def test_element_data():
"""
smoke test of all elements
"""
data1 = []
data2 = []
name_list = []
for i in range(100):
e = XrfElement(i+1)
data1.append(e.cs(10)['Ka1'])
name_list.append(e.name)
for item in name_list:
e = XrfElement(item)
data2.append(e.cs(10)['Ka1'])
assert_array_equal(data1, data2)
return
def smoke_test_element_creation():
prev_element = None
elements = [elm for abbrev, elm in six.iteritems(basic)
if isinstance(abbrev, int)]
elements.sort()
for element in elements:
Z = element.Z
mass = element.mass
density = element.density
sym = element.sym
inits = [Z, sym, sym.upper(), sym.lower(), sym.swapcase()]
element = None
for init in inits:
element = XrfElement(init)
# obtain the next four attributes to make sure the XrayLibWrap is
# working
element.bind_energy
element.fluor_yield
element.jump_factor
element.emission_line.all
if prev_element is not None:
# compare prev_element to element
assert_equal(prev_element.__lt__(element), True)
assert_equal(prev_element < element, True)
assert_equal(prev_element.__eq__(element), False)
assert_equal(prev_element == element, False)
assert_equal(prev_element >= element, False)
assert_equal(prev_element > element, False)
# compare element to prev_element
assert_equal(element < prev_element, False)
assert_equal(element.__lt__(prev_element), False)
assert_equal(element <= prev_element, False)
assert_equal(element.__eq__(prev_element), False)
assert_equal(element == prev_element, False)
assert_equal(element >= prev_element, True)
assert_equal(element > prev_element, True)
prev_element = element
