def test_set_dimension_preference_fails_if_scalar():
"""Test that the dimension_preference property fails with scalar."""
m = StochasticCollocation()
pt = 42
m.dimension_preference = pt
def test_dimension_preference_sets_quadrature_order1():
"""Test that dimension_preference sets quadrature order."""
m = StochasticCollocation()
m.dimension_preference = [3, 4, 5]
assert_equal(m.quadrature_order, max(m.dimension_preference))
def test_set_quadrature_order_fails_if_float():
"""Test that the quadrature_order property fails with a float."""
m = StochasticCollocation()
quadrature_order = 42.0
m.quadrature_order = quadrature_order
def test_set_dimension_preference():
"""Test setting the dimension_preference property."""
m = StochasticCollocation()
for items in [[0, 1], (0, 1)]:
m.dimension_preference = items
assert_equal(m.dimension_preference, items)
def test_set_basis_polynomial_family():
"""Test setting the basis_polynomial_family property."""
m = StochasticCollocation()
p = "piecewise"
m.basis_polynomial_family = p
assert_equal(m.basis_polynomial_family, p)
def test_set_quadrature_order():
"""Test setting the quadrature_order property."""
m = StochasticCollocation()
quadrature_order = 42
m.quadrature_order = quadrature_order
assert_equal(m.quadrature_order, quadrature_order)
def test_init_no_params():
"""Test creating an instance with no parameters."""
x1 = StochasticCollocation()
assert_is_instance(x1, StochasticCollocation)
def test_str_length_with_options():
"""Test the length of __str__ with optional props set."""
m = StochasticCollocation(dimension_preference=(1, 2), nested=True)
s = str(m)
n_lines = len(s.splitlines())
assert_equal(n_lines, 9)
def test_set_nested_fails_if_float():
"""Test that the nested property fails with a float."""
m = StochasticCollocation()
nested = 42.0
m.nested = nested
def test_set_nested():
"""Test setting the nested property."""
m = StochasticCollocation()
nested = True
m.nested = nested
assert_equal(m.nested, nested)
def setup_module():
"""Called before any tests are performed."""
print("\n*** " + __name__)
global x
x = StochasticCollocation()