def _find_moves(state, location, team, type, temp_deleted = []): direction = Teams.direction(team) if type == CheckerType.king(): direction = 0 empty_moves = [] take_moves = [] enemy = Teams.opposite(team) diagonals = _get_diagonals(location, direction) for square in diagonals: new_checker = state.get_checker_from_location(tuple(square)) if new_checker == None or new_checker.location in temp_deleted: empty_moves.append(square) continue elif new_checker.team == enemy: dx = square[0] - location[0] dy = square[1] - location[1] new_square = (square[0] + dx, square[1] + dy) if not _valid_square(new_square): continue if state.get_checker_from_location(new_square) == None: take_moves.append(new_square) if not len(take_moves) == 0: return take_moves, True return empty_moves, False
def _find_moves(state, location, team, type, temp_deleted=[]):
direction = Teams.direction(team)
if type == CheckerType.king():
direction = 0
empty_moves = []
take_moves = []
enemy = Teams.opposite(team)
diagonals = _get_diagonals(location, direction)
for square in diagonals:
new_checker = state.get_checker_from_location(tuple(square))
if new_checker == None or new_checker.location in temp_deleted:
empty_moves.append(square)
continue
elif new_checker.team == enemy:
dx = square[0] - location[0]
dy = square[1] - location[1]
new_square = (square[0] + dx, square[1] + dy)
if not _valid_square(new_square):
continue
if state.get_checker_from_location(new_square) == None:
take_moves.append(new_square)
if not len(take_moves) == 0:
return take_moves, True
return empty_moves, False
