def _update_after_animation(self, anim, *args):
if hasattr(anim, 'fen'):
self.set_position(anim.fen)
self._draw_board()
self._draw_pieces()
elif hasattr(anim, 'move'):
print('ANIMMOVE : ' + anim.move)
self.fen = sf.get_fen(self._game.start_position, self._game.moves+[anim.move])
self._game.moves.append(anim.move)
self.set_position(self.fen)
self._draw_board()
self._draw_pieces()
else:
self._moving_piece_from = -1
self._moving_piece = '.'
def _update_position(self, g, value):
#print "UPDATING WITH MOVE" + str(value)
if self.fen == g.current_fen():
return
if self.fen == sf.get_fen(g.start_position,g.moves[:-1]): # Animate if this is a new move on current fen
self._moving_piece_from = self.square_number(g.moves[-1][:2])
self._moving_piece = self.position[self._moving_piece_from]
self._moving_piece_pos[0], self._moving_piece_pos[1] = self._to_coordinates(self._moving_piece_from)
animation = Animation(_moving_piece_pos=self._to_coordinates(self.square_number(g.moves[-1][2:4])), duration=0.1, t='in_out_sine')
animation.fen=g.current_fen()
animation.bind(on_complete=self._update_after_animation)
animation.start(self)
else:
self.set_position(g.current_fen())
self._draw_board()
self._draw_pieces()
def current_fen(self):
return sf.get_fen(self.start_position, self.moves)
