def test_calc_multplty_by_ovl_start2_end4(self, overlaps_start2_end4):
# Tests how the function assigns mulpitlicity if
# contig has two overlaps at one terminus
# and 4 overlaps -- at another.
expected: float = 2.0
obtained: float = amu._calc_multiplty_by_overlaps(overlaps_start2_end4)
assert abs(obtained - expected) < 1e-1
def test_calc_multplty_by_ovl_start1_end0(self, overlaps_start1_end0):
# Tests how the function assigns mulpitlicity if
# contig has single overlap at one terminus.
expected: float = 1.0
obtained: float = amu._calc_multiplty_by_overlaps(overlaps_start1_end0)
assert abs(obtained - expected) < 1e-1
def test_calc_multplty_by_ovl_start2_end2(self, overlaps_start2_end2):
# Tests how the function assigns mulpitlicity if
# contig has two overlaps at both termini.
expected: float = 2.0
obtained: float = amu._calc_multiplty_by_overlaps(overlaps_start2_end2)
assert abs(obtained - expected) < 1e-1
def test_calc_multplty_by_ovl_empty(self, overlaps_empty):
# Tests how the function assigns mulpitlicity if
# contig has no overlaps.
expected: float = 1.0
obtained: float = amu._calc_multiplty_by_overlaps(overlaps_empty)
assert abs(obtained - expected) < 1e-1