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# -*- coding: utf-8 -*-
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"""Unit check for standard profiles for the Gibbs Sea Water python package."""
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import functools # Requires python 2.5.
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from gsw.utilities import Dict2Struc
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# Read data file with check value profiles
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datadir = os.path.join(os.path.dirname(gsw.utilities.__file__), 'data')
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fname = 'gsw_cv_v3_0.npz'
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cv = Dict2Struc(np.load(os.path.join(datadir, fname)))
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cf = Dict2Struc(np.load(os.path.join(datadir, 'gsw_cf_.npz')))
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#CT_first_derivatives=('SA', 'pt'), # NOTE: TI, BUG
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#CT_second_derivatives=('SA', 'pt'), # NOTE: TI FIXME BUG
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#enthalpy_first_derivatives=('SA', 'CT', 'p'), FIXME name match
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#enthalpy_second_derivatives=('SA', 'CT', 'p'), FIXME name match
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#entropy_first_derivatives=('SA', 'CT'), #NOTE: TI FIXME name match
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#entropy_second_derivatives=('SA', 'pt'), #NOTE: TI FIXME name match
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#pt_first_derivatives':, #NOTE: TI FIXME name match
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#pt_second_derivatives= #NOTE: TI FIXME name match
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# Make aliases for some values to be used as arguments
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cv.entropy_chck_cast = cv.entropy_from_CT
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cv.Abs_Pressure_from_p_chck_cast = cv.Abs_Pressure_from_p
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cv.depth_chck_cast = cv.depth_from_z
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cv.C_chck_cast = cv.C_from_SP
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cv.pt_chck_cast = cv.pt_from_t
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cv.z_chck_cast = cv.z_from_p
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cv.SR_chck_cast = cv.SR_from_SP
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cv.pr_chck_cast = cv.pr
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cv.p_shallow_chck_cast = cv.p_chck_cast_shallow
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cv.p_deep_chck_cast = cv.p_chck_cast_deep
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cv.rho_chck_cast = cv.rho_CT_exact
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cv.R_cf_chck_cast = cf.R
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cv.rho_cf_chck_cast = cf.rho
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def generic_test(self, func=None, argnames=None):
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"""Generic test function, to be specialized by functools.partial"""
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# Transform argument names to name convention in cv dataset
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args = [getattr(cv, a + '_chck_cast') for a in argnames]
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# Perform the function call
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out = getattr(gsw, func)(*args)
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# FIXME: Testing just the first output!
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# TODO: Create the tuples and compare all together.
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# Check that the maximal error is less than the given tolerance
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if isinstance(out, tuple):
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maxdiff = np.nanmax(abs(out - getattr(cv, func)))
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self.assertTrue(maxdiff < getattr(cv, func + '_ca'))
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except AssertionError, e:
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raise AssertionError("Error in %s %s" % (func, e.args))
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# Dictionary of functions with corresponding test methods
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for f in function_arguments:
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function_test[f] = functools.partial(generic_test,
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func=f, argnames=function_arguments[f])
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# Auto-generated TestCase
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class Test_profiles(unittest.TestCase):
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for f in function_test:
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method_def = ("test_" + f +
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" = lambda self: function_test['" + f + "'](self)")
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if __name__ == '__main__':
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# A more verbose output
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suite = unittest.TestLoader().loadTestsFromTestCase(Test_profiles)
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a = unittest.TextTestRunner(verbosity=2).run(suite)
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if a.errors or a.failures:
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[gsw_cf.CT_SA, gsw_cf.CT_pt] = gsw_CT_first_derivatives(gsw_cv.SA_chck_cast,gsw_cf.pt);
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[gsw_cf.ICT_first_deriv] = find(abs(gsw_cv.CT_SA - gsw_cf.CT_SA) >= gsw_cv.CT_SA_ca | ...
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(gsw_cv.CT_pt - gsw_cf.CT_pt) >= gsw_cv.CT_pt_ca);
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if ~isempty(gsw_cf.ICT_first_deriv)
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fprintf(2,'gsw_CT_first_derivatives: Failed\n');
b'\\ No newline at end of file'
added
removed
gsw/test/test_tuples.py
