def test_gives_expected_answer_when_sources_not_neatly_nested(
self, four_square_grid, square_mostly_in_top_left
):
assignment = assign_by_area(square_mostly_in_top_left, four_square_grid)
expected = pandas.Series([1], index=[0])
assert (expected == assignment).all()
def test_gives_same_answer_when_both_have_non_integer_indices(
self, four_square_grid, squares_df):
targets = four_square_grid.set_index("ID")
sources = squares_df.set_index("ID")
assignment = assign_by_area(sources, targets)
expected = assign_by_covering(sources, targets)
assert (expected == assignment).all()
def test_assign_by_area_dispatches_to_non_integer_version(
self, four_square_grid, squares_df):
targets = four_square_grid.set_index("ID")
sources = squares_df.set_index("ID")
assignment = assign_by_area(sources, targets)
expected = assign_by_covering(sources, targets)
assert (expected == assignment).all()
def test_gives_same_answer_for_targets_with_non_integer_index(
self, four_square_grid, squares_df):
targets = four_square_grid.set_index("ID")
# targets = four_square_grid
# sources = squares_df.set_index("ID")
sources = squares_df
assignment = assign_by_area(sources, targets)
expected = assign_by_covering(sources, targets)
assert (expected == assignment).all()
def test_gives_same_answer_for_integer_indices(self, four_square_grid, squares_df):
assignment = assign_by_area(squares_df, four_square_grid)
expected = assign_by_covering(squares_df, four_square_grid)
assert (expected == assignment).all()