def to_coordinate_list(self,
separator: str = _DEFAULT_SEPARATOR
) -> List[Coordinate]:
return [
Coordinate.from_point(numbers[0], numbers[1])
for numbers in self.to_number_lists(separator)
]
def test_neighbors():
coord = Coordinate.from_point(x=2, y=2)
assert coord.get_neighbor_left().x == 1
assert coord.get_neighbor_left().y == 2
assert coord.get_neighbor_right().x == 3
assert coord.get_neighbor_right().y == 2
assert coord.get_neighbor_above().x == 2
assert coord.get_neighbor_above().y == 1
assert coord.get_neighbor_below().x == 2
assert coord.get_neighbor_below().y == 3
assert coord.get_neighbor_left_above().x == 1
assert coord.get_neighbor_left_above().y == 1
assert coord.get_neighbor_right_above().x == 3
assert coord.get_neighbor_right_above().y == 1
assert coord.get_neighbor_left_below().x == 1
assert coord.get_neighbor_left_below().y == 3
assert coord.get_neighbor_right_below().x == 3
assert coord.get_neighbor_right_below().y == 3
non_diagonal_neighbors = [
coord.get_neighbor_left(),
coord.get_neighbor_right(),
coord.get_neighbor_above(),
coord.get_neighbor_below()
]
assert coord.get_neighbors(
include_diagonal=False) == non_diagonal_neighbors
assert coord.get_neighbors(
include_diagonal=True) == non_diagonal_neighbors + [
coord.get_neighbor_left_above(),
coord.get_neighbor_right_above(),
coord.get_neighbor_left_below(),
coord.get_neighbor_right_below()
]
def test_from_point():
coord = Coordinate.from_point(x=1, y=2)
assert coord.row == 2
assert coord.column == 1
assert coord.y == 2
assert coord.x == 1
def test_to_coordinate_list():
assert Parser.from_lines(["1 2", "3 4"]).to_coordinate_list() == \
[Coordinate.from_point(1, 2), Coordinate.from_point(3, 4)]
assert Parser.from_lines(["1, 2", "3, 4"]).to_coordinate_list(separator=",") == \
[Coordinate.from_point(1, 2), Coordinate.from_point(3, 4)]
