:: Synchronizing package databases... staging is up to date testing is up to date core is up to date extra is up to date community-staging is up to date community-testing is up to date community is up to date :: Starting full system upgrade... there is nothing to do ==> Building in chroot for [staging] (x86_64)... ==> Synchronizing chroot copy [/var/lib/archbuild/staging-x86_64/root] -> [erich]...done ==> Making package: python-pint 0.8.1-1 (Wed Aug 9 10:58:16 CEST 2017) ==> Retrieving sources... -> Downloading Pint-0.8.1.tar.gz... % Total % Received % Xferd Average Speed Time Time Time Current Dload Upload Total Spent Left Speed 0 0 0 0 0 0 0 0 --:--:-- --:--:-- --:--:-- 0 100 122 100 122 0 0 1317 0 --:--:-- --:--:-- --:--:-- 1326 100 268 100 268 0 0 880 0 --:--:-- --:--:-- --:--:-- 880 0 0 0 0 0 0 0 0 --:--:-- --:--:-- --:--:-- 0 100 158k 100 158k 0 0 257k 0 --:--:-- --:--:-- --:--:-- 257k ==> Validating source files with sha512sums... Pint-0.8.1.tar.gz ... Passed ==> Making package: python-pint 0.8.1-1 (Wed Aug 9 10:58:17 CEST 2017) ==> Checking runtime dependencies... ==> Checking buildtime dependencies... ==> Installing missing dependencies... resolving dependencies... looking for conflicting packages... Packages (19) blas-3.7.1-1 cblas-3.7.1-1 lapack-3.7.1-1 python-3.6.2-1 python-appdirs-1.4.3-1 python-packaging-16.8-2 python-pyparsing-2.2.0-1 python-six-1.10.0-3 python2-2.7.13-4 python2-appdirs-1.4.3-1 python2-packaging-16.8-2 python2-pyparsing-2.2.0-1 python2-six-1.10.0-3 python-numpy-1.13.1-2 python-setuptools-1:36.2.7-1 python-uncertainties-3.0.1-2 python2-numpy-1.13.1-2 python2-setuptools-1:36.2.7-1 python2-uncertainties-3.0.1-2 Total Download Size: 2.67 MiB Total Installed Size: 247.43 MiB :: Proceed with installation? [Y/n] :: Retrieving packages... downloading python-numpy-1.13.1-2-x86_64.pkg.tar.xz... downloading python-uncertainties-3.0.1-2-any.pkg.tar.xz... downloading python2-uncertainties-3.0.1-2-any.pkg.tar.xz... checking keyring... checking package integrity... loading package files... checking for file conflicts... :: Processing package changes... installing python... Optional dependencies for python python-setuptools [pending] python-pip sqlite [installed] mpdecimal: for decimal xz: for lzma [installed] tk: for tkinter installing python-pyparsing... installing python-six... installing python-packaging... installing python-appdirs... installing python-setuptools... installing python2... Optional dependencies for python2 tk: for IDLE python2-setuptools [pending] python2-pip installing python2-pyparsing... installing python2-six... installing python2-packaging... installing python2-appdirs... installing python2-setuptools... installing blas... installing lapack... installing cblas... installing python-numpy... Optional dependencies for python-numpy python-nose: testsuite installing python2-numpy... Optional dependencies for python2-numpy python2-nose: testsuite installing python-uncertainties... Optional dependencies for python-uncertainties python-numpy: additional support for NumPy arrays and matrices [installed] installing python2-uncertainties... Optional dependencies for python2-uncertainties python2-numpy: additional support for NumPy arrays and matrices [installed] ==> Retrieving sources... -> Found Pint-0.8.1.tar.gz ==> WARNING: Skipping all source file integrity checks. ==> Extracting sources... -> Extracting Pint-0.8.1.tar.gz with bsdtar ==> Starting prepare()... ==> Starting check()... running test running egg_info writing Pint.egg-info/PKG-INFO writing dependency_links to Pint.egg-info/dependency_links.txt writing top-level names to Pint.egg-info/top_level.txt reading manifest file 'Pint.egg-info/SOURCES.txt' reading manifest template 'MANIFEST.in' no previously-included directories found matching 'docs/_build' no previously-included directories found matching 'docs/_themes/.git' warning: no previously-included files matching '*.pyc' found anywhere in distribution warning: no previously-included files matching '*~' found anywhere in distribution warning: no previously-included files matching '.DS_Store' found anywhere in distribution warning: no previously-included files matching '*__pycache__*' found anywhere in distribution warning: no previously-included files matching '*.pyo' found anywhere in distribution warning: no previously-included files matching '.travis-exclude.yml' found anywhere in distribution writing manifest file 'Pint.egg-info/SOURCES.txt' running build_ext test_babel (test_babel.TestBabel) ... skipped 'Requires Babel with units support' test_context_with_arg (test_contexts.TestContexts) ... ok test_context_with_arg_def (test_contexts.TestContexts) ... ok test_context_with_sharedarg_def (test_contexts.TestContexts) ... ok test_enable_context_with_arg (test_contexts.TestContexts) ... ok test_graph (test_contexts.TestContexts) ... ok test_graph_enable (test_contexts.TestContexts) ... ok test_known_context (test_contexts.TestContexts) ... ok test_known_context_enable (test_contexts.TestContexts) ... ok test_known_nested_context (test_contexts.TestContexts) ... ok test_multiple_context (test_contexts.TestContexts) ... ok test_nested_context (test_contexts.TestContexts) ... ok test_one_context (test_contexts.TestContexts) ... ok test_parse_auto_inverse (test_contexts.TestContexts) ... ok test_parse_define (test_contexts.TestContexts) ... ok test_parse_invalid (test_contexts.TestContexts) ... ok test_parse_parameterized (test_contexts.TestContexts) ... ok test_parse_simple (test_contexts.TestContexts) ... ok test_unknown_context (test_contexts.TestContexts) ... ok test_unknown_nested_context (test_contexts.TestContexts) ... ok test_warnings (test_contexts.TestContexts) ... ok test_decorator (test_contexts.TestDefinedContexts) ... ok test_decorator_composition (test_contexts.TestDefinedContexts) ... ok test_defined (test_contexts.TestDefinedContexts) ... ok test_spectroscopy (test_contexts.TestDefinedContexts) ... ok test_converter (test_converters.TestConverter) ... ok test_converter_inplace (test_converters.TestConverter) ... ok test_multiplicative_converter (test_converters.TestConverter) ... ok test_offset_converter (test_converters.TestConverter) ... ok test_baseunit_definition (test_definitions.TestDefinition) ... ok test_dimension_definition (test_definitions.TestDefinition) ... ok test_invalid (test_definitions.TestDefinition) ... ok test_prefix_definition (test_definitions.TestDefinition) ... ok test_unit_definition (test_definitions.TestDefinition) ... ok test_errors (test_errors.TestErrors) ... ok test_format_unit (test_formatter.TestFormatter) ... ok test_formatter (test_formatter.TestFormatter) ... ok test_join (test_formatter.TestFormatter) ... ok test_parse_spec (test_formatter.TestFormatter) ... ok test_infer_base_unit (test_infer_base_unit.TestInferBaseUnit) ... ok test_to_compact (test_infer_base_unit.TestInferBaseUnit) ... ok test_units_adding_to_zero (test_infer_base_unit.TestInferBaseUnit) ... ok test_volts (test_infer_base_unit.TestInferBaseUnit) ... ok test_alternative_angstrom_definition (test_issues.TestIssues) ... ok test_angstrom_creation (test_issues.TestIssues) ... ok test_issue104 (test_issues.TestIssues) ... ok test_issue105 (test_issues.TestIssues) ... ok test_issue121 (test_issues.TestIssues) ... ok test_issue170 (test_issues.TestIssues) ... ok test_issue170b (test_issues.TestIssues) ... skipped 'Requires Python 2.X.' test_issue25 (test_issues.TestIssues) ... expected failure test_issue29 (test_issues.TestIssues) ... ok test_issue52 (test_issues.TestIssues) ... ok test_issue523 (test_issues.TestIssues) ... ok test_issue54 (test_issues.TestIssues) ... ok test_issue54_related (test_issues.TestIssues) ... ok test_issue61 (test_issues.TestIssues) ... ok test_issue61_notNP (test_issues.TestIssues) ... skipped 'Requires NumPy is not installed.' test_issue66 (test_issues.TestIssues) ... ok test_issue66b (test_issues.TestIssues) ... ok test_issue69 (test_issues.TestIssues) ... ok test_issue77 (test_issues.TestIssues) ... ok test_issue85 (test_issues.TestIssues) ... ok test_issue86 (test_issues.TestIssues) ... ok test_issue86c (test_issues.TestIssues) ... expected failure test_issue93 (test_issues.TestIssues) ... ok test_issues86b (test_issues.TestIssues) ... ok test_micro_creation (test_issues.TestIssues) ... ok test_issue121 (test_issues.TestIssuesNP) ... ok test_issue127 (test_issues.TestIssuesNP) ... ok test_issue171_T (test_issues.TestIssuesNP) ... ok test_issue171_real_imag (test_issues.TestIssuesNP) ... ok test_issue250 (test_issues.TestIssuesNP) ... ok test_issue252 (test_issues.TestIssuesNP) ... ok test_issue323 (test_issues.TestIssuesNP) ... ok test_issue339 (test_issues.TestIssuesNP) ... ok test_issue354_356_370 (test_issues.TestIssuesNP) ... ok test_issue37 (test_issues.TestIssuesNP) ... expected failure test_issue39 (test_issues.TestIssuesNP) ... expected failure test_issue44 (test_issues.TestIssuesNP) ... ok test_issue45 (test_issues.TestIssuesNP) ... ok test_issue45b (test_issues.TestIssuesNP) ... ok test_issue468 (test_issues.TestIssuesNP) ... /build/python-pint/src/Pint-0.8.1/pint/testsuite/test_issues.py:557: DeprecationWarning: Please use assertEqual instead. self.assertEquals(z, ureg.Quantity(1., 'meter * kilogram')) ok test_issue482 (test_issues.TestIssuesNP) ... ok test_issue483 (test_issues.TestIssuesNP) ... ok test_issue50 (test_issues.TestIssuesNP) ... ok test_issue62 (test_issues.TestIssuesNP) ... ok test_issue74 (test_issues.TestIssuesNP) ... ok test_issue75 (test_issues.TestIssuesNP) ... ok test_issue93 (test_issues.TestIssuesNP) ... ok test_issue94 (test_issues.TestIssuesNP) ... skipped 'Requires NumPy < 1.10' test_build (test_measurement.TestMeasurement) ... ok test_format (test_measurement.TestMeasurement) ... ok test_format_paru (test_measurement.TestMeasurement) ... ok test_format_perce (test_measurement.TestMeasurement) ... ok test_format_percu (test_measurement.TestMeasurement) ... ok test_format_u (test_measurement.TestMeasurement) ... ok test_propagate_linear (test_measurement.TestMeasurement) ... ok test_propagate_product (test_measurement.TestMeasurement) ... ok test_raise_build (test_measurement.TestMeasurement) ... ok test_simple (test_measurement.TestMeasurement) ... ok test_instantiate (test_measurement.TestNotMeasurement) ... skipped 'Requires Uncertainties is not installed.' test_exponentiation_array_exp (test_numpy.TestNDArrayQunatityMath) ... ok test_exponentiation_array_exp_2 (test_numpy.TestNDArrayQunatityMath) ... expected failure test_argmax (test_numpy.TestNumpyMethods) ... ok test_argmin (test_numpy.TestNumpyMethods) ... ok test_argsort (test_numpy.TestNumpyMethods) ... ok test_clip (test_numpy.TestNumpyMethods) ... ok test_compress (test_numpy.TestNumpyMethods) ... ok test_conj (test_numpy.TestNumpyMethods) ... ok test_cumprod (test_numpy.TestNumpyMethods) ... ok test_cumsum (test_numpy.TestNumpyMethods) ... ok test_diagonal (test_numpy.TestNumpyMethods) ... ok test_equal (test_numpy.TestNumpyMethods) ... ok test_fill (test_numpy.TestNumpyMethods) ... ok test_flat (test_numpy.TestNumpyMethods) ... ok test_flatten (test_numpy.TestNumpyMethods) ... ok test_getitem (test_numpy.TestNumpyMethods) ... ok test_integer_div (test_numpy.TestNumpyMethods) ... skipped 'Requires NumPy < 1.10' test_iterator (test_numpy.TestNumpyMethods) ... ok test_max (test_numpy.TestNumpyMethods) ... ok test_mean (test_numpy.TestNumpyMethods) ... ok test_min (test_numpy.TestNumpyMethods) ... ok test_nonzero (test_numpy.TestNumpyMethods) ... ok test_pickle (test_numpy.TestNumpyMethods) ... ok test_prod (test_numpy.TestNumpyMethods) ... ok test_ptp (test_numpy.TestNumpyMethods) ... ok test_put (test_numpy.TestNumpyMethods) ... ok test_ravel (test_numpy.TestNumpyMethods) ... ok test_repeat (test_numpy.TestNumpyMethods) ... ok test_reshape (test_numpy.TestNumpyMethods) ... ok test_reversible_op (test_numpy.TestNumpyMethods) ... ok test_round (test_numpy.TestNumpyMethods) ... ok test_searchsorted (test_numpy.TestNumpyMethods) ... ok test_setitem (test_numpy.TestNumpyMethods) ... ok test_shape (test_numpy.TestNumpyMethods) ... ok test_sort (test_numpy.TestNumpyMethods) ... ok test_squeeze (test_numpy.TestNumpyMethods) ... ok test_std (test_numpy.TestNumpyMethods) ... ok test_sum (test_numpy.TestNumpyMethods) ... ok test_take (test_numpy.TestNumpyMethods) ... ok test_tolist (test_numpy.TestNumpyMethods) ... ok test_trace (test_numpy.TestNumpyMethods) ... ok test_transpose (test_numpy.TestNumpyMethods) ... ok test_var (test_numpy.TestNumpyMethods) ... ok test_cross (test_numpy.TestNumpyNeedsSubclassing) Units are erased by asarray, Quantity does not inherit from NDArray ... expected failure test_diff (test_numpy.TestNumpyNeedsSubclassing) Units are erased by asanyarray, Quantity does not inherit from NDArray ... expected failure test_ediff1d (test_numpy.TestNumpyNeedsSubclassing) Units are erased by asanyarray, Quantity does not inherit from NDArray ... expected failure test_fix (test_numpy.TestNumpyNeedsSubclassing) Units are erased by asanyarray, Quantity does not inherit from NDArray ... expected failure test_gradient (test_numpy.TestNumpyNeedsSubclassing) shape is a property not a function ... expected failure test_ones_like (test_numpy.TestNumpyNeedsSubclassing) Units are erased by emptyarra, Quantity does not inherit from NDArray ... expected failure test_power (test_numpy.TestNumpyNeedsSubclassing) This is not supported as different elements might end up with different units ... expected failure test_trapz (test_numpy.TestNumpyNeedsSubclassing) Units are erased by asanyarray, Quantity does not inherit from NDArray ... expected failure test_unwrap (test_numpy.TestNumpyNeedsSubclassing) unwrap depends on diff ... expected failure test_build_eval_tree (test_pint_eval.TestPintEval) ... ok test_inputs (test_pitheorem.TestPiTheorem) ... ok test_simple (test_pitheorem.TestPiTheorem) ... ok test_imul_and_div_reduction (test_quantity.TestDimensionReduction) ... ok test_mul_and_div_reduction (test_quantity.TestDimensionReduction) ... ok test_reduction_to_dimensionless (test_quantity.TestDimensionReduction) ... ok test_dimensionality (test_quantity.TestDimensions) ... ok test_get_dimensionality (test_quantity.TestDimensions) ... ok test_inclusion (test_quantity.TestDimensions) ... ok test_dimensionality (test_quantity.TestDimensionsWithDefaultRegistry) ... ok test_get_dimensionality (test_quantity.TestDimensionsWithDefaultRegistry) ... ok test_inclusion (test_quantity.TestDimensionsWithDefaultRegistry) ... ok test_addition_00001 (test_quantity.TestOffsetUnitMath) test_addition (test_quantity.TestOffsetUnitMath) [with input = ((100, 'kelvin'), (10, 'kelvin')); expected_output = (110, 'kelvin')] ... ok test_addition_00002 (test_quantity.TestOffsetUnitMath) test_addition (test_quantity.TestOffsetUnitMath) [with input = ((100, 'kelvin'), (10, 'degC')); expected_output = error] ... ok test_addition_00003 (test_quantity.TestOffsetUnitMath) test_addition (test_quantity.TestOffsetUnitMath) [with input = ((100, 'kelvin'), (10, 'degF')); expected_output = error] ... ok test_addition_00004 (test_quantity.TestOffsetUnitMath) test_addition (test_quantity.TestOffsetUnitMath) [with input = ((100, 'kelvin'), (10, 'degR')); expected_output = (105.56, 'kelvin')] ... ok test_addition_00005 (test_quantity.TestOffsetUnitMath) test_addition (test_quantity.TestOffsetUnitMath) [with input = ((100, 'kelvin'), (10, 'delta_degC')); expected_output = (110, 'kelvin')] ... ok test_addition_00006 (test_quantity.TestOffsetUnitMath) test_addition (test_quantity.TestOffsetUnitMath) [with input = ((100, 'kelvin'), (10, 'delta_degF')); expected_output = (105.56, 'kelvin')] ... ok test_addition_00007 (test_quantity.TestOffsetUnitMath) test_addition (test_quantity.TestOffsetUnitMath) [with input = ((100, 'degC'), (10, 'kelvin')); expected_output = error] ... ok test_addition_00008 (test_quantity.TestOffsetUnitMath) test_addition (test_quantity.TestOffsetUnitMath) [with input = ((100, 'degC'), (10, 'degC')); expected_output = error] ... ok test_addition_00009 (test_quantity.TestOffsetUnitMath) test_addition (test_quantity.TestOffsetUnitMath) [with input = ((100, 'degC'), (10, 'degF')); expected_output = error] ... ok test_addition_00010 (test_quantity.TestOffsetUnitMath) test_addition (test_quantity.TestOffsetUnitMath) [with input = ((100, 'degC'), (10, 'degR')); expected_output = error] ... ok test_addition_00011 (test_quantity.TestOffsetUnitMath) test_addition (test_quantity.TestOffsetUnitMath) [with input = ((100, 'degC'), (10, 'delta_degC')); expected_output = (110, 'degC')] ... ok test_addition_00012 (test_quantity.TestOffsetUnitMath) test_addition (test_quantity.TestOffsetUnitMath) [with input = ((100, 'degC'), (10, 'delta_degF')); expected_output = (105.56, 'degC')] ... ok test_addition_00013 (test_quantity.TestOffsetUnitMath) test_addition (test_quantity.TestOffsetUnitMath) [with input = ((100, 'degF'), (10, 'kelvin')); expected_output = error] ... ok test_addition_00014 (test_quantity.TestOffsetUnitMath) test_addition (test_quantity.TestOffsetUnitMath) [with input = ((100, 'degF'), (10, 'degC')); expected_output = error] ... ok test_addition_00015 (test_quantity.TestOffsetUnitMath) test_addition (test_quantity.TestOffsetUnitMath) [with input = ((100, 'degF'), (10, 'degF')); expected_output = error] ... ok test_addition_00016 (test_quantity.TestOffsetUnitMath) test_addition (test_quantity.TestOffsetUnitMath) [with input = ((100, 'degF'), (10, 'degR')); expected_output = error] ... ok test_addition_00017 (test_quantity.TestOffsetUnitMath) test_addition (test_quantity.TestOffsetUnitMath) [with input = ((100, 'degF'), (10, 'delta_degC')); expected_output = (118, 'degF')] ... ok test_addition_00018 (test_quantity.TestOffsetUnitMath) test_addition (test_quantity.TestOffsetUnitMath) [with input = ((100, 'degF'), (10, 'delta_degF')); expected_output = (110, 'degF')] ... ok test_addition_00019 (test_quantity.TestOffsetUnitMath) test_addition (test_quantity.TestOffsetUnitMath) [with input = ((100, 'degR'), (10, 'kelvin')); expected_output = (118, 'degR')] ... ok test_addition_00020 (test_quantity.TestOffsetUnitMath) test_addition (test_quantity.TestOffsetUnitMath) [with input = ((100, 'degR'), (10, 'degC')); expected_output = error] ... ok test_addition_00021 (test_quantity.TestOffsetUnitMath) test_addition (test_quantity.TestOffsetUnitMath) [with input = ((100, 'degR'), (10, 'degF')); expected_output = error] ... ok test_addition_00022 (test_quantity.TestOffsetUnitMath) test_addition (test_quantity.TestOffsetUnitMath) [with input = ((100, 'degR'), (10, 'degR')); expected_output = (110, 'degR')] ... ok test_addition_00023 (test_quantity.TestOffsetUnitMath) test_addition (test_quantity.TestOffsetUnitMath) [with input = ((100, 'degR'), (10, 'delta_degC')); expected_output = (118, 'degR')] ... ok test_addition_00024 (test_quantity.TestOffsetUnitMath) test_addition (test_quantity.TestOffsetUnitMath) [with input = ((100, 'degR'), (10, 'delta_degF')); expected_output = (110, 'degR')] ... ok test_addition_00025 (test_quantity.TestOffsetUnitMath) test_addition (test_quantity.TestOffsetUnitMath) [with input = ((100, 'delta_degC'), (10, 'kelvin')); expected_output = (110, 'kelvin')] ... ok test_addition_00026 (test_quantity.TestOffsetUnitMath) test_addition (test_quantity.TestOffsetUnitMath) [with input = ((100, 'delta_degC'), (10, 'degC')); expected_output = (110, 'degC')] ... ok test_addition_00027 (test_quantity.TestOffsetUnitMath) test_addition (test_quantity.TestOffsetUnitMath) [with input = ((100, 'delta_degC'), (10, 'degF')); expected_output = (190, 'degF')] ... ok test_addition_00028 (test_quantity.TestOffsetUnitMath) test_addition (test_quantity.TestOffsetUnitMath) [with input = ((100, 'delta_degC'), (10, 'degR')); expected_output = (190, 'degR')] ... ok test_addition_00029 (test_quantity.TestOffsetUnitMath) test_addition (test_quantity.TestOffsetUnitMath) [with input = ((100, 'delta_degC'), (10, 'delta_degC')); expected_output = (110, 'delta_degC')] ... ok test_addition_00030 (test_quantity.TestOffsetUnitMath) test_addition (test_quantity.TestOffsetUnitMath) [with input = ((100, 'delta_degC'), (10, 'delta_degF')); expected_output = (105.56, 'delta_degC')] ... ok test_addition_00031 (test_quantity.TestOffsetUnitMath) test_addition (test_quantity.TestOffsetUnitMath) [with input = ((100, 'delta_degF'), (10, 'kelvin')); expected_output = (65.56, 'kelvin')] ... ok test_addition_00032 (test_quantity.TestOffsetUnitMath) test_addition (test_quantity.TestOffsetUnitMath) [with input = ((100, 'delta_degF'), (10, 'degC')); expected_output = (65.56, 'degC')] ... ok test_addition_00033 (test_quantity.TestOffsetUnitMath) test_addition (test_quantity.TestOffsetUnitMath) [with input = ((100, 'delta_degF'), (10, 'degF')); expected_output = (110, 'degF')] ... ok test_addition_00034 (test_quantity.TestOffsetUnitMath) test_addition (test_quantity.TestOffsetUnitMath) [with input = ((100, 'delta_degF'), (10, 'degR')); expected_output = (110, 'degR')] ... ok test_addition_00035 (test_quantity.TestOffsetUnitMath) test_addition (test_quantity.TestOffsetUnitMath) [with input = ((100, 'delta_degF'), (10, 'delta_degC')); expected_output = (118, 'delta_degF')] ... ok test_addition_00036 (test_quantity.TestOffsetUnitMath) test_addition (test_quantity.TestOffsetUnitMath) [with input = ((100, 'delta_degF'), (10, 'delta_degF')); expected_output = (110, 'delta_degF')] ... ok test_division_with_scalar_00001 (test_quantity.TestOffsetUnitMath) test_division_with_scalar (test_quantity.TestOffsetUnitMath) [with input = ((10, 'kelvin'), 2); expected_output = [(5.0, 'kelvin'), (5.0, 'kelvin')]] ... ok test_division_with_scalar_00002 (test_quantity.TestOffsetUnitMath) test_division_with_scalar (test_quantity.TestOffsetUnitMath) [with input = ((10, 'kelvin**2'), 2); expected_output = [(5.0, 'kelvin**2'), (5.0, 'kelvin**2')]] ... ok test_division_with_scalar_00003 (test_quantity.TestOffsetUnitMath) test_division_with_scalar (test_quantity.TestOffsetUnitMath) [with input = ((10, 'degC'), 2); expected_output = ['error', 'error']] ... ok test_division_with_scalar_00004 (test_quantity.TestOffsetUnitMath) test_division_with_scalar (test_quantity.TestOffsetUnitMath) [with input = ((10, 'degC**2'), 2); expected_output = ['error', 'error']] ... ok test_division_with_scalar_00005 (test_quantity.TestOffsetUnitMath) test_division_with_scalar (test_quantity.TestOffsetUnitMath) [with input = ((10, 'degC**-2'), 2); expected_output = ['error', 'error']] ... ok test_division_with_scalar_00006 (test_quantity.TestOffsetUnitMath) test_division_with_scalar (test_quantity.TestOffsetUnitMath) [with input = (2, (10, 'kelvin')); expected_output = [(0.2, '1/kelvin'), (0.2, '1/kelvin')]] ... ok test_division_with_scalar_00007 (test_quantity.TestOffsetUnitMath) test_division_with_scalar (test_quantity.TestOffsetUnitMath) [with input = (2, (10, 'degC')); expected_output = ['error', (0.007063393960798164, '1/kelvin')]] ... ok test_division_with_scalar_00008 (test_quantity.TestOffsetUnitMath) test_division_with_scalar (test_quantity.TestOffsetUnitMath) [with input = (2, (10, 'degC**2')); expected_output = ['error', 'error']] ... ok test_division_with_scalar_00009 (test_quantity.TestOffsetUnitMath) test_division_with_scalar (test_quantity.TestOffsetUnitMath) [with input = (2, (10, 'degC**-2')); expected_output = ['error', 'error']] ... ok test_exponentiation_00001 (test_quantity.TestOffsetUnitMath) test_exponentiation (test_quantity.TestOffsetUnitMath) [with input = ((10, 'degC'), 1); expected_output = [(10, 'degC'), (10, 'degC')]] ... ok test_exponentiation_00002 (test_quantity.TestOffsetUnitMath) test_exponentiation (test_quantity.TestOffsetUnitMath) [with input = ((10, 'degC'), 0.5); expected_output = ['error', (16.827061537891872, 'kelvin**0.5')]] ... ok test_exponentiation_00003 (test_quantity.TestOffsetUnitMath) test_exponentiation (test_quantity.TestOffsetUnitMath) [with input = ((10, 'degC'), 0); expected_output = [(1.0, ''), (1.0, '')]] ... ok test_exponentiation_00004 (test_quantity.TestOffsetUnitMath) test_exponentiation (test_quantity.TestOffsetUnitMath) [with input = ((10, 'degC'), -1); expected_output = ['error', (0.003531696980399082, 'kelvin**-1')]] ... ok test_exponentiation_00005 (test_quantity.TestOffsetUnitMath) test_exponentiation (test_quantity.TestOffsetUnitMath) [with input = ((10, 'degC'), -2); expected_output = ['error', (1.2472883561359994e-05, 'kelvin**-2')]] ... ok test_exponentiation_00006 (test_quantity.TestOffsetUnitMath) test_exponentiation (test_quantity.TestOffsetUnitMath) [with input = ((0, 'degC'), -2); expected_output = ['error', (1.3402863367625568e-05, 'kelvin**-2')]] ... ok test_exponentiation_00007 (test_quantity.TestOffsetUnitMath) test_exponentiation (test_quantity.TestOffsetUnitMath) [with input = ((10, 'degC'), (2, '')); expected_output = ['error', (80173.92249999999, 'kelvin**2')]] ... ok test_exponentiation_00008 (test_quantity.TestOffsetUnitMath) test_exponentiation (test_quantity.TestOffsetUnitMath) [with input = ((10, 'degC'), (10, 'degK')); expected_output = ['error', 'error']] ... ok test_exponentiation_00009 (test_quantity.TestOffsetUnitMath) test_exponentiation (test_quantity.TestOffsetUnitMath) [with input = ((10, 'kelvin'), (2, '')); expected_output = [(100.0, 'kelvin**2'), (100.0, 'kelvin**2')]] ... ok test_exponentiation_00010 (test_quantity.TestOffsetUnitMath) test_exponentiation (test_quantity.TestOffsetUnitMath) [with input = (2, (2, 'kelvin')); expected_output = ['error', 'error']] ... ok test_exponentiation_00011 (test_quantity.TestOffsetUnitMath) test_exponentiation (test_quantity.TestOffsetUnitMath) [with input = (2, (500.0, 'millikelvin/kelvin')); expected_output = [1.4142135623730951, 1.4142135623730951]] ... ok test_exponentiation_00012 (test_quantity.TestOffsetUnitMath) test_exponentiation (test_quantity.TestOffsetUnitMath) [with input = (2, (0.5, 'kelvin/kelvin')); expected_output = [1.4142135623730951, 1.4142135623730951]] ... ok test_exponentiation_00013 (test_quantity.TestOffsetUnitMath) test_exponentiation (test_quantity.TestOffsetUnitMath) [with input = ((10, 'degC'), (500.0, 'millikelvin/kelvin')); expected_output = ['error', (16.827061537891872, 'kelvin**0.5')]] ... ok test_inplace_addition_00001 (test_quantity.TestOffsetUnitMath) test_inplace_addition (test_quantity.TestOffsetUnitMath) [with input = ((100, 'kelvin'), (10, 'kelvin')); expected_output = (110, 'kelvin')] ... ok test_inplace_addition_00002 (test_quantity.TestOffsetUnitMath) test_inplace_addition (test_quantity.TestOffsetUnitMath) [with input = ((100, 'kelvin'), (10, 'degC')); expected_output = error] ... ok test_inplace_addition_00003 (test_quantity.TestOffsetUnitMath) test_inplace_addition (test_quantity.TestOffsetUnitMath) [with input = ((100, 'kelvin'), (10, 'degF')); expected_output = error] ... ok test_inplace_addition_00004 (test_quantity.TestOffsetUnitMath) test_inplace_addition (test_quantity.TestOffsetUnitMath) [with input = ((100, 'kelvin'), (10, 'degR')); expected_output = (105.56, 'kelvin')] ... ok test_inplace_addition_00005 (test_quantity.TestOffsetUnitMath) test_inplace_addition (test_quantity.TestOffsetUnitMath) [with input = ((100, 'kelvin'), (10, 'delta_degC')); expected_output = (110, 'kelvin')] ... ok test_inplace_addition_00006 (test_quantity.TestOffsetUnitMath) test_inplace_addition (test_quantity.TestOffsetUnitMath) [with input = ((100, 'kelvin'), (10, 'delta_degF')); expected_output = (105.56, 'kelvin')] ... ok test_inplace_addition_00007 (test_quantity.TestOffsetUnitMath) test_inplace_addition (test_quantity.TestOffsetUnitMath) [with input = ((100, 'degC'), (10, 'kelvin')); expected_output = error] ... ok test_inplace_addition_00008 (test_quantity.TestOffsetUnitMath) test_inplace_addition (test_quantity.TestOffsetUnitMath) [with input = ((100, 'degC'), (10, 'degC')); expected_output = error] ... ok test_inplace_addition_00009 (test_quantity.TestOffsetUnitMath) test_inplace_addition (test_quantity.TestOffsetUnitMath) [with input = ((100, 'degC'), (10, 'degF')); expected_output = error] ... ok test_inplace_addition_00010 (test_quantity.TestOffsetUnitMath) test_inplace_addition (test_quantity.TestOffsetUnitMath) [with input = ((100, 'degC'), (10, 'degR')); expected_output = error] ... ok test_inplace_addition_00011 (test_quantity.TestOffsetUnitMath) test_inplace_addition (test_quantity.TestOffsetUnitMath) [with input = ((100, 'degC'), (10, 'delta_degC')); expected_output = (110, 'degC')] ... ok test_inplace_addition_00012 (test_quantity.TestOffsetUnitMath) test_inplace_addition (test_quantity.TestOffsetUnitMath) [with input = ((100, 'degC'), (10, 'delta_degF')); expected_output = (105.56, 'degC')] ... ok test_inplace_addition_00013 (test_quantity.TestOffsetUnitMath) test_inplace_addition (test_quantity.TestOffsetUnitMath) [with input = ((100, 'degF'), (10, 'kelvin')); expected_output = error] ... ok test_inplace_addition_00014 (test_quantity.TestOffsetUnitMath) test_inplace_addition (test_quantity.TestOffsetUnitMath) [with input = ((100, 'degF'), (10, 'degC')); expected_output = error] ... ok test_inplace_addition_00015 (test_quantity.TestOffsetUnitMath) test_inplace_addition (test_quantity.TestOffsetUnitMath) [with input = ((100, 'degF'), (10, 'degF')); expected_output = error] ... ok test_inplace_addition_00016 (test_quantity.TestOffsetUnitMath) test_inplace_addition (test_quantity.TestOffsetUnitMath) [with input = ((100, 'degF'), (10, 'degR')); expected_output = error] ... ok test_inplace_addition_00017 (test_quantity.TestOffsetUnitMath) test_inplace_addition (test_quantity.TestOffsetUnitMath) [with input = ((100, 'degF'), (10, 'delta_degC')); expected_output = (118, 'degF')] ... ok test_inplace_addition_00018 (test_quantity.TestOffsetUnitMath) test_inplace_addition (test_quantity.TestOffsetUnitMath) [with input = ((100, 'degF'), (10, 'delta_degF')); expected_output = (110, 'degF')] ... ok test_inplace_addition_00019 (test_quantity.TestOffsetUnitMath) test_inplace_addition (test_quantity.TestOffsetUnitMath) [with input = ((100, 'degR'), (10, 'kelvin')); expected_output = (118, 'degR')] ... ok test_inplace_addition_00020 (test_quantity.TestOffsetUnitMath) test_inplace_addition (test_quantity.TestOffsetUnitMath) [with input = ((100, 'degR'), (10, 'degC')); expected_output = error] ... ok test_inplace_addition_00021 (test_quantity.TestOffsetUnitMath) test_inplace_addition (test_quantity.TestOffsetUnitMath) [with input = ((100, 'degR'), (10, 'degF')); expected_output = error] ... ok test_inplace_addition_00022 (test_quantity.TestOffsetUnitMath) test_inplace_addition (test_quantity.TestOffsetUnitMath) [with input = ((100, 'degR'), (10, 'degR')); expected_output = (110, 'degR')] ... ok test_inplace_addition_00023 (test_quantity.TestOffsetUnitMath) test_inplace_addition (test_quantity.TestOffsetUnitMath) [with input = ((100, 'degR'), (10, 'delta_degC')); expected_output = (118, 'degR')] ... ok test_inplace_addition_00024 (test_quantity.TestOffsetUnitMath) test_inplace_addition (test_quantity.TestOffsetUnitMath) [with input = ((100, 'degR'), (10, 'delta_degF')); expected_output = (110, 'degR')] ... ok test_inplace_addition_00025 (test_quantity.TestOffsetUnitMath) test_inplace_addition (test_quantity.TestOffsetUnitMath) [with input = ((100, 'delta_degC'), (10, 'kelvin')); expected_output = (110, 'kelvin')] ... ok test_inplace_addition_00026 (test_quantity.TestOffsetUnitMath) test_inplace_addition (test_quantity.TestOffsetUnitMath) [with input = ((100, 'delta_degC'), (10, 'degC')); expected_output = (110, 'degC')] ... ok test_inplace_addition_00027 (test_quantity.TestOffsetUnitMath) test_inplace_addition (test_quantity.TestOffsetUnitMath) [with input = ((100, 'delta_degC'), (10, 'degF')); expected_output = (190, 'degF')] ... ok test_inplace_addition_00028 (test_quantity.TestOffsetUnitMath) test_inplace_addition (test_quantity.TestOffsetUnitMath) [with input = ((100, 'delta_degC'), (10, 'degR')); expected_output = (190, 'degR')] ... ok test_inplace_addition_00029 (test_quantity.TestOffsetUnitMath) test_inplace_addition (test_quantity.TestOffsetUnitMath) [with input = ((100, 'delta_degC'), (10, 'delta_degC')); expected_output = (110, 'delta_degC')] ... ok test_inplace_addition_00030 (test_quantity.TestOffsetUnitMath) test_inplace_addition (test_quantity.TestOffsetUnitMath) [with input = ((100, 'delta_degC'), (10, 'delta_degF')); expected_output = (105.56, 'delta_degC')] ... ok test_inplace_addition_00031 (test_quantity.TestOffsetUnitMath) test_inplace_addition (test_quantity.TestOffsetUnitMath) [with input = ((100, 'delta_degF'), (10, 'kelvin')); expected_output = (65.56, 'kelvin')] ... ok test_inplace_addition_00032 (test_quantity.TestOffsetUnitMath) test_inplace_addition (test_quantity.TestOffsetUnitMath) [with input = ((100, 'delta_degF'), (10, 'degC')); expected_output = (65.56, 'degC')] ... ok test_inplace_addition_00033 (test_quantity.TestOffsetUnitMath) test_inplace_addition (test_quantity.TestOffsetUnitMath) [with input = ((100, 'delta_degF'), (10, 'degF')); expected_output = (110, 'degF')] ... ok test_inplace_addition_00034 (test_quantity.TestOffsetUnitMath) test_inplace_addition (test_quantity.TestOffsetUnitMath) [with input = ((100, 'delta_degF'), (10, 'degR')); expected_output = (110, 'degR')] ... ok test_inplace_addition_00035 (test_quantity.TestOffsetUnitMath) test_inplace_addition (test_quantity.TestOffsetUnitMath) [with input = ((100, 'delta_degF'), (10, 'delta_degC')); expected_output = (118, 'delta_degF')] ... ok test_inplace_addition_00036 (test_quantity.TestOffsetUnitMath) test_inplace_addition (test_quantity.TestOffsetUnitMath) [with input = ((100, 'delta_degF'), (10, 'delta_degF')); expected_output = (110, 'delta_degF')] ... ok test_inplace_exponentiation_00001 (test_quantity.TestOffsetUnitMath) test_inplace_exponentiation (test_quantity.TestOffsetUnitMath) [with input = ((10, 'degC'), 1); expected_output = [(10, 'degC'), (10, 'degC')]] ... ok test_inplace_exponentiation_00002 (test_quantity.TestOffsetUnitMath) test_inplace_exponentiation (test_quantity.TestOffsetUnitMath) [with input = ((10, 'degC'), 0.5); expected_output = ['error', (16.827061537891872, 'kelvin**0.5')]] ... ok test_inplace_exponentiation_00003 (test_quantity.TestOffsetUnitMath) test_inplace_exponentiation (test_quantity.TestOffsetUnitMath) [with input = ((10, 'degC'), 0); expected_output = [(1.0, ''), (1.0, '')]] ... ok test_inplace_exponentiation_00004 (test_quantity.TestOffsetUnitMath) test_inplace_exponentiation (test_quantity.TestOffsetUnitMath) [with input = ((10, 'degC'), -1); expected_output = ['error', (0.003531696980399082, 'kelvin**-1')]] ... ok test_inplace_exponentiation_00005 (test_quantity.TestOffsetUnitMath) test_inplace_exponentiation (test_quantity.TestOffsetUnitMath) [with input = ((10, 'degC'), -2); expected_output = ['error', (1.2472883561359994e-05, 'kelvin**-2')]] ... ok test_inplace_exponentiation_00006 (test_quantity.TestOffsetUnitMath) test_inplace_exponentiation (test_quantity.TestOffsetUnitMath) [with input = ((0, 'degC'), -2); expected_output = ['error', (1.3402863367625568e-05, 'kelvin**-2')]] ... ok test_inplace_exponentiation_00007 (test_quantity.TestOffsetUnitMath) test_inplace_exponentiation (test_quantity.TestOffsetUnitMath) [with input = ((10, 'degC'), (2, '')); expected_output = ['error', (80173.92249999999, 'kelvin**2')]] ... ERROR test_inplace_exponentiation_00008 (test_quantity.TestOffsetUnitMath) test_inplace_exponentiation (test_quantity.TestOffsetUnitMath) [with input = ((10, 'degC'), (10, 'degK')); expected_output = ['error', 'error']] ... ok test_inplace_exponentiation_00009 (test_quantity.TestOffsetUnitMath) test_inplace_exponentiation (test_quantity.TestOffsetUnitMath) [with input = ((10, 'kelvin'), (2, '')); expected_output = [(100.0, 'kelvin**2'), (100.0, 'kelvin**2')]] ... ERROR test_inplace_exponentiation_00010 (test_quantity.TestOffsetUnitMath) test_inplace_exponentiation (test_quantity.TestOffsetUnitMath) [with input = (2, (2, 'kelvin')); expected_output = ['error', 'error']] ... ok test_inplace_exponentiation_00011 (test_quantity.TestOffsetUnitMath) test_inplace_exponentiation (test_quantity.TestOffsetUnitMath) [with input = (2, (500.0, 'millikelvin/kelvin')); expected_output = [1.4142135623730951, 1.4142135623730951]] ... ok test_inplace_exponentiation_00012 (test_quantity.TestOffsetUnitMath) test_inplace_exponentiation (test_quantity.TestOffsetUnitMath) [with input = (2, (0.5, 'kelvin/kelvin')); expected_output = [1.4142135623730951, 1.4142135623730951]] ... ok test_inplace_exponentiation_00013 (test_quantity.TestOffsetUnitMath) test_inplace_exponentiation (test_quantity.TestOffsetUnitMath) [with input = ((10, 'degC'), (500.0, 'millikelvin/kelvin')); expected_output = ['error', (16.827061537891872, 'kelvin**0.5')]] ... ERROR test_inplace_multiplication_00001 (test_quantity.TestOffsetUnitMath) test_inplace_multiplication (test_quantity.TestOffsetUnitMath) [with input = ((100, 'kelvin'), (10, 'kelvin')); expected_output = (1000, 'kelvin**2')] ... ok test_inplace_multiplication_00002 (test_quantity.TestOffsetUnitMath) test_inplace_multiplication (test_quantity.TestOffsetUnitMath) [with input = ((100, 'kelvin'), (10, 'degC')); expected_output = error] ... ok test_inplace_multiplication_00003 (test_quantity.TestOffsetUnitMath) test_inplace_multiplication (test_quantity.TestOffsetUnitMath) [with input = ((100, 'kelvin'), (10, 'degF')); expected_output = error] ... ok test_inplace_multiplication_00004 (test_quantity.TestOffsetUnitMath) test_inplace_multiplication (test_quantity.TestOffsetUnitMath) [with input = ((100, 'kelvin'), (10, 'degR')); expected_output = (1000, 'kelvin*degR')] ... ok test_inplace_multiplication_00005 (test_quantity.TestOffsetUnitMath) test_inplace_multiplication (test_quantity.TestOffsetUnitMath) [with input = ((100, 'kelvin'), (10, 'delta_degC')); expected_output = (1000, 'kelvin*delta_degC')] ... ok test_inplace_multiplication_00006 (test_quantity.TestOffsetUnitMath) test_inplace_multiplication (test_quantity.TestOffsetUnitMath) [with input = ((100, 'kelvin'), (10, 'delta_degF')); expected_output = (1000, 'kelvin*delta_degF')] ... ok test_inplace_multiplication_00007 (test_quantity.TestOffsetUnitMath) test_inplace_multiplication (test_quantity.TestOffsetUnitMath) [with input = ((100, 'degC'), (10, 'kelvin')); expected_output = error] ... ok test_inplace_multiplication_00008 (test_quantity.TestOffsetUnitMath) test_inplace_multiplication (test_quantity.TestOffsetUnitMath) [with input = ((100, 'degC'), (10, 'degC')); expected_output = error] ... ok test_inplace_multiplication_00009 (test_quantity.TestOffsetUnitMath) test_inplace_multiplication (test_quantity.TestOffsetUnitMath) [with input = ((100, 'degC'), (10, 'degF')); expected_output = error] ... ok test_inplace_multiplication_00010 (test_quantity.TestOffsetUnitMath) test_inplace_multiplication (test_quantity.TestOffsetUnitMath) [with input = ((100, 'degC'), (10, 'degR')); expected_output = error] ... ok test_inplace_multiplication_00011 (test_quantity.TestOffsetUnitMath) test_inplace_multiplication (test_quantity.TestOffsetUnitMath) [with input = ((100, 'degC'), (10, 'delta_degC')); expected_output = error] ... ok test_inplace_multiplication_00012 (test_quantity.TestOffsetUnitMath) test_inplace_multiplication (test_quantity.TestOffsetUnitMath) [with input = ((100, 'degC'), (10, 'delta_degF')); expected_output = error] ... ok test_inplace_multiplication_00013 (test_quantity.TestOffsetUnitMath) test_inplace_multiplication (test_quantity.TestOffsetUnitMath) [with input = ((100, 'degF'), (10, 'kelvin')); expected_output = error] ... ok test_inplace_multiplication_00014 (test_quantity.TestOffsetUnitMath) test_inplace_multiplication (test_quantity.TestOffsetUnitMath) [with input = ((100, 'degF'), (10, 'degC')); expected_output = error] ... ok test_inplace_multiplication_00015 (test_quantity.TestOffsetUnitMath) test_inplace_multiplication (test_quantity.TestOffsetUnitMath) [with input = ((100, 'degF'), (10, 'degF')); expected_output = error] ... ok test_inplace_multiplication_00016 (test_quantity.TestOffsetUnitMath) test_inplace_multiplication (test_quantity.TestOffsetUnitMath) [with input = ((100, 'degF'), (10, 'degR')); expected_output = error] ... ok test_inplace_multiplication_00017 (test_quantity.TestOffsetUnitMath) test_inplace_multiplication (test_quantity.TestOffsetUnitMath) [with input = ((100, 'degF'), (10, 'delta_degC')); expected_output = error] ... ok test_inplace_multiplication_00018 (test_quantity.TestOffsetUnitMath) test_inplace_multiplication (test_quantity.TestOffsetUnitMath) [with input = ((100, 'degF'), (10, 'delta_degF')); expected_output = error] ... ok test_inplace_multiplication_00019 (test_quantity.TestOffsetUnitMath) test_inplace_multiplication (test_quantity.TestOffsetUnitMath) [with input = ((100, 'degR'), (10, 'kelvin')); expected_output = (1000, 'degR*kelvin')] ... ok test_inplace_multiplication_00020 (test_quantity.TestOffsetUnitMath) test_inplace_multiplication (test_quantity.TestOffsetUnitMath) [with input = ((100, 'degR'), (10, 'degC')); expected_output = error] ... ok test_inplace_multiplication_00021 (test_quantity.TestOffsetUnitMath) test_inplace_multiplication (test_quantity.TestOffsetUnitMath) [with input = ((100, 'degR'), (10, 'degF')); expected_output = error] ... ok test_inplace_multiplication_00022 (test_quantity.TestOffsetUnitMath) test_inplace_multiplication (test_quantity.TestOffsetUnitMath) [with input = ((100, 'degR'), (10, 'degR')); expected_output = (1000, 'degR**2')] ... ok test_inplace_multiplication_00023 (test_quantity.TestOffsetUnitMath) test_inplace_multiplication (test_quantity.TestOffsetUnitMath) [with input = ((100, 'degR'), (10, 'delta_degC')); expected_output = (1000, 'degR*delta_degC')] ... ok test_inplace_multiplication_00024 (test_quantity.TestOffsetUnitMath) test_inplace_multiplication (test_quantity.TestOffsetUnitMath) [with input = ((100, 'degR'), (10, 'delta_degF')); expected_output = (1000, 'degR*delta_degF')] ... ok test_inplace_multiplication_00025 (test_quantity.TestOffsetUnitMath) test_inplace_multiplication (test_quantity.TestOffsetUnitMath) [with input = ((100, 'delta_degC'), (10, 'kelvin')); expected_output = (1000, 'delta_degC*kelvin')] ... ok test_inplace_multiplication_00026 (test_quantity.TestOffsetUnitMath) test_inplace_multiplication (test_quantity.TestOffsetUnitMath) [with input = ((100, 'delta_degC'), (10, 'degC')); expected_output = error] ... ok test_inplace_multiplication_00027 (test_quantity.TestOffsetUnitMath) test_inplace_multiplication (test_quantity.TestOffsetUnitMath) [with input = ((100, 'delta_degC'), (10, 'degF')); expected_output = error] ... ok test_inplace_multiplication_00028 (test_quantity.TestOffsetUnitMath) test_inplace_multiplication (test_quantity.TestOffsetUnitMath) [with input = ((100, 'delta_degC'), (10, 'degR')); expected_output = (1000, 'delta_degC*degR')] ... ok test_inplace_multiplication_00029 (test_quantity.TestOffsetUnitMath) test_inplace_multiplication (test_quantity.TestOffsetUnitMath) [with input = ((100, 'delta_degC'), (10, 'delta_degC')); expected_output = (1000, 'delta_degC**2')] ... ok test_inplace_multiplication_00030 (test_quantity.TestOffsetUnitMath) test_inplace_multiplication (test_quantity.TestOffsetUnitMath) [with input = ((100, 'delta_degC'), (10, 'delta_degF')); expected_output = (1000, 'delta_degC*delta_degF')] ... ok test_inplace_multiplication_00031 (test_quantity.TestOffsetUnitMath) test_inplace_multiplication (test_quantity.TestOffsetUnitMath) [with input = ((100, 'delta_degF'), (10, 'kelvin')); expected_output = (1000, 'delta_degF*kelvin')] ... ok test_inplace_multiplication_00032 (test_quantity.TestOffsetUnitMath) test_inplace_multiplication (test_quantity.TestOffsetUnitMath) [with input = ((100, 'delta_degF'), (10, 'degC')); expected_output = error] ... ok test_inplace_multiplication_00033 (test_quantity.TestOffsetUnitMath) test_inplace_multiplication (test_quantity.TestOffsetUnitMath) [with input = ((100, 'delta_degF'), (10, 'degF')); expected_output = error] ... ok test_inplace_multiplication_00034 (test_quantity.TestOffsetUnitMath) test_inplace_multiplication (test_quantity.TestOffsetUnitMath) [with input = ((100, 'delta_degF'), (10, 'degR')); expected_output = (1000, 'delta_degF*degR')] ... ok test_inplace_multiplication_00035 (test_quantity.TestOffsetUnitMath) test_inplace_multiplication (test_quantity.TestOffsetUnitMath) [with input = ((100, 'delta_degF'), (10, 'delta_degC')); expected_output = (1000, 'delta_degF*delta_degC')] ... ok test_inplace_multiplication_00036 (test_quantity.TestOffsetUnitMath) test_inplace_multiplication (test_quantity.TestOffsetUnitMath) [with input = ((100, 'delta_degF'), (10, 'delta_degF')); expected_output = (1000, 'delta_degF**2')] ... ok test_inplace_multiplication_with_autoconvert_00001 (test_quantity.TestOffsetUnitMath) test_inplace_multiplication_with_autoconvert (test_quantity.TestOffsetUnitMath) [with input = ((100, 'kelvin'), (10, 'degC')); expected_output = (28315.0, 'kelvin**2')] ... ok test_inplace_multiplication_with_autoconvert_00002 (test_quantity.TestOffsetUnitMath) test_inplace_multiplication_with_autoconvert (test_quantity.TestOffsetUnitMath) [with input = ((100, 'kelvin'), (10, 'degF')); expected_output = (26092.78, 'kelvin**2')] ... ok test_inplace_multiplication_with_autoconvert_00003 (test_quantity.TestOffsetUnitMath) test_inplace_multiplication_with_autoconvert (test_quantity.TestOffsetUnitMath) [with input = ((100, 'degC'), (10, 'kelvin')); expected_output = (3731.5, 'kelvin**2')] ... ok test_inplace_multiplication_with_autoconvert_00004 (test_quantity.TestOffsetUnitMath) test_inplace_multiplication_with_autoconvert (test_quantity.TestOffsetUnitMath) [with input = ((100, 'degC'), (10, 'degC')); expected_output = (105657.42, 'kelvin**2')] ... ok test_inplace_multiplication_with_autoconvert_00005 (test_quantity.TestOffsetUnitMath) test_inplace_multiplication_with_autoconvert (test_quantity.TestOffsetUnitMath) [with input = ((100, 'degC'), (10, 'degF')); expected_output = (97365.2, 'kelvin**2')] ... ok test_inplace_multiplication_with_autoconvert_00006 (test_quantity.TestOffsetUnitMath) test_inplace_multiplication_with_autoconvert (test_quantity.TestOffsetUnitMath) [with input = ((100, 'degC'), (10, 'degR')); expected_output = (3731.5, 'kelvin*degR')] ... ok test_inplace_multiplication_with_autoconvert_00007 (test_quantity.TestOffsetUnitMath) test_inplace_multiplication_with_autoconvert (test_quantity.TestOffsetUnitMath) [with input = ((100, 'degC'), (10, 'delta_degC')); expected_output = (3731.5, 'kelvin*delta_degC')] ... ok test_inplace_multiplication_with_autoconvert_00008 (test_quantity.TestOffsetUnitMath) test_inplace_multiplication_with_autoconvert (test_quantity.TestOffsetUnitMath) [with input = ((100, 'degC'), (10, 'delta_degF')); expected_output = (3731.5, 'kelvin*delta_degF')] ... ok test_inplace_multiplication_with_autoconvert_00009 (test_quantity.TestOffsetUnitMath) test_inplace_multiplication_with_autoconvert (test_quantity.TestOffsetUnitMath) [with input = ((100, 'degF'), (10, 'kelvin')); expected_output = (3109.28, 'kelvin**2')] ... ok test_inplace_multiplication_with_autoconvert_00010 (test_quantity.TestOffsetUnitMath) test_inplace_multiplication_with_autoconvert (test_quantity.TestOffsetUnitMath) [with input = ((100, 'degF'), (10, 'degC')); expected_output = (88039.2, 'kelvin**2')] ... ok test_inplace_multiplication_with_autoconvert_00011 (test_quantity.TestOffsetUnitMath) test_inplace_multiplication_with_autoconvert (test_quantity.TestOffsetUnitMath) [with input = ((100, 'degF'), (10, 'degF')); expected_output = (81129.69, 'kelvin**2')] ... ok test_inplace_multiplication_with_autoconvert_00012 (test_quantity.TestOffsetUnitMath) test_inplace_multiplication_with_autoconvert (test_quantity.TestOffsetUnitMath) [with input = ((100, 'degF'), (10, 'degR')); expected_output = (3109.28, 'kelvin*degR')] ... ok test_inplace_multiplication_with_autoconvert_00013 (test_quantity.TestOffsetUnitMath) test_inplace_multiplication_with_autoconvert (test_quantity.TestOffsetUnitMath) [with input = ((100, 'degF'), (10, 'delta_degC')); expected_output = (3109.28, 'kelvin*delta_degC')] ... ok test_inplace_multiplication_with_autoconvert_00014 (test_quantity.TestOffsetUnitMath) test_inplace_multiplication_with_autoconvert (test_quantity.TestOffsetUnitMath) [with input = ((100, 'degF'), (10, 'delta_degF')); expected_output = (3109.28, 'kelvin*delta_degF')] ... ok test_inplace_multiplication_with_autoconvert_00015 (test_quantity.TestOffsetUnitMath) test_inplace_multiplication_with_autoconvert (test_quantity.TestOffsetUnitMath) [with input = ((100, 'degR'), (10, 'degC')); expected_output = (28315.0, 'degR*kelvin')] ... ok test_inplace_multiplication_with_autoconvert_00016 (test_quantity.TestOffsetUnitMath) test_inplace_multiplication_with_autoconvert (test_quantity.TestOffsetUnitMath) [with input = ((100, 'degR'), (10, 'degF')); expected_output = (26092.78, 'degR*kelvin')] ... ok test_inplace_multiplication_with_autoconvert_00017 (test_quantity.TestOffsetUnitMath) test_inplace_multiplication_with_autoconvert (test_quantity.TestOffsetUnitMath) [with input = ((100, 'delta_degC'), (10, 'degC')); expected_output = (28315.0, 'delta_degC*kelvin')] ... ok test_inplace_multiplication_with_autoconvert_00018 (test_quantity.TestOffsetUnitMath) test_inplace_multiplication_with_autoconvert (test_quantity.TestOffsetUnitMath) [with input = ((100, 'delta_degC'), (10, 'degF')); expected_output = (26092.78, 'delta_degC*kelvin')] ... ok test_inplace_multiplication_with_autoconvert_00019 (test_quantity.TestOffsetUnitMath) test_inplace_multiplication_with_autoconvert (test_quantity.TestOffsetUnitMath) [with input = ((100, 'delta_degF'), (10, 'degC')); expected_output = (28315.0, 'delta_degF*kelvin')] ... ok test_inplace_multiplication_with_autoconvert_00020 (test_quantity.TestOffsetUnitMath) test_inplace_multiplication_with_autoconvert (test_quantity.TestOffsetUnitMath) [with input = ((100, 'delta_degF'), (10, 'degF')); expected_output = (26092.78, 'delta_degF*kelvin')] ... ok test_inplace_subtraction_00001 (test_quantity.TestOffsetUnitMath) test_inplace_subtraction (test_quantity.TestOffsetUnitMath) [with input = ((100, 'kelvin'), (10, 'kelvin')); expected_output = (90, 'kelvin')] ... ok test_inplace_subtraction_00002 (test_quantity.TestOffsetUnitMath) test_inplace_subtraction (test_quantity.TestOffsetUnitMath) [with input = ((100, 'kelvin'), (10, 'degC')); expected_output = (-183.15, 'kelvin')] ... ok test_inplace_subtraction_00003 (test_quantity.TestOffsetUnitMath) test_inplace_subtraction (test_quantity.TestOffsetUnitMath) [with input = ((100, 'kelvin'), (10, 'degF')); expected_output = (-160.93, 'kelvin')] ... ok test_inplace_subtraction_00004 (test_quantity.TestOffsetUnitMath) test_inplace_subtraction (test_quantity.TestOffsetUnitMath) [with input = ((100, 'kelvin'), (10, 'degR')); expected_output = (94.44, 'kelvin')] ... ok test_inplace_subtraction_00005 (test_quantity.TestOffsetUnitMath) test_inplace_subtraction (test_quantity.TestOffsetUnitMath) [with input = ((100, 'kelvin'), (10, 'delta_degC')); expected_output = (90, 'kelvin')] ... ok test_inplace_subtraction_00006 (test_quantity.TestOffsetUnitMath) test_inplace_subtraction (test_quantity.TestOffsetUnitMath) [with input = ((100, 'kelvin'), (10, 'delta_degF')); expected_output = (94.44, 'kelvin')] ... ok test_inplace_subtraction_00007 (test_quantity.TestOffsetUnitMath) test_inplace_subtraction (test_quantity.TestOffsetUnitMath) [with input = ((100, 'degC'), (10, 'kelvin')); expected_output = (363.15, 'delta_degC')] ... ok test_inplace_subtraction_00008 (test_quantity.TestOffsetUnitMath) test_inplace_subtraction (test_quantity.TestOffsetUnitMath) [with input = ((100, 'degC'), (10, 'degC')); expected_output = (90, 'delta_degC')] ... ok test_inplace_subtraction_00009 (test_quantity.TestOffsetUnitMath) test_inplace_subtraction (test_quantity.TestOffsetUnitMath) [with input = ((100, 'degC'), (10, 'degF')); expected_output = (112.22, 'delta_degC')] ... ok test_inplace_subtraction_00010 (test_quantity.TestOffsetUnitMath) test_inplace_subtraction (test_quantity.TestOffsetUnitMath) [with input = ((100, 'degC'), (10, 'degR')); expected_output = (367.59, 'delta_degC')] ... ok test_inplace_subtraction_00011 (test_quantity.TestOffsetUnitMath) test_inplace_subtraction (test_quantity.TestOffsetUnitMath) [with input = ((100, 'degC'), (10, 'delta_degC')); expected_output = (90, 'degC')] ... ok test_inplace_subtraction_00012 (test_quantity.TestOffsetUnitMath) test_inplace_subtraction (test_quantity.TestOffsetUnitMath) [with input = ((100, 'degC'), (10, 'delta_degF')); expected_output = (94.44, 'degC')] ... ok test_inplace_subtraction_00013 (test_quantity.TestOffsetUnitMath) test_inplace_subtraction (test_quantity.TestOffsetUnitMath) [with input = ((100, 'degF'), (10, 'kelvin')); expected_output = (541.67, 'delta_degF')] ... ok test_inplace_subtraction_00014 (test_quantity.TestOffsetUnitMath) test_inplace_subtraction (test_quantity.TestOffsetUnitMath) [with input = ((100, 'degF'), (10, 'degC')); expected_output = (50, 'delta_degF')] ... ok test_inplace_subtraction_00015 (test_quantity.TestOffsetUnitMath) test_inplace_subtraction (test_quantity.TestOffsetUnitMath) [with input = ((100, 'degF'), (10, 'degF')); expected_output = (90, 'delta_degF')] ... ok test_inplace_subtraction_00016 (test_quantity.TestOffsetUnitMath) test_inplace_subtraction (test_quantity.TestOffsetUnitMath) [with input = ((100, 'degF'), (10, 'degR')); expected_output = (549.67, 'delta_degF')] ... ok test_inplace_subtraction_00017 (test_quantity.TestOffsetUnitMath) test_inplace_subtraction (test_quantity.TestOffsetUnitMath) [with input = ((100, 'degF'), (10, 'delta_degC')); expected_output = (82, 'degF')] ... ok test_inplace_subtraction_00018 (test_quantity.TestOffsetUnitMath) test_inplace_subtraction (test_quantity.TestOffsetUnitMath) [with input = ((100, 'degF'), (10, 'delta_degF')); expected_output = (90, 'degF')] ... ok test_inplace_subtraction_00019 (test_quantity.TestOffsetUnitMath) test_inplace_subtraction (test_quantity.TestOffsetUnitMath) [with input = ((100, 'degR'), (10, 'kelvin')); expected_output = (82, 'degR')] ... ok test_inplace_subtraction_00020 (test_quantity.TestOffsetUnitMath) test_inplace_subtraction (test_quantity.TestOffsetUnitMath) [with input = ((100, 'degR'), (10, 'degC')); expected_output = (-409.67, 'degR')] ... ok test_inplace_subtraction_00021 (test_quantity.TestOffsetUnitMath) test_inplace_subtraction (test_quantity.TestOffsetUnitMath) [with input = ((100, 'degR'), (10, 'degF')); expected_output = (-369.67, 'degR')] ... ok test_inplace_subtraction_00022 (test_quantity.TestOffsetUnitMath) test_inplace_subtraction (test_quantity.TestOffsetUnitMath) [with input = ((100, 'degR'), (10, 'degR')); expected_output = (90, 'degR')] ... ok test_inplace_subtraction_00023 (test_quantity.TestOffsetUnitMath) test_inplace_subtraction (test_quantity.TestOffsetUnitMath) [with input = ((100, 'degR'), (10, 'delta_degC')); expected_output = (82, 'degR')] ... ok test_inplace_subtraction_00024 (test_quantity.TestOffsetUnitMath) test_inplace_subtraction (test_quantity.TestOffsetUnitMath) [with input = ((100, 'degR'), (10, 'delta_degF')); expected_output = (90, 'degR')] ... ok test_inplace_subtraction_00025 (test_quantity.TestOffsetUnitMath) test_inplace_subtraction (test_quantity.TestOffsetUnitMath) [with input = ((100, 'delta_degC'), (10, 'kelvin')); expected_output = (90, 'kelvin')] ... ok test_inplace_subtraction_00026 (test_quantity.TestOffsetUnitMath) test_inplace_subtraction (test_quantity.TestOffsetUnitMath) [with input = ((100, 'delta_degC'), (10, 'degC')); expected_output = (90, 'degC')] ... ok test_inplace_subtraction_00027 (test_quantity.TestOffsetUnitMath) test_inplace_subtraction (test_quantity.TestOffsetUnitMath) [with input = ((100, 'delta_degC'), (10, 'degF')); expected_output = (170, 'degF')] ... ok test_inplace_subtraction_00028 (test_quantity.TestOffsetUnitMath) test_inplace_subtraction (test_quantity.TestOffsetUnitMath) [with input = ((100, 'delta_degC'), (10, 'degR')); expected_output = (170, 'degR')] ... ok test_inplace_subtraction_00029 (test_quantity.TestOffsetUnitMath) test_inplace_subtraction (test_quantity.TestOffsetUnitMath) [with input = ((100, 'delta_degC'), (10, 'delta_degC')); expected_output = (90, 'delta_degC')] ... ok test_inplace_subtraction_00030 (test_quantity.TestOffsetUnitMath) test_inplace_subtraction (test_quantity.TestOffsetUnitMath) [with input = ((100, 'delta_degC'), (10, 'delta_degF')); expected_output = (94.44, 'delta_degC')] ... ok test_inplace_subtraction_00031 (test_quantity.TestOffsetUnitMath) test_inplace_subtraction (test_quantity.TestOffsetUnitMath) [with input = ((100, 'delta_degF'), (10, 'kelvin')); expected_output = (45.56, 'kelvin')] ... ok test_inplace_subtraction_00032 (test_quantity.TestOffsetUnitMath) test_inplace_subtraction (test_quantity.TestOffsetUnitMath) [with input = ((100, 'delta_degF'), (10, 'degC')); expected_output = (45.56, 'degC')] ... ok test_inplace_subtraction_00033 (test_quantity.TestOffsetUnitMath) test_inplace_subtraction (test_quantity.TestOffsetUnitMath) [with input = ((100, 'delta_degF'), (10, 'degF')); expected_output = (90, 'degF')] ... ok test_inplace_subtraction_00034 (test_quantity.TestOffsetUnitMath) test_inplace_subtraction (test_quantity.TestOffsetUnitMath) [with input = ((100, 'delta_degF'), (10, 'degR')); expected_output = (90, 'degR')] ... ok test_inplace_subtraction_00035 (test_quantity.TestOffsetUnitMath) test_inplace_subtraction (test_quantity.TestOffsetUnitMath) [with input = ((100, 'delta_degF'), (10, 'delta_degC')); expected_output = (82, 'delta_degF')] ... ok test_inplace_subtraction_00036 (test_quantity.TestOffsetUnitMath) test_inplace_subtraction (test_quantity.TestOffsetUnitMath) [with input = ((100, 'delta_degF'), (10, 'delta_degF')); expected_output = (90, 'delta_degF')] ... ok test_inplace_truedivision_00001 (test_quantity.TestOffsetUnitMath) test_inplace_truedivision (test_quantity.TestOffsetUnitMath) [with input = ((100, 'kelvin'), (10, 'kelvin')); expected_output = (10, '')] ... ok test_inplace_truedivision_00002 (test_quantity.TestOffsetUnitMath) test_inplace_truedivision (test_quantity.TestOffsetUnitMath) [with input = ((100, 'kelvin'), (10, 'degC')); expected_output = error] ... ok test_inplace_truedivision_00003 (test_quantity.TestOffsetUnitMath) test_inplace_truedivision (test_quantity.TestOffsetUnitMath) [with input = ((100, 'kelvin'), (10, 'degF')); expected_output = error] ... ok test_inplace_truedivision_00004 (test_quantity.TestOffsetUnitMath) test_inplace_truedivision (test_quantity.TestOffsetUnitMath) [with input = ((100, 'kelvin'), (10, 'degR')); expected_output = (10, 'kelvin/degR')] ... ok test_inplace_truedivision_00005 (test_quantity.TestOffsetUnitMath) test_inplace_truedivision (test_quantity.TestOffsetUnitMath) [with input = ((100, 'kelvin'), (10, 'delta_degC')); expected_output = (10, 'kelvin/delta_degC')] ... ok test_inplace_truedivision_00006 (test_quantity.TestOffsetUnitMath) test_inplace_truedivision (test_quantity.TestOffsetUnitMath) [with input = ((100, 'kelvin'), (10, 'delta_degF')); expected_output = (10, 'kelvin/delta_degF')] ... ok test_inplace_truedivision_00007 (test_quantity.TestOffsetUnitMath) test_inplace_truedivision (test_quantity.TestOffsetUnitMath) [with input = ((100, 'degC'), (10, 'kelvin')); expected_output = error] ... ok test_inplace_truedivision_00008 (test_quantity.TestOffsetUnitMath) test_inplace_truedivision (test_quantity.TestOffsetUnitMath) [with input = ((100, 'degC'), (10, 'degC')); expected_output = error] ... ok test_inplace_truedivision_00009 (test_quantity.TestOffsetUnitMath) test_inplace_truedivision (test_quantity.TestOffsetUnitMath) [with input = ((100, 'degC'), (10, 'degF')); expected_output = error] ... ok test_inplace_truedivision_00010 (test_quantity.TestOffsetUnitMath) test_inplace_truedivision (test_quantity.TestOffsetUnitMath) [with input = ((100, 'degC'), (10, 'degR')); expected_output = error] ... ok test_inplace_truedivision_00011 (test_quantity.TestOffsetUnitMath) test_inplace_truedivision (test_quantity.TestOffsetUnitMath) [with input = ((100, 'degC'), (10, 'delta_degC')); expected_output = error] ... ok test_inplace_truedivision_00012 (test_quantity.TestOffsetUnitMath) test_inplace_truedivision (test_quantity.TestOffsetUnitMath) [with input = ((100, 'degC'), (10, 'delta_degF')); expected_output = error] ... ok test_inplace_truedivision_00013 (test_quantity.TestOffsetUnitMath) test_inplace_truedivision (test_quantity.TestOffsetUnitMath) [with input = ((100, 'degF'), (10, 'kelvin')); expected_output = error] ... ok test_inplace_truedivision_00014 (test_quantity.TestOffsetUnitMath) test_inplace_truedivision (test_quantity.TestOffsetUnitMath) [with input = ((100, 'degF'), (10, 'degC')); expected_output = error] ... ok test_inplace_truedivision_00015 (test_quantity.TestOffsetUnitMath) test_inplace_truedivision (test_quantity.TestOffsetUnitMath) [with input = ((100, 'degF'), (10, 'degF')); expected_output = error] ... ok test_inplace_truedivision_00016 (test_quantity.TestOffsetUnitMath) test_inplace_truedivision (test_quantity.TestOffsetUnitMath) [with input = ((100, 'degF'), (10, 'degR')); expected_output = error] ... ok test_inplace_truedivision_00017 (test_quantity.TestOffsetUnitMath) test_inplace_truedivision (test_quantity.TestOffsetUnitMath) [with input = ((100, 'degF'), (10, 'delta_degC')); expected_output = error] ... ok test_inplace_truedivision_00018 (test_quantity.TestOffsetUnitMath) test_inplace_truedivision (test_quantity.TestOffsetUnitMath) [with input = ((100, 'degF'), (10, 'delta_degF')); expected_output = error] ... ok test_inplace_truedivision_00019 (test_quantity.TestOffsetUnitMath) test_inplace_truedivision (test_quantity.TestOffsetUnitMath) [with input = ((100, 'degR'), (10, 'kelvin')); expected_output = (10, 'degR/kelvin')] ... ok test_inplace_truedivision_00020 (test_quantity.TestOffsetUnitMath) test_inplace_truedivision (test_quantity.TestOffsetUnitMath) [with input = ((100, 'degR'), (10, 'degC')); expected_output = error] ... ok test_inplace_truedivision_00021 (test_quantity.TestOffsetUnitMath) test_inplace_truedivision (test_quantity.TestOffsetUnitMath) [with input = ((100, 'degR'), (10, 'degF')); expected_output = error] ... ok test_inplace_truedivision_00022 (test_quantity.TestOffsetUnitMath) test_inplace_truedivision (test_quantity.TestOffsetUnitMath) [with input = ((100, 'degR'), (10, 'degR')); expected_output = (10, '')] ... ok test_inplace_truedivision_00023 (test_quantity.TestOffsetUnitMath) test_inplace_truedivision (test_quantity.TestOffsetUnitMath) [with input = ((100, 'degR'), (10, 'delta_degC')); expected_output = (10, 'degR/delta_degC')] ... ok test_inplace_truedivision_00024 (test_quantity.TestOffsetUnitMath) test_inplace_truedivision (test_quantity.TestOffsetUnitMath) [with input = ((100, 'degR'), (10, 'delta_degF')); expected_output = (10, 'degR/delta_degF')] ... ok test_inplace_truedivision_00025 (test_quantity.TestOffsetUnitMath) test_inplace_truedivision (test_quantity.TestOffsetUnitMath) [with input = ((100, 'delta_degC'), (10, 'kelvin')); expected_output = (10, 'delta_degC/kelvin')] ... ok test_inplace_truedivision_00026 (test_quantity.TestOffsetUnitMath) test_inplace_truedivision (test_quantity.TestOffsetUnitMath) [with input = ((100, 'delta_degC'), (10, 'degC')); expected_output = error] ... ok test_inplace_truedivision_00027 (test_quantity.TestOffsetUnitMath) test_inplace_truedivision (test_quantity.TestOffsetUnitMath) [with input = ((100, 'delta_degC'), (10, 'degF')); expected_output = error] ... ok test_inplace_truedivision_00028 (test_quantity.TestOffsetUnitMath) test_inplace_truedivision (test_quantity.TestOffsetUnitMath) [with input = ((100, 'delta_degC'), (10, 'degR')); expected_output = (10, 'delta_degC/degR')] ... ok test_inplace_truedivision_00029 (test_quantity.TestOffsetUnitMath) test_inplace_truedivision (test_quantity.TestOffsetUnitMath) [with input = ((100, 'delta_degC'), (10, 'delta_degC')); expected_output = (10, '')] ... ok test_inplace_truedivision_00030 (test_quantity.TestOffsetUnitMath) test_inplace_truedivision (test_quantity.TestOffsetUnitMath) [with input = ((100, 'delta_degC'), (10, 'delta_degF')); expected_output = (10, 'delta_degC/delta_degF')] ... ok test_inplace_truedivision_00031 (test_quantity.TestOffsetUnitMath) test_inplace_truedivision (test_quantity.TestOffsetUnitMath) [with input = ((100, 'delta_degF'), (10, 'kelvin')); expected_output = (10, 'delta_degF/kelvin')] ... ok test_inplace_truedivision_00032 (test_quantity.TestOffsetUnitMath) test_inplace_truedivision (test_quantity.TestOffsetUnitMath) [with input = ((100, 'delta_degF'), (10, 'degC')); expected_output = error] ... ok test_inplace_truedivision_00033 (test_quantity.TestOffsetUnitMath) test_inplace_truedivision (test_quantity.TestOffsetUnitMath) [with input = ((100, 'delta_degF'), (10, 'degF')); expected_output = error] ... ok test_inplace_truedivision_00034 (test_quantity.TestOffsetUnitMath) test_inplace_truedivision (test_quantity.TestOffsetUnitMath) [with input = ((100, 'delta_degF'), (10, 'degR')); expected_output = (10, 'delta_degF/degR')] ... ok test_inplace_truedivision_00035 (test_quantity.TestOffsetUnitMath) test_inplace_truedivision (test_quantity.TestOffsetUnitMath) [with input = ((100, 'delta_degF'), (10, 'delta_degC')); expected_output = (10, 'delta_degF/delta_degC')] ... ok test_inplace_truedivision_00036 (test_quantity.TestOffsetUnitMath) test_inplace_truedivision (test_quantity.TestOffsetUnitMath) [with input = ((100, 'delta_degF'), (10, 'delta_degF')); expected_output = (10, '')] ... ok test_multiplication_00001 (test_quantity.TestOffsetUnitMath) test_multiplication (test_quantity.TestOffsetUnitMath) [with input = ((100, 'kelvin'), (10, 'kelvin')); expected_output = (1000, 'kelvin**2')] ... ok test_multiplication_00002 (test_quantity.TestOffsetUnitMath) test_multiplication (test_quantity.TestOffsetUnitMath) [with input = ((100, 'kelvin'), (10, 'degC')); expected_output = error] ... ok test_multiplication_00003 (test_quantity.TestOffsetUnitMath) test_multiplication (test_quantity.TestOffsetUnitMath) [with input = ((100, 'kelvin'), (10, 'degF')); expected_output = error] ... ok test_multiplication_00004 (test_quantity.TestOffsetUnitMath) test_multiplication (test_quantity.TestOffsetUnitMath) [with input = ((100, 'kelvin'), (10, 'degR')); expected_output = (1000, 'kelvin*degR')] ... ok test_multiplication_00005 (test_quantity.TestOffsetUnitMath) test_multiplication (test_quantity.TestOffsetUnitMath) [with input = ((100, 'kelvin'), (10, 'delta_degC')); expected_output = (1000, 'kelvin*delta_degC')] ... ok test_multiplication_00006 (test_quantity.TestOffsetUnitMath) test_multiplication (test_quantity.TestOffsetUnitMath) [with input = ((100, 'kelvin'), (10, 'delta_degF')); expected_output = (1000, 'kelvin*delta_degF')] ... ok test_multiplication_00007 (test_quantity.TestOffsetUnitMath) test_multiplication (test_quantity.TestOffsetUnitMath) [with input = ((100, 'degC'), (10, 'kelvin')); expected_output = error] ... ok test_multiplication_00008 (test_quantity.TestOffsetUnitMath) test_multiplication (test_quantity.TestOffsetUnitMath) [with input = ((100, 'degC'), (10, 'degC')); expected_output = error] ... ok test_multiplication_00009 (test_quantity.TestOffsetUnitMath) test_multiplication (test_quantity.TestOffsetUnitMath) [with input = ((100, 'degC'), (10, 'degF')); expected_output = error] ... ok test_multiplication_00010 (test_quantity.TestOffsetUnitMath) test_multiplication (test_quantity.TestOffsetUnitMath) [with input = ((100, 'degC'), (10, 'degR')); expected_output = error] ... ok test_multiplication_00011 (test_quantity.TestOffsetUnitMath) test_multiplication (test_quantity.TestOffsetUnitMath) [with input = ((100, 'degC'), (10, 'delta_degC')); expected_output = error] ... ok test_multiplication_00012 (test_quantity.TestOffsetUnitMath) test_multiplication (test_quantity.TestOffsetUnitMath) [with input = ((100, 'degC'), (10, 'delta_degF')); expected_output = error] ... ok test_multiplication_00013 (test_quantity.TestOffsetUnitMath) test_multiplication (test_quantity.TestOffsetUnitMath) [with input = ((100, 'degF'), (10, 'kelvin')); expected_output = error] ... ok test_multiplication_00014 (test_quantity.TestOffsetUnitMath) test_multiplication (test_quantity.TestOffsetUnitMath) [with input = ((100, 'degF'), (10, 'degC')); expected_output = error] ... ok test_multiplication_00015 (test_quantity.TestOffsetUnitMath) test_multiplication (test_quantity.TestOffsetUnitMath) [with input = ((100, 'degF'), (10, 'degF')); expected_output = error] ... ok test_multiplication_00016 (test_quantity.TestOffsetUnitMath) test_multiplication (test_quantity.TestOffsetUnitMath) [with input = ((100, 'degF'), (10, 'degR')); expected_output = error] ... ok test_multiplication_00017 (test_quantity.TestOffsetUnitMath) test_multiplication (test_quantity.TestOffsetUnitMath) [with input = ((100, 'degF'), (10, 'delta_degC')); expected_output = error] ... ok test_multiplication_00018 (test_quantity.TestOffsetUnitMath) test_multiplication (test_quantity.TestOffsetUnitMath) [with input = ((100, 'degF'), (10, 'delta_degF')); expected_output = error] ... ok test_multiplication_00019 (test_quantity.TestOffsetUnitMath) test_multiplication (test_quantity.TestOffsetUnitMath) [with input = ((100, 'degR'), (10, 'kelvin')); expected_output = (1000, 'degR*kelvin')] ... ok test_multiplication_00020 (test_quantity.TestOffsetUnitMath) test_multiplication (test_quantity.TestOffsetUnitMath) [with input = ((100, 'degR'), (10, 'degC')); expected_output = error] ... ok test_multiplication_00021 (test_quantity.TestOffsetUnitMath) test_multiplication (test_quantity.TestOffsetUnitMath) [with input = ((100, 'degR'), (10, 'degF')); expected_output = error] ... ok test_multiplication_00022 (test_quantity.TestOffsetUnitMath) test_multiplication (test_quantity.TestOffsetUnitMath) [with input = ((100, 'degR'), (10, 'degR')); expected_output = (1000, 'degR**2')] ... ok test_multiplication_00023 (test_quantity.TestOffsetUnitMath) test_multiplication (test_quantity.TestOffsetUnitMath) [with input = ((100, 'degR'), (10, 'delta_degC')); expected_output = (1000, 'degR*delta_degC')] ... ok test_multiplication_00024 (test_quantity.TestOffsetUnitMath) test_multiplication (test_quantity.TestOffsetUnitMath) [with input = ((100, 'degR'), (10, 'delta_degF')); expected_output = (1000, 'degR*delta_degF')] ... ok test_multiplication_00025 (test_quantity.TestOffsetUnitMath) test_multiplication (test_quantity.TestOffsetUnitMath) [with input = ((100, 'delta_degC'), (10, 'kelvin')); expected_output = (1000, 'delta_degC*kelvin')] ... ok test_multiplication_00026 (test_quantity.TestOffsetUnitMath) test_multiplication (test_quantity.TestOffsetUnitMath) [with input = ((100, 'delta_degC'), (10, 'degC')); expected_output = error] ... ok test_multiplication_00027 (test_quantity.TestOffsetUnitMath) test_multiplication (test_quantity.TestOffsetUnitMath) [with input = ((100, 'delta_degC'), (10, 'degF')); expected_output = error] ... ok test_multiplication_00028 (test_quantity.TestOffsetUnitMath) test_multiplication (test_quantity.TestOffsetUnitMath) [with input = ((100, 'delta_degC'), (10, 'degR')); expected_output = (1000, 'delta_degC*degR')] ... ok test_multiplication_00029 (test_quantity.TestOffsetUnitMath) test_multiplication (test_quantity.TestOffsetUnitMath) [with input = ((100, 'delta_degC'), (10, 'delta_degC')); expected_output = (1000, 'delta_degC**2')] ... ok test_multiplication_00030 (test_quantity.TestOffsetUnitMath) test_multiplication (test_quantity.TestOffsetUnitMath) [with input = ((100, 'delta_degC'), (10, 'delta_degF')); expected_output = (1000, 'delta_degC*delta_degF')] ... ok test_multiplication_00031 (test_quantity.TestOffsetUnitMath) test_multiplication (test_quantity.TestOffsetUnitMath) [with input = ((100, 'delta_degF'), (10, 'kelvin')); expected_output = (1000, 'delta_degF*kelvin')] ... ok test_multiplication_00032 (test_quantity.TestOffsetUnitMath) test_multiplication (test_quantity.TestOffsetUnitMath) [with input = ((100, 'delta_degF'), (10, 'degC')); expected_output = error] ... ok test_multiplication_00033 (test_quantity.TestOffsetUnitMath) test_multiplication (test_quantity.TestOffsetUnitMath) [with input = ((100, 'delta_degF'), (10, 'degF')); expected_output = error] ... ok test_multiplication_00034 (test_quantity.TestOffsetUnitMath) test_multiplication (test_quantity.TestOffsetUnitMath) [with input = ((100, 'delta_degF'), (10, 'degR')); expected_output = (1000, 'delta_degF*degR')] ... ok test_multiplication_00035 (test_quantity.TestOffsetUnitMath) test_multiplication (test_quantity.TestOffsetUnitMath) [with input = ((100, 'delta_degF'), (10, 'delta_degC')); expected_output = (1000, 'delta_degF*delta_degC')] ... ok test_multiplication_00036 (test_quantity.TestOffsetUnitMath) test_multiplication (test_quantity.TestOffsetUnitMath) [with input = ((100, 'delta_degF'), (10, 'delta_degF')); expected_output = (1000, 'delta_degF**2')] ... ok test_multiplication_with_autoconvert_00001 (test_quantity.TestOffsetUnitMath) test_multiplication_with_autoconvert (test_quantity.TestOffsetUnitMath) [with input = ((100, 'kelvin'), (10, 'degC')); expected_output = (28315.0, 'kelvin**2')] ... ok test_multiplication_with_autoconvert_00002 (test_quantity.TestOffsetUnitMath) test_multiplication_with_autoconvert (test_quantity.TestOffsetUnitMath) [with input = ((100, 'kelvin'), (10, 'degF')); expected_output = (26092.78, 'kelvin**2')] ... ok test_multiplication_with_autoconvert_00003 (test_quantity.TestOffsetUnitMath) test_multiplication_with_autoconvert (test_quantity.TestOffsetUnitMath) [with input = ((100, 'degC'), (10, 'kelvin')); expected_output = (3731.5, 'kelvin**2')] ... ok test_multiplication_with_autoconvert_00004 (test_quantity.TestOffsetUnitMath) test_multiplication_with_autoconvert (test_quantity.TestOffsetUnitMath) [with input = ((100, 'degC'), (10, 'degC')); expected_output = (105657.42, 'kelvin**2')] ... ok test_multiplication_with_autoconvert_00005 (test_quantity.TestOffsetUnitMath) test_multiplication_with_autoconvert (test_quantity.TestOffsetUnitMath) [with input = ((100, 'degC'), (10, 'degF')); expected_output = (97365.2, 'kelvin**2')] ... ok test_multiplication_with_autoconvert_00006 (test_quantity.TestOffsetUnitMath) test_multiplication_with_autoconvert (test_quantity.TestOffsetUnitMath) [with input = ((100, 'degC'), (10, 'degR')); expected_output = (3731.5, 'kelvin*degR')] ... ok test_multiplication_with_autoconvert_00007 (test_quantity.TestOffsetUnitMath) test_multiplication_with_autoconvert (test_quantity.TestOffsetUnitMath) [with input = ((100, 'degC'), (10, 'delta_degC')); expected_output = (3731.5, 'kelvin*delta_degC')] ... ok test_multiplication_with_autoconvert_00008 (test_quantity.TestOffsetUnitMath) test_multiplication_with_autoconvert (test_quantity.TestOffsetUnitMath) [with input = ((100, 'degC'), (10, 'delta_degF')); expected_output = (3731.5, 'kelvin*delta_degF')] ... ok test_multiplication_with_autoconvert_00009 (test_quantity.TestOffsetUnitMath) test_multiplication_with_autoconvert (test_quantity.TestOffsetUnitMath) [with input = ((100, 'degF'), (10, 'kelvin')); expected_output = (3109.28, 'kelvin**2')] ... ok test_multiplication_with_autoconvert_00010 (test_quantity.TestOffsetUnitMath) test_multiplication_with_autoconvert (test_quantity.TestOffsetUnitMath) [with input = ((100, 'degF'), (10, 'degC')); expected_output = (88039.2, 'kelvin**2')] ... ok test_multiplication_with_autoconvert_00011 (test_quantity.TestOffsetUnitMath) test_multiplication_with_autoconvert (test_quantity.TestOffsetUnitMath) [with input = ((100, 'degF'), (10, 'degF')); expected_output = (81129.69, 'kelvin**2')] ... ok test_multiplication_with_autoconvert_00012 (test_quantity.TestOffsetUnitMath) test_multiplication_with_autoconvert (test_quantity.TestOffsetUnitMath) [with input = ((100, 'degF'), (10, 'degR')); expected_output = (3109.28, 'kelvin*degR')] ... ok test_multiplication_with_autoconvert_00013 (test_quantity.TestOffsetUnitMath) test_multiplication_with_autoconvert (test_quantity.TestOffsetUnitMath) [with input = ((100, 'degF'), (10, 'delta_degC')); expected_output = (3109.28, 'kelvin*delta_degC')] ... ok test_multiplication_with_autoconvert_00014 (test_quantity.TestOffsetUnitMath) test_multiplication_with_autoconvert (test_quantity.TestOffsetUnitMath) [with input = ((100, 'degF'), (10, 'delta_degF')); expected_output = (3109.28, 'kelvin*delta_degF')] ... ok test_multiplication_with_autoconvert_00015 (test_quantity.TestOffsetUnitMath) test_multiplication_with_autoconvert (test_quantity.TestOffsetUnitMath) [with input = ((100, 'degR'), (10, 'degC')); expected_output = (28315.0, 'degR*kelvin')] ... ok test_multiplication_with_autoconvert_00016 (test_quantity.TestOffsetUnitMath) test_multiplication_with_autoconvert (test_quantity.TestOffsetUnitMath) [with input = ((100, 'degR'), (10, 'degF')); expected_output = (26092.78, 'degR*kelvin')] ... ok test_multiplication_with_autoconvert_00017 (test_quantity.TestOffsetUnitMath) test_multiplication_with_autoconvert (test_quantity.TestOffsetUnitMath) [with input = ((100, 'delta_degC'), (10, 'degC')); expected_output = (28315.0, 'delta_degC*kelvin')] ... ok test_multiplication_with_autoconvert_00018 (test_quantity.TestOffsetUnitMath) test_multiplication_with_autoconvert (test_quantity.TestOffsetUnitMath) [with input = ((100, 'delta_degC'), (10, 'degF')); expected_output = (26092.78, 'delta_degC*kelvin')] ... ok test_multiplication_with_autoconvert_00019 (test_quantity.TestOffsetUnitMath) test_multiplication_with_autoconvert (test_quantity.TestOffsetUnitMath) [with input = ((100, 'delta_degF'), (10, 'degC')); expected_output = (28315.0, 'delta_degF*kelvin')] ... ok test_multiplication_with_autoconvert_00020 (test_quantity.TestOffsetUnitMath) test_multiplication_with_autoconvert (test_quantity.TestOffsetUnitMath) [with input = ((100, 'delta_degF'), (10, 'degF')); expected_output = (26092.78, 'delta_degF*kelvin')] ... ok test_multiplication_with_scalar_00001 (test_quantity.TestOffsetUnitMath) test_multiplication_with_scalar (test_quantity.TestOffsetUnitMath) [with input = ((10, 'kelvin'), 2); expected_output = (20.0, 'kelvin')] ... ok test_multiplication_with_scalar_00002 (test_quantity.TestOffsetUnitMath) test_multiplication_with_scalar (test_quantity.TestOffsetUnitMath) [with input = ((10, 'kelvin**2'), 2); expected_output = (20.0, 'kelvin**2')] ... ok test_multiplication_with_scalar_00003 (test_quantity.TestOffsetUnitMath) test_multiplication_with_scalar (test_quantity.TestOffsetUnitMath) [with input = ((10, 'degC'), 2); expected_output = (20.0, 'degC')] ... ok test_multiplication_with_scalar_00004 (test_quantity.TestOffsetUnitMath) test_multiplication_with_scalar (test_quantity.TestOffsetUnitMath) [with input = ((10, '1/degC'), 2); expected_output = error] ... ok test_multiplication_with_scalar_00005 (test_quantity.TestOffsetUnitMath) test_multiplication_with_scalar (test_quantity.TestOffsetUnitMath) [with input = ((10, 'degC**0.5'), 2); expected_output = error] ... ok test_multiplication_with_scalar_00006 (test_quantity.TestOffsetUnitMath) test_multiplication_with_scalar (test_quantity.TestOffsetUnitMath) [with input = ((10, 'degC**2'), 2); expected_output = error] ... ok test_multiplication_with_scalar_00007 (test_quantity.TestOffsetUnitMath) test_multiplication_with_scalar (test_quantity.TestOffsetUnitMath) [with input = ((10, 'degC**-2'), 2); expected_output = error] ... ok test_subtraction_00001 (test_quantity.TestOffsetUnitMath) test_subtraction (test_quantity.TestOffsetUnitMath) [with input = ((100, 'kelvin'), (10, 'kelvin')); expected_output = (90, 'kelvin')] ... ok test_subtraction_00002 (test_quantity.TestOffsetUnitMath) test_subtraction (test_quantity.TestOffsetUnitMath) [with input = ((100, 'kelvin'), (10, 'degC')); expected_output = (-183.15, 'kelvin')] ... ok test_subtraction_00003 (test_quantity.TestOffsetUnitMath) test_subtraction (test_quantity.TestOffsetUnitMath) [with input = ((100, 'kelvin'), (10, 'degF')); expected_output = (-160.93, 'kelvin')] ... ok test_subtraction_00004 (test_quantity.TestOffsetUnitMath) test_subtraction (test_quantity.TestOffsetUnitMath) [with input = ((100, 'kelvin'), (10, 'degR')); expected_output = (94.44, 'kelvin')] ... ok test_subtraction_00005 (test_quantity.TestOffsetUnitMath) test_subtraction (test_quantity.TestOffsetUnitMath) [with input = ((100, 'kelvin'), (10, 'delta_degC')); expected_output = (90, 'kelvin')] ... ok test_subtraction_00006 (test_quantity.TestOffsetUnitMath) test_subtraction (test_quantity.TestOffsetUnitMath) [with input = ((100, 'kelvin'), (10, 'delta_degF')); expected_output = (94.44, 'kelvin')] ... ok test_subtraction_00007 (test_quantity.TestOffsetUnitMath) test_subtraction (test_quantity.TestOffsetUnitMath) [with input = ((100, 'degC'), (10, 'kelvin')); expected_output = (363.15, 'delta_degC')] ... ok test_subtraction_00008 (test_quantity.TestOffsetUnitMath) test_subtraction (test_quantity.TestOffsetUnitMath) [with input = ((100, 'degC'), (10, 'degC')); expected_output = (90, 'delta_degC')] ... ok test_subtraction_00009 (test_quantity.TestOffsetUnitMath) test_subtraction (test_quantity.TestOffsetUnitMath) [with input = ((100, 'degC'), (10, 'degF')); expected_output = (112.22, 'delta_degC')] ... ok test_subtraction_00010 (test_quantity.TestOffsetUnitMath) test_subtraction (test_quantity.TestOffsetUnitMath) [with input = ((100, 'degC'), (10, 'degR')); expected_output = (367.59, 'delta_degC')] ... ok test_subtraction_00011 (test_quantity.TestOffsetUnitMath) test_subtraction (test_quantity.TestOffsetUnitMath) [with input = ((100, 'degC'), (10, 'delta_degC')); expected_output = (90, 'degC')] ... ok test_subtraction_00012 (test_quantity.TestOffsetUnitMath) test_subtraction (test_quantity.TestOffsetUnitMath) [with input = ((100, 'degC'), (10, 'delta_degF')); expected_output = (94.44, 'degC')] ... ok test_subtraction_00013 (test_quantity.TestOffsetUnitMath) test_subtraction (test_quantity.TestOffsetUnitMath) [with input = ((100, 'degF'), (10, 'kelvin')); expected_output = (541.67, 'delta_degF')] ... ok test_subtraction_00014 (test_quantity.TestOffsetUnitMath) test_subtraction (test_quantity.TestOffsetUnitMath) [with input = ((100, 'degF'), (10, 'degC')); expected_output = (50, 'delta_degF')] ... ok test_subtraction_00015 (test_quantity.TestOffsetUnitMath) test_subtraction (test_quantity.TestOffsetUnitMath) [with input = ((100, 'degF'), (10, 'degF')); expected_output = (90, 'delta_degF')] ... ok test_subtraction_00016 (test_quantity.TestOffsetUnitMath) test_subtraction (test_quantity.TestOffsetUnitMath) [with input = ((100, 'degF'), (10, 'degR')); expected_output = (549.67, 'delta_degF')] ... ok test_subtraction_00017 (test_quantity.TestOffsetUnitMath) test_subtraction (test_quantity.TestOffsetUnitMath) [with input = ((100, 'degF'), (10, 'delta_degC')); expected_output = (82, 'degF')] ... ok test_subtraction_00018 (test_quantity.TestOffsetUnitMath) test_subtraction (test_quantity.TestOffsetUnitMath) [with input = ((100, 'degF'), (10, 'delta_degF')); expected_output = (90, 'degF')] ... ok test_subtraction_00019 (test_quantity.TestOffsetUnitMath) test_subtraction (test_quantity.TestOffsetUnitMath) [with input = ((100, 'degR'), (10, 'kelvin')); expected_output = (82, 'degR')] ... ok test_subtraction_00020 (test_quantity.TestOffsetUnitMath) test_subtraction (test_quantity.TestOffsetUnitMath) [with input = ((100, 'degR'), (10, 'degC')); expected_output = (-409.67, 'degR')] ... ok test_subtraction_00021 (test_quantity.TestOffsetUnitMath) test_subtraction (test_quantity.TestOffsetUnitMath) [with input = ((100, 'degR'), (10, 'degF')); expected_output = (-369.67, 'degR')] ... ok test_subtraction_00022 (test_quantity.TestOffsetUnitMath) test_subtraction (test_quantity.TestOffsetUnitMath) [with input = ((100, 'degR'), (10, 'degR')); expected_output = (90, 'degR')] ... ok test_subtraction_00023 (test_quantity.TestOffsetUnitMath) test_subtraction (test_quantity.TestOffsetUnitMath) [with input = ((100, 'degR'), (10, 'delta_degC')); expected_output = (82, 'degR')] ... ok test_subtraction_00024 (test_quantity.TestOffsetUnitMath) test_subtraction (test_quantity.TestOffsetUnitMath) [with input = ((100, 'degR'), (10, 'delta_degF')); expected_output = (90, 'degR')] ... ok test_subtraction_00025 (test_quantity.TestOffsetUnitMath) test_subtraction (test_quantity.TestOffsetUnitMath) [with input = ((100, 'delta_degC'), (10, 'kelvin')); expected_output = (90, 'kelvin')] ... ok test_subtraction_00026 (test_quantity.TestOffsetUnitMath) test_subtraction (test_quantity.TestOffsetUnitMath) [with input = ((100, 'delta_degC'), (10, 'degC')); expected_output = (90, 'degC')] ... ok test_subtraction_00027 (test_quantity.TestOffsetUnitMath) test_subtraction (test_quantity.TestOffsetUnitMath) [with input = ((100, 'delta_degC'), (10, 'degF')); expected_output = (170, 'degF')] ... ok test_subtraction_00028 (test_quantity.TestOffsetUnitMath) test_subtraction (test_quantity.TestOffsetUnitMath) [with input = ((100, 'delta_degC'), (10, 'degR')); expected_output = (170, 'degR')] ... ok test_subtraction_00029 (test_quantity.TestOffsetUnitMath) test_subtraction (test_quantity.TestOffsetUnitMath) [with input = ((100, 'delta_degC'), (10, 'delta_degC')); expected_output = (90, 'delta_degC')] ... ok test_subtraction_00030 (test_quantity.TestOffsetUnitMath) test_subtraction (test_quantity.TestOffsetUnitMath) [with input = ((100, 'delta_degC'), (10, 'delta_degF')); expected_output = (94.44, 'delta_degC')] ... ok test_subtraction_00031 (test_quantity.TestOffsetUnitMath) test_subtraction (test_quantity.TestOffsetUnitMath) [with input = ((100, 'delta_degF'), (10, 'kelvin')); expected_output = (45.56, 'kelvin')] ... ok test_subtraction_00032 (test_quantity.TestOffsetUnitMath) test_subtraction (test_quantity.TestOffsetUnitMath) [with input = ((100, 'delta_degF'), (10, 'degC')); expected_output = (45.56, 'degC')] ... ok test_subtraction_00033 (test_quantity.TestOffsetUnitMath) test_subtraction (test_quantity.TestOffsetUnitMath) [with input = ((100, 'delta_degF'), (10, 'degF')); expected_output = (90, 'degF')] ... ok test_subtraction_00034 (test_quantity.TestOffsetUnitMath) test_subtraction (test_quantity.TestOffsetUnitMath) [with input = ((100, 'delta_degF'), (10, 'degR')); expected_output = (90, 'degR')] ... ok test_subtraction_00035 (test_quantity.TestOffsetUnitMath) test_subtraction (test_quantity.TestOffsetUnitMath) [with input = ((100, 'delta_degF'), (10, 'delta_degC')); expected_output = (82, 'delta_degF')] ... ok test_subtraction_00036 (test_quantity.TestOffsetUnitMath) test_subtraction (test_quantity.TestOffsetUnitMath) [with input = ((100, 'delta_degF'), (10, 'delta_degF')); expected_output = (90, 'delta_degF')] ... ok test_truedivision_00001 (test_quantity.TestOffsetUnitMath) test_truedivision (test_quantity.TestOffsetUnitMath) [with input = ((100, 'kelvin'), (10, 'kelvin')); expected_output = (10, '')] ... ok test_truedivision_00002 (test_quantity.TestOffsetUnitMath) test_truedivision (test_quantity.TestOffsetUnitMath) [with input = ((100, 'kelvin'), (10, 'degC')); expected_output = error] ... ok test_truedivision_00003 (test_quantity.TestOffsetUnitMath) test_truedivision (test_quantity.TestOffsetUnitMath) [with input = ((100, 'kelvin'), (10, 'degF')); expected_output = error] ... ok test_truedivision_00004 (test_quantity.TestOffsetUnitMath) test_truedivision (test_quantity.TestOffsetUnitMath) [with input = ((100, 'kelvin'), (10, 'degR')); expected_output = (10, 'kelvin/degR')] ... ok test_truedivision_00005 (test_quantity.TestOffsetUnitMath) test_truedivision (test_quantity.TestOffsetUnitMath) [with input = ((100, 'kelvin'), (10, 'delta_degC')); expected_output = (10, 'kelvin/delta_degC')] ... ok test_truedivision_00006 (test_quantity.TestOffsetUnitMath) test_truedivision (test_quantity.TestOffsetUnitMath) [with input = ((100, 'kelvin'), (10, 'delta_degF')); expected_output = (10, 'kelvin/delta_degF')] ... ok test_truedivision_00007 (test_quantity.TestOffsetUnitMath) test_truedivision (test_quantity.TestOffsetUnitMath) [with input = ((100, 'degC'), (10, 'kelvin')); expected_output = error] ... ok test_truedivision_00008 (test_quantity.TestOffsetUnitMath) test_truedivision (test_quantity.TestOffsetUnitMath) [with input = ((100, 'degC'), (10, 'degC')); expected_output = error] ... ok test_truedivision_00009 (test_quantity.TestOffsetUnitMath) test_truedivision (test_quantity.TestOffsetUnitMath) [with input = ((100, 'degC'), (10, 'degF')); expected_output = error] ... ok test_truedivision_00010 (test_quantity.TestOffsetUnitMath) test_truedivision (test_quantity.TestOffsetUnitMath) [with input = ((100, 'degC'), (10, 'degR')); expected_output = error] ... ok test_truedivision_00011 (test_quantity.TestOffsetUnitMath) test_truedivision (test_quantity.TestOffsetUnitMath) [with input = ((100, 'degC'), (10, 'delta_degC')); expected_output = error] ... ok test_truedivision_00012 (test_quantity.TestOffsetUnitMath) test_truedivision (test_quantity.TestOffsetUnitMath) [with input = ((100, 'degC'), (10, 'delta_degF')); expected_output = error] ... ok test_truedivision_00013 (test_quantity.TestOffsetUnitMath) test_truedivision (test_quantity.TestOffsetUnitMath) [with input = ((100, 'degF'), (10, 'kelvin')); expected_output = error] ... ok test_truedivision_00014 (test_quantity.TestOffsetUnitMath) test_truedivision (test_quantity.TestOffsetUnitMath) [with input = ((100, 'degF'), (10, 'degC')); expected_output = error] ... ok test_truedivision_00015 (test_quantity.TestOffsetUnitMath) test_truedivision (test_quantity.TestOffsetUnitMath) [with input = ((100, 'degF'), (10, 'degF')); expected_output = error] ... ok test_truedivision_00016 (test_quantity.TestOffsetUnitMath) test_truedivision (test_quantity.TestOffsetUnitMath) [with input = ((100, 'degF'), (10, 'degR')); expected_output = error] ... ok test_truedivision_00017 (test_quantity.TestOffsetUnitMath) test_truedivision (test_quantity.TestOffsetUnitMath) [with input = ((100, 'degF'), (10, 'delta_degC')); expected_output = error] ... ok test_truedivision_00018 (test_quantity.TestOffsetUnitMath) test_truedivision (test_quantity.TestOffsetUnitMath) [with input = ((100, 'degF'), (10, 'delta_degF')); expected_output = error] ... ok test_truedivision_00019 (test_quantity.TestOffsetUnitMath) test_truedivision (test_quantity.TestOffsetUnitMath) [with input = ((100, 'degR'), (10, 'kelvin')); expected_output = (10, 'degR/kelvin')] ... ok test_truedivision_00020 (test_quantity.TestOffsetUnitMath) test_truedivision (test_quantity.TestOffsetUnitMath) [with input = ((100, 'degR'), (10, 'degC')); expected_output = error] ... ok test_truedivision_00021 (test_quantity.TestOffsetUnitMath) test_truedivision (test_quantity.TestOffsetUnitMath) [with input = ((100, 'degR'), (10, 'degF')); expected_output = error] ... ok test_truedivision_00022 (test_quantity.TestOffsetUnitMath) test_truedivision (test_quantity.TestOffsetUnitMath) [with input = ((100, 'degR'), (10, 'degR')); expected_output = (10, '')] ... ok test_truedivision_00023 (test_quantity.TestOffsetUnitMath) test_truedivision (test_quantity.TestOffsetUnitMath) [with input = ((100, 'degR'), (10, 'delta_degC')); expected_output = (10, 'degR/delta_degC')] ... ok test_truedivision_00024 (test_quantity.TestOffsetUnitMath) test_truedivision (test_quantity.TestOffsetUnitMath) [with input = ((100, 'degR'), (10, 'delta_degF')); expected_output = (10, 'degR/delta_degF')] ... ok test_truedivision_00025 (test_quantity.TestOffsetUnitMath) test_truedivision (test_quantity.TestOffsetUnitMath) [with input = ((100, 'delta_degC'), (10, 'kelvin')); expected_output = (10, 'delta_degC/kelvin')] ... ok test_truedivision_00026 (test_quantity.TestOffsetUnitMath) test_truedivision (test_quantity.TestOffsetUnitMath) [with input = ((100, 'delta_degC'), (10, 'degC')); expected_output = error] ... ok test_truedivision_00027 (test_quantity.TestOffsetUnitMath) test_truedivision (test_quantity.TestOffsetUnitMath) [with input = ((100, 'delta_degC'), (10, 'degF')); expected_output = error] ... ok test_truedivision_00028 (test_quantity.TestOffsetUnitMath) test_truedivision (test_quantity.TestOffsetUnitMath) [with input = ((100, 'delta_degC'), (10, 'degR')); expected_output = (10, 'delta_degC/degR')] ... ok test_truedivision_00029 (test_quantity.TestOffsetUnitMath) test_truedivision (test_quantity.TestOffsetUnitMath) [with input = ((100, 'delta_degC'), (10, 'delta_degC')); expected_output = (10, '')] ... ok test_truedivision_00030 (test_quantity.TestOffsetUnitMath) test_truedivision (test_quantity.TestOffsetUnitMath) [with input = ((100, 'delta_degC'), (10, 'delta_degF')); expected_output = (10, 'delta_degC/delta_degF')] ... ok test_truedivision_00031 (test_quantity.TestOffsetUnitMath) test_truedivision (test_quantity.TestOffsetUnitMath) [with input = ((100, 'delta_degF'), (10, 'kelvin')); expected_output = (10, 'delta_degF/kelvin')] ... ok test_truedivision_00032 (test_quantity.TestOffsetUnitMath) test_truedivision (test_quantity.TestOffsetUnitMath) [with input = ((100, 'delta_degF'), (10, 'degC')); expected_output = error] ... ok test_truedivision_00033 (test_quantity.TestOffsetUnitMath) test_truedivision (test_quantity.TestOffsetUnitMath) [with input = ((100, 'delta_degF'), (10, 'degF')); expected_output = error] ... ok test_truedivision_00034 (test_quantity.TestOffsetUnitMath) test_truedivision (test_quantity.TestOffsetUnitMath) [with input = ((100, 'delta_degF'), (10, 'degR')); expected_output = (10, 'delta_degF/degR')] ... ok test_truedivision_00035 (test_quantity.TestOffsetUnitMath) test_truedivision (test_quantity.TestOffsetUnitMath) [with input = ((100, 'delta_degF'), (10, 'delta_degC')); expected_output = (10, 'delta_degF/delta_degC')] ... ok test_truedivision_00036 (test_quantity.TestOffsetUnitMath) test_truedivision (test_quantity.TestOffsetUnitMath) [with input = ((100, 'delta_degF'), (10, 'delta_degF')); expected_output = (10, '')] ... ok test_both_symbol (test_quantity.TestQuantity) ... ok test_context_attr (test_quantity.TestQuantity) ... ok test_convert (test_quantity.TestQuantity) ... ok test_default_formatting (test_quantity.TestQuantity) ... ok test_dimensionless_units (test_quantity.TestQuantity) ... ok test_format_compact (test_quantity.TestQuantity) ... ok test_offset (test_quantity.TestQuantity) ... ok test_offset_delta (test_quantity.TestQuantity) ... ok test_pickle (test_quantity.TestQuantity) ... ok test_quantity_bool (test_quantity.TestQuantity) ... ok test_quantity_comparison (test_quantity.TestQuantity) ... ok test_quantity_comparison_convert (test_quantity.TestQuantity) ... ok test_quantity_creation (test_quantity.TestQuantity) ... ok test_quantity_format (test_quantity.TestQuantity) ... ok test_quantity_repr (test_quantity.TestQuantity) ... ok test_retain_unit (test_quantity.TestQuantity) ... ok test_to_base_units (test_quantity.TestQuantity) ... ok test_float (test_quantity.TestQuantityBasicMath) ... ok test_fraction (test_quantity.TestQuantityBasicMath) ... ok test_nparray (test_quantity.TestQuantityBasicMath) ... ok test_quantity_abs_round (test_quantity.TestQuantityBasicMath) ... ok test_quantity_float_complex (test_quantity.TestQuantityBasicMath) ... ok test_derived_units (test_quantity.TestQuantityToCompact) ... ok test_dimensionally_simple_units (test_quantity.TestQuantityToCompact) ... ok test_fractional_exponent_units (test_quantity.TestQuantityToCompact) ... ok test_inverse_square_units (test_quantity.TestQuantityToCompact) ... ok test_inverse_units (test_quantity.TestQuantityToCompact) ... ok test_limits_magnitudes (test_quantity.TestQuantityToCompact) ... ok test_nonnumeric_magnitudes (test_quantity.TestQuantityToCompact) ... /build/python-pint/src/Pint-0.8.1/pint/testsuite/test_quantity.py:287: RuntimeWarning: to_compact applied to non numerical types has an undefined behavior. self.assertQuantityAlmostIdentical(q.to_compact(unit=unit), /build/python-pint/src/Pint-0.8.1/pint/testsuite/test_quantity.py:335: DeprecationWarning: callable is None self.assertRaises(RuntimeError, self.compareQuantity_compact(x,x)) ok test_power_units (test_quantity.TestQuantityToCompact) ... ok test_unit_parameter (test_quantity.TestQuantityToCompact) ... ok test_dimensionality (test_quantity.TestQuantityWithDefaultRegistry) ... ok test_get_dimensionality (test_quantity.TestQuantityWithDefaultRegistry) ... ok test_inclusion (test_quantity.TestQuantityWithDefaultRegistry) ... ok test_add_sub (test_quantity.TestTimedelta) ... ok test_iadd_isub (test_quantity.TestTimedelta) ... ok test_cyclic (test_systems.TestGroup) ... ok test_get_compatible_units (test_systems.TestGroup) ... ok test_groups_programatically (test_systems.TestGroup) ... ok test_invalidate_members (test_systems.TestGroup) ... ok test_members_including (test_systems.TestGroup) ... ok test_simple (test_systems.TestGroup) ... ok test_spaces (test_systems.TestGroup) ... ok test_units_programatically (test_systems.TestGroup) ... ok test_using1 (test_systems.TestGroup) ... ok test_using2 (test_systems.TestGroup) ... ok test_with_defintions (test_systems.TestGroup) ... ok test_get_base_units (test_systems.TestSystem) ... ok test_get_base_units_different_exponent (test_systems.TestSystem) ... ok test_get_base_units_relation (test_systems.TestSystem) ... ok test_get_compatible_units (test_systems.TestSystem) ... ok test_implicit_root (test_systems.TestSystem) ... ok test_members_group (test_systems.TestSystem) ... ok test_members_nowarning (test_systems.TestSystem) ... ok test_simple_using (test_systems.TestSystem) ... ok test_equal (test_umath.TestComparisonUfuncs) ... ok test_greater (test_umath.TestComparisonUfuncs) ... ok test_greater_equal (test_umath.TestComparisonUfuncs) ... ok test_less (test_umath.TestComparisonUfuncs) ... ok test_less_equal (test_umath.TestComparisonUfuncs) ... ok test_not_equal (test_umath.TestComparisonUfuncs) ... ok test_ceil (test_umath.TestFloatingUfuncs) ... ok test_copysign (test_umath.TestFloatingUfuncs) ... ok test_floor (test_umath.TestFloatingUfuncs) ... ok test_fmod (test_umath.TestFloatingUfuncs) ... ok test_frexp (test_umath.TestFloatingUfuncs) ... ok test_iscomplex (test_umath.TestFloatingUfuncs) ... ok test_isfinite (test_umath.TestFloatingUfuncs) ... FAIL test_isinf (test_umath.TestFloatingUfuncs) ... ok test_isnan (test_umath.TestFloatingUfuncs) ... ok test_isreal (test_umath.TestFloatingUfuncs) ... FAIL test_ldexp (test_umath.TestFloatingUfuncs) ... ok test_modf (test_umath.TestFloatingUfuncs) ... ok test_nextafter (test_umath.TestFloatingUfuncs) ... ok test_signbit (test_umath.TestFloatingUfuncs) ... ok test_trunc (test_umath.TestFloatingUfuncs) ... ok test_absolute (test_umath.TestMathUfuncs) ... ok test_add (test_umath.TestMathUfuncs) ... ok test_conj (test_umath.TestMathUfuncs) ... ok test_divide (test_umath.TestMathUfuncs) ... ok test_exp (test_umath.TestMathUfuncs) ... ok test_exp2 (test_umath.TestMathUfuncs) ... ok test_expm1 (test_umath.TestMathUfuncs) ... ok test_floor_divide (test_umath.TestMathUfuncs) ... ok test_fmod (test_umath.TestMathUfuncs) ... ok test_log (test_umath.TestMathUfuncs) ... ok test_log10 (test_umath.TestMathUfuncs) ... ok test_log2 (test_umath.TestMathUfuncs) ... ok test_logaddexp (test_umath.TestMathUfuncs) ... ok test_logaddexp2 (test_umath.TestMathUfuncs) ... ok test_mod (test_umath.TestMathUfuncs) ... ok test_multiply (test_umath.TestMathUfuncs) ... ok test_negative (test_umath.TestMathUfuncs) ... ok test_reciprocal (test_umath.TestMathUfuncs) ... ok test_remainder (test_umath.TestMathUfuncs) ... ok test_rint (test_umath.TestMathUfuncs) ... ok test_sqrt (test_umath.TestMathUfuncs) ... ok test_square (test_umath.TestMathUfuncs) ... ok test_subtract (test_umath.TestMathUfuncs) ... ok test_true_divide (test_umath.TestMathUfuncs) ... ok test_arccos (test_umath.TestTrigUfuncs) ... ok test_arccosh (test_umath.TestTrigUfuncs) ... ok test_arcsin (test_umath.TestTrigUfuncs) ... ok test_arcsinh (test_umath.TestTrigUfuncs) ... ok test_arctan (test_umath.TestTrigUfuncs) ... ok test_arctan2 (test_umath.TestTrigUfuncs) ... ok test_arctanh (test_umath.TestTrigUfuncs) ... ok test_cos (test_umath.TestTrigUfuncs) ... ok test_cosh (test_umath.TestTrigUfuncs) ... ok test_deg2rad (test_umath.TestTrigUfuncs) ... ok test_hypot (test_umath.TestTrigUfuncs) ... ok test_rad2deg (test_umath.TestTrigUfuncs) ... ok test_sin (test_umath.TestTrigUfuncs) ... ok test_sinh (test_umath.TestTrigUfuncs) ... ok test_tan (test_umath.TestTrigUfuncs) ... ok test_tanh (test_umath.TestTrigUfuncs) ... ok test_context_sp (test_unit.TestCompatibleUnits) ... ok test_get_base_units (test_unit.TestCompatibleUnits) ... ok test_get_compatible_units (test_unit.TestCompatibleUnits) ... ok test_many (test_unit.TestCompatibleUnits) ... ok test_to_and_from_offset_units_00001 (test_unit.TestConvertWithOffset) test_to_and_from_offset_units (test_unit.TestConvertWithOffset) [with input = ({'degC': 1}, {'degC': 1}); expected_output = 10] ... ok test_to_and_from_offset_units_00002 (test_unit.TestConvertWithOffset) test_to_and_from_offset_units (test_unit.TestConvertWithOffset) [with input = ({'degC': 1}, {'kelvin': 1}); expected_output = 283.15] ... ok test_to_and_from_offset_units_00003 (test_unit.TestConvertWithOffset) test_to_and_from_offset_units (test_unit.TestConvertWithOffset) [with input = ({'degC': 1}, {'degC': 1, 'millimeter': 1, 'meter': -1}); expected_output = error] ... ok test_to_and_from_offset_units_00004 (test_unit.TestConvertWithOffset) test_to_and_from_offset_units (test_unit.TestConvertWithOffset) [with input = ({'degC': 1}, {'kelvin': 1, 'millimeter': 1, 'meter': -1}); expected_output = 283150] ... ok test_to_and_from_offset_units_00005 (test_unit.TestConvertWithOffset) test_to_and_from_offset_units (test_unit.TestConvertWithOffset) [with input = ({'kelvin': 1}, {'degC': 1}); expected_output = -263.15] ... ok test_to_and_from_offset_units_00006 (test_unit.TestConvertWithOffset) test_to_and_from_offset_units (test_unit.TestConvertWithOffset) [with input = ({'kelvin': 1}, {'kelvin': 1}); expected_output = 10] ... ok test_to_and_from_offset_units_00007 (test_unit.TestConvertWithOffset) test_to_and_from_offset_units (test_unit.TestConvertWithOffset) [with input = ({'kelvin': 1}, {'degC': 1, 'millimeter': 1, 'meter': -1}); expected_output = error] ... ok test_to_and_from_offset_units_00008 (test_unit.TestConvertWithOffset) test_to_and_from_offset_units (test_unit.TestConvertWithOffset) [with input = ({'kelvin': 1}, {'kelvin': 1, 'millimeter': 1, 'meter': -1}); expected_output = 10000] ... ok test_to_and_from_offset_units_00009 (test_unit.TestConvertWithOffset) test_to_and_from_offset_units (test_unit.TestConvertWithOffset) [with input = ({'degC': 1, 'millimeter': 1, 'meter': -1}, {'degC': 1}); expected_output = error] ... ok test_to_and_from_offset_units_00010 (test_unit.TestConvertWithOffset) test_to_and_from_offset_units (test_unit.TestConvertWithOffset) [with input = ({'degC': 1, 'millimeter': 1, 'meter': -1}, {'kelvin': 1}); expected_output = error] ... ok test_to_and_from_offset_units_00011 (test_unit.TestConvertWithOffset) test_to_and_from_offset_units (test_unit.TestConvertWithOffset) [with input = ({'degC': 1, 'millimeter': 1, 'meter': -1}, {'degC': 1, 'millimeter': 1, 'meter': -1}); expected_output = 10] ... ok test_to_and_from_offset_units_00012 (test_unit.TestConvertWithOffset) test_to_and_from_offset_units (test_unit.TestConvertWithOffset) [with input = ({'degC': 1, 'millimeter': 1, 'meter': -1}, {'kelvin': 1, 'millimeter': 1, 'meter': -1}); expected_output = error] ... ok test_to_and_from_offset_units_00013 (test_unit.TestConvertWithOffset) test_to_and_from_offset_units (test_unit.TestConvertWithOffset) [with input = ({'kelvin': 1, 'millimeter': 1, 'meter': -1}, {'degC': 1}); expected_output = -273.14] ... ok test_to_and_from_offset_units_00014 (test_unit.TestConvertWithOffset) test_to_and_from_offset_units (test_unit.TestConvertWithOffset) [with input = ({'kelvin': 1, 'millimeter': 1, 'meter': -1}, {'kelvin': 1}); expected_output = 0.01] ... ok test_to_and_from_offset_units_00015 (test_unit.TestConvertWithOffset) test_to_and_from_offset_units (test_unit.TestConvertWithOffset) [with input = ({'kelvin': 1, 'millimeter': 1, 'meter': -1}, {'degC': 1, 'millimeter': 1, 'meter': -1}); expected_output = error] ... ok test_to_and_from_offset_units_00016 (test_unit.TestConvertWithOffset) test_to_and_from_offset_units (test_unit.TestConvertWithOffset) [with input = ({'kelvin': 1, 'millimeter': 1, 'meter': -1}, {'kelvin': 1, 'millimeter': 1, 'meter': -1}); expected_output = 10] ... ok test_to_and_from_offset_units_00017 (test_unit.TestConvertWithOffset) test_to_and_from_offset_units (test_unit.TestConvertWithOffset) [with input = ({'degC': 2}, {'kelvin': 2}); expected_output = error] ... ok test_to_and_from_offset_units_00018 (test_unit.TestConvertWithOffset) test_to_and_from_offset_units (test_unit.TestConvertWithOffset) [with input = ({'degC': 1, 'degF': 1}, {'kelvin': 2}); expected_output = error] ... ok test_to_and_from_offset_units_00019 (test_unit.TestConvertWithOffset) test_to_and_from_offset_units (test_unit.TestConvertWithOffset) [with input = ({'degC': 1, 'kelvin': 1}, {'kelvin': 2}); expected_output = error] ... ok test_as_delta (test_unit.TestRegistry) ... ok test_base (test_unit.TestRegistry) ... ok test_check (test_unit.TestRegistry) ... ok test_convert_inplace (test_unit.TestRegistry) ... ok test_convert_parse_str (test_unit.TestRegistry) ... ok test_default_format (test_unit.TestRegistry) ... ok test_define (test_unit.TestRegistry) ... ok test_imperial_symbol (test_unit.TestRegistry) ... ok test_load (test_unit.TestRegistry) ... ok test_name (test_unit.TestRegistry) ... ok test_parse_alias (test_unit.TestRegistry) ... ok test_parse_complex (test_unit.TestRegistry) ... ok test_parse_factor (test_unit.TestRegistry) ... ok test_parse_mul_div (test_unit.TestRegistry) ... ok test_parse_number (test_unit.TestRegistry) ... ok test_parse_plural (test_unit.TestRegistry) ... ok test_parse_prefix (test_unit.TestRegistry) ... ok test_parse_pretty (test_unit.TestRegistry) ... ok test_parse_single (test_unit.TestRegistry) ... ok test_parse_units (test_unit.TestRegistry) ... ok test_pint (test_unit.TestRegistry) ... ok test_redefinition (test_unit.TestRegistry) ... ok test_rep_and_parse (test_unit.TestRegistry) ... ok test_repeated_convert (test_unit.TestRegistry) ... ok test_singular_SI_prefix_convert (test_unit.TestRegistry) ... ok test_str_errors (test_unit.TestRegistry) ... ok test_symbol (test_unit.TestRegistry) ... ok test_to_ref_vs_to (test_unit.TestRegistry) ... ok test_wrap_referencing (test_unit.TestRegistry) ... ok test_wraps (test_unit.TestRegistry) ... ok test_as_delta (test_unit.TestRegistryWithDefaultRegistry) ... ok test_base (test_unit.TestRegistryWithDefaultRegistry) ... ok test_check (test_unit.TestRegistryWithDefaultRegistry) ... ok test_convert_inplace (test_unit.TestRegistryWithDefaultRegistry) ... ok test_convert_parse_str (test_unit.TestRegistryWithDefaultRegistry) ... ok test_default_format (test_unit.TestRegistryWithDefaultRegistry) ... ok test_define (test_unit.TestRegistryWithDefaultRegistry) ... ok test_imperial_symbol (test_unit.TestRegistryWithDefaultRegistry) ... ok test_lazy (test_unit.TestRegistryWithDefaultRegistry) ... ok test_load (test_unit.TestRegistryWithDefaultRegistry) ... ok test_name (test_unit.TestRegistryWithDefaultRegistry) ... ok test_parse_alias (test_unit.TestRegistryWithDefaultRegistry) ... ok test_parse_complex (test_unit.TestRegistryWithDefaultRegistry) ... ok test_parse_factor (test_unit.TestRegistryWithDefaultRegistry) ... ok test_parse_mul_div (test_unit.TestRegistryWithDefaultRegistry) ... ok test_parse_number (test_unit.TestRegistryWithDefaultRegistry) ... ok test_parse_plural (test_unit.TestRegistryWithDefaultRegistry) ... ok test_parse_prefix (test_unit.TestRegistryWithDefaultRegistry) ... ok test_parse_pretty (test_unit.TestRegistryWithDefaultRegistry) ... ok test_parse_single (test_unit.TestRegistryWithDefaultRegistry) ... ok test_parse_units (test_unit.TestRegistryWithDefaultRegistry) ... ok test_pint (test_unit.TestRegistryWithDefaultRegistry) ... ok test_redefinition (test_unit.TestRegistryWithDefaultRegistry) ... ok test_rep_and_parse (test_unit.TestRegistryWithDefaultRegistry) ... ok test_repeated_convert (test_unit.TestRegistryWithDefaultRegistry) ... ok test_singular_SI_prefix_convert (test_unit.TestRegistryWithDefaultRegistry) ... ok test_str_errors (test_unit.TestRegistryWithDefaultRegistry) ... ok test_symbol (test_unit.TestRegistryWithDefaultRegistry) ... ok test_to_ref_vs_to (test_unit.TestRegistryWithDefaultRegistry) ... ok test_wrap_referencing (test_unit.TestRegistryWithDefaultRegistry) ... ok test_wraps (test_unit.TestRegistryWithDefaultRegistry) ... ok test_array_interface (test_unit.TestUnit) ... ok test_creation (test_unit.TestUnit) ... ok test_deepcopy (test_unit.TestUnit) ... ok test_dimensionality (test_unit.TestUnit) ... ok test_dimensionless (test_unit.TestUnit) ... ok test_unit_casting (test_unit.TestUnit) ... ok test_unit_cmp (test_unit.TestUnit) ... ok test_unit_default_formatting (test_unit.TestUnit) ... ok test_unit_div (test_unit.TestUnit) ... ok test_unit_eqs (test_unit.TestUnit) ... ok test_unit_formatting (test_unit.TestUnit) ... ok test_unit_hash (test_unit.TestUnit) ... ok test_unit_mul (test_unit.TestUnit) ... ok test_unit_pow (test_unit.TestUnit) ... ok test_unit_rdiv (test_unit.TestUnit) ... ok test_unit_repr (test_unit.TestUnit) ... ok test_shortest_path (test_util.TestGraph) ... ok test_start_not_in_graph (test_util.TestGraph) ... ok test_matrix_to_string (test_util.TestMatrix) ... ok test_transpose (test_util.TestMatrix) ... ok test_basic (test_util.TestParseHelper) ... ok test_calculate (test_util.TestParseHelper) ... ok test_eval_token (test_util.TestParseHelper) ... ok test_joined_multiplication (test_util.TestStringProcessor) ... ok test_names (test_util.TestStringProcessor) ... ok test_numbers (test_util.TestStringProcessor) ... ok test_per (test_util.TestStringProcessor) ... ok test_space_multiplication (test_util.TestStringProcessor) ... ok test_square_cube (test_util.TestStringProcessor) ... ok test_dict_conversion (test_util.TestToUnitsContainer) ... ok test_quantity_conversion (test_util.TestToUnitsContainer) ... ok test_str_conversion (test_util.TestToUnitsContainer) ... ok test_uc_conversion (test_util.TestToUnitsContainer) ... ok test_unit_conversion (test_util.TestToUnitsContainer) ... ok test_invalid (test_util.TestUnitsContainer) ... ok test_string_comparison (test_util.TestUnitsContainer) ... ok test_unitcontainer_arithmetic (test_util.TestUnitsContainer) ... ok test_unitcontainer_bool (test_util.TestUnitsContainer) ... ok test_unitcontainer_comp (test_util.TestUnitsContainer) ... ok test_unitcontainer_creation (test_util.TestUnitsContainer) ... ok test_unitcontainer_repr (test_util.TestUnitsContainer) ... ok ====================================================================== ERROR: test_inplace_exponentiation_00007 (test_quantity.TestOffsetUnitMath) test_inplace_exponentiation (test_quantity.TestOffsetUnitMath) [with input = ((10, 'degC'), (2, '')); expected_output = ['error', (80173.92249999999, 'kelvin**2')]] ---------------------------------------------------------------------- Traceback (most recent call last): File "/build/python-pint/src/Pint-0.8.1/pint/testsuite/parameterized.py", line 116, in new_method return method(self, *param_values) File "/build/python-pint/src/Pint-0.8.1/pint/testsuite/parameterized.py", line 137, in newfunc return func(*arg, **kwargs) File "/build/python-pint/src/Pint-0.8.1/pint/testsuite/test_quantity.py", line 1165, in test_inplace_exponentiation self.assertEqual(op.ipow(in1_cp, in2).units, expected.units) File "/build/python-pint/src/Pint-0.8.1/pint/quantity.py", line 961, in __ipow__ self._magnitude **= _to_magnitude(other, self.force_ndarray) TypeError: unsupported operand type(s) for ** or pow(): 'numpy.ndarray' and 'Quantity' ====================================================================== ERROR: test_inplace_exponentiation_00009 (test_quantity.TestOffsetUnitMath) test_inplace_exponentiation (test_quantity.TestOffsetUnitMath) [with input = ((10, 'kelvin'), (2, '')); expected_output = [(100.0, 'kelvin**2'), (100.0, 'kelvin**2')]] ---------------------------------------------------------------------- Traceback (most recent call last): File "/build/python-pint/src/Pint-0.8.1/pint/testsuite/parameterized.py", line 116, in new_method return method(self, *param_values) File "/build/python-pint/src/Pint-0.8.1/pint/testsuite/parameterized.py", line 137, in newfunc return func(*arg, **kwargs) File "/build/python-pint/src/Pint-0.8.1/pint/testsuite/test_quantity.py", line 1165, in test_inplace_exponentiation self.assertEqual(op.ipow(in1_cp, in2).units, expected.units) File "/build/python-pint/src/Pint-0.8.1/pint/quantity.py", line 961, in __ipow__ self._magnitude **= _to_magnitude(other, self.force_ndarray) TypeError: unsupported operand type(s) for ** or pow(): 'numpy.ndarray' and 'Quantity' ====================================================================== ERROR: test_inplace_exponentiation_00013 (test_quantity.TestOffsetUnitMath) test_inplace_exponentiation (test_quantity.TestOffsetUnitMath) [with input = ((10, 'degC'), (500.0, 'millikelvin/kelvin')); expected_output = ['error', (16.827061537891872, 'kelvin**0.5')]] ---------------------------------------------------------------------- Traceback (most recent call last): File "/build/python-pint/src/Pint-0.8.1/pint/testsuite/parameterized.py", line 116, in new_method return method(self, *param_values) File "/build/python-pint/src/Pint-0.8.1/pint/testsuite/parameterized.py", line 137, in newfunc return func(*arg, **kwargs) File "/build/python-pint/src/Pint-0.8.1/pint/testsuite/test_quantity.py", line 1165, in test_inplace_exponentiation self.assertEqual(op.ipow(in1_cp, in2).units, expected.units) File "/build/python-pint/src/Pint-0.8.1/pint/quantity.py", line 961, in __ipow__ self._magnitude **= _to_magnitude(other, self.force_ndarray) TypeError: unsupported operand type(s) for ** or pow(): 'numpy.ndarray' and 'Quantity' ====================================================================== FAIL: test_isfinite (test_umath.TestFloatingUfuncs) ---------------------------------------------------------------------- Traceback (most recent call last): File "/build/python-pint/src/Pint-0.8.1/pint/testsuite/test_umath.py", line 617, in test_isfinite (self.q1, self.qm, self.qless)) File "/build/python-pint/src/Pint-0.8.1/pint/testsuite/test_umath.py", line 101, in _testn self._test1(func, ok_with, raise_with, output_units=None, results=results) File "/build/python-pint/src/Pint-0.8.1/pint/testsuite/test_umath.py", line 85, in _test1 self.assertQuantityAlmostEqual(qm, res, rtol=rtol, msg=err_msg) File "/build/python-pint/src/Pint-0.8.1/pint/testsuite/__init__.py", line 117, in assertQuantityAlmostEqual np.testing.assert_allclose(m1, m2, rtol=rtol, atol=atol, err_msg=msg) File "/usr/lib/python3.6/site-packages/numpy/testing/utils.py", line 1395, in assert_allclose verbose=verbose, header=header, equal_nan=equal_nan) File "/usr/lib/python3.6/site-packages/numpy/testing/utils.py", line 778, in assert_array_compare raise AssertionError(msg) AssertionError: Not equal to tolerance rtol=1e-06, atol=0 At isreal with [ 1. 2. 3. 4.] joule (mismatch 100.0%) x: array(False, dtype=bool) y: array([ True, True, True, True], dtype=bool) ====================================================================== FAIL: test_isreal (test_umath.TestFloatingUfuncs) ---------------------------------------------------------------------- Traceback (most recent call last): File "/build/python-pint/src/Pint-0.8.1/pint/testsuite/test_umath.py", line 609, in test_isreal (self.q1, self.qm, self.qless)) File "/build/python-pint/src/Pint-0.8.1/pint/testsuite/test_umath.py", line 101, in _testn self._test1(func, ok_with, raise_with, output_units=None, results=results) File "/build/python-pint/src/Pint-0.8.1/pint/testsuite/test_umath.py", line 85, in _test1 self.assertQuantityAlmostEqual(qm, res, rtol=rtol, msg=err_msg) File "/build/python-pint/src/Pint-0.8.1/pint/testsuite/__init__.py", line 117, in assertQuantityAlmostEqual np.testing.assert_allclose(m1, m2, rtol=rtol, atol=atol, err_msg=msg) File "/usr/lib/python3.6/site-packages/numpy/testing/utils.py", line 1395, in assert_allclose verbose=verbose, header=header, equal_nan=equal_nan) File "/usr/lib/python3.6/site-packages/numpy/testing/utils.py", line 778, in assert_array_compare raise AssertionError(msg) AssertionError: Not equal to tolerance rtol=1e-06, atol=0 At isreal with [ 1. 2. 3. 4.] joule (mismatch 100.0%) x: array(False, dtype=bool) y: array([ True, True, True, True], dtype=bool) ---------------------------------------------------------------------- Ran 777 tests in 18.328s FAILED (failures=2, errors=3, skipped=6, expected failures=14) Test failed: error: Test failed: ==> ERROR: A failure occurred in check(). Aborting... ==> ERROR: Build failed, check /var/lib/archbuild/staging-x86_64/erich/build