def opposite_direction(direction):
for opposite_direction, opposite_direction_vector in ab.DIRECTION_VECTORS.items(
):
direction_vector = Board().position_adjacent_to(
ab.Position(0, 0), direction)
if direction_vector + opposite_direction_vector == ab.Position(
0, 0):
return opposite_direction
def parse_from_move_string(self, move_string):
tail_position = ab.Position(MoveParser._ROWS.index(move_string[0]),int(move_string[1]))
if move_string[2] == '-':
head_position = ab.Position(MoveParser._ROWS.index(move_string[3]),int(move_string[4]))
desitination_position = ab.Position(MoveParser._ROWS.index(move_string[6]),int(move_string[7]))
move_direction = self.board.direction(tail_position, head_position)
return ab.Move(tail_position, head_position, move_direction)
elif move_string[2] == ',':
desitination_position = ab.Position(MoveParser._ROWS.index(move_string[3]),int(move_string[4]))
move_direction = self.board.direction(tail_position, desitination_position)
field = self.board.field(tail_position)
if field and not field.is_empty:
color = field.piece.color
while field and not field.is_empty and field.piece.color == color:
previous_field = field
field = field.adjacent_field(move_direction)
return ab.Move(tail_position, previous_field.position, move_direction)
return None
def init_board(self, outer_self):
self.fields = {}
for x in range(Board._SIZE):
for y in range(Board._SIZE):
position = ab.Position(x, y)
if (x == 0 or x == 10 or y == 0 or y == 10 or x + y <= 5
or x + y >= 15):
type_ = ab.FieldType.GUTTER
else:
type_ = ab.FieldType.BOARD
field = ab.Field(
outer_self, type_, position
) #pass Board-instance: outer_self to each Field-object
self.fields[position] = field
def main():
game = Game(ab.Color.BLACK)
# for _ in range(500):
# for color in ab.Color.__members__.values():
# moves = game.get_moves(color)
# move = random.choice(moves)
# game.do_move(move)
# print(game.board)
# print(move)
# print(game.score)
moves = game.get_moves(ab.Color.BLACK)
print("number of possible moves: {}".format(len(moves)))
print(game.board)
print("------------")
move = ab.Move(ab.Position(1, 5), ab.Position(3, 5),
ab.Direction.RIGHT_DOWN)
game.do_move(move)
print(game.board)
print("------------")
move = ab.Move(ab.Position(8, 5), ab.Position(7, 5), ab.Direction.RIGHT_UP)
game.do_move(move)
print(game.board)
print("------------")
move = ab.Move(ab.Position(2, 5), ab.Position(4, 5),
ab.Direction.RIGHT_DOWN)
game.do_move(move)
print(game.board)
print("------------")
move = ab.Move(ab.Position(3, 5), ab.Position(5, 5),
ab.Direction.RIGHT_DOWN)
game.do_move(move)
print(game.board)
print("------------")
move = ab.Move(ab.Position(4, 5), ab.Position(6, 5),
ab.Direction.RIGHT_DOWN)
game.do_move(move)
print(game.board)
print(move)
print(game.score)
print("------------")
move = ab.Move(ab.Position(5, 5), ab.Position(7, 5),
ab.Direction.RIGHT_DOWN)
game.do_move(move)
print(game.board)
print(move)
print(game.score)
print("------------")
print(abman.MoveParser().parse_from_move_string("d5,c5"))
move = ab.Move(ab.Position(6, 5), ab.Position(8, 5),
ab.Direction.RIGHT_DOWN)
print(abman.MoveParser().parse_to_move_string(move))
game.do_move(move)
print(game.board)
print(move)
print(game.score)
print("------------")
moves = game.get_moves(ab.Color.WHITE)
[print(move) for move in moves]
print("number of possible moves: {}".format(len(moves)))
import abalone_base as ab #definition of board setup CLASSIC_PLAYER = [ab.Position(1,5), ab.Position(1,6), ab.Position(1,7), ab.Position(1,8), ab.Position(1,9),ab.Position(2,4),ab.Position(2,5),ab.Position(2,6),ab.Position(2,7),ab.Position(2,8),ab.Position(2,9),ab.Position(3,5),ab.Position(3,6),ab.Position(3,7)] CLASSIC_OPPONENT = [ab.Position(9,1), ab.Position(9,2), ab.Position(9,3), ab.Position(9,4),ab.Position(9,5),ab.Position(8,1),ab.Position(8,2),ab.Position(8,3),ab.Position(8,4),ab.Position(8,5),ab.Position(8,6),ab.Position(7,3),ab.Position(7,4),ab.Position(7,5)]