def _on_mouse_click(self, event):
if self._have_drew_board:
board_width = self._board.winfo_width()
board_height = self._board.winfo_height()
gapx = (board_width) / (self._rows + 2)
gapy = (board_height) / (self._cols + 2)
self._gap = min(gapx, gapy)
self._logic_row = int(event.x // self._gap) - 1
self._logic_column = int(event.y // self._gap) - 1
self._logicpos = (int(event.x // self._gap) - 1,
int(event.y // self._gap) - 1)
if not gamecode._game_is_over(self._turn, self._cols, self._rows,
self._logicboard):
if gamecode._is_in_the_board(self._cols, self._rows,
self._logic_column,
self._logic_row):
if gamecode._is_a_valid_move(self._turn, self._cols,
self._rows, self._logicboard,
self._logicpos):
self._logicboard = gamecode.place_a_disc(
self._turn, self._cols, self._rows,
self._logicboard, self._logicpos)
self._turn = gamecode._opposite_turn(self._turn)
self._board = engine.Othello._apply_discs_from_logic_board(
self, self._board, self._logicboard)
if gamecode._no_valid_move_on_the_board(
self._turn, self._cols, self._rows,
self._logicboard):
if self._turn == BLACK:
self._turn = gamecode._opposite_turn(
self._turn)
self._gamereport.set(
'No valid move for Black.\nChange to White\'s turn.'
)
elif self._turn == WHITE:
self._turn = gamecode._opposite_turn(
self._turn)
self._gamereport.set(
'No valid move for White.\nChange to Black\'s turn.'
)
else:
if self._turn == BLACK:
self._gamereport.set('It is Black\'s turn!')
else:
self._gamereport.set('It is White\'s turn!')
counter = gamecode.counter(self._logicboard,
self._cols, self._rows)
self._blackreport.set('Black: ' + str(counter['b']))
self._whitereport.set('White: ' + str(counter['w']))
self._choose_the_winner()
else:
pass
else:
pass
else:
pass
def take_turns(self):
while not gamecode._game_is_over(self._turn, self._cols, self._rows, self._board):
if _no_valid_move_on_the_board(self._turn, self._cols, self._rows, self._board):
self._turn = gamecode._opposite_turn(self._turn)
gamecode.print_board_and_information(self._board, self._cols, self._rows)
gamecode.print_turn(self._turn)
col = _get_move_col(self._cols)
row = _get_move_row(self._rows)
pos = (col - 1, row - 1)
while not gamecode._is_a_valid_move(self._turn, self._cols, self._rows, self._board, pos):
board = self._board
print (board)
print ('The move '+ str((col, row))+' is invalid. Please try again...')
col = _get_move_col(self._cols)
row = _get_move_row(self._rows)
pos = (col - 1, row - 1)
self._board = gamecode.place_a_disc(self._turn, self._cols, self._rows, self._board, pos)
self._turn = gamecode._opposite_turn(self._turn)
def _on_mouse_click(self, event):
if self._have_drew_board:
board_width = self._board.winfo_width()
board_height = self._board.winfo_height()
gapx = (board_width ) / (self._rows + 2)
gapy = (board_height) / (self._cols + 2)
self._gap = min(gapx, gapy)
self._logic_row = int(event.x//self._gap) - 1
self._logic_column = int(event.y //self._gap) - 1
self._logicpos = (int(event.x//self._gap) - 1, int(event.y //self._gap) - 1)
if not gamecode._game_is_over(self._turn, self._cols, self._rows, self._logicboard):
if gamecode._is_in_the_board(self._cols, self._rows, self._logic_column, self._logic_row):
if gamecode._is_a_valid_move(self._turn, self._cols, self._rows, self._logicboard, self._logicpos):
self._logicboard = gamecode.place_a_disc(self._turn, self._cols, self._rows, self._logicboard, self._logicpos)
self._turn = gamecode._opposite_turn(self._turn)
self._board = engine.Othello._apply_discs_from_logic_board(self, self._board, self._logicboard)
if gamecode._no_valid_move_on_the_board(self._turn, self._cols, self._rows, self._logicboard):
if self._turn == BLACK:
self._turn = gamecode._opposite_turn(self._turn)
self._gamereport.set('No valid move for Black.\nChange to White\'s turn.')
elif self._turn == WHITE:
self._turn = gamecode._opposite_turn(self._turn)
self._gamereport.set('No valid move for White.\nChange to Black\'s turn.')
else:
if self._turn == BLACK:
self._gamereport.set('It is Black\'s turn!')
else:
self._gamereport.set('It is White\'s turn!')
counter = gamecode.counter(self._logicboard, self._cols, self._rows)
self._blackreport.set('Black: '+ str(counter['b']))
self._whitereport.set('White: ' + str(counter['w']))
self._choose_the_winner()
else:
pass
else:
pass
else:
pass
def take_turns(self):
while not gamecode._game_is_over(self._turn, self._cols, self._rows,
self._board):
if _no_valid_move_on_the_board(self._turn, self._cols, self._rows,
self._board):
self._turn = gamecode._opposite_turn(self._turn)
gamecode.print_board_and_information(self._board, self._cols,
self._rows)
gamecode.print_turn(self._turn)
col = _get_move_col(self._cols)
row = _get_move_row(self._rows)
pos = (col - 1, row - 1)
while not gamecode._is_a_valid_move(self._turn, self._cols,
self._rows, self._board, pos):
board = self._board
print(board)
print('The move ' + str((col, row)) +
' is invalid. Please try again...')
col = _get_move_col(self._cols)
row = _get_move_row(self._rows)
pos = (col - 1, row - 1)
self._board = gamecode.place_a_disc(self._turn, self._cols,
self._rows, self._board, pos)
self._turn = gamecode._opposite_turn(self._turn)
def _choose_the_winner(self):
if gamecode._game_is_over(self._turn, self._cols, self._rows,
self._logicboard):
winner = gamecode.choose_the_winner(self._cols, self._rows,
self._logicboard, self._rule)
self._gamereport.set(winner + ' wins!')
def _choose_the_winner(self):
if gamecode._game_is_over(self._turn, self._cols, self._rows, self._logicboard):
winner = gamecode.choose_the_winner(self._cols, self._rows, self._logicboard, self._rule)
self._gamereport.set(winner + ' wins!')