def cross(self, p1, p2):
board = Board()
split = random.randint(0, p1.board.shape()[1])
for i in range(split):
board.set_column(i, p1.board.get_column(i))
for i in range(split, p1.board.shape()[1]):
board.set_column(i, p2.board.get_column(i))
board.invariants = InvariantsMerger.merge_invariants(p1, p2, self.__area_function(split))
genotype = BoardGenotype(board)
return genotype
def cross(self, p1, p2):
board = Board()
squares_num = p1.board.shape()[0] / 3 * p2.board.shape()[1] / 3
split = random.randint(0, squares_num)
for i in range(split):
row_num, col_num = board.get_square_indices(i)
board.set_square(row_num, col_num, p1.board.get_square(row_num, col_num))
for i in range(split, p1.board.shape()[1]):
row_num, col_num = board.get_square_indices(i)
board.set_square(row_num, col_num, p1.board.get_square(row_num, col_num))
board.invariants = InvariantsMerger.merge_invariants(p1, p2,
self.__area_function(board.get_square_indices(split)))
genotype = BoardGenotype(board)
return genotype
