def test_ind_top_4(self):
mx = ma.masked_array(self.x, mask=[1, 0, 1, 0, 1, 0, 1, 0])
dx = ma.diff(mx).filled(0)
with pytest.raises(IndexError):
droplet.ind_top(dx, self.peak_position, self.n_prof,
self.search_range, self.threshold)
def _basetop(dprof: np.ndarray, pind: int) -> Tuple[int, int]:
"""Finds the base and top of peak in ldr or v profile."""
top = droplet.ind_top(dprof, pind, len(dprof), 10, 2)
base = droplet.ind_base(dprof, pind, 10, 2)
return base, top
def test_ind_top_3(self):
small_threshold = 1.01
assert droplet.ind_top(self.dx, self.peak_position, self.n_prof,
self.search_range, small_threshold) == 3
def test_ind_top_2(self):
huge_threshold = 5000
assert droplet.ind_top(self.dx, self.peak_position, self.n_prof,
self.search_range, huge_threshold) == 7
def test_ind_top_1(self):
search_range = 100
assert droplet.ind_top(self.dx, self.peak_position, self.n_prof,
search_range, self.threshold) == 3
def _basetop(dprof, pind):
"""Finds the base and top of peak in ldr or v profile."""
top = droplet.ind_top(dprof, pind, len(dprof), 10, 2)
base = droplet.ind_base(dprof, pind, 10, 2)
return top, base
def test_ind_top_0(self):
assert (droplet.ind_top(self.dx, self.peak_position, self.n_prof,
self.search_range, self.threshold) == 3)
