.__white_king_moved__ = False
self.__black_king_moved__ = False
self.__white_a_rook_moved__ = False
self.__white_e_rook_moved__ = False
self.__black_a_rook_moved__ = False
self.__black_e_rook_moved__ = False
self.__en_passant_possible__ = -1
def __init__(self, master):
self._turn = 1
self.n = 8 # length checkers on board
self.wking_loc = [0] * 2
self.wking_loc[0] = 7
self.wking_loc[1] = 4
self.bking_loc = [0, 4]
# self.game_board = [[piece.EmptyPiece()]*8]*8 WRONG, duplicates the 1D list 8 times (same lists)
# self.game_board = { (pp,qq):0 for pp in range(8) for qq in range(8) } if were using a dictionary
self.game_board = [[piece.EmptyPiece() for pp in range(8)]
for qq in range(8)]
for s in range(0, 8):
self.game_board[6][s] = piece.Pawn(defines.white_piece,
defines.pawn)
self.game_board[1][s] = piece.Pawn(defines.black_piece,
defines.pawn)
self.game_board[7][4] = piece.King(defines.white_piece, defines.king)
self.game_board[0][4] = piece.King(defines.black_piece, defines.king)
self.game_board[7][3] = piece.Queen(defines.white_piece, defines.queen)
self.game_board[0][3] = piece.Queen(defines.black_piece, defines.queen)
self.game_board[7][0] = piece.Rook(defines.white_piece, defines.rook)
self.game_board[0][0] = piece.Rook(defines.black_piece, defines.rook)
self.game_board[7][7] = piece.Rook(defines.white_piece, defines.rook)
self.game_board[0][7] = piece.Rook(defines.black_piece, defines.rook)
self.game_board[7][2] = piece.Bishop(defines.white_piece,
defines.bishop)
self.game_board[0][2] = piece.Bishop(defines.black_piece,
defines.bishop)
self.game_board[7][5] = piece.Bishop(defines.white_piece,
defines.bishop)
self.game_board[0][5] = piece.Bishop(defines.black_piece,
defines.bishop)
self.game_board[7][6] = piece.Knight(defines.white_piece,
defines.knight)
self.game_board[0][6] = piece.Knight(defines.black_piece,
defines.knight)
self.game_board[7][1] = piece.Knight(defines.white_piece,
defines.knight)
self.game_board[0][1] = piece.Knight(defines.black_piece,
defines.knight)
# Graphics
self.master = master
self.master.title('ChessPy')
self.master.configure(background='#e1d8b9')
self.master.minsize(400, 470)
self.master.resizable(True, True)
self.master.bind('<Configure>', lambda e: self.draw_board(
)) # call draw_board() in the event of new Hight and Width window size
self.style = ttk.Style()
self.style.configure('TFrame', background='#e1d8b9')
self.style.configure('TButton', background='#e1d8b9')
self.style.configure('TLabel', background='#e1d8b9')
self.board_canvas = Canvas(
self.master) # used to draw shapes: line, oval,...
self.board_canvas.pack()
self.controls_frame = ttk.Frame(self.master)
self.controls_frame.pack(side=TOP, pady=20)
self.n_var = StringVar()
self.n_var.set(self.n)
# Spinbox(self.controls_frame, from_ = 4, to = 99, width = 2,
# font = 'Verdana 10 bold', textvariable = self.n_var).grid(row = 0, column = 1)
self.from_row_var = StringVar()
self.from_col_var = StringVar()
self.to_row_var = StringVar()
self.to_col_var = StringVar()
#self.to_col_var.set('0')
""" location entry widgets """
ttk.Label(self.controls_frame,
text='Move From Row:',
font='Verdana 10 bold').grid(row=0,
column=0,
sticky=(W),
padx=10) # , sticky= (E)
self.from_row_entry = ttk.Entry(
self.controls_frame,
width=10, #textvariable = self.from_row_var,
font='Verdana 10') #, sticky = (W)
self.from_row_entry.grid(row=0, column=1, sticky=(W))
ttk.Label(self.controls_frame,
text='Move From Column:',
font='Verdana 10 bold').grid(row=1,
column=0,
sticky=(W),
padx=10)
self.from_col_entry = ttk.Entry(
self.controls_frame,
width=10, #textvariable = self.from_col_var,
font='Verdana 10')
self.from_col_entry.grid(row=1, column=1, sticky=(W))
ttk.Label(self.controls_frame,
text='Move To Row:',
font='Verdana 10 bold').grid(row=2,
column=0,
sticky=(W),
padx=10)
self.to_row_entry = ttk.Entry(
self.controls_frame,
width=10, #textvariable = self.to_row_var,
font='Verdana 10')
self.to_row_entry.grid(row=2, column=1, sticky=(W))
ttk.Label(self.controls_frame,
text='Move To Column:',
font='Verdana 10 bold').grid(row=3,
column=0,
sticky=(W),
padx=10)
self.to_col_entry = ttk.Entry(
self.controls_frame,
width=10, #textvariable = self.to_col_var,
font='Verdana 10')
self.to_col_entry.grid(row=3, column=1, sticky=(W))
# self.from_row_entry.pack()
# self.from_col_entry.pack()
# self.to_row_entry.pack()
# self.to_col_entry.pack()
#
self.from_row_entry["textvariable"] = self.from_row_var
self.from_col_entry["textvariable"] = self.from_col_var
self.to_row_entry["textvariable"] = self.to_row_var
self.to_col_entry["textvariable"] = self.to_col_var
# and here we get a callback when the user hits return.
#self.to_col_entry.bind('<Key-Return>',self.move_callback)
#self.to_col_var.get()
""" Move button """
ttk.Button(self.controls_frame,
text='Enter Move',
command=self.move_callback).grid(row=4,
column=1,
columnspan=2,
sticky=(W),
padx=10,
pady=10)
ttk.Label(self.controls_frame, text='to exit type q',
font='Verdana 8').grid(row=7, column=0, sticky=(W),
pady=10) # , sticky= (E)
# ttk.Label(self.controls_frame).grid(row = 0, column = 2, padx = 10) # spacer
turn_color = "WHITE" if self._turn == 1 else "BLACK"
ttk.Label(self.controls_frame,
text=turn_color + ' turn',
font='Verdana 8').grid(row=6, column=0, sticky=(W), pady=10)
self.draw_board()
min_label = 0
rows = [radius]
cols = [radius]
labels = [0]
while True:
rs, cs, _ = N.get_vision(B)
argmin = np.argmin(B.label[rs, cs])
min_label = B.label[rs[argmin], cs[argmin]]
if min_label < max_label:
rows.append(rs[argmin])
cols.append(cs[argmin])
labels.append(min_label)
old_location = N.location
B.move(old_location, (rs[argmin], cs[argmin]))
r, c = old_location
B.array[r, c] = piece.Pawn(old_location, 'white')
B.label[rs[argmin], cs[argmin]] = max_label
else:
break
rows = np.array(rows)
cols = np.array(cols)
labels = np.array(labels)
bcs = np.logical_or.reduce([
rows.min() < m,
rows.max() > 2 * radius - m,
cols.min() < m,
cols.max() > 2 * radius - m
])
if bcs:
radius += dr
def initiate(self):
self.append_piece(piece.Rook('b'), 0, 0)
self.append_piece(piece.Knight('b'), 0, 1)
self.append_piece(piece.Bishop('b'), 0, 2)
self.append_piece(piece.Queen('b'), 0, 3)
self.append_piece(piece.King('b'), 0, 4)
self.append_piece(piece.Bishop('b'), 0, 5)
self.append_piece(piece.Knight('b'), 0, 6)
self.append_piece(piece.Rook('b'), 0, 7)
self.append_piece(piece.Pawn('b'), 1, 0)
self.append_piece(piece.Pawn('b'), 1, 1)
self.append_piece(piece.Pawn('b'), 1, 2)
self.append_piece(piece.Pawn('b'), 1, 3)
self.append_piece(piece.Pawn('b'), 1, 4)
self.append_piece(piece.Pawn('b'), 1, 5)
self.append_piece(piece.Pawn('b'), 1, 6)
self.append_piece(piece.Pawn('b'), 1, 7)
self.append_piece(piece.Rook('w'), 7, 0)
self.append_piece(piece.Knight('w'), 7, 1)
self.append_piece(piece.Bishop('w'), 7, 2)
self.append_piece(piece.Queen('w'), 7, 3)
self.append_piece(piece.King('w'), 7, 4)
self.append_piece(piece.Bishop('w'), 7, 5)
self.append_piece(piece.Knight('w'), 7, 6)
self.append_piece(piece.Rook('w'), 7, 7)
self.append_piece(piece.Pawn('w'), 6, 0)
self.append_piece(piece.Pawn('w'), 6, 1)
self.append_piece(piece.Pawn('w'), 6, 2)
self.append_piece(piece.Pawn('w'), 6, 3)
self.append_piece(piece.Pawn('w'), 6, 4)
self.append_piece(piece.Pawn('w'), 6, 5)
self.append_piece(piece.Pawn('w'), 6, 6)
self.append_piece(piece.Pawn('w'), 6, 7)
import pygame, piece, board, move
from constants import SCREENWIDTH, SQUAREWIDTH, LIGHTCOLOUR, DARKCOLOUR
screen = pygame.display.set_mode((SCREENWIDTH, SCREENWIDTH))
pygame.display.set_caption("Chess")
clock = pygame.time.Clock()
playing = True
moves = []
piecesGroup = pygame.sprite.Group()
## Add Pawns
for i in range(0, 1):
piecesGroup.add(piece.Pawn("white", [i, 6]),
piece.Pawn("black", [i, 1]))
## Add black pieces
piecesGroup.add(#piece.Rook("black", [0, 0]),
#piece.Knight("black", [1, 0]),
#piece.Bishop("black", [2, 0]),
#piece.Queen("black", [3, 0]),
piece.King("black", [4, 0]),
#piece.Bishop("black", [5, 0]),
#piece.Knight("black", [6, 0]),
piece.Rook("black", [7, 0]))
## Add white pieces
piecesGroup.add(#piece.Rook("white", [0, 7]),
#piece.Knight("white", [1, 7]),
#piece.Bishop("white", [2, 7]),
#piece.Queen("white", [3, 7]),
import board
import piece
import copy
#these are the pieces that each player will initially start each game with
p1InitializedPieces = [piece.Rook("R2",0,0,False),piece.Knight("K2",0,1,False),piece.Bishop("B2",0,2,False),piece.Queen("Q1",0,3,False),\
piece.King("KG",0,4,False),piece.Bishop("B1",0,5,False), piece.Knight("K1",0,6,False),piece.Rook("R1",0,7,False), \
piece.Pawn("P8",1,0,False),piece.Pawn("P7",1,1,False),piece.Pawn("P6",1,2,False),piece.Pawn("P5",1,3,False),piece.Pawn("P4",1,4,False), \
piece.Pawn("P3",1,5,False),piece.Pawn("P2",1,6,False),piece.Pawn("P1",1,7,False)]
p2InitializedPieces = [piece.Pawn("P1",6,0,False),piece.Pawn("P2",6,1,False),piece.Pawn("P3",6,2,False),piece.Pawn("P4",6,3,False),piece.Pawn("P5",6,4,False), \
piece.Pawn("P6",6,5,False),piece.Pawn("P7",6,6,False),piece.Pawn("P8",6,7,False), \
piece.Rook("R1",7,0,False),piece.Knight("K1",7,1,False),piece.Bishop("B1",7,2,False),piece.King("KG",7,3,False),\
piece.Queen("Q1",7,4,False),piece.Bishop("B2",7,5,False), piece.Knight("K2",7,6,False),piece.Rook("R2",7,7,False)]
class Player:
'''Player objects will have a list of Piece objects that are owned by the player
'''
def __init__(self, name, isPlayer1): #constructor
self.name = name
self.isPlayer1 = isPlayer1
playerId = name[0]
if isPlayer1 == True:
self.myPieces = p1InitializedPieces
else:
self.myPieces = p2InitializedPieces
listLength = len(self.myPieces)
counter = 0
while counter != listLength: #add a identifier(playerName[0]) to each piece
def create_pieces(self):
ps = [
p.Rook(
(0, 7),
color=True,
value=5,
image=load("../images/w_rook.png"),
),
p.Rook(
(7, 7),
color=True,
value=5,
image=load("../images/w_rook.png"),
),
p.Bishop(
(2, 7),
color=True,
value=3,
image=load("../images/w_bishop.png"),
),
p.Bishop(
(5, 7),
color=True,
value=3,
image=load("../images/w_bishop.png"),
),
p.Knight(
(1, 7),
color=True,
value=3,
image=load("../images/w_knight.png"),
),
p.Knight(
(6, 7),
color=True,
value=3,
image=load("../images/w_knight.png"),
),
p.Rook(
(0, 0),
color=False,
value=-5,
image=load("../images/b_rook.png"),
),
p.Rook(
(7, 0),
color=False,
value=-5,
image=load("../images/b_rook.png"),
),
p.Knight(
(1, 0),
color=False,
value=-3,
image=load("../images/b_knight.png"),
),
p.Knight(
(6, 0),
color=False,
value=-3,
image=load("../images/b_knight.png"),
),
p.Bishop(
(2, 0),
color=False,
value=-3,
image=load("../images/b_bishop.png"),
),
p.Bishop(
(5, 0),
color=False,
value=-3,
image=load("../images/b_bishop.png"),
),
p.King(
(4, 7),
color=True,
value=1000,
image=load("../images/w_king.png"),
),
p.Queen(
(3, 7),
color=True,
value=9,
image=load("../images/w_queen.png"),
),
p.King(
(4, 0),
color=False,
value=-1000,
image=load("../images/b_king.png"),
),
p.Queen(
(3, 0),
color=False,
value=-9,
image=load("../images/b_queen.png"),
),
]
for i in range(8):
ps += [
p.Pawn(
(i, 6),
color=True,
value=1,
image=pygame.image.load("../images/w_pawn.png"),
),
p.Pawn(
(i, 1),
color=False,
value=-1,
image=pygame.image.load("../images/b_pawn.png"),
),
]
return ps
def init_board_array(self):
temp = [[
piece.Rook((0, 0), False, 'r'),
piece.Knight((0, 1), False, 'n'),
piece.Bishop((0, 2), False, 'b'),
piece.Queen((0, 3), False, 'q'),
piece.King((0, 4), False, 'k'),
piece.Bishop((0, 5), False, 'b'),
piece.Knight((0, 6), False, 'n'),
piece.Rook((0, 7), False, 'r')
],
[
piece.Pawn((1, 0), False, 'p'),
piece.Pawn((1, 1), False, 'p'),
piece.Pawn((1, 2), False, 'p'),
piece.Pawn((1, 3), False, 'p'),
piece.Pawn((1, 4), False, 'p'),
piece.Pawn((1, 5), False, 'p'),
piece.Pawn((1, 6), False, 'p'),
piece.Pawn((1, 7), False, 'p')
], [None, None, None, None, None, None, None, None],
[None, None, None, None, None, None, None, None],
[None, None, None, None, None, None, None, None],
[None, None, None, None, None, None, None, None],
[
piece.Pawn((6, 0), True, 'P'),
piece.Pawn((6, 1), True, 'P'),
piece.Pawn((6, 2), True, 'P'),
piece.Pawn((6, 3), True, 'P'),
piece.Pawn((6, 4), True, 'P'),
piece.Pawn((6, 5), True, 'P'),
piece.Pawn((6, 6), True, 'P'),
piece.Pawn((6, 7), True, 'P')
],
[
piece.Rook((7, 0), 1, 'R'),
piece.Knight((7, 1), True, 'N'),
piece.Bishop((7, 2), True, 'B'),
piece.Queen((7, 3), True, 'Q'),
piece.King((7, 4), True, 'K'),
piece.Bishop((7, 5), True, 'B'),
piece.Knight((7, 6), True, 'N'),
piece.Rook((7, 7), True, 'R')
]]
return temp
