def test_set_upper_bounds():
"""Test setting the upper_bounds property."""
x = ContinuousDesign()
for items in [[0, 1], (0, 1)]:
x.upper_bounds = items
assert_equal(x.upper_bounds, items)
def test_set_upper_bounds_fails_if_scalar():
"""Test that the upper_bounds property fails with scalar."""
x = ContinuousDesign()
pt = 42
x.upper_bounds = pt
def setup_module():
"""Fixture called before any tests are performed."""
print("\n*** " + __name__)
global c
c = ContinuousDesign()
def test_set_initial_point_fails_if_scalar():
"""Test that the initial_point property fails with scalar."""
x = ContinuousDesign()
pt = 42
x.initial_point = pt
def test_set_initial_point():
"""Test setting the initial_point property."""
x = ContinuousDesign()
for items in [[0, 1], (0, 1)]:
x.initial_point = items
assert_equal(x.initial_point, items)
def test_instantiate():
"""Test whether ContinuousDesign instantiates."""
x = ContinuousDesign()
def test_str_length_with_options():
"""Test the length of __str__ with optional props set."""
x = ContinuousDesign(lower_bounds=(-10, -10), upper_bounds=(10, 10))
s = str(x)
n_lines = len(s.splitlines())
assert_equal(n_lines, 6)