def __init__(self, color=Color.WHITE, groupname="golem"):
self.pollNextMove = True
self.groupname = groupname
self.first_move = True
self.color = color
self.mids = [Coordinate(7,7), Coordinate(7,8), Coordinate(8,7), Coordinate(8,8)]
def test_early():
testBoard = Board.create_init_board()
brain = Brain()
testBoard.add_piece(Piece(Color.WHITE, Coordinate(1, 1)))
testBoard.add_piece(Piece(Color.WHITE, Coordinate(1, 2)))
brain.make_move(testBoard)
def get_successor(coord, direction):
if direction == Direction.H:
return Coordinate.copy_with_new_x(coord, coord.x + 1)
elif direction == Direction.V:
return Coordinate.copy_with_new_y(coord, coord.y + 1)
elif direction == Direction.LD:
return Coordinate(coord.x - 1, coord.y + 1)
elif direction == Direction.RD:
return Coordinate(coord.x + 1, coord.y + 1)
def test_vertical(self):
self.testBoard.add_piece(Piece(Color.WHITE, Coordinate(1, 1)))
self.testBoard.add_piece(Piece(Color.WHITE, Coordinate(1, 2)))
self.testBoard.add_piece(Piece(Color.WHITE, Coordinate(1, 3)))
self.testBoard.add_piece(Piece(Color.WHITE, Coordinate(1, 5)))
self.testBoard.add_piece(Piece(Color.WHITE, Coordinate(1, 6)))
self.testBoard.add_piece(Piece(Color.WHITE, Coordinate(1, 7)))
"""
#############################
# x #
# x #
# x #
# #
# x #
# x #
# x #
#############################
sets(1) = 18 [couont each diag and each horizontal]
sets(2) = 0
sets(3) = 2
"""
self.assertEqual(
self.brain._frontal_lobe.evaluation_function(self.testBoard), 28)
def test_diag(self):
self.testBoard.add_piece(Piece(Color.WHITE, Coordinate(1, 1)))
self.testBoard.add_piece(Piece(Color.WHITE, Coordinate(2, 2)))
self.testBoard.add_piece(Piece(Color.WHITE, Coordinate(3, 3)))
self.testBoard.add_piece(Piece(Color.WHITE, Coordinate(2, 4)))
self.testBoard.add_piece(Piece(Color.WHITE, Coordinate(1, 5)))
self.testBoard.add_piece(Piece(Color.WHITE, Coordinate(4, 2)))
"""
#############################
# #
# #
# x #
# x #
# x #
# x x #
# x #
#############################
sets(1) = 17 [count each diag and each horizontal] * 1
sets(2) = 0 * 3
sets(3) = 1 * 5
sets(4) = 1 * 7
"""
self.assertEqual(
self.brain._frontal_lobe.evaluation_function(self.testBoard), 29)
def run(self):
while(self.pollNextMove):
#wait several ms,
# then poll for move_file
time.sleep(0.5)
#//TODO: Make the time delay lower
if(os.path.isfile(self.groupname + ".go")):
if(os.path.isfile("end_game")):
self.pollNextMove = False
break
enemy_move = Hands.check_move_file()
#//TODO: Start all the things
if(self.first_move):
self.first_move = False
if enemy_move:
self.color = Color.BLACK
self.body = Body(self.color)
else: # Executes one at most
self.color = Color.WHITE
self.body = Body(self.color)
self.write_move(self.mids[random.randint(0,3)])
continue
# Normal Gameflow
enemy_move = enemy_move.split()
x = Hands.mapLetterToNumber(enemy_move[1])
y = int(enemy_move[2])
enemy_piece = Piece(Color.opposite(self.color), Coordinate(x,y))
self.body.enemy_made_move(enemy_piece)
our_move = self.body.make_move()
self.write_move(our_move)
time.sleep(3)
def time_test():
testBoard = Board.create_init_board()
brain = Brain()
testBoard.add_piece(Piece(Color.WHITE, Coordinate(1, 1)))
testBoard.add_piece(Piece(Color.WHITE, Coordinate(2, 1)))
testBoard.add_piece(Piece(Color.WHITE, Coordinate(3, 1)))
testBoard.add_piece(Piece(Color.WHITE, Coordinate(14, 1)))
testBoard.add_piece(Piece(Color.WHITE, Coordinate(6, 1)))
testBoard.add_piece(Piece(Color.WHITE, Coordinate(7, 1)))
testBoard.add_piece(Piece(Color.BLACK, Coordinate(1, 4)))
testBoard.add_piece(Piece(Color.BLACK, Coordinate(2, 4)))
testBoard.add_piece(Piece(Color.BLACK, Coordinate(3, 4)))
testBoard.add_piece(Piece(Color.BLACK, Coordinate(5, 4)))
testBoard.add_piece(Piece(Color.BLACK, Coordinate(6, 4)))
testBoard.add_piece(Piece(Color.BLACK, Coordinate(7, 4)))
"""
###############################
# #
# #
# #
# B B B B B B #
# #
# #
# W W W W W #
# #
###############################
"""
brain.make_move(testBoard)
def test_within_time(self):
self.testBoard.add_piece(Piece(Color.WHITE, Coordinate(1, 1)))
self.testBoard.add_piece(Piece(Color.WHITE, Coordinate(2, 1)))
self.testBoard.add_piece(Piece(Color.WHITE, Coordinate(3, 1)))
self.testBoard.add_piece(Piece(Color.WHITE, Coordinate(5, 1)))
self.testBoard.add_piece(Piece(Color.WHITE, Coordinate(6, 1)))
self.testBoard.add_piece(Piece(Color.WHITE, Coordinate(7, 1)))
self.testBoard.add_piece(Piece(Color.BLACK, Coordinate(1, 4)))
self.testBoard.add_piece(Piece(Color.BLACK, Coordinate(2, 4)))
self.testBoard.add_piece(Piece(Color.BLACK, Coordinate(3, 4)))
self.testBoard.add_piece(Piece(Color.BLACK, Coordinate(5, 4)))
self.testBoard.add_piece(Piece(Color.BLACK, Coordinate(6, 4)))
self.testBoard.add_piece(Piece(Color.BLACK, Coordinate(7, 4)))
"""
##############################
# #
# #
# #
# B B B B B B #
# #
# #
# W W W W W W #
##############################
"""
self.brain.make_move(self.testBoard)
def time_evaluation():
testBoard = Board()
testBoard.add_piece(Piece(Color.WHITE, Coordinate(1, 1)))
testBoard.add_piece(Piece(Color.WHITE, Coordinate(2, 1)))
testBoard.add_piece(Piece(Color.WHITE, Coordinate(3, 1)))
testBoard.add_piece(Piece(Color.WHITE, Coordinate(5, 1)))
testBoard.add_piece(Piece(Color.WHITE, Coordinate(6, 1)))
testBoard.add_piece(Piece(Color.WHITE, Coordinate(7, 1)))
testBoard.add_piece(Piece(Color.WHITE, Coordinate(1, 2)))
testBoard.add_piece(Piece(Color.WHITE, Coordinate(1, 3)))
testBoard.add_piece(Piece(Color.WHITE, Coordinate(1, 5)))
testBoard.add_piece(Piece(Color.WHITE, Coordinate(1, 6)))
testBoard.add_piece(Piece(Color.WHITE, Coordinate(1, 7)))
testBoard.add_piece(Piece(Color.WHITE, Coordinate(2, 2)))
testBoard.add_piece(Piece(Color.WHITE, Coordinate(3, 3)))
testBoard.add_piece(Piece(Color.WHITE, Coordinate(2, 4)))
testBoard.add_piece(Piece(Color.WHITE, Coordinate(4, 2)))
"""
BOARD BEING BUILT
###########################
# x #
# x #
# x #
# x #
# x x #
# x x x #
# x x x x x x #
###########################
"""
# print(sets_of_adjacent(1, testBoard.all_friendly()))
# print(sets_of_adjacent(2, testBoard.all_friendly()))
# print(sets_of_adjacent(3, testBoard.all_friendly()))
# print(sets_of_adjacent(4, testBoard.all_friendly()))
# print(sets_of_adjacent(5, testBoard.all_friendly()))
brain = Brain()
print(brain.evaluation_function(testBoard))
def _init_board(self):
for i in range(1, 16):
for j in range(1, 16):
self.add_empty_piece(Coordinate(i, j))