def test_subsample_q_02(scan2d_from_nxs_01: Scan2D):
"""
Make sure that we can set just an upper bound. Note that this dataset goes
from 0.025Å to 0.06Å
"""
q_max = 0.04
assert max(scan2d_from_nxs_01.q_vectors) > q_max
scan2d_from_nxs_01.subsample_q(q_max=q_max)
assert max(scan2d_from_nxs_01.q_vectors) <= q_max
def test_subsample_q_03(scan2d_from_nxs_01: Scan2D):
"""
Make sure that we can set a lower bound. Note that this dataset goes from
0.025Å to 0.06Å.
"""
q_min = 0.04
assert min(scan2d_from_nxs_01.q_vectors) < q_min
scan2d_from_nxs_01.subsample_q(q_min=q_min)
assert min(scan2d_from_nxs_01.q_vectors) >= q_min
def test_subsample_q_04(scan2d_from_nxs_01: Scan2D):
"""
Test that we can set both lower and upper bounds.
"""
q_min = 0.032
q_max = 0.051
scan2d_from_nxs_01.subsample_q(q_min, q_max)
assert min(scan2d_from_nxs_01.q_vectors) >= q_min
assert max(scan2d_from_nxs_01.q_vectors) <= q_max
def test_subsample_q_01(scan2d_from_nxs_01: Scan2D):
"""
Make sure subsample_q deletes the appropriate things. Because it just calls
remove_data_points, which has already been tested extensively in test_data,
we only need to check a couple of values to make sure the right qs have been
deleted an we know that all the other attributes will have been handled
correctly.
"""
original_len = len(scan2d_from_nxs_01.theta)
# Defaults shouldn't change anything.
scan2d_from_nxs_01.subsample_q()
assert len(scan2d_from_nxs_01.theta) == original_len