def test_atari_value(self):
self.board.make_move(Move(WHITE_COLOR, Vertex.from_string("a1")))
self.board.make_move(Move(BLACK_COLOR, Vertex.from_string("a2")))
self.assertEqual(self.evaluator.calculate_atari_value(self.board), -self.evaluator.ATARI_VALUE)
def test_calculate_connectivity(self):
self.board.make_move(Move(WHITE_COLOR, Vertex.from_string("a1")))
self.board.make_move(Move(WHITE_COLOR, Vertex.from_string("d5")))
self.assertEqual(self.evaluator.calculate_connectivity(self.board), self.evaluator.GROUP_VALUE * 2)
self.board.make_move(Move(BLACK_COLOR, Vertex.from_string("f5")))
self.assertEqual(self.evaluator.calculate_connectivity(self.board), self.evaluator.GROUP_VALUE)
def test_equals(self):
v1 = Vertex.from_string('a1')
v2 = Vertex.from_string(' A1 ')
self.assertEquals(v1, v2)
v3 = Vertex.from_string('a2')
v4 = Vertex.from_string('b1')
self.assertNotEquals(v1, v3)
self.assertNotEquals(v1, v4)
def test_valid_move(self):
move = Move("White", Vertex.from_string("a2"))
self.assertEquals(move.color, WHITE_COLOR)
move = Move("w", Vertex.from_string("a2"))
self.assertEquals(move.color, WHITE_COLOR)
move = Move("Black", Vertex.from_string("a2"))
self.assertEquals(move.color, BLACK_COLOR)
move = Move("b", Vertex.from_string("a2"))
self.assertEquals(move.color, BLACK_COLOR)
def test_calculate_territory(self):
self.board.make_move(Move(WHITE_COLOR, Vertex.from_string("e5")))
self.assertTrue(self.evaluator.calculate_territory(self.board) > 0)
self.board.make_move(Move(BLACK_COLOR, Vertex.from_string("e4")))
self.assertEqual(self.evaluator.calculate_territory(self.board), 0)
self.board.make_move(Move(WHITE_COLOR, Vertex.from_string("c3")))
self.assertTrue(self.evaluator.calculate_territory(self.board) > 0)
def test_set_winner_if_possible_simple(self):
self.board.make_move(Move(WHITE_COLOR, Vertex.from_string("a1")))
self.board.make_move(Move(BLACK_COLOR, Vertex.from_string("a2")))
self.assertFalse(self.board.game_finished)
self.board.make_move(Move(BLACK_COLOR, Vertex.from_string("b1")))
self.assertTrue(self.board.game_finished)
self.assertEqual(self.board.winner, BLACK_COLOR)
def test_liberties_evaluation(self):
self.board.make_move(Move(WHITE_COLOR, Vertex.from_string("a1")))
self.assertTrue(self.evaluator.calculate_liberties_value(self.board) > 0)
self.board.make_move(Move(BLACK_COLOR, Vertex.from_string("e6")))
self.assertTrue(self.evaluator.calculate_liberties_value(self.board) < 0)
self.board.make_move(Move(WHITE_COLOR, Vertex.from_string("e5")))
self.assertTrue(self.evaluator.calculate_liberties_value(self.board) > 0)
def test_is_captured_corner(self):
self.board.make_move(Move(WHITE_COLOR, Vertex.from_string("a1")))
self.board.make_move(Move(BLACK_COLOR, Vertex.from_string("b1")))
group = self.board.get_group(Vertex.from_string("a1"))
self.assertEqual(len(group.liberties), 1)
capture_move = Move(BLACK_COLOR, Vertex.from_string("a2"))
#self.assertTrue(group.gets_captured(capture_move))
self.board.make_move(capture_move)
self.assertTrue(group.is_captured())
def test_is_captured_middle(self):
white_stone = Vertex.from_string("c3")
self.board.make_move(Move(WHITE_COLOR, white_stone))
# Capture C3
self.board.make_move(Move(BLACK_COLOR, Vertex.from_string("c4")))
self.board.make_move(Move(BLACK_COLOR, Vertex.from_string("c2")))
self.board.make_move(Move(BLACK_COLOR, Vertex.from_string("b3")))
self.board.make_move(Move(BLACK_COLOR, Vertex.from_string("d3")))
# print self.board
self.assertTrue(self.board.get_group(white_stone).is_captured())
self.assertEqual(self.board.winner, BLACK_COLOR)
def test_valid_vertex(self):
vertex = Vertex.from_string('a1')
self.assertEquals(vertex.x, 0)
self.assertEquals(vertex.y, 0)
vertex = Vertex.from_string('L15')
self.assertEquals(vertex.x, 10)
self.assertEquals(vertex.y, 14)
vertex = Vertex.from_string('Z25')
self.assertEquals(vertex.x, 24)
self.assertEquals(vertex.y, 24)
def test_is_captured_group_simple(self):
self.board.make_move(Move(BLACK_COLOR, Vertex.from_string("c4")))
black_group = self.board.get_group(Vertex.from_string("c4"))
self.board.make_move(Move(WHITE_COLOR, Vertex.from_string("b4")))
self.board.make_move(Move(BLACK_COLOR, Vertex.from_string("d4")))
self.board.make_move(Move(WHITE_COLOR, Vertex.from_string("d3")))
self.board.make_move(Move(WHITE_COLOR, Vertex.from_string("c3")))
self.board.make_move(Move(WHITE_COLOR, Vertex.from_string("c5")))
self.board.make_move(Move(WHITE_COLOR, Vertex.from_string("d5")))
self.board.make_move(Move(BLACK_COLOR, Vertex.from_string("e5")))
self.board.make_move(Move(WHITE_COLOR, Vertex.from_string("e4")))
self.assertTrue(black_group.is_captured())
def testSecondMove(self):
self.board.make_move(Move(BLACK_COLOR, Vertex.from_string("c3")))
openingKnowledge = OpeningKnowledge(WHITE_COLOR)
move = openingKnowledge.get_opening_move(self.board)
self.assertTrue(move)
def testFirstMove(self):
openingKnowledge = OpeningKnowledge(WHITE_COLOR)
move = openingKnowledge.get_opening_move(self.board)
self.assertTrue(move)
self.assertEqual(move, Move(WHITE_COLOR, Vertex.from_string("c3")))
def test_update_liberties(self):
self.board.make_move(Move(WHITE_COLOR, Vertex.from_string("b2")))
group = self.board.get_group(Vertex.from_string("b2"))
self.assertEqual(len(group.liberties), 4)
self.assertTrue(Vertex.from_string("b1") in group.liberties)
self.assertTrue(Vertex.from_string("b3") in group.liberties)
self.assertTrue(Vertex.from_string("a2") in group.liberties)
self.assertTrue(Vertex.from_string("c2") in group.liberties)
self.board.make_move(Move(WHITE_COLOR, Vertex.from_string("b1")))
self.assertEqual(len(group.liberties), 5)
self.board.make_move(Move(WHITE_COLOR, Vertex.from_string("d1")))
self.board.make_move(Move(WHITE_COLOR, Vertex.from_string("c1")))
group = self.board.get_group(Vertex.from_string("b2"))
self.assertEqual(len(group.liberties), 6)
def test_game_over_evaluation(self):
self.board.make_move(Move(WHITE_COLOR, Vertex.from_string("a2")))
self.board.make_move(Move(WHITE_COLOR, Vertex.from_string("b2")))
self.board.make_move(Move(BLACK_COLOR, Vertex.from_string("a3")))
self.board.make_move(Move(BLACK_COLOR, Vertex.from_string("b3")))
self.board.make_move(Move(BLACK_COLOR, Vertex.from_string("c2")))
self.board.make_move(Move(BLACK_COLOR, Vertex.from_string("c1")))
self.board.make_move(Move(BLACK_COLOR, Vertex.from_string("a1")))
self.board.make_move(Move(WHITE_COLOR, Vertex.from_string("b1")))
self.assertEqual(self.evaluator.evaluate(self.board), self.evaluator.MAX_EVALUATION)
def get_opening_move(self, board):
"""
Return the move according to the board.
"""
if board.size != self.board_size:
self.board_size = board.size
self._init()
board_as_string = board.as_string()
if self.database and self.database.has_key(board_as_string):
color, vertex = self.database[board_as_string].split()
return Move(color, Vertex.from_string(vertex))
def gtp_play(self, cmd_id, args):
if len(args) < 2:
return self.failure_response(cmd_id, self.MSG_SINTAX_ERROR)
try:
vertex = Vertex.from_string(args[1])
move = Move(args[0], vertex)
except:
return self.failure_response(cmd_id, self.MSG_SINTAX_ERROR)
try:
self.board.make_move(move)
except:
return self.failure_response(cmd_id, self.MSG_ILLEGAL_MOVE)
return self.success_response(cmd_id)
def genmove(board, color):
""" given a board state, asks gnugo to perform a move of the given color """
subpr.stdin.write("clear_board\n")
for move in board.as_move_list():
subpr.stdin.write('play %s\n' % move)
subpr.stdin.write('genmove %s\n' % color)
response = ''
while not response:
response = subpr.stdout.readline().lstrip('=').strip()
if response == 'resign':
response = 'pass'
return Move(color, Vertex.from_string(response))
def test_invalid_move(self):
self.assertRaises(InvalidColorError, Move, "wasa", Vertex.from_string("a1"))
self.assertRaises(InvalidColorError, Move, "blue", Vertex.from_string("a1"))
def test_str(self):
v1 = Vertex.from_string('a1')
v2 = Vertex.from_string(' A1 ')
self.assertEquals(str(v1), 'a1')
self.assertEquals(str(v2), 'a1')
def test_from_coord(self):
self.assertEquals(Vertex.from_string('a1'), Vertex(0, 0))
self.assertEquals(Vertex.from_string('l15'), Vertex(10, 14))
self.assertEquals(Vertex.from_string('z25'), Vertex(24, 24))
def test_pass(self):
self.assertEquals(Vertex.PASS(), Vertex.PASS())
self.assertNotEquals(Vertex(-1, -1), Vertex.PASS())
self.assertEquals(Vertex.PASS(), Vertex.from_string('pass'))
