Running on Odyssey, Python 2.7.1, Numpy 1.5.0b1
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ERROR: holopy.scattering.tests.test_multisphere.test_overlap
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Traceback (most recent call last):
File "/n/sw/python-2.7.1/extra/python/lib/python2.7/site-packages/nose/case.py", line 186, in runTest
self.test(*self.arg)
File "/n/home13/fung/holopy2/holopy/scattering/tests/test_multisphere.py", line 138, in test_overlap
assert_raises(MultisphereExpansionNaN, Multisphere.calc_holo, sc, schema)
File "/n/sw/python-2.7.1/lib/python2.7/unittest/case.py", line 456, in assertRaises
callableObj(*args, **kwargs)
File "<string>", line 2, in calc_holo
File "/n/home13/fung/holopy2/holopy/scattering/binding_method.py", line 83, in _binding
return f(*args, **kw)
File "/n/home13/fung/holopy2/holopy/scattering/theory/scatteringtheory.py", line 158, in calc_holo
scat = cls_self.calc_field(scatterer, schema = schema, scaling = scaling)
File "/n/home13/fung/holopy2/holopy/scattering/theory/scatteringtheory.py", line 83, in calc_field
return cls_self._calc_field(scatterer, schema) * scaling
File "/n/home13/fung/holopy2/holopy/scattering/theory/multisphere.py", line 203, in _calc_field
amn, lmax = self._scsmfo_setup(scatterer, schema.optics)
File "/n/home13/fung/holopy2/holopy/scattering/theory/multisphere.py", line 171, in _scsmfo_setup
raise ConvergenceFailureMultisphere()
ConvergenceFailureMultisphere: Multisphere calculations failed to converge, this probably means your scatterer is unphysical, or possibly just huge
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