gistfile1.txt

$ time python -c 'import scipy; scipy.test(verbose=10)'
Running unit tests for scipy
NumPy version 1.9.1
NumPy is installed in /opt/local/Library/Frameworks/Python.framework/Versions/3.4/lib/python3.4/site-packages/numpy
SciPy version 0.14.1
SciPy is installed in /opt/local/Library/Frameworks/Python.framework/Versions/3.4/lib/python3.4/site-packages/scipy
Python version 3.4.2 (default, Oct 23 2014, 16:45:54) [GCC 4.2.1 Compatible Apple LLVM 6.0 (clang-600.0.54)]
nose version 1.3.1
nose.config: INFO: Ignoring files matching ['^\\.', '^_', '^setup\\.py$']
nose.config: INFO: Excluding tests matching ['f2py_ext', 'f2py_f90_ext', 'gen_ext', 'pyrex_ext', 'swig_ext']
/opt/local/Library/Frameworks/Python.framework/Versions/3.4/lib/python3.4/site-packages/numpy/lib/utils.py:95: DeprecationWarning: `scipy.lib.blas` is deprecated, use `scipy.linalg.blas` instead!
  warnings.warn(depdoc, DeprecationWarning)
/opt/local/Library/Frameworks/Python.framework/Versions/3.4/lib/python3.4/site-packages/numpy/lib/utils.py:95: DeprecationWarning: `scipy.lib.lapack` is deprecated, use `scipy.linalg.lapack` instead!
  warnings.warn(depdoc, DeprecationWarning)
test_linkage_cophenet_tdist_Z (test_hierarchy.TestCopheneticDistance) ... ok
test_linkage_cophenet_tdist_Z_Y (test_hierarchy.TestCopheneticDistance) ... ok
test_correspond_2_and_up (test_hierarchy.TestCorrespond) ... ok
test_correspond_4_and_up (test_hierarchy.TestCorrespond) ... ok
test_correspond_4_and_up_2 (test_hierarchy.TestCorrespond) ... ok
test_correspond_empty (test_hierarchy.TestCorrespond) ... ok
test_num_obs_linkage_multi_matrix (test_hierarchy.TestCorrespond) ... ok
test_dendrogram_plot (test_hierarchy.TestDendrogram) ... ok
test_dendrogram_single_linkage_tdist (test_hierarchy.TestDendrogram) ... ok
test_fcluster_maxclusts_2 (test_hierarchy.TestFcluster) ... ok
test_fcluster_maxclusts_3 (test_hierarchy.TestFcluster) ... ok
test_fcluster_maxclusts_4 (test_hierarchy.TestFcluster) ... ok
test_fclusterdata_maxclusts_2 (test_hierarchy.TestFcluster) ... ok
test_fclusterdata_maxclusts_3 (test_hierarchy.TestFcluster) ... ok
test_fclusterdata_maxclusts_4 (test_hierarchy.TestFcluster) ... ok
test_from_mlab_linkage_empty (test_hierarchy.TestFromMLabLinkage) ... ok
test_from_mlab_linkage_multiple_rows (test_hierarchy.TestFromMLabLinkage) ... ok
test_from_mlab_linkage_single_row (test_hierarchy.TestFromMLabLinkage) ... ok
test_complete_inconsistent_tdist_1 (test_hierarchy.TestInconsistent) ... ok
test_complete_inconsistent_tdist_2 (test_hierarchy.TestInconsistent) ... ok
test_complete_inconsistent_tdist_3 (test_hierarchy.TestInconsistent) ... ok
test_complete_inconsistent_tdist_4 (test_hierarchy.TestInconsistent) ... ok
test_single_inconsistent_Q_1 (test_hierarchy.TestInconsistent) ... ok
test_single_inconsistent_Q_2 (test_hierarchy.TestInconsistent) ... ok
test_single_inconsistent_Q_3 (test_hierarchy.TestInconsistent) ... ok
test_single_inconsistent_Q_4 (test_hierarchy.TestInconsistent) ... ok
test_single_inconsistent_tdist_1 (test_hierarchy.TestInconsistent) ... ok
test_single_inconsistent_tdist_2 (test_hierarchy.TestInconsistent) ... ok
test_single_inconsistent_tdist_3 (test_hierarchy.TestInconsistent) ... ok
test_single_inconsistent_tdist_4 (test_hierarchy.TestInconsistent) ... ok
test_is_isomorphic_1 (test_hierarchy.TestIsIsomorphic) ... ok
test_is_isomorphic_2 (test_hierarchy.TestIsIsomorphic) ... ok
test_is_isomorphic_3 (test_hierarchy.TestIsIsomorphic) ... ok
test_is_isomorphic_4A (test_hierarchy.TestIsIsomorphic) ... ok
test_is_isomorphic_4B (test_hierarchy.TestIsIsomorphic) ... ok
test_is_isomorphic_4C (test_hierarchy.TestIsIsomorphic) ... ok
test_is_isomorphic_5A (test_hierarchy.TestIsIsomorphic) ... ok
test_is_isomorphic_5B (test_hierarchy.TestIsIsomorphic) ... ok
test_is_isomorphic_5C (test_hierarchy.TestIsIsomorphic) ... ok
test_is_isomorphic_6A (test_hierarchy.TestIsIsomorphic) ... ok
test_is_isomorphic_6B (test_hierarchy.TestIsIsomorphic) ... ok
test_is_isomorphic_6C (test_hierarchy.TestIsIsomorphic) ... ok
test_is_monotonic_1x4 (test_hierarchy.TestIsMonotonic) ... ok
test_is_monotonic_2x4_F (test_hierarchy.TestIsMonotonic) ... ok
test_is_monotonic_2x4_T (test_hierarchy.TestIsMonotonic) ... ok
test_is_monotonic_3x4_F1 (test_hierarchy.TestIsMonotonic) ... ok
test_is_monotonic_3x4_F2 (test_hierarchy.TestIsMonotonic) ... ok
test_is_monotonic_3x4_F3 (test_hierarchy.TestIsMonotonic) ... ok
test_is_monotonic_3x4_T (test_hierarchy.TestIsMonotonic) ... ok
test_is_monotonic_empty (test_hierarchy.TestIsMonotonic) ... ok
test_is_monotonic_iris_linkage (test_hierarchy.TestIsMonotonic) ... ok
test_is_monotonic_tdist_linkage1 (test_hierarchy.TestIsMonotonic) ... ok
test_is_monotonic_tdist_linkage2 (test_hierarchy.TestIsMonotonic) ... ok
test_is_valid_im_1x4 (test_hierarchy.TestIsValidInconsistent) ... ok
test_is_valid_im_2x4 (test_hierarchy.TestIsValidInconsistent) ... ok
test_is_valid_im_3_columns (test_hierarchy.TestIsValidInconsistent) ... ok
test_is_valid_im_4_and_up (test_hierarchy.TestIsValidInconsistent) ... ok
test_is_valid_im_4_and_up_neg_dist (test_hierarchy.TestIsValidInconsistent) ... ok
test_is_valid_im_4_and_up_neg_index_left (test_hierarchy.TestIsValidInconsistent) ... ok
test_is_valid_im_4_and_up_neg_index_right (test_hierarchy.TestIsValidInconsistent) ... ok
test_is_valid_im_5_columns (test_hierarchy.TestIsValidInconsistent) ... ok
test_is_valid_im_empty (test_hierarchy.TestIsValidInconsistent) ... ok
test_is_valid_im_int_type (test_hierarchy.TestIsValidInconsistent) ... ok
test_is_valid_linkage_1x4 (test_hierarchy.TestIsValidLinkage) ... ok
test_is_valid_linkage_2x4 (test_hierarchy.TestIsValidLinkage) ... ok
test_is_valid_linkage_3_columns (test_hierarchy.TestIsValidLinkage) ... ok
test_is_valid_linkage_4_and_up (test_hierarchy.TestIsValidLinkage) ... ok
test_is_valid_linkage_4_and_up_neg_counts (test_hierarchy.TestIsValidLinkage) ... ok
test_is_valid_linkage_4_and_up_neg_dist (test_hierarchy.TestIsValidLinkage) ... ok
test_is_valid_linkage_4_and_up_neg_index_left (test_hierarchy.TestIsValidLinkage) ... ok
test_is_valid_linkage_4_and_up_neg_index_right (test_hierarchy.TestIsValidLinkage) ... ok
test_is_valid_linkage_5_columns (test_hierarchy.TestIsValidLinkage) ... ok
test_is_valid_linkage_empty (test_hierarchy.TestIsValidLinkage) ... ok
test_is_valid_linkage_int_type (test_hierarchy.TestIsValidLinkage) ... ok
test_leaders_single (test_hierarchy.TestLeaders) ... ok
test_iris_subtree_pre_order (test_hierarchy.TestLeavesList) ... ok
test_leaves_list_1x4 (test_hierarchy.TestLeavesList) ... ok
test_leaves_list_2x4 (test_hierarchy.TestLeavesList) ... ok
test_leaves_list_iris_average (test_hierarchy.TestLeavesList) ... ok
test_leaves_list_iris_centroid (test_hierarchy.TestLeavesList) ... ok
test_leaves_list_iris_complete (test_hierarchy.TestLeavesList) ... ok
test_leaves_list_iris_median (test_hierarchy.TestLeavesList) ... ok
test_leaves_list_iris_single (test_hierarchy.TestLeavesList) ... ok
test_leaves_list_iris_ward (test_hierarchy.TestLeavesList) ... ok
test_linkage_average_tdist (test_hierarchy.TestLinkage) ... ok
test_linkage_centroid_q (test_hierarchy.TestLinkage) ... ok
test_linkage_complete_q (test_hierarchy.TestLinkage) ... ok
test_linkage_complete_tdist (test_hierarchy.TestLinkage) ... ok
test_linkage_empty_distance_matrix (test_hierarchy.TestLinkage) ... ok
test_linkage_single_q (test_hierarchy.TestLinkage) ... ok
test_linkage_single_tdist (test_hierarchy.TestLinkage) ... ok
test_linkage_weighted_q (test_hierarchy.TestLinkage) ... ok
test_linkage_weighted_tdist (test_hierarchy.TestLinkage) ... ok
test_linkage_with_unicode_method_name (test_hierarchy.TestLinkage) ... ok
test_maxdists_Q_linkage_centroid (test_hierarchy.TestMaxDists) ... ok
test_maxdists_Q_linkage_complete (test_hierarchy.TestMaxDists) ... ok
test_maxdists_Q_linkage_median (test_hierarchy.TestMaxDists) ... ok
test_maxdists_Q_linkage_single (test_hierarchy.TestMaxDists) ... ok
test_maxdists_Q_linkage_ward (test_hierarchy.TestMaxDists) ... ok
test_maxdists_empty_linkage (test_hierarchy.TestMaxDists) ... ok
test_maxdists_one_cluster_linkage (test_hierarchy.TestMaxDists) ... ok
test_maxinconsts_Q_linkage_centroid (test_hierarchy.TestMaxInconsts) ... ok
test_maxinconsts_Q_linkage_complete (test_hierarchy.TestMaxInconsts) ... ok
test_maxinconsts_Q_linkage_median (test_hierarchy.TestMaxInconsts) ... ok
test_maxinconsts_Q_linkage_single (test_hierarchy.TestMaxInconsts) ... ok
test_maxinconsts_Q_linkage_ward (test_hierarchy.TestMaxInconsts) ... ok
test_maxinconsts_difrow_linkage (test_hierarchy.TestMaxInconsts) ... ok
test_maxinconsts_empty_linkage (test_hierarchy.TestMaxInconsts) ... ok
test_maxinconsts_one_cluster_linkage (test_hierarchy.TestMaxInconsts) ... ok
test_maxRstat_0_Q_linkage_centroid (test_hierarchy.TestMaxRStat) ... ok
test_maxRstat_0_Q_linkage_complete (test_hierarchy.TestMaxRStat) ... ok
test_maxRstat_0_Q_linkage_median (test_hierarchy.TestMaxRStat) ... ok
test_maxRstat_0_Q_linkage_single (test_hierarchy.TestMaxRStat) ... ok
test_maxRstat_0_Q_linkage_ward (test_hierarchy.TestMaxRStat) ... ok
test_maxRstat_0_difrow_linkage (test_hierarchy.TestMaxRStat) ... ok
test_maxRstat_0_empty_linkage (test_hierarchy.TestMaxRStat) ... ok
test_maxRstat_0_one_cluster_linkage (test_hierarchy.TestMaxRStat) ... ok
test_maxRstat_1_Q_linkage_centroid (test_hierarchy.TestMaxRStat) ... ok
test_maxRstat_1_Q_linkage_complete (test_hierarchy.TestMaxRStat) ... ok
test_maxRstat_1_Q_linkage_median (test_hierarchy.TestMaxRStat) ... ok
test_maxRstat_1_Q_linkage_single (test_hierarchy.TestMaxRStat) ... ok
test_maxRstat_1_Q_linkage_ward (test_hierarchy.TestMaxRStat) ... ok
test_maxRstat_1_difrow_linkage (test_hierarchy.TestMaxRStat) ... ok
test_maxRstat_1_empty_linkage (test_hierarchy.TestMaxRStat) ... ok
test_maxRstat_1_one_cluster_linkage (test_hierarchy.TestMaxRStat) ... ok
test_maxRstat_2_Q_linkage_centroid (test_hierarchy.TestMaxRStat) ... ok
test_maxRstat_2_Q_linkage_complete (test_hierarchy.TestMaxRStat) ... ok
test_maxRstat_2_Q_linkage_median (test_hierarchy.TestMaxRStat) ... ok
test_maxRstat_2_Q_linkage_single (test_hierarchy.TestMaxRStat) ... ok
test_maxRstat_2_Q_linkage_ward (test_hierarchy.TestMaxRStat) ... ok
test_maxRstat_2_difrow_linkage (test_hierarchy.TestMaxRStat) ... ok
test_maxRstat_2_empty_linkage (test_hierarchy.TestMaxRStat) ... ok
test_maxRstat_2_one_cluster_linkage (test_hierarchy.TestMaxRStat) ... ok
test_maxRstat_3_Q_linkage_centroid (test_hierarchy.TestMaxRStat) ... ok
test_maxRstat_3_Q_linkage_complete (test_hierarchy.TestMaxRStat) ... ok
test_maxRstat_3_Q_linkage_median (test_hierarchy.TestMaxRStat) ... ok
test_maxRstat_3_Q_linkage_single (test_hierarchy.TestMaxRStat) ... ok
test_maxRstat_3_Q_linkage_ward (test_hierarchy.TestMaxRStat) ... ok
test_maxRstat_3_difrow_linkage (test_hierarchy.TestMaxRStat) ... ok
test_maxRstat_3_empty_linkage (test_hierarchy.TestMaxRStat) ... ok
test_maxRstat_3_one_cluster_linkage (test_hierarchy.TestMaxRStat) ... ok
test_maxRstat_float_index (test_hierarchy.TestMaxRStat) ... ok
test_maxRstat_neg_index (test_hierarchy.TestMaxRStat) ... ok
test_maxRstat_oob_pos_index (test_hierarchy.TestMaxRStat) ... ok
test_num_obs_linkage_1x4 (test_hierarchy.TestNumObsLinkage) ... ok
test_num_obs_linkage_2x4 (test_hierarchy.TestNumObsLinkage) ... ok
test_num_obs_linkage_4_and_up (test_hierarchy.TestNumObsLinkage) ... ok
test_num_obs_linkage_empty (test_hierarchy.TestNumObsLinkage) ... ok
test_from_mlab_linkage_multiple_rows (test_hierarchy.TestToMLabLinkage) ... ok
test_to_mlab_linkage_empty (test_hierarchy.TestToMLabLinkage) ... ok
test_to_mlab_linkage_single_row (test_hierarchy.TestToMLabLinkage) ... ok
test_hierarchy.load_testing_files ... ok
test_hierarchy.test_euclidean_linkage_value_error ... ok
Ticket #505. ... ok
Testing that kmeans2 init methods work. ... ok
Testing simple call to kmeans2 with rank 1 data. ... ok
Testing simple call to kmeans2 with rank 1 data. ... ok
Testing simple call to kmeans2 and its results. ... ok
Regression test for #546: fail when k arg is 0. ... ok
test_kmeans_lost_cluster (test_vq.TestKMean) ... ok
test_kmeans_simple (test_vq.TestKMean) ... ok
test_large_features (test_vq.TestKMean) ... ok
test__vq_sametype (test_vq.TestVq) ... ok
test_py_vq (test_vq.TestVq) ... ok
test_py_vq2 (test_vq.TestVq) ... ok
test_vq (test_vq.TestVq) ... ok
Test special rank 1 vq algo, python implementation. ... ok
test_codata.test_find ... ok
test_codata.test_basic_table_parse ... ok
test_codata.test_basic_lookup ... ok
test_codata.test_find_all ... ok
test_codata.test_find_single ... ok
test_codata.test_2002_vs_2006 ... ok
Check that updating stored values with exact ones worked. ... ok
test_constants.test_fahrenheit_to_celcius ... ok
test_constants.test_celcius_to_kelvin ... ok
test_constants.test_kelvin_to_celcius ... ok
test_constants.test_fahrenheit_to_kelvin ... ok
test_constants.test_kelvin_to_fahrenheit ... ok
test_constants.test_celcius_to_fahrenheit ... ok
test_constants.test_lambda_to_nu ... ok
test_constants.test_nu_to_lambda ... ok
test_definition (test_basic.TestDoubleFFT) ... ok
test_djbfft (test_basic.TestDoubleFFT) ... ok
test_invalid_sizes (test_basic.TestDoubleFFT) ... ok
test_n_argument_real (test_basic.TestDoubleFFT) ... ok
test_definition (test_basic.TestDoubleIFFT) ... ok
test_definition_real (test_basic.TestDoubleIFFT) ... ok
test_djbfft (test_basic.TestDoubleIFFT) ... ok
test_invalid_sizes (test_basic.TestDoubleIFFT) ... ok
test_random_complex (test_basic.TestDoubleIFFT) ... ok
test_random_real (test_basic.TestDoubleIFFT) ... ok
test_size_accuracy (test_basic.TestDoubleIFFT) ... ok
test_axes_argument (test_basic.TestFftn) ... ok
test_definition (test_basic.TestFftn) ... ok
test_invalid_sizes (test_basic.TestFftn) ... ok
test_shape_argument (test_basic.TestFftn) ... ok
Test that fftn raises ValueError when s.shape is longer than x.shape ... ok
test_shape_axes_argument (test_basic.TestFftn) ... ok
test_shape_axes_argument2 (test_basic.TestFftn) ... ok
test_definition (test_basic.TestFftnSingle) ... ok
test_size_accuracy (test_basic.TestFftnSingle) ... ok
test_definition (test_basic.TestIRFFTDouble) ... ok
test_djbfft (test_basic.TestIRFFTDouble) ... ok
test_invalid_sizes (test_basic.TestIRFFTDouble) ... ok
test_random_real (test_basic.TestIRFFTDouble) ... ok
test_size_accuracy (test_basic.TestIRFFTDouble) ... ok
test_definition (test_basic.TestIRFFTSingle) ... ok
test_djbfft (test_basic.TestIRFFTSingle) ... ok
test_invalid_sizes (test_basic.TestIRFFTSingle) ... ok
test_random_real (test_basic.TestIRFFTSingle) ... ok
test_size_accuracy (test_basic.TestIRFFTSingle) ... ok
test_definition (test_basic.TestIfftnDouble) ... ok
test_invalid_sizes (test_basic.TestIfftnDouble) ... ok
test_random_complex (test_basic.TestIfftnDouble) ... ok
test_definition (test_basic.TestIfftnSingle) ... ok
test_invalid_sizes (test_basic.TestIfftnSingle) ... ok
test_random_complex (test_basic.TestIfftnSingle) ... ok
test_complex (test_basic.TestLongDoubleFailure) ... ok
test_real (test_basic.TestLongDoubleFailure) ... ok
test_basic.TestOverwrite.test_fft ... ok
test_basic.TestOverwrite.test_fftn ... ok
test_basic.TestOverwrite.test_ifft ... ok
test_basic.TestOverwrite.test_ifftn ... ok
test_basic.TestOverwrite.test_irfft ... ok
test_basic.TestOverwrite.test_rfft ... ok
test_definition (test_basic.TestRFFTDouble) ... ok
test_djbfft (test_basic.TestRFFTDouble) ... ok
test_invalid_sizes (test_basic.TestRFFTDouble) ... ok
test_definition (test_basic.TestRFFTSingle) ... ok
test_djbfft (test_basic.TestRFFTSingle) ... ok
test_invalid_sizes (test_basic.TestRFFTSingle) ... ok
test_definition (test_basic.TestSingleFFT) ... ok
test_djbfft (test_basic.TestSingleFFT) ... ok
test_invalid_sizes (test_basic.TestSingleFFT) ... ok
test_n_argument_real (test_basic.TestSingleFFT) ... ok
test_notice (test_basic.TestSingleFFT) ... KNOWNFAIL: single-precision FFT implementation is partially disabled, until accuracy issues with large prime powers are resolved
test_definition (test_basic.TestSingleIFFT) ... ok
test_definition_real (test_basic.TestSingleIFFT) ... ok
test_djbfft (test_basic.TestSingleIFFT) ... ok
test_invalid_sizes (test_basic.TestSingleIFFT) ... ok
test_random_complex (test_basic.TestSingleIFFT) ... ok
test_random_real (test_basic.TestSingleIFFT) ... ok
test_size_accuracy (test_basic.TestSingleIFFT) ... ok
test_invalid_sizes (test_basic.Testfft2) ... ok
fft returns wrong result with axes parameter. ... ok
test_definition (test_helper.TestFFTFreq) ... ok
test_definition (test_helper.TestFFTShift) ... ok
test_inverse (test_helper.TestFFTShift) ... ok
test_definition (test_helper.TestRFFTFreq) ... ok
test_definition (test_pseudo_diffs.TestDiff) ... ok
test_expr (test_pseudo_diffs.TestDiff) ... ok
test_expr_large (test_pseudo_diffs.TestDiff) ... ok
test_int (test_pseudo_diffs.TestDiff) ... ok
test_period (test_pseudo_diffs.TestDiff) ... ok
test_random_even (test_pseudo_diffs.TestDiff) ... ok
test_random_odd (test_pseudo_diffs.TestDiff) ... ok
test_sin (test_pseudo_diffs.TestDiff) ... ok
test_zero_nyquist (test_pseudo_diffs.TestDiff) ... ok
test_definition (test_pseudo_diffs.TestHilbert) ... ok
test_random_even (test_pseudo_diffs.TestHilbert) ... ok
test_random_odd (test_pseudo_diffs.TestHilbert) ... ok
test_tilbert_relation (test_pseudo_diffs.TestHilbert) ... ok
test_definition (test_pseudo_diffs.TestIHilbert) ... ok
test_itilbert_relation (test_pseudo_diffs.TestIHilbert) ... ok
test_definition (test_pseudo_diffs.TestITilbert) ... ok
test_pseudo_diffs.TestOverwrite.test_cc_diff ... ok
test_pseudo_diffs.TestOverwrite.test_cs_diff ... ok
test_pseudo_diffs.TestOverwrite.test_diff ... ok
test_pseudo_diffs.TestOverwrite.test_hilbert ... ok
test_pseudo_diffs.TestOverwrite.test_itilbert ... ok
test_pseudo_diffs.TestOverwrite.test_sc_diff ... ok
test_pseudo_diffs.TestOverwrite.test_shift ... ok
test_pseudo_diffs.TestOverwrite.test_ss_diff ... ok
test_pseudo_diffs.TestOverwrite.test_tilbert ... ok
test_definition (test_pseudo_diffs.TestShift) ... ok
test_definition (test_pseudo_diffs.TestTilbert) ... ok
test_random_even (test_pseudo_diffs.TestTilbert) ... ok
test_random_odd (test_pseudo_diffs.TestTilbert) ... ok
test_axis (test_real_transforms.TestDCTIDouble) ... ok
test_definition (test_real_transforms.TestDCTIDouble) ... ok
test_axis (test_real_transforms.TestDCTIFloat) ... ok
test_definition (test_real_transforms.TestDCTIFloat) ... ok
test_axis (test_real_transforms.TestDCTIIDouble) ... ok
test_definition (test_real_transforms.TestDCTIIDouble) ... ok
Test correspondance with matlab (orthornomal mode). ... ok
test_axis (test_real_transforms.TestDCTIIFloat) ... ok
test_definition (test_real_transforms.TestDCTIIFloat) ... ok
Test correspondance with matlab (orthornomal mode). ... ok
test_axis (test_real_transforms.TestDCTIIIDouble) ... ok
test_definition (test_real_transforms.TestDCTIIIDouble) ... ok
Test orthornomal mode. ... ok
test_axis (test_real_transforms.TestDCTIIIFloat) ... ok
test_definition (test_real_transforms.TestDCTIIIFloat) ... ok
Test orthornomal mode. ... ok
test_definition (test_real_transforms.TestDSTIDouble) ... ok
test_definition (test_real_transforms.TestDSTIFloat) ... ok
test_definition (test_real_transforms.TestDSTIIDouble) ... ok
test_definition (test_real_transforms.TestDSTIIFloat) ... ok
test_definition (test_real_transforms.TestDSTIIIDouble) ... ok
test_definition (test_real_transforms.TestDSTIIIFloat) ... ok
test_definition (test_real_transforms.TestIDCTIDouble) ... ok
test_definition (test_real_transforms.TestIDCTIFloat) ... ok
test_definition (test_real_transforms.TestIDCTIIDouble) ... ok
test_definition (test_real_transforms.TestIDCTIIFloat) ... ok
test_definition (test_real_transforms.TestIDCTIIIDouble) ... ok
test_definition (test_real_transforms.TestIDCTIIIFloat) ... ok
test_definition (test_real_transforms.TestIDSTIDouble) ... ok
test_definition (test_real_transforms.TestIDSTIFloat) ... ok
test_definition (test_real_transforms.TestIDSTIIDouble) ... ok
test_definition (test_real_transforms.TestIDSTIIFloat) ... ok
test_definition (test_real_transforms.TestIDSTIIIDouble) ... ok
test_definition (test_real_transforms.TestIDSTIIIFloat) ... ok
test_real_transforms.TestOverwrite.test_dct ... ok
test_real_transforms.TestOverwrite.test_dst ... ok
test_real_transforms.TestOverwrite.test_idct ... ok
test_real_transforms.TestOverwrite.test_idst ... ok
test_no_params (test_integrate.DOP853CheckParameterUse) ... ok
test_one_scalar_param (test_integrate.DOP853CheckParameterUse) ... ok
test_two_scalar_params (test_integrate.DOP853CheckParameterUse) ... ok
test_vector_param (test_integrate.DOP853CheckParameterUse) ... ok
test_no_params (test_integrate.DOPRI5CheckParameterUse) ... ok
test_one_scalar_param (test_integrate.DOPRI5CheckParameterUse) ... ok
test_two_scalar_params (test_integrate.DOPRI5CheckParameterUse) ... ok
test_vector_param (test_integrate.DOPRI5CheckParameterUse) ... ok
test_no_params (test_integrate.LSODACheckParameterUse) ... ok
test_one_scalar_param (test_integrate.LSODACheckParameterUse) ... ok
test_two_scalar_params (test_integrate.LSODACheckParameterUse) ... ok
test_vector_param (test_integrate.LSODACheckParameterUse) ... ok
test_dop853 (test_integrate.TestComplexOde) ... ok
test_dopri5 (test_integrate.TestComplexOde) ... ok
test_lsoda (test_integrate.TestComplexOde) ... ok
test_vode (test_integrate.TestComplexOde) ... ok
test_solout (test_integrate.TestComplexSolout) ... ok
test_solout_break (test_integrate.TestComplexSolout) ... ok
test_concurrent_fail (test_integrate.TestOde) ... ok
test_concurrent_ok (test_integrate.TestOde) ... ok
test_dop853 (test_integrate.TestOde) ... ok
test_dopri5 (test_integrate.TestOde) ... ok
test_lsoda (test_integrate.TestOde) ... ok
test_vode (test_integrate.TestOde) ... ok
test_zvode (test_integrate.TestOde) ... ok
test_odeint (test_integrate.TestOdeint) ... ok
test_solout (test_integrate.TestSolout) ... ok
test_solout_break (test_integrate.TestSolout) ... ok
test_no_params (test_integrate.VODECheckParameterUse) ... ok
test_one_scalar_param (test_integrate.VODECheckParameterUse) ... ok
test_two_scalar_params (test_integrate.VODECheckParameterUse) ... ok
test_vector_param (test_integrate.VODECheckParameterUse) ... ok
test_no_params (test_integrate.ZVODECheckParameterUse) ... ok
test_one_scalar_param (test_integrate.ZVODECheckParameterUse) ... ok
test_two_scalar_params (test_integrate.ZVODECheckParameterUse) ... ok
test_vector_param (test_integrate.ZVODECheckParameterUse) ... ok
test_integrate.test_odeint_banded_jacobian ... ok
test_improvement (test_quadpack.TestCtypesQuad) ... KNOWNFAIL: Unreliable test, see ticket 1684.
test_typical (test_quadpack.TestCtypesQuad) ... ok
test_fixed_limits (test_quadpack.TestNQuad) ... ok
test_matching_dblquad (test_quadpack.TestNQuad) ... ok
test_matching_quad (test_quadpack.TestNQuad) ... ok
test_matching_tplquad (test_quadpack.TestNQuad) ... ok
test_square_aliased_fn_ranges_and_opts (test_quadpack.TestNQuad) ... ok
test_square_aliased_ranges_and_opts (test_quadpack.TestNQuad) ... ok
test_square_separate_fn_ranges_and_opts (test_quadpack.TestNQuad) ... ok
test_square_separate_ranges_and_opts (test_quadpack.TestNQuad) ... ok
test_variable_limits (test_quadpack.TestNQuad) ... ok
test_algebraic_log_weight (test_quadpack.TestQuad) ... ok
test_cauchypv_weight (test_quadpack.TestQuad) ... ok
test_cosine_weighted_infinite (test_quadpack.TestQuad) ... ok
test_double_integral (test_quadpack.TestQuad) ... ok
test_indefinite (test_quadpack.TestQuad) ... ok
test_sine_weighted_finite (test_quadpack.TestQuad) ... ok
test_sine_weighted_infinite (test_quadpack.TestQuad) ... ok
test_singular (test_quadpack.TestQuad) ... ok
test_triple_integral (test_quadpack.TestQuad) ... ok
test_typical (test_quadpack.TestQuad) ... ok
test_1d (test_quadrature.TestCumtrapz) ... ok
test_x_none (test_quadrature.TestCumtrapz) ... ok
test_y_nd_x_1d (test_quadrature.TestCumtrapz) ... ok
test_y_nd_x_nd (test_quadrature.TestCumtrapz) ... ok
Test the first few degrees, for evenly spaced points. ... ok
Test newton_cotes with points that are not evenly spaced. ... ok
test_non_dtype (test_quadrature.TestQuadrature) ... ok
test_quadrature (test_quadrature.TestQuadrature) ... ok
test_quadrature_miniter (test_quadrature.TestQuadrature) ... ok
test_quadrature_rtol (test_quadrature.TestQuadrature) ... ok
test_quadrature_single_args (test_quadrature.TestQuadrature) ... ok
test_romb (test_quadrature.TestQuadrature) ... ok
test_romberg (test_quadrature.TestQuadrature) ... ok
test_romberg_rtol (test_quadrature.TestQuadrature) ... ok
test_fitpack.TestBisplrep.test_overflow ... ok
test_fitpack.TestBisplrep.test_regression_1310 ... ok
test_smoke_bisplrep_bisplev (test_fitpack.TestSmokeTests) ... ok
test_smoke_splint_spalde (test_fitpack.TestSmokeTests) ... ok
test_smoke_splprep_splrep_splev (test_fitpack.TestSmokeTests) ... ok
test_smoke_splrep_splev (test_fitpack.TestSmokeTests) ... ok
test_smoke_sproot (test_fitpack.TestSmokeTests) ... ok
test_fitpack.TestSplder.test_inverse ... ok
test_fitpack.TestSplder.test_kink ... ok
test_fitpack.TestSplder.test_order0_diff ... ok
test_fitpack.TestSplder.test_splantider_vs_splint ... ok
test_fitpack.TestSplder.test_splder_vs_splev ... ok
test_1d_shape (test_fitpack.TestSplev) ... ok
test_fitpack.test_dblint ... ok
test_fitpack.test_splev_der_k ... ok
test_bilinearity (test_fitpack2.TestLSQBivariateSpline) ... ok
test_empty_input (test_fitpack2.TestLSQBivariateSpline) ... /opt/local/Library/Frameworks/Python.framework/Versions/3.4/lib/python3.4/site-packages/scipy/interpolate/fitpack2.py:911: UserWarning: 
The coefficients of the spline returned have been computed as the
minimal norm least-squares solution of a (numerically) rank deficient
system (deficiency=7). If deficiency is large, the results may be
inaccurate. Deficiency may strongly depend on the value of eps.
  warnings.warn(message)
ok
test_integral (test_fitpack2.TestLSQBivariateSpline) ... ok
test_linear_constant (test_fitpack2.TestLSQBivariateSpline) ... ok
test_empty_input (test_fitpack2.TestLSQSphereBivariateSpline) ... ok
test_linear_constant (test_fitpack2.TestLSQSphereBivariateSpline) ... ok
test_broadcast (test_fitpack2.TestRectBivariateSpline) ... ok
test_defaults (test_fitpack2.TestRectBivariateSpline) ... ok
test_derivatives (test_fitpack2.TestRectBivariateSpline) ... ok
test_derivatives_grid (test_fitpack2.TestRectBivariateSpline) ... ok
test_evaluate (test_fitpack2.TestRectBivariateSpline) ... ok
test_defaults (test_fitpack2.TestRectSphereBivariateSpline) ... ok
test_derivatives (test_fitpack2.TestRectSphereBivariateSpline) ... ok
test_derivatives_grid (test_fitpack2.TestRectSphereBivariateSpline) ... ok
test_evaluate (test_fitpack2.TestRectSphereBivariateSpline) ... ok
test_integral (test_fitpack2.TestSmoothBivariateSpline) ... ok
test_linear_1d (test_fitpack2.TestSmoothBivariateSpline) ... ok
test_linear_constant (test_fitpack2.TestSmoothBivariateSpline) ... ok
test_rerun_lwrk2_too_small (test_fitpack2.TestSmoothBivariateSpline) ... ok
test_empty_input (test_fitpack2.TestSmoothSphereBivariateSpline) ... ok
test_linear_constant (test_fitpack2.TestSmoothSphereBivariateSpline) ... ok
test_derivative_and_antiderivative (test_fitpack2.TestUnivariateSpline) ... ok
test_empty_input (test_fitpack2.TestUnivariateSpline) ... ok
test_linear_1d (test_fitpack2.TestUnivariateSpline) ... ok
test_linear_constant (test_fitpack2.TestUnivariateSpline) ... ok
test_preserve_shape (test_fitpack2.TestUnivariateSpline) ... ok
Regression test for #1375. ... ok
test_subclassing (test_fitpack2.TestUnivariateSpline) ... ok
test_interpnd.TestCloughTocher2DInterpolator.test_dense ... ok
test_interpnd.TestCloughTocher2DInterpolator.test_linear_smoketest ... ok
test_interpnd.TestCloughTocher2DInterpolator.test_pickle ... ok
test_interpnd.TestCloughTocher2DInterpolator.test_quadratic_smoketest ... ok
test_interpnd.TestCloughTocher2DInterpolator.test_tri_input ... ok
test_interpnd.TestCloughTocher2DInterpolator.test_tri_input_rescale ... ok
test_interpnd.TestCloughTocher2DInterpolator.test_tripoints_input_rescale ... ok
test_interpnd.TestCloughTocher2DInterpolator.test_wrong_ndim ... ok
test_interpnd.TestEstimateGradients2DGlobal.test_regression_2359 ... ok
test_interpnd.TestEstimateGradients2DGlobal.test_smoketest ... ok
test_interpnd.TestLinearNDInterpolation.test_complex_smoketest ... ok
test_interpnd.TestLinearNDInterpolation.test_pickle ... ok
test_interpnd.TestLinearNDInterpolation.test_smoketest ... ok
test_interpnd.TestLinearNDInterpolation.test_smoketest_alternate ... ok
test_interpnd.TestLinearNDInterpolation.test_smoketest_rescale ... ok
test_interpnd.TestLinearNDInterpolation.test_square ... ok
test_interpnd.TestLinearNDInterpolation.test_square_rescale ... ok
test_interpnd.TestLinearNDInterpolation.test_tri_input ... ok
test_interpnd.TestLinearNDInterpolation.test_tri_input_rescale ... ok
test_interpnd.TestLinearNDInterpolation.test_tripoints_input_rescale ... ok
test_eval (test_interpolate.TestAkima1DInterpolator) ... ok
test_eval_2d (test_interpolate.TestAkima1DInterpolator) ... ok
test_eval_3d (test_interpolate.TestAkima1DInterpolator) ... ok
test_extend (test_interpolate.TestAkima1DInterpolator) ... ok
test_extrapolate_attr (test_interpolate.TestBPoly) ... ok
test_interval_length (test_interpolate.TestBPoly) ... ok
test_multi_shape (test_interpolate.TestBPoly) ... ok
test_simple (test_interpolate.TestBPoly) ... ok
test_simple2 (test_interpolate.TestBPoly) ... ok
test_simple3 (test_interpolate.TestBPoly) ... ok
test_simple4 (test_interpolate.TestBPoly) ... ok
test_simple5 (test_interpolate.TestBPoly) ... ok
test_two_intervals (test_interpolate.TestBPoly) ... ok
test_deriv_inplace (test_interpolate.TestBPolyCalculus) ... ok
test_derivative (test_interpolate.TestBPolyCalculus) ... ok
test_derivative_ppoly (test_interpolate.TestBPolyCalculus) ... ok
test_coords_order (test_interpolate.TestBPolyFromDerivatives) ... ok
test_make_poly_1 (test_interpolate.TestBPolyFromDerivatives) ... ok
test_make_poly_12 (test_interpolate.TestBPolyFromDerivatives) ... ok
test_make_poly_2 (test_interpolate.TestBPolyFromDerivatives) ... ok
test_make_poly_3 (test_interpolate.TestBPolyFromDerivatives) ... ok
test_order_zero (test_interpolate.TestBPolyFromDerivatives) ... ok
test_orders_global (test_interpolate.TestBPolyFromDerivatives) ... ok
test_orders_local (test_interpolate.TestBPolyFromDerivatives) ... ok
test_orders_too_high (test_interpolate.TestBPolyFromDerivatives) ... ok
test_raise_degree (test_interpolate.TestBPolyFromDerivatives) ... ok
test_random_12 (test_interpolate.TestBPolyFromDerivatives) ... ok
test_xi_yi (test_interpolate.TestBPolyFromDerivatives) ... ok
test_yi_trailing_dims (test_interpolate.TestBPolyFromDerivatives) ... ok
test_zeros (test_interpolate.TestBPolyFromDerivatives) ... ok
test_interpolate.TestInterp1D.test_assume_sorted ... ok
test_interpolate.TestInterp1D.test_bounds ... ok
test_interpolate.TestInterp1D.test_circular_refs ... ok
test_interpolate.TestInterp1D.test_complex ... ok
test_interpolate.TestInterp1D.test_cubic ... ok
test_interpolate.TestInterp1D.test_init ... ok
test_interpolate.TestInterp1D.test_linear ... ok
test_interpolate.TestInterp1D.test_nd ... ok
test_interpolate.TestInterp1D.test_nd_zero_spline ... KNOWNFAIL: zero-order splines fail for the last point
test_interpolate.TestInterp1D.test_nearest ... ok
test_interpolate.TestInterp1D.test_validation ... ok
test_interpolate.TestInterp1D.test_zero ... KNOWNFAIL: zero-order splines fail for the last point
test_interp2d (test_interpolate.TestInterp2D) ... ok
test_interp2d_bounds (test_interpolate.TestInterp2D) ... ok
test_interp2d_linear (test_interpolate.TestInterp2D) ... ok
test_interp2d_meshgrid_input (test_interpolate.TestInterp2D) ... ok
test_interp2d_meshgrid_input_unsorted (test_interpolate.TestInterp2D) ... ok
test_4d_linear_outofbounds (test_interpolate.TestInterpN) ... ok
test_4d_nearest_outofbounds (test_interpolate.TestInterpN) ... ok
test_complex (test_interpolate.TestInterpN) ... ok
test_duck_typed_values (test_interpolate.TestInterpN) ... ok
test_linear_4d (test_interpolate.TestInterpN) ... ok
test_list_input (test_interpolate.TestInterpN) ... ok
test_matrix_input (test_interpolate.TestInterpN) ... ok
test_nearest_4d (test_interpolate.TestInterpN) ... ok
test_nonscalar_values (test_interpolate.TestInterpN) ... ok
test_spline_2d (test_interpolate.TestInterpN) ... ok
test_spline_2d_outofbounds (test_interpolate.TestInterpN) ... ok
test_xi_1d (test_interpolate.TestInterpN) ... ok
test_xi_broadcast (test_interpolate.TestInterpN) ... ok
test_xi_nd (test_interpolate.TestInterpN) ... ok
test_lagrange (test_interpolate.TestLagrange) ... ok
test_antiderivative_of_constant (test_interpolate.TestPPoly) ... ok
test_antiderivative_simple (test_interpolate.TestPPoly) ... ok
test_antiderivative_vs_derivative (test_interpolate.TestPPoly) ... ok
test_antiderivative_vs_spline (test_interpolate.TestPPoly) ... ok
test_construct_fast (test_interpolate.TestPPoly) ... ok
test_derivative (test_interpolate.TestPPoly) ... ok
test_derivative_eval (test_interpolate.TestPPoly) ... ok
test_derivative_simple (test_interpolate.TestPPoly) ... ok
test_extrapolate_attr (test_interpolate.TestPPoly) ... ok
test_from_spline (test_interpolate.TestPPoly) ... ok
test_integrate (test_interpolate.TestPPoly) ... ok
test_multi_shape (test_interpolate.TestPPoly) ... ok
test_roots (test_interpolate.TestPPoly) ... ok
test_roots_croots (test_interpolate.TestPPoly) ... ok
test_roots_discont (test_interpolate.TestPPoly) ... ok
test_roots_idzero (test_interpolate.TestPPoly) ... ok
test_roots_random (test_interpolate.TestPPoly) ... ok
test_roots_repeated (test_interpolate.TestPPoly) ... ok
test_simple (test_interpolate.TestPPoly) ... ok
test_vs_alternative_implementations (test_interpolate.TestPPoly) ... ok
test_complex_coef (test_interpolate.TestPPolyCommon) ... ok
test_extend (test_interpolate.TestPPolyCommon) ... ok
test_extend_diff_orders (test_interpolate.TestPPolyCommon) ... ok
test_shape (test_interpolate.TestPPolyCommon) ... ok
test_sort_check (test_interpolate.TestPPolyCommon) ... ok
test_bp_from_pp (test_interpolate.TestPolyConversions) ... ok
test_bp_from_pp_random (test_interpolate.TestPolyConversions) ... ok
test_pp_from_bp (test_interpolate.TestPolyConversions) ... ok
test_conversions (test_interpolate.TestPolySubclassing) ... ok
test_derivative (test_interpolate.TestPolySubclassing) ... ok
test_from_derivatives (test_interpolate.TestPolySubclassing) ... ok
test_from_spline (test_interpolate.TestPolySubclassing) ... ok
test_shape (test_interpolate.TestPpform) ... ok
test_complex (test_interpolate.TestRegularGridInterpolator) ... ok
test_duck_typed_values (test_interpolate.TestRegularGridInterpolator) ... ok
test_invalid_fill_value (test_interpolate.TestRegularGridInterpolator) ... ok
test_linear_compare_qhull (test_interpolate.TestRegularGridInterpolator) ... ok
test_linear_edges (test_interpolate.TestRegularGridInterpolator) ... ok
test_linear_xi1d (test_interpolate.TestRegularGridInterpolator) ... ok
test_linear_xi3d (test_interpolate.TestRegularGridInterpolator) ... ok
test_list_input (test_interpolate.TestRegularGridInterpolator) ... ok
test_nearest (test_interpolate.TestRegularGridInterpolator) ... ok
test_nearest_compare_qhull (test_interpolate.TestRegularGridInterpolator) ... ok
test_out_of_bounds_extrap (test_interpolate.TestRegularGridInterpolator) ... ok
test_out_of_bounds_extrap2 (test_interpolate.TestRegularGridInterpolator) ... ok
test_out_of_bounds_fill (test_interpolate.TestRegularGridInterpolator) ... ok
test_valid_call (test_interpolate.TestRegularGridInterpolator) ... ok
test_valid_create (test_interpolate.TestRegularGridInterpolator) ... ok
test_block_average_above (test_interpolate_wrapper.Test) ... ok
test_linear (test_interpolate_wrapper.Test) ... ok
test_linear2 (test_interpolate_wrapper.Test) ... ok
test_logarithmic (test_interpolate_wrapper.Test) ... ok
test_nearest (test_interpolate_wrapper.Test) ... ok
test_ndgriddata.TestGriddata.test_1d ... ok
test_ndgriddata.TestGriddata.test_1d_unsorted ... ok
test_ndgriddata.TestGriddata.test_alternative_call ... ok
test_ndgriddata.TestGriddata.test_complex_2d ... ok
test_ndgriddata.TestGriddata.test_fill_value ... ok
test_ndgriddata.TestGriddata.test_multipoint_2d ... ok
test_ndgriddata.TestGriddata.test_multivalue_2d ... ok
test_ndgriddata.TestGriddata.test_square_rescale_manual ... ok
test_ndgriddata.TestGriddata.test_xi_1d ... ok
test_append (test_polyint.CheckBarycentric) ... ok
test_delayed (test_polyint.CheckBarycentric) ... ok
test_lagrange (test_polyint.CheckBarycentric) ... ok
test_scalar (test_polyint.CheckBarycentric) ... ok
test_shapes_1d_vectorvalue (test_polyint.CheckBarycentric) ... ok
test_shapes_scalarvalue (test_polyint.CheckBarycentric) ... ok
test_shapes_vectorvalue (test_polyint.CheckBarycentric) ... ok
test_vector (test_polyint.CheckBarycentric) ... ok
test_wrapper (test_polyint.CheckBarycentric) ... ok
test_derivative (test_polyint.CheckKrogh) ... ok
test_derivatives (test_polyint.CheckKrogh) ... ok
test_empty (test_polyint.CheckKrogh) ... ok
test_hermite (test_polyint.CheckKrogh) ... ok
test_high_derivative (test_polyint.CheckKrogh) ... ok
test_lagrange (test_polyint.CheckKrogh) ... ok
test_low_derivatives (test_polyint.CheckKrogh) ... ok
test_scalar (test_polyint.CheckKrogh) ... ok
test_shapes_1d_vectorvalue (test_polyint.CheckKrogh) ... ok
test_shapes_scalarvalue (test_polyint.CheckKrogh) ... ok
test_shapes_scalarvalue_derivative (test_polyint.CheckKrogh) ... ok
test_shapes_vectorvalue (test_polyint.CheckKrogh) ... ok
test_shapes_vectorvalue_derivative (test_polyint.CheckKrogh) ... ok
test_vector (test_polyint.CheckKrogh) ... ok
test_wrapper (test_polyint.CheckKrogh) ... ok
test_construction (test_polyint.CheckPiecewise) ... ok
test_derivative (test_polyint.CheckPiecewise) ... ok
test_derivatives (test_polyint.CheckPiecewise) ... ok
test_incremental (test_polyint.CheckPiecewise) ... ok
test_scalar (test_polyint.CheckPiecewise) ... ok
test_shapes_scalarvalue (test_polyint.CheckPiecewise) ... ok
test_shapes_scalarvalue_derivative (test_polyint.CheckPiecewise) ... ok
test_shapes_vectorvalue (test_polyint.CheckPiecewise) ... ok
test_shapes_vectorvalue_1d (test_polyint.CheckPiecewise) ... ok
test_shapes_vectorvalue_derivative (test_polyint.CheckPiecewise) ... ok
test_vector (test_polyint.CheckPiecewise) ... ok
test_wrapper (test_polyint.CheckPiecewise) ... /opt/local/Library/Frameworks/Python.framework/Versions/3.4/lib/python3.4/site-packages/scipy/interpolate/polyint.py:710: DeprecationWarning: PiecewisePolynomial is deprecated in scipy 0.14. Use BPoly.from_derivatives instead.
  category=DeprecationWarning)
/opt/local/Library/Frameworks/Python.framework/Versions/3.4/lib/python3.4/site-packages/scipy/interpolate/polyint.py:710: DeprecationWarning: PiecewisePolynomial is deprecated in scipy 0.14. Use BPoly.from_derivatives instead.
  category=DeprecationWarning)
/opt/local/Library/Frameworks/Python.framework/Versions/3.4/lib/python3.4/site-packages/scipy/interpolate/polyint.py:710: DeprecationWarning: PiecewisePolynomial is deprecated in scipy 0.14. Use BPoly.from_derivatives instead.
  category=DeprecationWarning)
ok
test_exponential (test_polyint.CheckTaylor) ... ok
test_monotone (test_polyint.TestPCHIP) ... ok
test_overshoot (test_polyint.TestPCHIP) ... ok
test_polyint.test_shapes(<class 'scipy.interpolate.polyint.KroghInterpolator'>, (), (0,), None, -1) ... ok
test_polyint.test_shapes(<class 'scipy.interpolate.polyint.KroghInterpolator'>, (), (0,), None, 0) ... ok
test_polyint.test_shapes(<class 'scipy.interpolate.polyint.KroghInterpolator'>, (), (1,), None, -1) ... ok
test_polyint.test_shapes(<class 'scipy.interpolate.polyint.KroghInterpolator'>, (), (1,), None, 0) ... ok
test_polyint.test_shapes(<class 'scipy.interpolate.polyint.KroghInterpolator'>, (), (3, 2, 5), None, -3) ... ok
test_polyint.test_shapes(<class 'scipy.interpolate.polyint.KroghInterpolator'>, (), (3, 2, 5), None, -2) ... ok
test_polyint.test_shapes(<class 'scipy.interpolate.polyint.KroghInterpolator'>, (), (3, 2, 5), None, -1) ... ok
test_polyint.test_shapes(<class 'scipy.interpolate.polyint.KroghInterpolator'>, (), (3, 2, 5), None, 0) ... ok
test_polyint.test_shapes(<class 'scipy.interpolate.polyint.KroghInterpolator'>, (), (3, 2, 5), None, 1) ... ok
test_polyint.test_shapes(<class 'scipy.interpolate.polyint.KroghInterpolator'>, (), (3, 2, 5), None, 2) ... ok
test_polyint.test_shapes(<class 'scipy.interpolate.polyint.KroghInterpolator'>, (0,), (0,), None, -1) ... ok
test_polyint.test_shapes(<class 'scipy.interpolate.polyint.KroghInterpolator'>, (0,), (0,), None, 0) ... ok
test_polyint.test_shapes(<class 'scipy.interpolate.polyint.KroghInterpolator'>, (0,), (1,), None, -1) ... ok
test_polyint.test_shapes(<class 'scipy.interpolate.polyint.KroghInterpolator'>, (0,), (1,), None, 0) ... ok
test_polyint.test_shapes(<class 'scipy.interpolate.polyint.KroghInterpolator'>, (0,), (3, 2, 5), None, -3) ... ok
test_polyint.test_shapes(<class 'scipy.interpolate.polyint.KroghInterpolator'>, (0,), (3, 2, 5), None, -2) ... ok
test_polyint.test_shapes(<class 'scipy.interpolate.polyint.KroghInterpolator'>, (0,), (3, 2, 5), None, -1) ... ok
test_polyint.test_shapes(<class 'scipy.interpolate.polyint.KroghInterpolator'>, (0,), (3, 2, 5), None, 0) ... ok
test_polyint.test_shapes(<class 'scipy.interpolate.polyint.KroghInterpolator'>, (0,), (3, 2, 5), None, 1) ... ok
test_polyint.test_shapes(<class 'scipy.interpolate.polyint.KroghInterpolator'>, (0,), (3, 2, 5), None, 2) ... ok
test_polyint.test_shapes(<class 'scipy.interpolate.polyint.KroghInterpolator'>, (1,), (0,), None, -1) ... ok
test_polyint.test_shapes(<class 'scipy.interpolate.polyint.KroghInterpolator'>, (1,), (0,), None, 0) ... ok
test_polyint.test_shapes(<class 'scipy.interpolate.polyint.KroghInterpolator'>, (1,), (1,), None, -1) ... ok
test_polyint.test_shapes(<class 'scipy.interpolate.polyint.KroghInterpolator'>, (1,), (1,), None, 0) ... ok
test_polyint.test_shapes(<class 'scipy.interpolate.polyint.KroghInterpolator'>, (1,), (3, 2, 5), None, -3) ... ok
test_polyint.test_shapes(<class 'scipy.interpolate.polyint.KroghInterpolator'>, (1,), (3, 2, 5), None, -2) ... ok
test_polyint.test_shapes(<class 'scipy.interpolate.polyint.KroghInterpolator'>, (1,), (3, 2, 5), None, -1) ... ok
test_polyint.test_shapes(<class 'scipy.interpolate.polyint.KroghInterpolator'>, (1,), (3, 2, 5), None, 0) ... ok
test_polyint.test_shapes(<class 'scipy.interpolate.polyint.KroghInterpolator'>, (1,), (3, 2, 5), None, 1) ... ok
test_polyint.test_shapes(<class 'scipy.interpolate.polyint.KroghInterpolator'>, (1,), (3, 2, 5), None, 2) ... ok
test_polyint.test_shapes(<class 'scipy.interpolate.polyint.KroghInterpolator'>, (3, 2, 5), (0,), None, -1) ... ok
test_polyint.test_shapes(<class 'scipy.interpolate.polyint.KroghInterpolator'>, (3, 2, 5), (0,), None, 0) ... ok
test_polyint.test_shapes(<class 'scipy.interpolate.polyint.KroghInterpolator'>, (3, 2, 5), (1,), None, -1) ... ok
test_polyint.test_shapes(<class 'scipy.interpolate.polyint.KroghInterpolator'>, (3, 2, 5), (1,), None, 0) ... ok
test_polyint.test_shapes(<class 'scipy.interpolate.polyint.KroghInterpolator'>, (3, 2, 5), (3, 2, 5), None, -3) ... ok
test_polyint.test_shapes(<class 'scipy.interpolate.polyint.KroghInterpolator'>, (3, 2, 5), (3, 2, 5), None, -2) ... ok
test_polyint.test_shapes(<class 'scipy.interpolate.polyint.KroghInterpolator'>, (3, 2, 5), (3, 2, 5), None, -1) ... ok
test_polyint.test_shapes(<class 'scipy.interpolate.polyint.KroghInterpolator'>, (3, 2, 5), (3, 2, 5), None, 0) ... ok
test_polyint.test_shapes(<class 'scipy.interpolate.polyint.KroghInterpolator'>, (3, 2, 5), (3, 2, 5), None, 1) ... ok
test_polyint.test_shapes(<class 'scipy.interpolate.polyint.KroghInterpolator'>, (3, 2, 5), (3, 2, 5), None, 2) ... ok
test_polyint.test_shapes(<class 'scipy.interpolate.polyint.BarycentricInterpolator'>, (), (0,), None, -1) ... ok
test_polyint.test_shapes(<class 'scipy.interpolate.polyint.BarycentricInterpolator'>, (), (0,), None, 0) ... ok
test_polyint.test_shapes(<class 'scipy.interpolate.polyint.BarycentricInterpolator'>, (), (1,), None, -1) ... ok
test_polyint.test_shapes(<class 'scipy.interpolate.polyint.BarycentricInterpolator'>, (), (1,), None, 0) ... ok
test_polyint.test_shapes(<class 'scipy.interpolate.polyint.BarycentricInterpolator'>, (), (3, 2, 5), None, -3) ... ok
test_polyint.test_shapes(<class 'scipy.interpolate.polyint.BarycentricInterpolator'>, (), (3, 2, 5), None, -2) ... ok
test_polyint.test_shapes(<class 'scipy.interpolate.polyint.BarycentricInterpolator'>, (), (3, 2, 5), None, -1) ... ok
test_polyint.test_shapes(<class 'scipy.interpolate.polyint.BarycentricInterpolator'>, (), (3, 2, 5), None, 0) ... ok
test_polyint.test_shapes(<class 'scipy.interpolate.polyint.BarycentricInterpolator'>, (), (3, 2, 5), None, 1) ... ok
test_polyint.test_shapes(<class 'scipy.interpolate.polyint.BarycentricInterpolator'>, (), (3, 2, 5), None, 2) ... ok
test_polyint.test_shapes(<class 'scipy.interpolate.polyint.BarycentricInterpolator'>, (0,), (0,), None, -1) ... ok
test_polyint.test_shapes(<class 'scipy.interpolate.polyint.BarycentricInterpolator'>, (0,), (0,), None, 0) ... ok
test_polyint.test_shapes(<class 'scipy.interpolate.polyint.BarycentricInterpolator'>, (0,), (1,), None, -1) ... ok
test_polyint.test_shapes(<class 'scipy.interpolate.polyint.BarycentricInterpolator'>, (0,), (1,), None, 0) ... ok
test_polyint.test_shapes(<class 'scipy.interpolate.polyint.BarycentricInterpolator'>, (0,), (3, 2, 5), None, -3) ... ok
test_polyint.test_shapes(<class 'scipy.interpolate.polyint.BarycentricInterpolator'>, (0,), (3, 2, 5), None, -2) ... ok
test_polyint.test_shapes(<class 'scipy.interpolate.polyint.BarycentricInterpolator'>, (0,), (3, 2, 5), None, -1) ... ok
test_polyint.test_shapes(<class 'scipy.interpolate.polyint.BarycentricInterpolator'>, (0,), (3, 2, 5), None, 0) ... ok
test_polyint.test_shapes(<class 'scipy.interpolate.polyint.BarycentricInterpolator'>, (0,), (3, 2, 5), None, 1) ... ok
test_polyint.test_shapes(<class 'scipy.interpolate.polyint.BarycentricInterpolator'>, (0,), (3, 2, 5), None, 2) ... ok
test_polyint.test_shapes(<class 'scipy.interpolate.polyint.BarycentricInterpolator'>, (1,), (0,), None, -1) ... ok
test_polyint.test_shapes(<class 'scipy.interpolate.polyint.BarycentricInterpolator'>, (1,), (0,), None, 0) ... ok
test_polyint.test_shapes(<class 'scipy.interpolate.polyint.BarycentricInterpolator'>, (1,), (1,), None, -1) ... ok
test_polyint.test_shapes(<class 'scipy.interpolate.polyint.BarycentricInterpolator'>, (1,), (1,), None, 0) ... ok
test_polyint.test_shapes(<class 'scipy.interpolate.polyint.BarycentricInterpolator'>, (1,), (3, 2, 5), None, -3) ... ok
test_polyint.test_shapes(<class 'scipy.interpolate.polyint.BarycentricInterpolator'>, (1,), (3, 2, 5), None, -2) ... ok
test_polyint.test_shapes(<class 'scipy.interpolate.polyint.BarycentricInterpolator'>, (1,), (3, 2, 5), None, -1) ... ok
test_polyint.test_shapes(<class 'scipy.interpolate.polyint.BarycentricInterpolator'>, (1,), (3, 2, 5), None, 0) ... ok
test_polyint.test_shapes(<class 'scipy.interpolate.polyint.BarycentricInterpolator'>, (1,), (3, 2, 5), None, 1) ... ok
test_polyint.test_shapes(<class 'scipy.interpolate.polyint.BarycentricInterpolator'>, (1,), (3, 2, 5), None, 2) ... ok
test_polyint.test_shapes(<class 'scipy.interpolate.polyint.BarycentricInterpolator'>, (3, 2, 5), (0,), None, -1) ... ok
test_polyint.test_shapes(<class 'scipy.interpolate.polyint.BarycentricInterpolator'>, (3, 2, 5), (0,), None, 0) ... ok
test_polyint.test_shapes(<class 'scipy.interpolate.polyint.BarycentricInterpolator'>, (3, 2, 5), (1,), None, -1) ... ok
test_polyint.test_shapes(<class 'scipy.interpolate.polyint.BarycentricInterpolator'>, (3, 2, 5), (1,), None, 0) ... ok
test_polyint.test_shapes(<class 'scipy.interpolate.polyint.BarycentricInterpolator'>, (3, 2, 5), (3, 2, 5), None, -3) ... ok
test_polyint.test_shapes(<class 'scipy.interpolate.polyint.BarycentricInterpolator'>, (3, 2, 5), (3, 2, 5), None, -2) ... ok
test_polyint.test_shapes(<class 'scipy.interpolate.polyint.BarycentricInterpolator'>, (3, 2, 5), (3, 2, 5), None, -1) ... ok
test_polyint.test_shapes(<class 'scipy.interpolate.polyint.BarycentricInterpolator'>, (3, 2, 5), (3, 2, 5), None, 0) ... ok
test_polyint.test_shapes(<class 'scipy.interpolate.polyint.BarycentricInterpolator'>, (3, 2, 5), (3, 2, 5), None, 1) ... ok
test_polyint.test_shapes(<class 'scipy.interpolate.polyint.BarycentricInterpolator'>, (3, 2, 5), (3, 2, 5), None, 2) ... ok
test_polyint.test_shapes(<class 'scipy.interpolate._monotone.PchipInterpolator'>, (), (0,), None, -1) ... ok
test_polyint.test_shapes(<class 'scipy.interpolate._monotone.PchipInterpolator'>, (), (0,), None, 0) ... ok
test_polyint.test_shapes(<class 'scipy.interpolate._monotone.PchipInterpolator'>, (), (1,), None, -1) ... ok
test_polyint.test_shapes(<class 'scipy.interpolate._monotone.PchipInterpolator'>, (), (1,), None, 0) ... ok
test_polyint.test_shapes(<class 'scipy.interpolate._monotone.PchipInterpolator'>, (), (3, 2, 5), None, -3) ... ok
test_polyint.test_shapes(<class 'scipy.interpolate._monotone.PchipInterpolator'>, (), (3, 2, 5), None, -2) ... ok
test_polyint.test_shapes(<class 'scipy.interpolate._monotone.PchipInterpolator'>, (), (3, 2, 5), None, -1) ... ok
test_polyint.test_shapes(<class 'scipy.interpolate._monotone.PchipInterpolator'>, (), (3, 2, 5), None, 0) ... ok
test_polyint.test_shapes(<class 'scipy.interpolate._monotone.PchipInterpolator'>, (), (3, 2, 5), None, 1) ... ok
test_polyint.test_shapes(<class 'scipy.interpolate._monotone.PchipInterpolator'>, (), (3, 2, 5), None, 2) ... ok
test_polyint.test_shapes(<class 'scipy.interpolate._monotone.PchipInterpolator'>, (0,), (0,), None, -1) ... ok
test_polyint.test_shapes(<class 'scipy.interpolate._monotone.PchipInterpolator'>, (0,), (0,), None, 0) ... ok
test_polyint.test_shapes(<class 'scipy.interpolate._monotone.PchipInterpolator'>, (0,), (1,), None, -1) ... ok
test_polyint.test_shapes(<class 'scipy.interpolate._monotone.PchipInterpolator'>, (0,), (1,), None, 0) ... ok
test_polyint.test_shapes(<class 'scipy.interpolate._monotone.PchipInterpolator'>, (0,), (3, 2, 5), None, -3) ... ok
test_polyint.test_shapes(<class 'scipy.interpolate._monotone.PchipInterpolator'>, (0,), (3, 2, 5), None, -2) ... ok
test_polyint.test_shapes(<class 'scipy.interpolate._monotone.PchipInterpolator'>, (0,), (3, 2, 5), None, -1) ... ok
test_polyint.test_shapes(<class 'scipy.interpolate._monotone.PchipInterpolator'>, (0,), (3, 2, 5), None, 0) ... ok
test_polyint.test_shapes(<class 'scipy.interpolate._monotone.PchipInterpolator'>, (0,), (3, 2, 5), None, 1) ... ok
test_polyint.test_shapes(<class 'scipy.interpolate._monotone.PchipInterpolator'>, (0,), (3, 2, 5), None, 2) ... ok
test_polyint.test_shapes(<class 'scipy.interpolate._monotone.PchipInterpolator'>, (1,), (0,), None, -1) ... ok
test_polyint.test_shapes(<class 'scipy.interpolate._monotone.PchipInterpolator'>, (1,), (0,), None, 0) ... ok
test_polyint.test_shapes(<class 'scipy.interpolate._monotone.PchipInterpolator'>, (1,), (1,), None, -1) ... ok
test_polyint.test_shapes(<class 'scipy.interpolate._monotone.PchipInterpolator'>, (1,), (1,), None, 0) ... ok
test_polyint.test_shapes(<class 'scipy.interpolate._monotone.PchipInterpolator'>, (1,), (3, 2, 5), None, -3) ... ok
test_polyint.test_shapes(<class 'scipy.interpolate._monotone.PchipInterpolator'>, (1,), (3, 2, 5), None, -2) ... ok
test_polyint.test_shapes(<class 'scipy.interpolate._monotone.PchipInterpolator'>, (1,), (3, 2, 5), None, -1) ... ok
test_polyint.test_shapes(<class 'scipy.interpolate._monotone.PchipInterpolator'>, (1,), (3, 2, 5), None, 0) ... ok
test_polyint.test_shapes(<class 'scipy.interpolate._monotone.PchipInterpolator'>, (1,), (3, 2, 5), None, 1) ... ok
test_polyint.test_shapes(<class 'scipy.interpolate._monotone.PchipInterpolator'>, (1,), (3, 2, 5), None, 2) ... ok
test_polyint.test_shapes(<class 'scipy.interpolate._monotone.PchipInterpolator'>, (3, 2, 5), (0,), None, -1) ... ok
test_polyint.test_shapes(<class 'scipy.interpolate._monotone.PchipInterpolator'>, (3, 2, 5), (0,), None, 0) ... ok
test_polyint.test_shapes(<class 'scipy.interpolate._monotone.PchipInterpolator'>, (3, 2, 5), (1,), None, -1) ... ok
test_polyint.test_shapes(<class 'scipy.interpolate._monotone.PchipInterpolator'>, (3, 2, 5), (1,), None, 0) ... ok
test_polyint.test_shapes(<class 'scipy.interpolate._monotone.PchipInterpolator'>, (3, 2, 5), (3, 2, 5), None, -3) ... ok
test_polyint.test_shapes(<class 'scipy.interpolate._monotone.PchipInterpolator'>, (3, 2, 5), (3, 2, 5), None, -2) ... ok
test_polyint.test_shapes(<class 'scipy.interpolate._monotone.PchipInterpolator'>, (3, 2, 5), (3, 2, 5), None, -1) ... ok
test_polyint.test_shapes(<class 'scipy.interpolate._monotone.PchipInterpolator'>, (3, 2, 5), (3, 2, 5), None, 0) ... ok
test_polyint.test_shapes(<class 'scipy.interpolate._monotone.PchipInterpolator'>, (3, 2, 5), (3, 2, 5), None, 1) ... ok
test_polyint.test_shapes(<class 'scipy.interpolate._monotone.PchipInterpolator'>, (3, 2, 5), (3, 2, 5), None, 2) ... ok
test_polyint.test_derivs_shapes(<function test_derivs_shapes.<locals>.krogh_derivs at 0x1082a32f0>, (), (0,), (3,), -1) ... ok
test_polyint.test_derivs_shapes(<function test_derivs_shapes.<locals>.krogh_derivs at 0x1082a32f0>, (), (0,), (3,), 0) ... ok
test_polyint.test_derivs_shapes(<function test_derivs_shapes.<locals>.krogh_derivs at 0x1082a32f0>, (), (1,), (3,), -1) ... ok
test_polyint.test_derivs_shapes(<function test_derivs_shapes.<locals>.krogh_derivs at 0x1082a32f0>, (), (1,), (3,), 0) ... ok
test_polyint.test_derivs_shapes(<function test_derivs_shapes.<locals>.krogh_derivs at 0x1082a32f0>, (), (3, 2, 5), (3,), -3) ... ok
test_polyint.test_derivs_shapes(<function test_derivs_shapes.<locals>.krogh_derivs at 0x1082a32f0>, (), (3, 2, 5), (3,), -2) ... ok
test_polyint.test_derivs_shapes(<function test_derivs_shapes.<locals>.krogh_derivs at 0x1082a32f0>, (), (3, 2, 5), (3,), -1) ... ok
test_polyint.test_derivs_shapes(<function test_derivs_shapes.<locals>.krogh_derivs at 0x1082a32f0>, (), (3, 2, 5), (3,), 0) ... ok
test_polyint.test_derivs_shapes(<function test_derivs_shapes.<locals>.krogh_derivs at 0x1082a32f0>, (), (3, 2, 5), (3,), 1) ... ok
test_polyint.test_derivs_shapes(<function test_derivs_shapes.<locals>.krogh_derivs at 0x1082a32f0>, (), (3, 2, 5), (3,), 2) ... ok
test_polyint.test_derivs_shapes(<function test_derivs_shapes.<locals>.krogh_derivs at 0x1082a32f0>, (0,), (0,), (3,), -1) ... ok
test_polyint.test_derivs_shapes(<function test_derivs_shapes.<locals>.krogh_derivs at 0x1082a32f0>, (0,), (0,), (3,), 0) ... ok
test_polyint.test_derivs_shapes(<function test_derivs_shapes.<locals>.krogh_derivs at 0x1082a32f0>, (0,), (1,), (3,), -1) ... ok
test_polyint.test_derivs_shapes(<function test_derivs_shapes.<locals>.krogh_derivs at 0x1082a32f0>, (0,), (1,), (3,), 0) ... ok
test_polyint.test_derivs_shapes(<function test_derivs_shapes.<locals>.krogh_derivs at 0x1082a32f0>, (0,), (3, 2, 5), (3,), -3) ... ok
test_polyint.test_derivs_shapes(<function test_derivs_shapes.<locals>.krogh_derivs at 0x1082a32f0>, (0,), (3, 2, 5), (3,), -2) ... ok
test_polyint.test_derivs_shapes(<function test_derivs_shapes.<locals>.krogh_derivs at 0x1082a32f0>, (0,), (3, 2, 5), (3,), -1) ... ok
test_polyint.test_derivs_shapes(<function test_derivs_shapes.<locals>.krogh_derivs at 0x1082a32f0>, (0,), (3, 2, 5), (3,), 0) ... ok
test_polyint.test_derivs_shapes(<function test_derivs_shapes.<locals>.krogh_derivs at 0x1082a32f0>, (0,), (3, 2, 5), (3,), 1) ... ok
test_polyint.test_derivs_shapes(<function test_derivs_shapes.<locals>.krogh_derivs at 0x1082a32f0>, (0,), (3, 2, 5), (3,), 2) ... ok
test_polyint.test_derivs_shapes(<function test_derivs_shapes.<locals>.krogh_derivs at 0x1082a32f0>, (1,), (0,), (3,), -1) ... ok
test_polyint.test_derivs_shapes(<function test_derivs_shapes.<locals>.krogh_derivs at 0x1082a32f0>, (1,), (0,), (3,), 0) ... ok
test_polyint.test_derivs_shapes(<function test_derivs_shapes.<locals>.krogh_derivs at 0x1082a32f0>, (1,), (1,), (3,), -1) ... ok
test_polyint.test_derivs_shapes(<function test_derivs_shapes.<locals>.krogh_derivs at 0x1082a32f0>, (1,), (1,), (3,), 0) ... ok
test_polyint.test_derivs_shapes(<function test_derivs_shapes.<locals>.krogh_derivs at 0x1082a32f0>, (1,), (3, 2, 5), (3,), -3) ... ok
test_polyint.test_derivs_shapes(<function test_derivs_shapes.<locals>.krogh_derivs at 0x1082a32f0>, (1,), (3, 2, 5), (3,), -2) ... ok
test_polyint.test_derivs_shapes(<function test_derivs_shapes.<locals>.krogh_derivs at 0x1082a32f0>, (1,), (3, 2, 5), (3,), -1) ... ok
test_polyint.test_derivs_shapes(<function test_derivs_shapes.<locals>.krogh_derivs at 0x1082a32f0>, (1,), (3, 2, 5), (3,), 0) ... ok
test_polyint.test_derivs_shapes(<function test_derivs_shapes.<locals>.krogh_derivs at 0x1082a32f0>, (1,), (3, 2, 5), (3,), 1) ... ok
test_polyint.test_derivs_shapes(<function test_derivs_shapes.<locals>.krogh_derivs at 0x1082a32f0>, (1,), (3, 2, 5), (3,), 2) ... ok
test_polyint.test_derivs_shapes(<function test_derivs_shapes.<locals>.krogh_derivs at 0x1082a32f0>, (3, 2, 5), (0,), (3,), -1) ... ok
test_polyint.test_derivs_shapes(<function test_derivs_shapes.<locals>.krogh_derivs at 0x1082a32f0>, (3, 2, 5), (0,), (3,), 0) ... ok
test_polyint.test_derivs_shapes(<function test_derivs_shapes.<locals>.krogh_derivs at 0x1082a32f0>, (3, 2, 5), (1,), (3,), -1) ... ok
test_polyint.test_derivs_shapes(<function test_derivs_shapes.<locals>.krogh_derivs at 0x1082a32f0>, (3, 2, 5), (1,), (3,), 0) ... ok
test_polyint.test_derivs_shapes(<function test_derivs_shapes.<locals>.krogh_derivs at 0x1082a32f0>, (3, 2, 5), (3, 2, 5), (3,), -3) ... ok
test_polyint.test_derivs_shapes(<function test_derivs_shapes.<locals>.krogh_derivs at 0x1082a32f0>, (3, 2, 5), (3, 2, 5), (3,), -2) ... ok
test_polyint.test_derivs_shapes(<function test_derivs_shapes.<locals>.krogh_derivs at 0x1082a32f0>, (3, 2, 5), (3, 2, 5), (3,), -1) ... ok
test_polyint.test_derivs_shapes(<function test_derivs_shapes.<locals>.krogh_derivs at 0x1082a32f0>, (3, 2, 5), (3, 2, 5), (3,), 0) ... ok
test_polyint.test_derivs_shapes(<function test_derivs_shapes.<locals>.krogh_derivs at 0x1082a32f0>, (3, 2, 5), (3, 2, 5), (3,), 1) ... ok
test_polyint.test_derivs_shapes(<function test_derivs_shapes.<locals>.krogh_derivs at 0x1082a32f0>, (3, 2, 5), (3, 2, 5), (3,), 2) ... ok
test_polyint.test_deriv_shapes(<function test_deriv_shapes.<locals>.krogh_deriv at 0x1082a3158>, (), (0,), (), -1) ... ok
test_polyint.test_deriv_shapes(<function test_deriv_shapes.<locals>.krogh_deriv at 0x1082a3158>, (), (0,), (), 0) ... ok
test_polyint.test_deriv_shapes(<function test_deriv_shapes.<locals>.krogh_deriv at 0x1082a3158>, (), (1,), (), -1) ... ok
test_polyint.test_deriv_shapes(<function test_deriv_shapes.<locals>.krogh_deriv at 0x1082a3158>, (), (1,), (), 0) ... ok
test_polyint.test_deriv_shapes(<function test_deriv_shapes.<locals>.krogh_deriv at 0x1082a3158>, (), (3, 2, 5), (), -3) ... ok
test_polyint.test_deriv_shapes(<function test_deriv_shapes.<locals>.krogh_deriv at 0x1082a3158>, (), (3, 2, 5), (), -2) ... ok
test_polyint.test_deriv_shapes(<function test_deriv_shapes.<locals>.krogh_deriv at 0x1082a3158>, (), (3, 2, 5), (), -1) ... ok
test_polyint.test_deriv_shapes(<function test_deriv_shapes.<locals>.krogh_deriv at 0x1082a3158>, (), (3, 2, 5), (), 0) ... ok
test_polyint.test_deriv_shapes(<function test_deriv_shapes.<locals>.krogh_deriv at 0x1082a3158>, (), (3, 2, 5), (), 1) ... ok
test_polyint.test_deriv_shapes(<function test_deriv_shapes.<locals>.krogh_deriv at 0x1082a3158>, (), (3, 2, 5), (), 2) ... ok
test_polyint.test_deriv_shapes(<function test_deriv_shapes.<locals>.krogh_deriv at 0x1082a3158>, (0,), (0,), (), -1) ... ok
test_polyint.test_deriv_shapes(<function test_deriv_shapes.<locals>.krogh_deriv at 0x1082a3158>, (0,), (0,), (), 0) ... ok
test_polyint.test_deriv_shapes(<function test_deriv_shapes.<locals>.krogh_deriv at 0x1082a3158>, (0,), (1,), (), -1) ... ok
test_polyint.test_deriv_shapes(<function test_deriv_shapes.<locals>.krogh_deriv at 0x1082a3158>, (0,), (1,), (), 0) ... ok
test_polyint.test_deriv_shapes(<function test_deriv_shapes.<locals>.krogh_deriv at 0x1082a3158>, (0,), (3, 2, 5), (), -3) ... ok
test_polyint.test_deriv_shapes(<function test_deriv_shapes.<locals>.krogh_deriv at 0x1082a3158>, (0,), (3, 2, 5), (), -2) ... ok
test_polyint.test_deriv_shapes(<function test_deriv_shapes.<locals>.krogh_deriv at 0x1082a3158>, (0,), (3, 2, 5), (), -1) ... ok
test_polyint.test_deriv_shapes(<function test_deriv_shapes.<locals>.krogh_deriv at 0x1082a3158>, (0,), (3, 2, 5), (), 0) ... ok
test_polyint.test_deriv_shapes(<function test_deriv_shapes.<locals>.krogh_deriv at 0x1082a3158>, (0,), (3, 2, 5), (), 1) ... ok
test_polyint.test_deriv_shapes(<function test_deriv_shapes.<locals>.krogh_deriv at 0x1082a3158>, (0,), (3, 2, 5), (), 2) ... ok
test_polyint.test_deriv_shapes(<function test_deriv_shapes.<locals>.krogh_deriv at 0x1082a3158>, (1,), (0,), (), -1) ... ok
test_polyint.test_deriv_shapes(<function test_deriv_shapes.<locals>.krogh_deriv at 0x1082a3158>, (1,), (0,), (), 0) ... ok
test_polyint.test_deriv_shapes(<function test_deriv_shapes.<locals>.krogh_deriv at 0x1082a3158>, (1,), (1,), (), -1) ... ok
test_polyint.test_deriv_shapes(<function test_deriv_shapes.<locals>.krogh_deriv at 0x1082a3158>, (1,), (1,), (), 0) ... ok
test_polyint.test_deriv_shapes(<function test_deriv_shapes.<locals>.krogh_deriv at 0x1082a3158>, (1,), (3, 2, 5), (), -3) ... ok
test_polyint.test_deriv_shapes(<function test_deriv_shapes.<locals>.krogh_deriv at 0x1082a3158>, (1,), (3, 2, 5), (), -2) ... ok
test_polyint.test_deriv_shapes(<function test_deriv_shapes.<locals>.krogh_deriv at 0x1082a3158>, (1,), (3, 2, 5), (), -1) ... ok
test_polyint.test_deriv_shapes(<function test_deriv_shapes.<locals>.krogh_deriv at 0x1082a3158>, (1,), (3, 2, 5), (), 0) ... ok
test_polyint.test_deriv_shapes(<function test_deriv_shapes.<locals>.krogh_deriv at 0x1082a3158>, (1,), (3, 2, 5), (), 1) ... ok
test_polyint.test_deriv_shapes(<function test_deriv_shapes.<locals>.krogh_deriv at 0x1082a3158>, (1,), (3, 2, 5), (), 2) ... ok
test_polyint.test_deriv_shapes(<function test_deriv_shapes.<locals>.krogh_deriv at 0x1082a3158>, (3, 2, 5), (0,), (), -1) ... ok
test_polyint.test_deriv_shapes(<function test_deriv_shapes.<locals>.krogh_deriv at 0x1082a3158>, (3, 2, 5), (0,), (), 0) ... ok
test_polyint.test_deriv_shapes(<function test_deriv_shapes.<locals>.krogh_deriv at 0x1082a3158>, (3, 2, 5), (1,), (), -1) ... ok
test_polyint.test_deriv_shapes(<function test_deriv_shapes.<locals>.krogh_deriv at 0x1082a3158>, (3, 2, 5), (1,), (), 0) ... ok
test_polyint.test_deriv_shapes(<function test_deriv_shapes.<locals>.krogh_deriv at 0x1082a3158>, (3, 2, 5), (3, 2, 5), (), -3) ... ok
test_polyint.test_deriv_shapes(<function test_deriv_shapes.<locals>.krogh_deriv at 0x1082a3158>, (3, 2, 5), (3, 2, 5), (), -2) ... ok
test_polyint.test_deriv_shapes(<function test_deriv_shapes.<locals>.krogh_deriv at 0x1082a3158>, (3, 2, 5), (3, 2, 5), (), -1) ... ok
test_polyint.test_deriv_shapes(<function test_deriv_shapes.<locals>.krogh_deriv at 0x1082a3158>, (3, 2, 5), (3, 2, 5), (), 0) ... ok
test_polyint.test_deriv_shapes(<function test_deriv_shapes.<locals>.krogh_deriv at 0x1082a3158>, (3, 2, 5), (3, 2, 5), (), 1) ... ok
test_polyint.test_deriv_shapes(<function test_deriv_shapes.<locals>.krogh_deriv at 0x1082a3158>, (3, 2, 5), (3, 2, 5), (), 2) ... ok
test_polyint.test_deriv_shapes(<function test_deriv_shapes.<locals>.pchip_deriv at 0x1082a31e0>, (), (0,), (), -1) ... ok
test_polyint.test_deriv_shapes(<function test_deriv_shapes.<locals>.pchip_deriv at 0x1082a31e0>, (), (0,), (), 0) ... ok
test_polyint.test_deriv_shapes(<function test_deriv_shapes.<locals>.pchip_deriv at 0x1082a31e0>, (), (1,), (), -1) ... ok
test_polyint.test_deriv_shapes(<function test_deriv_shapes.<locals>.pchip_deriv at 0x1082a31e0>, (), (1,), (), 0) ... ok
test_polyint.test_deriv_shapes(<function test_deriv_shapes.<locals>.pchip_deriv at 0x1082a31e0>, (), (3, 2, 5), (), -3) ... ok
test_polyint.test_deriv_shapes(<function test_deriv_shapes.<locals>.pchip_deriv at 0x1082a31e0>, (), (3, 2, 5), (), -2) ... ok
test_polyint.test_deriv_shapes(<function test_deriv_shapes.<locals>.pchip_deriv at 0x1082a31e0>, (), (3, 2, 5), (), -1) ... ok
test_polyint.test_deriv_shapes(<function test_deriv_shapes.<locals>.pchip_deriv at 0x1082a31e0>, (), (3, 2, 5), (), 0) ... ok
test_polyint.test_deriv_shapes(<function test_deriv_shapes.<locals>.pchip_deriv at 0x1082a31e0>, (), (3, 2, 5), (), 1) ... ok
test_polyint.test_deriv_shapes(<function test_deriv_shapes.<locals>.pchip_deriv at 0x1082a31e0>, (), (3, 2, 5), (), 2) ... ok
test_polyint.test_deriv_shapes(<function test_deriv_shapes.<locals>.pchip_deriv at 0x1082a31e0>, (0,), (0,), (), -1) ... ok
test_polyint.test_deriv_shapes(<function test_deriv_shapes.<locals>.pchip_deriv at 0x1082a31e0>, (0,), (0,), (), 0) ... ok
test_polyint.test_deriv_shapes(<function test_deriv_shapes.<locals>.pchip_deriv at 0x1082a31e0>, (0,), (1,), (), -1) ... ok
test_polyint.test_deriv_shapes(<function test_deriv_shapes.<locals>.pchip_deriv at 0x1082a31e0>, (0,), (1,), (), 0) ... ok
test_polyint.test_deriv_shapes(<function test_deriv_shapes.<locals>.pchip_deriv at 0x1082a31e0>, (0,), (3, 2, 5), (), -3) ... ok
test_polyint.test_deriv_shapes(<function test_deriv_shapes.<locals>.pchip_deriv at 0x1082a31e0>, (0,), (3, 2, 5), (), -2) ... ok
test_polyint.test_deriv_shapes(<function test_deriv_shapes.<locals>.pchip_deriv at 0x1082a31e0>, (0,), (3, 2, 5), (), -1) ... ok
test_polyint.test_deriv_shapes(<function test_deriv_shapes.<locals>.pchip_deriv at 0x1082a31e0>, (0,), (3, 2, 5), (), 0) ... ok
test_polyint.test_deriv_shapes(<function test_deriv_shapes.<locals>.pchip_deriv at 0x1082a31e0>, (0,), (3, 2, 5), (), 1) ... ok
test_polyint.test_deriv_shapes(<function test_deriv_shapes.<locals>.pchip_deriv at 0x1082a31e0>, (0,), (3, 2, 5), (), 2) ... ok
test_polyint.test_deriv_shapes(<function test_deriv_shapes.<locals>.pchip_deriv at 0x1082a31e0>, (1,), (0,), (), -1) ... ok
test_polyint.test_deriv_shapes(<function test_deriv_shapes.<locals>.pchip_deriv at 0x1082a31e0>, (1,), (0,), (), 0) ... ok
test_polyint.test_deriv_shapes(<function test_deriv_shapes.<locals>.pchip_deriv at 0x1082a31e0>, (1,), (1,), (), -1) ... ok
test_polyint.test_deriv_shapes(<function test_deriv_shapes.<locals>.pchip_deriv at 0x1082a31e0>, (1,), (1,), (), 0) ... ok
test_polyint.test_deriv_shapes(<function test_deriv_shapes.<locals>.pchip_deriv at 0x1082a31e0>, (1,), (3, 2, 5), (), -3) ... ok
test_polyint.test_deriv_shapes(<function test_deriv_shapes.<locals>.pchip_deriv at 0x1082a31e0>, (1,), (3, 2, 5), (), -2) ... ok
test_polyint.test_deriv_shapes(<function test_deriv_shapes.<locals>.pchip_deriv at 0x1082a31e0>, (1,), (3, 2, 5), (), -1) ... ok
test_polyint.test_deriv_shapes(<function test_deriv_shapes.<locals>.pchip_deriv at 0x1082a31e0>, (1,), (3, 2, 5), (), 0) ... ok
test_polyint.test_deriv_shapes(<function test_deriv_shapes.<locals>.pchip_deriv at 0x1082a31e0>, (1,), (3, 2, 5), (), 1) ... ok
test_polyint.test_deriv_shapes(<function test_deriv_shapes.<locals>.pchip_deriv at 0x1082a31e0>, (1,), (3, 2, 5), (), 2) ... ok
test_polyint.test_deriv_shapes(<function test_deriv_shapes.<locals>.pchip_deriv at 0x1082a31e0>, (3, 2, 5), (0,), (), -1) ... ok
test_polyint.test_deriv_shapes(<function test_deriv_shapes.<locals>.pchip_deriv at 0x1082a31e0>, (3, 2, 5), (0,), (), 0) ... ok
test_polyint.test_deriv_shapes(<function test_deriv_shapes.<locals>.pchip_deriv at 0x1082a31e0>, (3, 2, 5), (1,), (), -1) ... ok
test_polyint.test_deriv_shapes(<function test_deriv_shapes.<locals>.pchip_deriv at 0x1082a31e0>, (3, 2, 5), (1,), (), 0) ... ok
test_polyint.test_deriv_shapes(<function test_deriv_shapes.<locals>.pchip_deriv at 0x1082a31e0>, (3, 2, 5), (3, 2, 5), (), -3) ... ok
test_polyint.test_deriv_shapes(<function test_deriv_shapes.<locals>.pchip_deriv at 0x1082a31e0>, (3, 2, 5), (3, 2, 5), (), -2) ... ok
test_polyint.test_deriv_shapes(<function test_deriv_shapes.<locals>.pchip_deriv at 0x1082a31e0>, (3, 2, 5), (3, 2, 5), (), -1) ... ok
test_polyint.test_deriv_shapes(<function test_deriv_shapes.<locals>.pchip_deriv at 0x1082a31e0>, (3, 2, 5), (3, 2, 5), (), 0) ... ok
test_polyint.test_deriv_shapes(<function test_deriv_shapes.<locals>.pchip_deriv at 0x1082a31e0>, (3, 2, 5), (3, 2, 5), (), 1) ... ok
test_polyint.test_deriv_shapes(<function test_deriv_shapes.<locals>.pchip_deriv at 0x1082a31e0>, (3, 2, 5), (3, 2, 5), (), 2) ... ok
test_polyint.test_deriv_shapes(<function test_deriv_shapes.<locals>.pchip_deriv2 at 0x1082a3268>, (), (0,), (), -1) ... ok
test_polyint.test_deriv_shapes(<function test_deriv_shapes.<locals>.pchip_deriv2 at 0x1082a3268>, (), (0,), (), 0) ... ok
test_polyint.test_deriv_shapes(<function test_deriv_shapes.<locals>.pchip_deriv2 at 0x1082a3268>, (), (1,), (), -1) ... ok
test_polyint.test_deriv_shapes(<function test_deriv_shapes.<locals>.pchip_deriv2 at 0x1082a3268>, (), (1,), (), 0) ... ok
test_polyint.test_deriv_shapes(<function test_deriv_shapes.<locals>.pchip_deriv2 at 0x1082a3268>, (), (3, 2, 5), (), -3) ... ok
test_polyint.test_deriv_shapes(<function test_deriv_shapes.<locals>.pchip_deriv2 at 0x1082a3268>, (), (3, 2, 5), (), -2) ... ok
test_polyint.test_deriv_shapes(<function test_deriv_shapes.<locals>.pchip_deriv2 at 0x1082a3268>, (), (3, 2, 5), (), -1) ... ok
test_polyint.test_deriv_shapes(<function test_deriv_shapes.<locals>.pchip_deriv2 at 0x1082a3268>, (), (3, 2, 5), (), 0) ... ok
test_polyint.test_deriv_shapes(<function test_deriv_shapes.<locals>.pchip_deriv2 at 0x1082a3268>, (), (3, 2, 5), (), 1) ... ok
test_polyint.test_deriv_shapes(<function test_deriv_shapes.<locals>.pchip_deriv2 at 0x1082a3268>, (), (3, 2, 5), (), 2) ... ok
test_polyint.test_deriv_shapes(<function test_deriv_shapes.<locals>.pchip_deriv2 at 0x1082a3268>, (0,), (0,), (), -1) ... ok
test_polyint.test_deriv_shapes(<function test_deriv_shapes.<locals>.pchip_deriv2 at 0x1082a3268>, (0,), (0,), (), 0) ... ok
test_polyint.test_deriv_shapes(<function test_deriv_shapes.<locals>.pchip_deriv2 at 0x1082a3268>, (0,), (1,), (), -1) ... ok
test_polyint.test_deriv_shapes(<function test_deriv_shapes.<locals>.pchip_deriv2 at 0x1082a3268>, (0,), (1,), (), 0) ... ok
test_polyint.test_deriv_shapes(<function test_deriv_shapes.<locals>.pchip_deriv2 at 0x1082a3268>, (0,), (3, 2, 5), (), -3) ... ok
test_polyint.test_deriv_shapes(<function test_deriv_shapes.<locals>.pchip_deriv2 at 0x1082a3268>, (0,), (3, 2, 5), (), -2) ... ok
test_polyint.test_deriv_shapes(<function test_deriv_shapes.<locals>.pchip_deriv2 at 0x1082a3268>, (0,), (3, 2, 5), (), -1) ... ok
test_polyint.test_deriv_shapes(<function test_deriv_shapes.<locals>.pchip_deriv2 at 0x1082a3268>, (0,), (3, 2, 5), (), 0) ... ok
test_polyint.test_deriv_shapes(<function test_deriv_shapes.<locals>.pchip_deriv2 at 0x1082a3268>, (0,), (3, 2, 5), (), 1) ... ok
test_polyint.test_deriv_shapes(<function test_deriv_shapes.<locals>.pchip_deriv2 at 0x1082a3268>, (0,), (3, 2, 5), (), 2) ... ok
test_polyint.test_deriv_shapes(<function test_deriv_shapes.<locals>.pchip_deriv2 at 0x1082a3268>, (1,), (0,), (), -1) ... ok
test_polyint.test_deriv_shapes(<function test_deriv_shapes.<locals>.pchip_deriv2 at 0x1082a3268>, (1,), (0,), (), 0) ... ok
test_polyint.test_deriv_shapes(<function test_deriv_shapes.<locals>.pchip_deriv2 at 0x1082a3268>, (1,), (1,), (), -1) ... ok
test_polyint.test_deriv_shapes(<function test_deriv_shapes.<locals>.pchip_deriv2 at 0x1082a3268>, (1,), (1,), (), 0) ... ok
test_polyint.test_deriv_shapes(<function test_deriv_shapes.<locals>.pchip_deriv2 at 0x1082a3268>, (1,), (3, 2, 5), (), -3) ... ok
test_polyint.test_deriv_shapes(<function test_deriv_shapes.<locals>.pchip_deriv2 at 0x1082a3268>, (1,), (3, 2, 5), (), -2) ... ok
test_polyint.test_deriv_shapes(<function test_deriv_shapes.<locals>.pchip_deriv2 at 0x1082a3268>, (1,), (3, 2, 5), (), -1) ... ok
test_polyint.test_deriv_shapes(<function test_deriv_shapes.<locals>.pchip_deriv2 at 0x1082a3268>, (1,), (3, 2, 5), (), 0) ... ok
test_polyint.test_deriv_shapes(<function test_deriv_shapes.<locals>.pchip_deriv2 at 0x1082a3268>, (1,), (3, 2, 5), (), 1) ... ok
test_polyint.test_deriv_shapes(<function test_deriv_shapes.<locals>.pchip_deriv2 at 0x1082a3268>, (1,), (3, 2, 5), (), 2) ... ok
test_polyint.test_deriv_shapes(<function test_deriv_shapes.<locals>.pchip_deriv2 at 0x1082a3268>, (3, 2, 5), (0,), (), -1) ... ok
test_polyint.test_deriv_shapes(<function test_deriv_shapes.<locals>.pchip_deriv2 at 0x1082a3268>, (3, 2, 5), (0,), (), 0) ... ok
test_polyint.test_deriv_shapes(<function test_deriv_shapes.<locals>.pchip_deriv2 at 0x1082a3268>, (3, 2, 5), (1,), (), -1) ... ok
test_polyint.test_deriv_shapes(<function test_deriv_shapes.<locals>.pchip_deriv2 at 0x1082a3268>, (3, 2, 5), (1,), (), 0) ... ok
test_polyint.test_deriv_shapes(<function test_deriv_shapes.<locals>.pchip_deriv2 at 0x1082a3268>, (3, 2, 5), (3, 2, 5), (), -3) ... ok
test_polyint.test_deriv_shapes(<function test_deriv_shapes.<locals>.pchip_deriv2 at 0x1082a3268>, (3, 2, 5), (3, 2, 5), (), -2) ... ok
test_polyint.test_deriv_shapes(<function test_deriv_shapes.<locals>.pchip_deriv2 at 0x1082a3268>, (3, 2, 5), (3, 2, 5), (), -1) ... ok
test_polyint.test_deriv_shapes(<function test_deriv_shapes.<locals>.pchip_deriv2 at 0x1082a3268>, (3, 2, 5), (3, 2, 5), (), 0) ... ok
test_polyint.test_deriv_shapes(<function test_deriv_shapes.<locals>.pchip_deriv2 at 0x1082a3268>, (3, 2, 5), (3, 2, 5), (), 1) ... ok
test_polyint.test_deriv_shapes(<function test_deriv_shapes.<locals>.pchip_deriv2 at 0x1082a3268>, (3, 2, 5), (3, 2, 5), (), 2) ... ok
test_polyint.test_deriv_shapes(<function test_deriv_shapes.<locals>.pchip_deriv_inplace at 0x1082a3378>, (), (0,), (), -1) ... ok
test_polyint.test_deriv_shapes(<function test_deriv_shapes.<locals>.pchip_deriv_inplace at 0x1082a3378>, (), (0,), (), 0) ... ok
test_polyint.test_deriv_shapes(<function test_deriv_shapes.<locals>.pchip_deriv_inplace at 0x1082a3378>, (), (1,), (), -1) ... ok
test_polyint.test_deriv_shapes(<function test_deriv_shapes.<locals>.pchip_deriv_inplace at 0x1082a3378>, (), (1,), (), 0) ... ok
test_polyint.test_deriv_shapes(<function test_deriv_shapes.<locals>.pchip_deriv_inplace at 0x1082a3378>, (), (3, 2, 5), (), -3) ... ok
test_polyint.test_deriv_shapes(<function test_deriv_shapes.<locals>.pchip_deriv_inplace at 0x1082a3378>, (), (3, 2, 5), (), -2) ... ok
test_polyint.test_deriv_shapes(<function test_deriv_shapes.<locals>.pchip_deriv_inplace at 0x1082a3378>, (), (3, 2, 5), (), -1) ... ok
test_polyint.test_deriv_shapes(<function test_deriv_shapes.<locals>.pchip_deriv_inplace at 0x1082a3378>, (), (3, 2, 5), (), 0) ... ok
test_polyint.test_deriv_shapes(<function test_deriv_shapes.<locals>.pchip_deriv_inplace at 0x1082a3378>, (), (3, 2, 5), (), 1) ... ok
test_polyint.test_deriv_shapes(<function test_deriv_shapes.<locals>.pchip_deriv_inplace at 0x1082a3378>, (), (3, 2, 5), (), 2) ... ok
test_polyint.test_deriv_shapes(<function test_deriv_shapes.<locals>.pchip_deriv_inplace at 0x1082a3378>, (0,), (0,), (), -1) ... ok
test_polyint.test_deriv_shapes(<function test_deriv_shapes.<locals>.pchip_deriv_inplace at 0x1082a3378>, (0,), (0,), (), 0) ... ok
test_polyint.test_deriv_shapes(<function test_deriv_shapes.<locals>.pchip_deriv_inplace at 0x1082a3378>, (0,), (1,), (), -1) ... ok
test_polyint.test_deriv_shapes(<function test_deriv_shapes.<locals>.pchip_deriv_inplace at 0x1082a3378>, (0,), (1,), (), 0) ... ok
test_polyint.test_deriv_shapes(<function test_deriv_shapes.<locals>.pchip_deriv_inplace at 0x1082a3378>, (0,), (3, 2, 5), (), -3) ... ok
test_polyint.test_deriv_shapes(<function test_deriv_shapes.<locals>.pchip_deriv_inplace at 0x1082a3378>, (0,), (3, 2, 5), (), -2) ... ok
test_polyint.test_deriv_shapes(<function test_deriv_shapes.<locals>.pchip_deriv_inplace at 0x1082a3378>, (0,), (3, 2, 5), (), -1) ... ok
test_polyint.test_deriv_shapes(<function test_deriv_shapes.<locals>.pchip_deriv_inplace at 0x1082a3378>, (0,), (3, 2, 5), (), 0) ... ok
test_polyint.test_deriv_shapes(<function test_deriv_shapes.<locals>.pchip_deriv_inplace at 0x1082a3378>, (0,), (3, 2, 5), (), 1) ... ok
test_polyint.test_deriv_shapes(<function test_deriv_shapes.<locals>.pchip_deriv_inplace at 0x1082a3378>, (0,), (3, 2, 5), (), 2) ... ok
test_polyint.test_deriv_shapes(<function test_deriv_shapes.<locals>.pchip_deriv_inplace at 0x1082a3378>, (1,), (0,), (), -1) ... ok
test_polyint.test_deriv_shapes(<function test_deriv_shapes.<locals>.pchip_deriv_inplace at 0x1082a3378>, (1,), (0,), (), 0) ... ok
test_polyint.test_deriv_shapes(<function test_deriv_shapes.<locals>.pchip_deriv_inplace at 0x1082a3378>, (1,), (1,), (), -1) ... ok
test_polyint.test_deriv_shapes(<function test_deriv_shapes.<locals>.pchip_deriv_inplace at 0x1082a3378>, (1,), (1,), (), 0) ... ok
test_polyint.test_deriv_shapes(<function test_deriv_shapes.<locals>.pchip_deriv_inplace at 0x1082a3378>, (1,), (3, 2, 5), (), -3) ... ok
test_polyint.test_deriv_shapes(<function test_deriv_shapes.<locals>.pchip_deriv_inplace at 0x1082a3378>, (1,), (3, 2, 5), (), -2) ... ok
test_polyint.test_deriv_shapes(<function test_deriv_shapes.<locals>.pchip_deriv_inplace at 0x1082a3378>, (1,), (3, 2, 5), (), -1) ... ok
test_polyint.test_deriv_shapes(<function test_deriv_shapes.<locals>.pchip_deriv_inplace at 0x1082a3378>, (1,), (3, 2, 5), (), 0) ... ok
test_polyint.test_deriv_shapes(<function test_deriv_shapes.<locals>.pchip_deriv_inplace at 0x1082a3378>, (1,), (3, 2, 5), (), 1) ... ok
test_polyint.test_deriv_shapes(<function test_deriv_shapes.<locals>.pchip_deriv_inplace at 0x1082a3378>, (1,), (3, 2, 5), (), 2) ... ok
test_polyint.test_deriv_shapes(<function test_deriv_shapes.<locals>.pchip_deriv_inplace at 0x1082a3378>, (3, 2, 5), (0,), (), -1) ... ok
test_polyint.test_deriv_shapes(<function test_deriv_shapes.<locals>.pchip_deriv_inplace at 0x1082a3378>, (3, 2, 5), (0,), (), 0) ... ok
test_polyint.test_deriv_shapes(<function test_deriv_shapes.<locals>.pchip_deriv_inplace at 0x1082a3378>, (3, 2, 5), (1,), (), -1) ... ok
test_polyint.test_deriv_shapes(<function test_deriv_shapes.<locals>.pchip_deriv_inplace at 0x1082a3378>, (3, 2, 5), (1,), (), 0) ... ok
test_polyint.test_deriv_shapes(<function test_deriv_shapes.<locals>.pchip_deriv_inplace at 0x1082a3378>, (3, 2, 5), (3, 2, 5), (), -3) ... ok
test_polyint.test_deriv_shapes(<function test_deriv_shapes.<locals>.pchip_deriv_inplace at 0x1082a3378>, (3, 2, 5), (3, 2, 5), (), -2) ... ok
test_polyint.test_deriv_shapes(<function test_deriv_shapes.<locals>.pchip_deriv_inplace at 0x1082a3378>, (3, 2, 5), (3, 2, 5), (), -1) ... ok
test_polyint.test_deriv_shapes(<function test_deriv_shapes.<locals>.pchip_deriv_inplace at 0x1082a3378>, (3, 2, 5), (3, 2, 5), (), 0) ... ok
test_polyint.test_deriv_shapes(<function test_deriv_shapes.<locals>.pchip_deriv_inplace at 0x1082a3378>, (3, 2, 5), (3, 2, 5), (), 1) ... ok
test_polyint.test_deriv_shapes(<function test_deriv_shapes.<locals>.pchip_deriv_inplace at 0x1082a3378>, (3, 2, 5), (3, 2, 5), (), 2) ... ok
test_polyint.test_complex(<class 'scipy.interpolate.polyint.KroghInterpolator'>,) ... ok
test_polyint.test_complex(<class 'scipy.interpolate.polyint.BarycentricInterpolator'>,) ... ok
test_polyint.test_complex(<class 'scipy.interpolate._monotone.PchipInterpolator'>,) ... ok
test_rbf.test_rbf_interpolation('multiquadric',) ... ok
test_rbf.test_rbf_interpolation('multiquadric',) ... ok
test_rbf.test_rbf_interpolation('multiquadric',) ... ok
test_rbf.test_rbf_interpolation('inverse multiquadric',) ... ok
test_rbf.test_rbf_interpolation('inverse multiquadric',) ... ok
test_rbf.test_rbf_interpolation('inverse multiquadric',) ... ok
test_rbf.test_rbf_interpolation('gaussian',) ... ok
test_rbf.test_rbf_interpolation('gaussian',) ... ok
test_rbf.test_rbf_interpolation('gaussian',) ... ok
test_rbf.test_rbf_interpolation('cubic',) ... ok
test_rbf.test_rbf_interpolation('cubic',) ... ok
test_rbf.test_rbf_interpolation('cubic',) ... ok
test_rbf.test_rbf_interpolation('quintic',) ... ok
test_rbf.test_rbf_interpolation('quintic',) ... ok
test_rbf.test_rbf_interpolation('quintic',) ... ok
test_rbf.test_rbf_interpolation('thin-plate',) ... ok
test_rbf.test_rbf_interpolation('thin-plate',) ... ok
test_rbf.test_rbf_interpolation('thin-plate',) ... ok
test_rbf.test_rbf_interpolation('linear',) ... ok
test_rbf.test_rbf_interpolation('linear',) ... ok
test_rbf.test_rbf_interpolation('linear',) ... ok
test_rbf.test_rbf_regularity('multiquadric', 0.05) ... ok
test_rbf.test_rbf_regularity('inverse multiquadric', 0.02) ... ok
test_rbf.test_rbf_regularity('gaussian', 0.01) ... ok
test_rbf.test_rbf_regularity('cubic', 0.15) ... ok
test_rbf.test_rbf_regularity('quintic', 0.1) ... ok
test_rbf.test_rbf_regularity('thin-plate', 0.1) ... ok
test_rbf.test_rbf_regularity('linear', 0.2) ... ok
Check that the Rbf class can be constructed with the default ... ok
Check that the Rbf class can be constructed with function=callable. ... ok
Check that the Rbf class can be constructed with a two argument ... ok
test_rbf.test_rbf_epsilon_none ... ok
Ticket #629 ... ok
test1 (test_arffread.DataTest) ... ok
test2 (test_arffread.DataTest) ... ok
test3 (test_arffread.DataTest) ... ok
test_filelike (test_arffread.DataTest) ... ok
test_badtype_parsing (test_arffread.HeaderTest) ... ok
test_fullheader1 (test_arffread.HeaderTest) ... ok
test_type_parsing (test_arffread.HeaderTest) ... ok
test_missing (test_arffread.MissingDataTest) ... ok
test_from_number (test_fortran_format.TestExpFormat) ... ok
test_to_fortran (test_fortran_format.TestExpFormat) ... ok
test_exp_exp (test_fortran_format.TestFortranFormatParser) ... ok
test_repeat_exp (test_fortran_format.TestFortranFormatParser) ... ok
test_repeat_exp_exp (test_fortran_format.TestFortranFormatParser) ... ok
test_simple_exp (test_fortran_format.TestFortranFormatParser) ... ok
test_simple_int (test_fortran_format.TestFortranFormatParser) ... ok
test_simple_repeated_int (test_fortran_format.TestFortranFormatParser) ... ok
test_wrong_formats (test_fortran_format.TestFortranFormatParser) ... ok
test_from_number (test_fortran_format.TestIntFormat) ... ok
test_to_fortran (test_fortran_format.TestIntFormat) ... ok
test_simple (test_hb.TestHBReader) ... ok
test_simple (test_hb.TestRBRoundtrip) ... ok
test_byteordercodes.test_native ... ok
test_byteordercodes.test_to_numpy ... ok
test_mio.test_load('double', ['/opt/local/Library/Frameworks/Python.framework/Versions/3.4/lib/python3.4/site-packages/scipy/io/matlab/tests/data/testdouble_4.2c_SOL2.mat', '/opt/local/Library/Frameworks/Python.framework/Versions/3.4/lib/python3.4/site-packages/scipy/io/matlab/tests/data/testdouble_6.1_SOL2.mat', '/opt/local/Library/Frameworks/Python.framework/Versions/3.4/lib/python3.4/site-packages/scipy/io/matlab/tests/data/testdouble_6.5.1_GLNX86.mat', '/opt/local/Library/Frameworks/Python.framework/Versions/3.4/lib/python3.4/site-packages/scipy/io/matlab/tests/data/testdouble_7.1_GLNX86.mat', '/opt/local/Library/Frameworks/Python.framework/Versions/3.4/lib/python3.4/site-packages/scipy/io/matlab/tests/data/testdouble_7.4_GLNX86.mat'], {'testdouble': array([[ 0.        ,  0.78539816,  1.57079633,  2.35619449,  3.14159265, ... ok
test_mio.test_load('string', ['/opt/local/Library/Frameworks/Python.framework/Versions/3.4/lib/python3.4/site-packages/scipy/io/matlab/tests/data/teststring_4.2c_SOL2.mat', '/opt/local/Library/Frameworks/Python.framework/Versions/3.4/lib/python3.4/site-packages/scipy/io/matlab/tests/data/teststring_6.1_SOL2.mat', '/opt/local/Library/Frameworks/Python.framework/Versions/3.4/lib/python3.4/site-packages/scipy/io/matlab/tests/data/teststring_6.5.1_GLNX86.mat', '/opt/local/Library/Frameworks/Python.framework/Versions/3.4/lib/python3.4/site-packages/scipy/io/matlab/tests/data/teststring_7.1_GLNX86.mat', '/opt/local/Library/Frameworks/Python.framework/Versions/3.4/lib/python3.4/site-packages/scipy/io/matlab/tests/data/teststring_7.4_GLNX86.mat'], {'teststring': array(['"Do nine men interpret?" "Nine men," I nod.'], ... ok
test_mio.test_load('complex', ['/opt/local/Library/Frameworks/Python.framework/Versions/3.4/lib/python3.4/site-packages/scipy/io/matlab/tests/data/testcomplex_4.2c_SOL2.mat', '/opt/local/Library/Frameworks/Python.framework/Versions/3.4/lib/python3.4/site-packages/scipy/io/matlab/tests/data/testcomplex_6.1_SOL2.mat', '/opt/local/Library/Frameworks/Python.framework/Versions/3.4/lib/python3.4/site-packages/scipy/io/matlab/tests/data/testcomplex_6.5.1_GLNX86.mat', '/opt/local/Library/Frameworks/Python.framework/Versions/3.4/lib/python3.4/site-packages/scipy/io/matlab/tests/data/testcomplex_7.1_GLNX86.mat', '/opt/local/Library/Frameworks/Python.framework/Versions/3.4/lib/python3.4/site-packages/scipy/io/matlab/tests/data/testcomplex_7.4_GLNX86.mat'], {'testcomplex': array([[  1.00000000e+00 +0.00000000e+00j, ... ok
test_mio.test_load('matrix', ['/opt/local/Library/Frameworks/Python.framework/Versions/3.4/lib/python3.4/site-packages/scipy/io/matlab/tests/data/testmatrix_4.2c_SOL2.mat', '/opt/local/Library/Frameworks/Python.framework/Versions/3.4/lib/python3.4/site-packages/scipy/io/matlab/tests/data/testmatrix_6.1_SOL2.mat', '/opt/local/Library/Frameworks/Python.framework/Versions/3.4/lib/python3.4/site-packages/scipy/io/matlab/tests/data/testmatrix_6.5.1_GLNX86.mat', '/opt/local/Library/Frameworks/Python.framework/Versions/3.4/lib/python3.4/site-packages/scipy/io/matlab/tests/data/testmatrix_7.1_GLNX86.mat', '/opt/local/Library/Frameworks/Python.framework/Versions/3.4/lib/python3.4/site-packages/scipy/io/matlab/tests/data/testmatrix_7.4_GLNX86.mat'], {'testmatrix': array([[ 1.,  2.,  3.,  4.,  5.], ... ok
test_mio.test_load('sparse', ['/opt/local/Library/Frameworks/Python.framework/Versions/3.4/lib/python3.4/site-packages/scipy/io/matlab/tests/data/testsparse_4.2c_SOL2.mat', '/opt/local/Library/Frameworks/Python.framework/Versions/3.4/lib/python3.4/site-packages/scipy/io/matlab/tests/data/testsparse_6.1_SOL2.mat', '/opt/local/Library/Frameworks/Python.framework/Versions/3.4/lib/python3.4/site-packages/scipy/io/matlab/tests/data/testsparse_6.5.1_GLNX86.mat', '/opt/local/Library/Frameworks/Python.framework/Versions/3.4/lib/python3.4/site-packages/scipy/io/matlab/tests/data/testsparse_7.1_GLNX86.mat', '/opt/local/Library/Frameworks/Python.framework/Versions/3.4/lib/python3.4/site-packages/scipy/io/matlab/tests/data/testsparse_7.4_GLNX86.mat'], {'testsparse': <3x5 sparse matrix of type '<class 'numpy.float64'>' ... ok
test_mio.test_load('sparsecomplex', ['/opt/local/Library/Frameworks/Python.framework/Versions/3.4/lib/python3.4/site-packages/scipy/io/matlab/tests/data/testsparsecomplex_4.2c_SOL2.mat', '/opt/local/Library/Frameworks/Python.framework/Versions/3.4/lib/python3.4/site-packages/scipy/io/matlab/tests/data/testsparsecomplex_6.1_SOL2.mat', '/opt/local/Library/Frameworks/Python.framework/Versions/3.4/lib/python3.4/site-packages/scipy/io/matlab/tests/data/testsparsecomplex_6.5.1_GLNX86.mat', '/opt/local/Library/Frameworks/Python.framework/Versions/3.4/lib/python3.4/site-packages/scipy/io/matlab/tests/data/testsparsecomplex_7.1_GLNX86.mat', '/opt/local/Library/Frameworks/Python.framework/Versions/3.4/lib/python3.4/site-packages/scipy/io/matlab/tests/data/testsparsecomplex_7.4_GLNX86.mat'], {'testsparsecomplex': <3x5 sparse matrix of type '<class 'numpy.complex128'>' ... ok
test_mio.test_load('multi', ['/opt/local/Library/Frameworks/Python.framework/Versions/3.4/lib/python3.4/site-packages/scipy/io/matlab/tests/data/testmulti_4.2c_SOL2.mat', '/opt/local/Library/Frameworks/Python.framework/Versions/3.4/lib/python3.4/site-packages/scipy/io/matlab/tests/data/testmulti_7.1_GLNX86.mat', '/opt/local/Library/Frameworks/Python.framework/Versions/3.4/lib/python3.4/site-packages/scipy/io/matlab/tests/data/testmulti_7.4_GLNX86.mat'], {'a': array([[ 1.,  2.,  3.,  4.,  5.], ... ok
test_mio.test_load('minus', ['/opt/local/Library/Frameworks/Python.framework/Versions/3.4/lib/python3.4/site-packages/scipy/io/matlab/tests/data/testminus_4.2c_SOL2.mat', '/opt/local/Library/Frameworks/Python.framework/Versions/3.4/lib/python3.4/site-packages/scipy/io/matlab/tests/data/testminus_6.1_SOL2.mat', '/opt/local/Library/Frameworks/Python.framework/Versions/3.4/lib/python3.4/site-packages/scipy/io/matlab/tests/data/testminus_6.5.1_GLNX86.mat', '/opt/local/Library/Frameworks/Python.framework/Versions/3.4/lib/python3.4/site-packages/scipy/io/matlab/tests/data/testminus_7.1_GLNX86.mat', '/opt/local/Library/Frameworks/Python.framework/Versions/3.4/lib/python3.4/site-packages/scipy/io/matlab/tests/data/testminus_7.4_GLNX86.mat'], {'testminus': array([[-1]])}) ... ok
test_mio.test_load('onechar', ['/opt/local/Library/Frameworks/Python.framework/Versions/3.4/lib/python3.4/site-packages/scipy/io/matlab/tests/data/testonechar_4.2c_SOL2.mat', '/opt/local/Library/Frameworks/Python.framework/Versions/3.4/lib/python3.4/site-packages/scipy/io/matlab/tests/data/testonechar_6.1_SOL2.mat', '/opt/local/Library/Frameworks/Python.framework/Versions/3.4/lib/python3.4/site-packages/scipy/io/matlab/tests/data/testonechar_6.5.1_GLNX86.mat', '/opt/local/Library/Frameworks/Python.framework/Versions/3.4/lib/python3.4/site-packages/scipy/io/matlab/tests/data/testonechar_7.1_GLNX86.mat', '/opt/local/Library/Frameworks/Python.framework/Versions/3.4/lib/python3.4/site-packages/scipy/io/matlab/tests/data/testonechar_7.4_GLNX86.mat'], {'testonechar': array(['r'], ... ok
test_mio.test_load('cell', ['/opt/local/Library/Frameworks/Python.framework/Versions/3.4/lib/python3.4/site-packages/scipy/io/matlab/tests/data/testcell_6.1_SOL2.mat', '/opt/local/Library/Frameworks/Python.framework/Versions/3.4/lib/python3.4/site-packages/scipy/io/matlab/tests/data/testcell_6.5.1_GLNX86.mat', '/opt/local/Library/Frameworks/Python.framework/Versions/3.4/lib/python3.4/site-packages/scipy/io/matlab/tests/data/testcell_7.1_GLNX86.mat', '/opt/local/Library/Frameworks/Python.framework/Versions/3.4/lib/python3.4/site-packages/scipy/io/matlab/tests/data/testcell_7.4_GLNX86.mat'], {'testcell': array([[ array(['This cell contains this string and 3 arrays of increasing length'], ... ok
test_mio.test_load('scalarcell', ['/opt/local/Library/Frameworks/Python.framework/Versions/3.4/lib/python3.4/site-packages/scipy/io/matlab/tests/data/testscalarcell_7.4_GLNX86.mat'], {'testscalarcell': array([[array([[1]])]], dtype=object)}) ... ok
test_mio.test_load('emptycell', ['/opt/local/Library/Frameworks/Python.framework/Versions/3.4/lib/python3.4/site-packages/scipy/io/matlab/tests/data/testemptycell_5.3_SOL2.mat', '/opt/local/Library/Frameworks/Python.framework/Versions/3.4/lib/python3.4/site-packages/scipy/io/matlab/tests/data/testemptycell_6.5.1_GLNX86.mat', '/opt/local/Library/Frameworks/Python.framework/Versions/3.4/lib/python3.4/site-packages/scipy/io/matlab/tests/data/testemptycell_7.1_GLNX86.mat', '/opt/local/Library/Frameworks/Python.framework/Versions/3.4/lib/python3.4/site-packages/scipy/io/matlab/tests/data/testemptycell_7.4_GLNX86.mat'], {'testemptycell': array([[array([[1]]), array([[2]]), array([], shape=(0, 0), dtype=float64), ... ok
test_mio.test_load('stringarray', ['/opt/local/Library/Frameworks/Python.framework/Versions/3.4/lib/python3.4/site-packages/scipy/io/matlab/tests/data/teststringarray_4.2c_SOL2.mat', '/opt/local/Library/Frameworks/Python.framework/Versions/3.4/lib/python3.4/site-packages/scipy/io/matlab/tests/data/teststringarray_6.1_SOL2.mat', '/opt/local/Library/Frameworks/Python.framework/Versions/3.4/lib/python3.4/site-packages/scipy/io/matlab/tests/data/teststringarray_6.5.1_GLNX86.mat', '/opt/local/Library/Frameworks/Python.framework/Versions/3.4/lib/python3.4/site-packages/scipy/io/matlab/tests/data/teststringarray_7.1_GLNX86.mat', '/opt/local/Library/Frameworks/Python.framework/Versions/3.4/lib/python3.4/site-packages/scipy/io/matlab/tests/data/teststringarray_7.4_GLNX86.mat'], {'teststringarray': array(['one  ', 'two  ', 'three'], ... ok
test_mio.test_load('3dmatrix', ['/opt/local/Library/Frameworks/Python.framework/Versions/3.4/lib/python3.4/site-packages/scipy/io/matlab/tests/data/test3dmatrix_6.1_SOL2.mat', '/opt/local/Library/Frameworks/Python.framework/Versions/3.4/lib/python3.4/site-packages/scipy/io/matlab/tests/data/test3dmatrix_6.5.1_GLNX86.mat', '/opt/local/Library/Frameworks/Python.framework/Versions/3.4/lib/python3.4/site-packages/scipy/io/matlab/tests/data/test3dmatrix_7.1_GLNX86.mat', '/opt/local/Library/Frameworks/Python.framework/Versions/3.4/lib/python3.4/site-packages/scipy/io/matlab/tests/data/test3dmatrix_7.4_GLNX86.mat'], {'test3dmatrix': array([[[ 1,  7, 13, 19], ... ok
test_mio.test_load('struct', ['/opt/local/Library/Frameworks/Python.framework/Versions/3.4/lib/python3.4/site-packages/scipy/io/matlab/tests/data/teststruct_6.1_SOL2.mat', '/opt/local/Library/Frameworks/Python.framework/Versions/3.4/lib/python3.4/site-packages/scipy/io/matlab/tests/data/teststruct_6.5.1_GLNX86.mat', '/opt/local/Library/Frameworks/Python.framework/Versions/3.4/lib/python3.4/site-packages/scipy/io/matlab/tests/data/teststruct_7.1_GLNX86.mat', '/opt/local/Library/Frameworks/Python.framework/Versions/3.4/lib/python3.4/site-packages/scipy/io/matlab/tests/data/teststruct_7.4_GLNX86.mat'], {'teststruct': array([[ (['Rats live on no evil star.'], [[1.4142135623730951, 2.718281828459045, 3.141592653589793]], [[(1.4142135623730951+1.4142135623730951j), (2.718281828459045+2.718281828459045j), (3.141592653589793+3.141592653589793j)]])]], ... ok
test_mio.test_load('cellnest', ['/opt/local/Library/Frameworks/Python.framework/Versions/3.4/lib/python3.4/site-packages/scipy/io/matlab/tests/data/testcellnest_6.1_SOL2.mat', '/opt/local/Library/Frameworks/Python.framework/Versions/3.4/lib/python3.4/site-packages/scipy/io/matlab/tests/data/testcellnest_6.5.1_GLNX86.mat', '/opt/local/Library/Frameworks/Python.framework/Versions/3.4/lib/python3.4/site-packages/scipy/io/matlab/tests/data/testcellnest_7.1_GLNX86.mat', '/opt/local/Library/Frameworks/Python.framework/Versions/3.4/lib/python3.4/site-packages/scipy/io/matlab/tests/data/testcellnest_7.4_GLNX86.mat'], {'testcellnest': array([[array([[1]]), ... ok
test_mio.test_load('structnest', ['/opt/local/Library/Frameworks/Python.framework/Versions/3.4/lib/python3.4/site-packages/scipy/io/matlab/tests/data/teststructnest_6.1_SOL2.mat', '/opt/local/Library/Frameworks/Python.framework/Versions/3.4/lib/python3.4/site-packages/scipy/io/matlab/tests/data/teststructnest_6.5.1_GLNX86.mat', '/opt/local/Library/Frameworks/Python.framework/Versions/3.4/lib/python3.4/site-packages/scipy/io/matlab/tests/data/teststructnest_7.1_GLNX86.mat', '/opt/local/Library/Frameworks/Python.framework/Versions/3.4/lib/python3.4/site-packages/scipy/io/matlab/tests/data/teststructnest_7.4_GLNX86.mat'], {'teststructnest': array([[([[1]], [[(array(['number 3'], ... ok
test_mio.test_load('structarr', ['/opt/local/Library/Frameworks/Python.framework/Versions/3.4/lib/python3.4/site-packages/scipy/io/matlab/tests/data/teststructarr_6.1_SOL2.mat', '/opt/local/Library/Frameworks/Python.framework/Versions/3.4/lib/python3.4/site-packages/scipy/io/matlab/tests/data/teststructarr_6.5.1_GLNX86.mat', '/opt/local/Library/Frameworks/Python.framework/Versions/3.4/lib/python3.4/site-packages/scipy/io/matlab/tests/data/teststructarr_7.1_GLNX86.mat', '/opt/local/Library/Frameworks/Python.framework/Versions/3.4/lib/python3.4/site-packages/scipy/io/matlab/tests/data/teststructarr_7.4_GLNX86.mat'], {'teststructarr': array([[([[1]], [[2]]), (['number 1'], ['number 2'])]], ... ok
test_mio.test_load('object', ['/opt/local/Library/Frameworks/Python.framework/Versions/3.4/lib/python3.4/site-packages/scipy/io/matlab/tests/data/testobject_6.1_SOL2.mat', '/opt/local/Library/Frameworks/Python.framework/Versions/3.4/lib/python3.4/site-packages/scipy/io/matlab/tests/data/testobject_6.5.1_GLNX86.mat', '/opt/local/Library/Frameworks/Python.framework/Versions/3.4/lib/python3.4/site-packages/scipy/io/matlab/tests/data/testobject_7.1_GLNX86.mat', '/opt/local/Library/Frameworks/Python.framework/Versions/3.4/lib/python3.4/site-packages/scipy/io/matlab/tests/data/testobject_7.4_GLNX86.mat'], {'testobject': MatlabObject([[(['x'], [' x = INLINE_INPUTS_{1};'], ['x'], [[0]], [[1]], [[1]])]], ... ok
test_mio.test_load('unicode', ['/opt/local/Library/Frameworks/Python.framework/Versions/3.4/lib/python3.4/site-packages/scipy/io/matlab/tests/data/testunicode_7.1_GLNX86.mat', '/opt/local/Library/Frameworks/Python.framework/Versions/3.4/lib/python3.4/site-packages/scipy/io/matlab/tests/data/testunicode_7.4_GLNX86.mat'], {'testunicode': array([ 'Japanese: \nすべての人間は、生まれながらにして自由であり、\nかつ、尊厳と権利と について平等である。\n人間は、理性と良心とを授けられており、\n互いに同胞の精神をもって行動しなければならない。'], ... ok
test_mio.test_load('sparse', ['/opt/local/Library/Frameworks/Python.framework/Versions/3.4/lib/python3.4/site-packages/scipy/io/matlab/tests/data/testsparse_4.2c_SOL2.mat', '/opt/local/Library/Frameworks/Python.framework/Versions/3.4/lib/python3.4/site-packages/scipy/io/matlab/tests/data/testsparse_6.1_SOL2.mat', '/opt/local/Library/Frameworks/Python.framework/Versions/3.4/lib/python3.4/site-packages/scipy/io/matlab/tests/data/testsparse_6.5.1_GLNX86.mat', '/opt/local/Library/Frameworks/Python.framework/Versions/3.4/lib/python3.4/site-packages/scipy/io/matlab/tests/data/testsparse_7.1_GLNX86.mat', '/opt/local/Library/Frameworks/Python.framework/Versions/3.4/lib/python3.4/site-packages/scipy/io/matlab/tests/data/testsparse_7.4_GLNX86.mat'], {'testsparse': <3x5 sparse matrix of type '<class 'numpy.float64'>' ... ok
test_mio.test_load('sparsecomplex', ['/opt/local/Library/Frameworks/Python.framework/Versions/3.4/lib/python3.4/site-packages/scipy/io/matlab/tests/data/testsparsecomplex_4.2c_SOL2.mat', '/opt/local/Library/Frameworks/Python.framework/Versions/3.4/lib/python3.4/site-packages/scipy/io/matlab/tests/data/testsparsecomplex_6.1_SOL2.mat', '/opt/local/Library/Frameworks/Python.framework/Versions/3.4/lib/python3.4/site-packages/scipy/io/matlab/tests/data/testsparsecomplex_6.5.1_GLNX86.mat', '/opt/local/Library/Frameworks/Python.framework/Versions/3.4/lib/python3.4/site-packages/scipy/io/matlab/tests/data/testsparsecomplex_7.1_GLNX86.mat', '/opt/local/Library/Frameworks/Python.framework/Versions/3.4/lib/python3.4/site-packages/scipy/io/matlab/tests/data/testsparsecomplex_7.4_GLNX86.mat'], {'testsparsecomplex': <3x5 sparse matrix of type '<class 'numpy.complex128'>' ... ok
test_mio.test_load('bool', ['/opt/local/Library/Frameworks/Python.framework/Versions/3.4/lib/python3.4/site-packages/scipy/io/matlab/tests/data/testbool_8_WIN64.mat'], {'testbools': array([[ True], ... ok
test_mio.test_whos('double', ['/opt/local/Library/Frameworks/Python.framework/Versions/3.4/lib/python3.4/site-packages/scipy/io/matlab/tests/data/testdouble_4.2c_SOL2.mat', '/opt/local/Library/Frameworks/Python.framework/Versions/3.4/lib/python3.4/site-packages/scipy/io/matlab/tests/data/testdouble_6.1_SOL2.mat', '/opt/local/Library/Frameworks/Python.framework/Versions/3.4/lib/python3.4/site-packages/scipy/io/matlab/tests/data/testdouble_6.5.1_GLNX86.mat', '/opt/local/Library/Frameworks/Python.framework/Versions/3.4/lib/python3.4/site-packages/scipy/io/matlab/tests/data/testdouble_7.1_GLNX86.mat', '/opt/local/Library/Frameworks/Python.framework/Versions/3.4/lib/python3.4/site-packages/scipy/io/matlab/tests/data/testdouble_7.4_GLNX86.mat'], {'testdouble': array([[ 0.        ,  0.78539816,  1.57079633,  2.35619449,  3.14159265, ... ok
test_mio.test_whos('string', ['/opt/local/Library/Frameworks/Python.framework/Versions/3.4/lib/python3.4/site-packages/scipy/io/matlab/tests/data/teststring_4.2c_SOL2.mat', '/opt/local/Library/Frameworks/Python.framework/Versions/3.4/lib/python3.4/site-packages/scipy/io/matlab/tests/data/teststring_6.1_SOL2.mat', '/opt/local/Library/Frameworks/Python.framework/Versions/3.4/lib/python3.4/site-packages/scipy/io/matlab/tests/data/teststring_6.5.1_GLNX86.mat', '/opt/local/Library/Frameworks/Python.framework/Versions/3.4/lib/python3.4/site-packages/scipy/io/matlab/tests/data/teststring_7.1_GLNX86.mat', '/opt/local/Library/Frameworks/Python.framework/Versions/3.4/lib/python3.4/site-packages/scipy/io/matlab/tests/data/teststring_7.4_GLNX86.mat'], {'teststring': array(['"Do nine men interpret?" "Nine men," I nod.'], ... ok
test_mio.test_whos('complex', ['/opt/local/Library/Frameworks/Python.framework/Versions/3.4/lib/python3.4/site-packages/scipy/io/matlab/tests/data/testcomplex_4.2c_SOL2.mat', '/opt/local/Library/Frameworks/Python.framework/Versions/3.4/lib/python3.4/site-packages/scipy/io/matlab/tests/data/testcomplex_6.1_SOL2.mat', '/opt/local/Library/Frameworks/Python.framework/Versions/3.4/lib/python3.4/site-packages/scipy/io/matlab/tests/data/testcomplex_6.5.1_GLNX86.mat', '/opt/local/Library/Frameworks/Python.framework/Versions/3.4/lib/python3.4/site-packages/scipy/io/matlab/tests/data/testcomplex_7.1_GLNX86.mat', '/opt/local/Library/Frameworks/Python.framework/Versions/3.4/lib/python3.4/site-packages/scipy/io/matlab/tests/data/testcomplex_7.4_GLNX86.mat'], {'testcomplex': array([[  1.00000000e+00 +0.00000000e+00j, ... ok
test_mio.test_whos('matrix', ['/opt/local/Library/Frameworks/Python.framework/Versions/3.4/lib/python3.4/site-packages/scipy/io/matlab/tests/data/testmatrix_4.2c_SOL2.mat', '/opt/local/Library/Frameworks/Python.framework/Versions/3.4/lib/python3.4/site-packages/scipy/io/matlab/tests/data/testmatrix_6.1_SOL2.mat', '/opt/local/Library/Frameworks/Python.framework/Versions/3.4/lib/python3.4/site-packages/scipy/io/matlab/tests/data/testmatrix_6.5.1_GLNX86.mat', '/opt/local/Library/Frameworks/Python.framework/Versions/3.4/lib/python3.4/site-packages/scipy/io/matlab/tests/data/testmatrix_7.1_GLNX86.mat', '/opt/local/Library/Frameworks/Python.framework/Versions/3.4/lib/python3.4/site-packages/scipy/io/matlab/tests/data/testmatrix_7.4_GLNX86.mat'], {'testmatrix': array([[ 1.,  2.,  3.,  4.,  5.], ... ok
test_mio.test_whos('sparse', ['/opt/local/Library/Frameworks/Python.framework/Versions/3.4/lib/python3.4/site-packages/scipy/io/matlab/tests/data/testsparse_4.2c_SOL2.mat', '/opt/local/Library/Frameworks/Python.framework/Versions/3.4/lib/python3.4/site-packages/scipy/io/matlab/tests/data/testsparse_6.1_SOL2.mat', '/opt/local/Library/Frameworks/Python.framework/Versions/3.4/lib/python3.4/site-packages/scipy/io/matlab/tests/data/testsparse_6.5.1_GLNX86.mat', '/opt/local/Library/Frameworks/Python.framework/Versions/3.4/lib/python3.4/site-packages/scipy/io/matlab/tests/data/testsparse_7.1_GLNX86.mat', '/opt/local/Library/Frameworks/Python.framework/Versions/3.4/lib/python3.4/site-packages/scipy/io/matlab/tests/data/testsparse_7.4_GLNX86.mat'], {'testsparse': <3x5 sparse matrix of type '<class 'numpy.float64'>' ... ok
test_mio.test_whos('sparsecomplex', ['/opt/local/Library/Frameworks/Python.framework/Versions/3.4/lib/python3.4/site-packages/scipy/io/matlab/tests/data/testsparsecomplex_4.2c_SOL2.mat', '/opt/local/Library/Frameworks/Python.framework/Versions/3.4/lib/python3.4/site-packages/scipy/io/matlab/tests/data/testsparsecomplex_6.1_SOL2.mat', '/opt/local/Library/Frameworks/Python.framework/Versions/3.4/lib/python3.4/site-packages/scipy/io/matlab/tests/data/testsparsecomplex_6.5.1_GLNX86.mat', '/opt/local/Library/Frameworks/Python.framework/Versions/3.4/lib/python3.4/site-packages/scipy/io/matlab/tests/data/testsparsecomplex_7.1_GLNX86.mat', '/opt/local/Library/Frameworks/Python.framework/Versions/3.4/lib/python3.4/site-packages/scipy/io/matlab/tests/data/testsparsecomplex_7.4_GLNX86.mat'], {'testsparsecomplex': <3x5 sparse matrix of type '<class 'numpy.complex128'>' ... ok
test_mio.test_whos('multi', ['/opt/local/Library/Frameworks/Python.framework/Versions/3.4/lib/python3.4/site-packages/scipy/io/matlab/tests/data/testmulti_4.2c_SOL2.mat', '/opt/local/Library/Frameworks/Python.framework/Versions/3.4/lib/python3.4/site-packages/scipy/io/matlab/tests/data/testmulti_7.1_GLNX86.mat', '/opt/local/Library/Frameworks/Python.framework/Versions/3.4/lib/python3.4/site-packages/scipy/io/matlab/tests/data/testmulti_7.4_GLNX86.mat'], {'a': array([[ 1.,  2.,  3.,  4.,  5.], ... ok
test_mio.test_whos('minus', ['/opt/local/Library/Frameworks/Python.framework/Versions/3.4/lib/python3.4/site-packages/scipy/io/matlab/tests/data/testminus_4.2c_SOL2.mat', '/opt/local/Library/Frameworks/Python.framework/Versions/3.4/lib/python3.4/site-packages/scipy/io/matlab/tests/data/testminus_6.1_SOL2.mat', '/opt/local/Library/Frameworks/Python.framework/Versions/3.4/lib/python3.4/site-packages/scipy/io/matlab/tests/data/testminus_6.5.1_GLNX86.mat', '/opt/local/Library/Frameworks/Python.framework/Versions/3.4/lib/python3.4/site-packages/scipy/io/matlab/tests/data/testminus_7.1_GLNX86.mat', '/opt/local/Library/Frameworks/Python.framework/Versions/3.4/lib/python3.4/site-packages/scipy/io/matlab/tests/data/testminus_7.4_GLNX86.mat'], {'testminus': array([[-1]])}, {'testminus': 'double'}) ... ok
test_mio.test_whos('onechar', ['/opt/local/Library/Frameworks/Python.framework/Versions/3.4/lib/python3.4/site-packages/scipy/io/matlab/tests/data/testonechar_4.2c_SOL2.mat', '/opt/local/Library/Frameworks/Python.framework/Versions/3.4/lib/python3.4/site-packages/scipy/io/matlab/tests/data/testonechar_6.1_SOL2.mat', '/opt/local/Library/Frameworks/Python.framework/Versions/3.4/lib/python3.4/site-packages/scipy/io/matlab/tests/data/testonechar_6.5.1_GLNX86.mat', '/opt/local/Library/Frameworks/Python.framework/Versions/3.4/lib/python3.4/site-packages/scipy/io/matlab/tests/data/testonechar_7.1_GLNX86.mat', '/opt/local/Library/Frameworks/Python.framework/Versions/3.4/lib/python3.4/site-packages/scipy/io/matlab/tests/data/testonechar_7.4_GLNX86.mat'], {'testonechar': array(['r'], ... ok
test_mio.test_whos('cell', ['/opt/local/Library/Frameworks/Python.framework/Versions/3.4/lib/python3.4/site-packages/scipy/io/matlab/tests/data/testcell_6.1_SOL2.mat', '/opt/local/Library/Frameworks/Python.framework/Versions/3.4/lib/python3.4/site-packages/scipy/io/matlab/tests/data/testcell_6.5.1_GLNX86.mat', '/opt/local/Library/Frameworks/Python.framework/Versions/3.4/lib/python3.4/site-packages/scipy/io/matlab/tests/data/testcell_7.1_GLNX86.mat', '/opt/local/Library/Frameworks/Python.framework/Versions/3.4/lib/python3.4/site-packages/scipy/io/matlab/tests/data/testcell_7.4_GLNX86.mat'], {'testcell': array([[ array(['This cell contains this string and 3 arrays of increasing length'], ... ok
test_mio.test_whos('scalarcell', ['/opt/local/Library/Frameworks/Python.framework/Versions/3.4/lib/python3.4/site-packages/scipy/io/matlab/tests/data/testscalarcell_7.4_GLNX86.mat'], {'testscalarcell': array([[array([[1]])]], dtype=object)}, {'testscalarcell': 'cell'}) ... ok
test_mio.test_whos('emptycell', ['/opt/local/Library/Frameworks/Python.framework/Versions/3.4/lib/python3.4/site-packages/scipy/io/matlab/tests/data/testemptycell_5.3_SOL2.mat', '/opt/local/Library/Frameworks/Python.framework/Versions/3.4/lib/python3.4/site-packages/scipy/io/matlab/tests/data/testemptycell_6.5.1_GLNX86.mat', '/opt/local/Library/Frameworks/Python.framework/Versions/3.4/lib/python3.4/site-packages/scipy/io/matlab/tests/data/testemptycell_7.1_GLNX86.mat', '/opt/local/Library/Frameworks/Python.framework/Versions/3.4/lib/python3.4/site-packages/scipy/io/matlab/tests/data/testemptycell_7.4_GLNX86.mat'], {'testemptycell': array([[array([[1]]), array([[2]]), array([], shape=(0, 0), dtype=float64), ... ok
test_mio.test_whos('stringarray', ['/opt/local/Library/Frameworks/Python.framework/Versions/3.4/lib/python3.4/site-packages/scipy/io/matlab/tests/data/teststringarray_4.2c_SOL2.mat', '/opt/local/Library/Frameworks/Python.framework/Versions/3.4/lib/python3.4/site-packages/scipy/io/matlab/tests/data/teststringarray_6.1_SOL2.mat', '/opt/local/Library/Frameworks/Python.framework/Versions/3.4/lib/python3.4/site-packages/scipy/io/matlab/tests/data/teststringarray_6.5.1_GLNX86.mat', '/opt/local/Library/Frameworks/Python.framework/Versions/3.4/lib/python3.4/site-packages/scipy/io/matlab/tests/data/teststringarray_7.1_GLNX86.mat', '/opt/local/Library/Frameworks/Python.framework/Versions/3.4/lib/python3.4/site-packages/scipy/io/matlab/tests/data/teststringarray_7.4_GLNX86.mat'], {'teststringarray': array(['one  ', 'two  ', 'three'], ... ok
test_mio.test_whos('3dmatrix', ['/opt/local/Library/Frameworks/Python.framework/Versions/3.4/lib/python3.4/site-packages/scipy/io/matlab/tests/data/test3dmatrix_6.1_SOL2.mat', '/opt/local/Library/Frameworks/Python.framework/Versions/3.4/lib/python3.4/site-packages/scipy/io/matlab/tests/data/test3dmatrix_6.5.1_GLNX86.mat', '/opt/local/Library/Frameworks/Python.framework/Versions/3.4/lib/python3.4/site-packages/scipy/io/matlab/tests/data/test3dmatrix_7.1_GLNX86.mat', '/opt/local/Library/Frameworks/Python.framework/Versions/3.4/lib/python3.4/site-packages/scipy/io/matlab/tests/data/test3dmatrix_7.4_GLNX86.mat'], {'test3dmatrix': array([[[ 1,  7, 13, 19], ... ok
test_mio.test_whos('struct', ['/opt/local/Library/Frameworks/Python.framework/Versions/3.4/lib/python3.4/site-packages/scipy/io/matlab/tests/data/teststruct_6.1_SOL2.mat', '/opt/local/Library/Frameworks/Python.framework/Versions/3.4/lib/python3.4/site-packages/scipy/io/matlab/tests/data/teststruct_6.5.1_GLNX86.mat', '/opt/local/Library/Frameworks/Python.framework/Versions/3.4/lib/python3.4/site-packages/scipy/io/matlab/tests/data/teststruct_7.1_GLNX86.mat', '/opt/local/Library/Frameworks/Python.framework/Versions/3.4/lib/python3.4/site-packages/scipy/io/matlab/tests/data/teststruct_7.4_GLNX86.mat'], {'teststruct': array([[ (['Rats live on no evil star.'], [[1.4142135623730951, 2.718281828459045, 3.141592653589793]], [[(1.4142135623730951+1.4142135623730951j), (2.718281828459045+2.718281828459045j), (3.141592653589793+3.141592653589793j)]])]], ... ok
test_mio.test_whos('cellnest', ['/opt/local/Library/Frameworks/Python.framework/Versions/3.4/lib/python3.4/site-packages/scipy/io/matlab/tests/data/testcellnest_6.1_SOL2.mat', '/opt/local/Library/Frameworks/Python.framework/Versions/3.4/lib/python3.4/site-packages/scipy/io/matlab/tests/data/testcellnest_6.5.1_GLNX86.mat', '/opt/local/Library/Frameworks/Python.framework/Versions/3.4/lib/python3.4/site-packages/scipy/io/matlab/tests/data/testcellnest_7.1_GLNX86.mat', '/opt/local/Library/Frameworks/Python.framework/Versions/3.4/lib/python3.4/site-packages/scipy/io/matlab/tests/data/testcellnest_7.4_GLNX86.mat'], {'testcellnest': array([[array([[1]]), ... ok
test_mio.test_whos('structnest', ['/opt/local/Library/Frameworks/Python.framework/Versions/3.4/lib/python3.4/site-packages/scipy/io/matlab/tests/data/teststructnest_6.1_SOL2.mat', '/opt/local/Library/Frameworks/Python.framework/Versions/3.4/lib/python3.4/site-packages/scipy/io/matlab/tests/data/teststructnest_6.5.1_GLNX86.mat', '/opt/local/Library/Frameworks/Python.framework/Versions/3.4/lib/python3.4/site-packages/scipy/io/matlab/tests/data/teststructnest_7.1_GLNX86.mat', '/opt/local/Library/Frameworks/Python.framework/Versions/3.4/lib/python3.4/site-packages/scipy/io/matlab/tests/data/teststructnest_7.4_GLNX86.mat'], {'teststructnest': array([[([[1]], [[(array(['number 3'], ... ok
test_mio.test_whos('structarr', ['/opt/local/Library/Frameworks/Python.framework/Versions/3.4/lib/python3.4/site-packages/scipy/io/matlab/tests/data/teststructarr_6.1_SOL2.mat', '/opt/local/Library/Frameworks/Python.framework/Versions/3.4/lib/python3.4/site-packages/scipy/io/matlab/tests/data/teststructarr_6.5.1_GLNX86.mat', '/opt/local/Library/Frameworks/Python.framework/Versions/3.4/lib/python3.4/site-packages/scipy/io/matlab/tests/data/teststructarr_7.1_GLNX86.mat', '/opt/local/Library/Frameworks/Python.framework/Versions/3.4/lib/python3.4/site-packages/scipy/io/matlab/tests/data/teststructarr_7.4_GLNX86.mat'], {'teststructarr': array([[([[1]], [[2]]), (['number 1'], ['number 2'])]], ... ok
test_mio.test_whos('object', ['/opt/local/Library/Frameworks/Python.framework/Versions/3.4/lib/python3.4/site-packages/scipy/io/matlab/tests/data/testobject_6.1_SOL2.mat', '/opt/local/Library/Frameworks/Python.framework/Versions/3.4/lib/python3.4/site-packages/scipy/io/matlab/tests/data/testobject_6.5.1_GLNX86.mat', '/opt/local/Library/Frameworks/Python.framework/Versions/3.4/lib/python3.4/site-packages/scipy/io/matlab/tests/data/testobject_7.1_GLNX86.mat', '/opt/local/Library/Frameworks/Python.framework/Versions/3.4/lib/python3.4/site-packages/scipy/io/matlab/tests/data/testobject_7.4_GLNX86.mat'], {'testobject': MatlabObject([[(['x'], [' x = INLINE_INPUTS_{1};'], ['x'], [[0]], [[1]], [[1]])]], ... ok
test_mio.test_whos('unicode', ['/opt/local/Library/Frameworks/Python.framework/Versions/3.4/lib/python3.4/site-packages/scipy/io/matlab/tests/data/testunicode_7.1_GLNX86.mat', '/opt/local/Library/Frameworks/Python.framework/Versions/3.4/lib/python3.4/site-packages/scipy/io/matlab/tests/data/testunicode_7.4_GLNX86.mat'], {'testunicode': array([ 'Japanese: \nすべての人間は、生まれながらにして自由であり、\nかつ、尊厳と権利と について平等である。\n人間は、理性と良心とを授けられており、\n互いに同胞の精神をもって行動しなければならない。'], ... ok
test_mio.test_whos('sparse', ['/opt/local/Library/Frameworks/Python.framework/Versions/3.4/lib/python3.4/site-packages/scipy/io/matlab/tests/data/testsparse_4.2c_SOL2.mat', '/opt/local/Library/Frameworks/Python.framework/Versions/3.4/lib/python3.4/site-packages/scipy/io/matlab/tests/data/testsparse_6.1_SOL2.mat', '/opt/local/Library/Frameworks/Python.framework/Versions/3.4/lib/python3.4/site-packages/scipy/io/matlab/tests/data/testsparse_6.5.1_GLNX86.mat', '/opt/local/Library/Frameworks/Python.framework/Versions/3.4/lib/python3.4/site-packages/scipy/io/matlab/tests/data/testsparse_7.1_GLNX86.mat', '/opt/local/Library/Frameworks/Python.framework/Versions/3.4/lib/python3.4/site-packages/scipy/io/matlab/tests/data/testsparse_7.4_GLNX86.mat'], {'testsparse': <3x5 sparse matrix of type '<class 'numpy.float64'>' ... ok
test_mio.test_whos('sparsecomplex', ['/opt/local/Library/Frameworks/Python.framework/Versions/3.4/lib/python3.4/site-packages/scipy/io/matlab/tests/data/testsparsecomplex_4.2c_SOL2.mat', '/opt/local/Library/Frameworks/Python.framework/Versions/3.4/lib/python3.4/site-packages/scipy/io/matlab/tests/data/testsparsecomplex_6.1_SOL2.mat', '/opt/local/Library/Frameworks/Python.framework/Versions/3.4/lib/python3.4/site-packages/scipy/io/matlab/tests/data/testsparsecomplex_6.5.1_GLNX86.mat', '/opt/local/Library/Frameworks/Python.framework/Versions/3.4/lib/python3.4/site-packages/scipy/io/matlab/tests/data/testsparsecomplex_7.1_GLNX86.mat', '/opt/local/Library/Frameworks/Python.framework/Versions/3.4/lib/python3.4/site-packages/scipy/io/matlab/tests/data/testsparsecomplex_7.4_GLNX86.mat'], {'testsparsecomplex': <3x5 sparse matrix of type '<class 'numpy.complex128'>' ... ok
test_mio.test_whos('bool', ['/opt/local/Library/Frameworks/Python.framework/Versions/3.4/lib/python3.4/site-packages/scipy/io/matlab/tests/data/testbool_8_WIN64.mat'], {'testbools': array([[ True], ... ok
test_mio.test_round_trip('double_round_trip', {'testdouble': array([[ 0.        ,  0.78539816,  1.57079633,  2.35619449,  3.14159265, ... ok
test_mio.test_round_trip('double_round_trip', {'testdouble': array([[ 0.        ,  0.78539816,  1.57079633,  2.35619449,  3.14159265, ... ok
test_mio.test_round_trip('string_round_trip', {'teststring': array(['"Do nine men interpret?" "Nine men," I nod.'], ... ok
test_mio.test_round_trip('string_round_trip', {'teststring': array(['"Do nine men interpret?" "Nine men," I nod.'], ... ok
test_mio.test_round_trip('complex_round_trip', {'testcomplex': array([[  1.00000000e+00 +0.00000000e+00j, ... ok
test_mio.test_round_trip('complex_round_trip', {'testcomplex': array([[  1.00000000e+00 +0.00000000e+00j, ... ok
test_mio.test_round_trip('matrix_round_trip', {'testmatrix': array([[ 1.,  2.,  3.,  4.,  5.], ... ok
test_mio.test_round_trip('matrix_round_trip', {'testmatrix': array([[ 1.,  2.,  3.,  4.,  5.], ... ok
test_mio.test_round_trip('sparse_round_trip', {'testsparse': <3x5 sparse matrix of type '<class 'numpy.float64'>' ... ok
test_mio.test_round_trip('sparse_round_trip', {'testsparse': <3x5 sparse matrix of type '<class 'numpy.float64'>' ... ok
test_mio.test_round_trip('sparsecomplex_round_trip', {'testsparsecomplex': <3x5 sparse matrix of type '<class 'numpy.complex128'>' ... ok
test_mio.test_round_trip('sparsecomplex_round_trip', {'testsparsecomplex': <3x5 sparse matrix of type '<class 'numpy.complex128'>' ... ok
test_mio.test_round_trip('multi_round_trip', {'a': array([[ 1.,  2.,  3.,  4.,  5.], ... ok
test_mio.test_round_trip('multi_round_trip', {'a': array([[ 1.,  2.,  3.,  4.,  5.], ... ok
test_mio.test_round_trip('minus_round_trip', {'testminus': array([[-1]])}, '4') ... ok
test_mio.test_round_trip('minus_round_trip', {'testminus': array([[-1]])}, '5') ... ok
test_mio.test_round_trip('onechar_round_trip', {'testonechar': array(['r'], ... ok
test_mio.test_round_trip('onechar_round_trip', {'testonechar': array(['r'], ... ok
test_mio.test_round_trip('cell_round_trip', {'testcell': array([[ array(['This cell contains this string and 3 arrays of increasing length'], ... ok
test_mio.test_round_trip('scalarcell_round_trip', {'testscalarcell': array([[array([[1]])]], dtype=object)}, '5') ... ok
test_mio.test_round_trip('emptycell_round_trip', {'testemptycell': array([[array([[1]]), array([[2]]), array([], shape=(0, 0), dtype=float64), ... ok
test_mio.test_round_trip('stringarray_round_trip', {'teststringarray': array(['one  ', 'two  ', 'three'], ... ok
test_mio.test_round_trip('3dmatrix_round_trip', {'test3dmatrix': array([[[ 1,  7, 13, 19], ... ok
test_mio.test_round_trip('struct_round_trip', {'teststruct': array([[ (['Rats live on no evil star.'], [[1.4142135623730951, 2.718281828459045, 3.141592653589793]], [[(1.4142135623730951+1.4142135623730951j), (2.718281828459045+2.718281828459045j), (3.141592653589793+3.141592653589793j)]])]], ... ok
test_mio.test_round_trip('cellnest_round_trip', {'testcellnest': array([[array([[1]]), ... ok
test_mio.test_round_trip('structnest_round_trip', {'teststructnest': array([[([[1]], [[(array(['number 3'], ... ok
test_mio.test_round_trip('structarr_round_trip', {'teststructarr': array([[([[1]], [[2]]), (['number 1'], ['number 2'])]], ... ok
test_mio.test_round_trip('object_round_trip', {'testobject': MatlabObject([[(['x'], [' x = INLINE_INPUTS_{1};'], ['x'], [[0]], [[1]], [[1]])]], ... ok
test_mio.test_round_trip('unicode_round_trip', {'testunicode': array([ 'Japanese: \nすべての人間は、生まれながらにして自由であり、\nかつ、尊厳と権利と について平等である。\n人間は、理性と良心とを授けられており、\n互いに同胞の精神をもって行動しなければならない。'], ... ok
test_mio.test_round_trip('sparse_round_trip', {'testsparse': <3x5 sparse matrix of type '<class 'numpy.float64'>' ... ok
test_mio.test_round_trip('sparse_round_trip', {'testsparse': <3x5 sparse matrix of type '<class 'numpy.float64'>' ... ok
test_mio.test_round_trip('sparsecomplex_round_trip', {'testsparsecomplex': <3x5 sparse matrix of type '<class 'numpy.complex128'>' ... ok
test_mio.test_round_trip('sparsecomplex_round_trip', {'testsparsecomplex': <3x5 sparse matrix of type '<class 'numpy.complex128'>' ... ok
test_mio.test_round_trip('bool_round_trip', {'testbools': array([[ True], ... ok
test_mio.test_round_trip('objectarray_round_trip', {'testobjectarray': MatlabObject([[(['x'], [' x = INLINE_INPUTS_{1};'], ['x'], [[0]], [[1]], [[1]]), ... ok
test_mio.test_gzip_simple ... ok
test_mio.test_multiple_open ... ok
test_mio.test_mat73 ... ok
test_mio.test_warnings ... ok
test_mio.test_regression_653 ... ok
test_mio.test_structname_len ... ok
test_mio.test_4_and_long_field_names_incompatible ... ok
test_mio.test_long_field_names ... ok
test_mio.test_long_field_names_in_struct ... ok
test_mio.test_cell_with_one_thing_in_it ... ok
test_mio.test_writer_properties([], []) ... ok
test_mio.test_writer_properties(['avar'], ['avar']) ... ok
test_mio.test_writer_properties(False, False) ... ok
test_mio.test_writer_properties(True, True) ... ok
test_mio.test_writer_properties(False, False) ... ok
test_mio.test_writer_properties(True, True) ... ok
test_mio.test_use_small_element(True,) ... ok
test_mio.test_use_small_element(True,) ... ok
test_mio.test_save_dict ... ok
test_mio.test_1d_shape ... ok
test_mio.test_compression(array([[ 0.,  0.,  0.,  0.,  0.,  0.,  0.,  0.,  0.,  0.,  0.,  0.,  0., ... ok
test_mio.test_compression(array([[ 0.,  0.,  0.,  0.,  0.,  0.,  0.,  0.,  0.,  0.,  0.,  0.,  0., ... ok
test_mio.test_compression(True,) ... ok
test_mio.test_compression(array([[ 1.,  0.,  0.,  0.,  0.,  0.,  0.,  0.,  0.,  0.,  0.,  0.,  0., ... ok
test_mio.test_compression(array([[ 1.,  0.,  0.,  0.,  0.,  0.,  0.,  0.,  0.,  0.,  0.,  0.,  0., ... ok
test_mio.test_single_object ... ok
test_mio.test_skip_variable(True,) ... ok
test_mio.test_skip_variable(True,) ... ok
test_mio.test_skip_variable(True,) ... ok
test_mio.test_empty_struct ... ok
test_mio.test_recarray(array([[ 0.5]]), 0.5) ... ok
test_mio.test_recarray(array(['python'], ... ok
test_mio.test_recarray(array([[ 0.5]]), 0.5) ... ok
test_mio.test_recarray(array(['python'], ... ok
test_mio.test_recarray(dtype([('f1', 'O'), ('f2', 'O')]), dtype([('f1', 'O'), ('f2', 'O')])) ... ok
test_mio.test_recarray(array([[ 99.]]), 99) ... ok
test_mio.test_recarray(array(['not perl'], ... ok
test_mio.test_save_object ... ok
test_mio.test_read_opts ... ok
test_mio.test_empty_string ... ok
test_mio.test_corrupted_data ... ok
test_mio.test_corrupted_data_check_can_be_disabled ... ok
test_mio.test_read_both_endian ... ok
test_mio.test_write_opposite_endian ... ok
test_mio.test_logical_array ... ok
test_mio.test_mat4_3d ... ok
test_mio.test_func_read ... ok
test_mio.test_mat_dtype('u', 'u') ... ok
test_mio.test_mat_dtype('f', 'f') ... ok
test_mio.test_sparse_in_struct(matrix([[ 1.,  0.,  0.,  0.], ... ok
test_mio.test_mat_struct_squeeze ... ok
test_mio.test_scalar_squeeze ... ok
test_mio.test_str_round ... ok
test_mio.test_fieldnames ... ok
test_mio.test_loadmat_varnames ... ok
test_mio.test_round_types ... ok
test_mio.test_varmats_from_mat ... ok
test_mio.test_one_by_zero ... ok
test_mio.test_load_mat4_le ... ok
test_mio.test_unicode_mat4 ... ok
test_mio.test_empty_sparse ... ok
test_mio5_utils.test_byteswap(16777216, 16777216) ... ok
test_mio5_utils.test_byteswap(1, 1) ... ok
test_mio5_utils.test_byteswap(65536, 65536) ... ok
test_mio5_utils.test_byteswap(256, 256) ... ok
test_mio5_utils.test_byteswap(256, 256) ... ok
test_mio5_utils.test_byteswap(65536, 65536) ... ok
test_mio5_utils.test_read_tag(<class 'OSError'>, <built-in method read_tag of scipy.io.matlab.mio5_utils.VarReader5 object at 0x1094e81f8>) ... ok
test_mio5_utils.test_read_tag(<class 'ValueError'>, <built-in method read_tag of scipy.io.matlab.mio5_utils.VarReader5 object at 0x1094e81f8>) ... ok
test_mio5_utils.test_read_stream(b'\x05\x00\x04\x00\x01\x00\x00\x00', b'\x05\x00\x04\x00\x01\x00\x00\x00') ... ok
test_mio5_utils.test_read_numeric(1, True) ... ok
test_mio5_utils.test_read_numeric(0, False) ... ok
test_mio5_utils.test_read_numeric(array([30], dtype=uint16), 30) ... ok
test_mio5_utils.test_read_numeric(array([30], dtype=uint16), 30) ... ok
test_mio5_utils.test_read_numeric(array([30], dtype=uint16), 30) ... ok
test_mio5_utils.test_read_numeric(array([30], dtype=uint16), 30) ... ok
test_mio5_utils.test_read_numeric(array([30], dtype=uint16), 30) ... ok
test_mio5_utils.test_read_numeric(array([30], dtype=uint16), 30) ... ok
test_mio5_utils.test_read_numeric(0, False) ... ok
test_mio5_utils.test_read_numeric(1, True) ... ok
test_mio5_utils.test_read_numeric(array([30], dtype=uint16), 30) ... ok
test_mio5_utils.test_read_numeric(array([30], dtype=uint16), 30) ... ok
test_mio5_utils.test_read_numeric(array([30], dtype=uint16), 30) ... ok
test_mio5_utils.test_read_numeric(array([30], dtype=uint16), 30) ... ok
test_mio5_utils.test_read_numeric(array([30], dtype=uint16), 30) ... ok
test_mio5_utils.test_read_numeric(array([30], dtype=uint16), 30) ... ok
test_mio5_utils.test_read_numeric(1, True) ... ok
test_mio5_utils.test_read_numeric(0, False) ... ok
test_mio5_utils.test_read_numeric(array([1], dtype=int32), 1) ... ok
test_mio5_utils.test_read_numeric(array([1], dtype=int32), 1) ... ok
test_mio5_utils.test_read_numeric(array([1], dtype=int32), 1) ... ok
test_mio5_utils.test_read_numeric(array([1], dtype=int32), 1) ... ok
test_mio5_utils.test_read_numeric(array([1], dtype=int32), 1) ... ok
test_mio5_utils.test_read_numeric(array([1], dtype=int32), 1) ... ok
test_mio5_utils.test_read_numeric(0, False) ... ok
test_mio5_utils.test_read_numeric(1, True) ... ok
test_mio5_utils.test_read_numeric(array([1], dtype=int32), 1) ... ok
test_mio5_utils.test_read_numeric(array([1], dtype=int32), 1) ... ok
test_mio5_utils.test_read_numeric(array([1], dtype=int32), 1) ... ok
test_mio5_utils.test_read_numeric(array([1], dtype=int32), 1) ... ok
test_mio5_utils.test_read_numeric(array([1], dtype=int32), 1) ... ok
test_mio5_utils.test_read_numeric(array([1], dtype=int32), 1) ... ok
test_mio5_utils.test_read_numeric(1, True) ... ok
test_mio5_utils.test_read_numeric(0, False) ... ok
test_mio5_utils.test_read_numeric(array([-1], dtype=int16), -1) ... ok
test_mio5_utils.test_read_numeric(array([-1], dtype=int16), -1) ... ok
test_mio5_utils.test_read_numeric(array([-1], dtype=int16), -1) ... ok
test_mio5_utils.test_read_numeric(array([-1], dtype=int16), -1) ... ok
test_mio5_utils.test_read_numeric(array([-1], dtype=int16), -1) ... ok
test_mio5_utils.test_read_numeric(array([-1], dtype=int16), -1) ... ok
test_mio5_utils.test_read_numeric(0, False) ... ok
test_mio5_utils.test_read_numeric(1, True) ... ok
test_mio5_utils.test_read_numeric(array([-1], dtype=int16), -1) ... ok
test_mio5_utils.test_read_numeric(array([-1], dtype=int16), -1) ... ok
test_mio5_utils.test_read_numeric(array([-1], dtype=int16), -1) ... ok
test_mio5_utils.test_read_numeric(array([-1], dtype=int16), -1) ... ok
test_mio5_utils.test_read_numeric(array([-1], dtype=int16), -1) ... ok
test_mio5_utils.test_read_numeric(array([-1], dtype=int16), -1) ... ok
test_mio5_utils.test_read_numeric_writeable(True,) ... ok
test_mio5_utils.test_zero_byte_string ... ok
test_mio_funcs.test_jottings ... ok
test_mio_utils.test_cproduct ... ok
test_mio_utils.test_squeeze_element ... ok
test_mio_utils.test_chars_strings ... ok
test_miobase.test_matdims ... ok
test_pathological.test_multiple_fieldnames ... ok
test_streams.TestZlibInputStream.test_all_data_read ... ok
test_streams.TestZlibInputStream.test_read(0, 65536) ... ok
test_streams.TestZlibInputStream.test_read(0, 131071) ... ok
test_streams.TestZlibInputStream.test_read(0, 131072) ... ok
test_streams.TestZlibInputStream.test_read(0, 131073) ... ok
test_streams.TestZlibInputStream.test_read(1, 65536) ... ok
test_streams.TestZlibInputStream.test_read(1, 131071) ... ok
test_streams.TestZlibInputStream.test_read(1, 131072) ... ok
test_streams.TestZlibInputStream.test_read(1, 131073) ... ok
test_streams.TestZlibInputStream.test_read(10, 65536) ... ok
test_streams.TestZlibInputStream.test_read(10, 131071) ... ok
test_streams.TestZlibInputStream.test_read(10, 131072) ... ok
test_streams.TestZlibInputStream.test_read(10, 131073) ... ok
test_streams.TestZlibInputStream.test_read(65536, 65536) ... ok
test_streams.TestZlibInputStream.test_read(65536, 131071) ... ok
test_streams.TestZlibInputStream.test_read(65536, 131072) ... ok
test_streams.TestZlibInputStream.test_read(65536, 131073) ... ok
test_streams.TestZlibInputStream.test_read(131071, 65536) ... ok
test_streams.TestZlibInputStream.test_read(131071, 131071) ... ok
test_streams.TestZlibInputStream.test_read(131071, 131072) ... ok
test_streams.TestZlibInputStream.test_read(131071, 131073) ... ok
test_streams.TestZlibInputStream.test_read(131072, 65536) ... ok
test_streams.TestZlibInputStream.test_read(131072, 131071) ... ok
test_streams.TestZlibInputStream.test_read(131072, 131072) ... ok
test_streams.TestZlibInputStream.test_read(131072, 131073) ... ok
test_streams.TestZlibInputStream.test_read(131073, 65536) ... ok
test_streams.TestZlibInputStream.test_read(131073, 131071) ... ok
test_streams.TestZlibInputStream.test_read(131073, 131072) ... ok
test_streams.TestZlibInputStream.test_read(131073, 131073) ... ok
test_streams.TestZlibInputStream.test_read(262143, 65536) ... ok
test_streams.TestZlibInputStream.test_read(262143, 131071) ... ok
test_streams.TestZlibInputStream.test_read(262143, 131072) ... ok
test_streams.TestZlibInputStream.test_read(262143, 131073) ... ok
test_streams.TestZlibInputStream.test_read_max_length ... ok
test_streams.TestZlibInputStream.test_seek ... ok
test_streams.test_make_stream ... ok
test_streams.test_tell_seek(0, 0) ... ok
test_streams.test_tell_seek(0, 0) ... ok
test_streams.test_tell_seek(0, 0) ... ok
test_streams.test_tell_seek(5, 5) ... ok
test_streams.test_tell_seek(0, 0) ... ok
test_streams.test_tell_seek(7, 7) ... ok
test_streams.test_tell_seek(0, 0) ... ok
test_streams.test_tell_seek(6, 6) ... ok
test_streams.test_tell_seek(0, 0) ... ok
test_streams.test_tell_seek(0, 0) ... ok
test_streams.test_tell_seek(0, 0) ... ok
test_streams.test_tell_seek(5, 5) ... ok
test_streams.test_tell_seek(0, 0) ... ok
test_streams.test_tell_seek(7, 7) ... ok
test_streams.test_tell_seek(0, 0) ... ok
test_streams.test_tell_seek(6, 6) ... ok
test_streams.test_tell_seek(0, 0) ... ok
test_streams.test_tell_seek(0, 0) ... ok
test_streams.test_tell_seek(0, 0) ... ok
test_streams.test_tell_seek(5, 5) ... ok
test_streams.test_tell_seek(0, 0) ... ok
test_streams.test_tell_seek(7, 7) ... ok
test_streams.test_tell_seek(0, 0) ... ok
test_streams.test_tell_seek(6, 6) ... ok
test_streams.test_read(b'a\x00string', b'a\x00string') ... ok
test_streams.test_read(b'a\x00st', b'a\x00st') ... ok
test_streams.test_read(b'a\x00st', b'a\x00st') ... ok
test_streams.test_read(b'ring', b'ring') ... ok
test_streams.test_read(<class 'OSError'>, <built-in function _read_into>, <scipy.io.matlab.streams.GenericStream object at 0x1094cdb70>, 2) ... ok
test_streams.test_read(b'a\x00st', b'a\x00st') ... ok
test_streams.test_read(b'ring', b'ring') ... ok
test_streams.test_read(<class 'OSError'>, <built-in function _read_string>, <scipy.io.matlab.streams.GenericStream object at 0x1094cdb70>, 2) ... ok
test_streams.test_read(b'a\x00string', b'a\x00string') ... ok
test_streams.test_read(b'a\x00st', b'a\x00st') ... ok
test_streams.test_read(b'a\x00st', b'a\x00st') ... ok
test_streams.test_read(b'ring', b'ring') ... ok
test_streams.test_read(<class 'OSError'>, <built-in function _read_into>, <scipy.io.matlab.streams.GenericStream object at 0x1094cdc18>, 2) ... ok
test_streams.test_read(b'a\x00st', b'a\x00st') ... ok
test_streams.test_read(b'ring', b'ring') ... ok
test_streams.test_read(<class 'OSError'>, <built-in function _read_string>, <scipy.io.matlab.streams.GenericStream object at 0x1094cdc18>, 2) ... ok
test_streams.test_read(b'a\x00string', b'a\x00string') ... ok
test_streams.test_read(b'a\x00st', b'a\x00st') ... ok
test_streams.test_read(b'a\x00st', b'a\x00st') ... ok
test_streams.test_read(b'ring', b'ring') ... ok
test_streams.test_read(<class 'OSError'>, <built-in function _read_into>, <scipy.io.matlab.streams.GenericStream object at 0x1094cdb38>, 2) ... ok
test_streams.test_read(b'a\x00st', b'a\x00st') ... ok
test_streams.test_read(b'ring', b'ring') ... ok
test_streams.test_read(<class 'OSError'>, <built-in function _read_string>, <scipy.io.matlab.streams.GenericStream object at 0x1094cdb38>, 2) ... ok
test_fortran.test_fortranfiles_read ... /opt/local/Library/Frameworks/Python.framework/Versions/3.4/lib/python3.4/site-packages/scipy/io/_fortran.py:153: DeprecationWarning: converting an array with ndim > 0 to an index will result in an error in the future
  data = np.fromfile(self._fp, dtype=dtype, count=firstSize//dtype.itemsize)
/opt/local/Library/Frameworks/Python.framework/Versions/3.4/lib/python3.4/site-packages/scipy/io/_fortran.py:153: DeprecationWarning: converting an array with ndim > 0 to an index will result in an error in the future
  data = np.fromfile(self._fp, dtype=dtype, count=firstSize//dtype.itemsize)
/opt/local/Library/Frameworks/Python.framework/Versions/3.4/lib/python3.4/site-packages/scipy/io/_fortran.py:153: DeprecationWarning: converting an array with ndim > 0 to an index will result in an error in the future
  data = np.fromfile(self._fp, dtype=dtype, count=firstSize//dtype.itemsize)
/opt/local/Library/Frameworks/Python.framework/Versions/3.4/lib/python3.4/site-packages/scipy/io/_fortran.py:153: DeprecationWarning: converting an array with ndim > 0 to an index will result in an error in the future
  data = np.fromfile(self._fp, dtype=dtype, count=firstSize//dtype.itemsize)
/opt/local/Library/Frameworks/Python.framework/Versions/3.4/lib/python3.4/site-packages/scipy/io/_fortran.py:153: DeprecationWarning: converting an array with ndim > 0 to an index will result in an error in the future
  data = np.fromfile(self._fp, dtype=dtype, count=firstSize//dtype.itemsize)
/opt/local/Library/Frameworks/Python.framework/Versions/3.4/lib/python3.4/site-packages/scipy/io/_fortran.py:153: DeprecationWarning: converting an array with ndim > 0 to an index will result in an error in the future
  data = np.fromfile(self._fp, dtype=dtype, count=firstSize//dtype.itemsize)
/opt/local/Library/Frameworks/Python.framework/Versions/3.4/lib/python3.4/site-packages/scipy/io/_fortran.py:153: DeprecationWarning: converting an array with ndim > 0 to an index will result in an error in the future
  data = np.fromfile(self._fp, dtype=dtype, count=firstSize//dtype.itemsize)
/opt/local/Library/Frameworks/Python.framework/Versions/3.4/lib/python3.4/site-packages/scipy/io/_fortran.py:153: DeprecationWarning: converting an array with ndim > 0 to an index will result in an error in the future
  data = np.fromfile(self._fp, dtype=dtype, count=firstSize//dtype.itemsize)
/opt/local/Library/Frameworks/Python.framework/Versions/3.4/lib/python3.4/site-packages/scipy/io/_fortran.py:153: DeprecationWarning: converting an array with ndim > 0 to an index will result in an error in the future
  data = np.fromfile(self._fp, dtype=dtype, count=firstSize//dtype.itemsize)
/opt/local/Library/Frameworks/Python.framework/Versions/3.4/lib/python3.4/site-packages/scipy/io/_fortran.py:153: DeprecationWarning: converting an array with ndim > 0 to an index will result in an error in the future
  data = np.fromfile(self._fp, dtype=dtype, count=firstSize//dtype.itemsize)
/opt/local/Library/Frameworks/Python.framework/Versions/3.4/lib/python3.4/site-packages/scipy/io/_fortran.py:153: DeprecationWarning: converting an array with ndim > 0 to an index will result in an error in the future
  data = np.fromfile(self._fp, dtype=dtype, count=firstSize//dtype.itemsize)
/opt/local/Library/Frameworks/Python.framework/Versions/3.4/lib/python3.4/site-packages/scipy/io/_fortran.py:153: DeprecationWarning: converting an array with ndim > 0 to an index will result in an error in the future
  data = np.fromfile(self._fp, dtype=dtype, count=firstSize//dtype.itemsize)
ok
test_fortran.test_fortranfiles_write ... ok
test_idl.TestArrayDimensions.test_1d ... ok
test_idl.TestArrayDimensions.test_2d ... ok
test_idl.TestArrayDimensions.test_3d ... ok
test_idl.TestArrayDimensions.test_4d ... ok
test_idl.TestArrayDimensions.test_5d ... ok
test_idl.TestArrayDimensions.test_6d ... ok
test_idl.TestArrayDimensions.test_7d ... ok
test_idl.TestArrayDimensions.test_8d ... ok
test_idl.TestCompressed.test_byte ... ok
test_idl.TestCompressed.test_bytes ... ok
test_idl.TestCompressed.test_complex32 ... ok
test_idl.TestCompressed.test_complex64 ... ok
test_idl.TestCompressed.test_compressed ... ok
test_idl.TestCompressed.test_float32 ... ok
test_idl.TestCompressed.test_float64 ... ok
test_idl.TestCompressed.test_heap_pointer ... ok
test_idl.TestCompressed.test_int16 ... ok
test_idl.TestCompressed.test_int32 ... ok
test_idl.TestCompressed.test_int64 ... ok
test_idl.TestCompressed.test_object_reference ... ok
test_idl.TestCompressed.test_structure ... ok
test_idl.TestCompressed.test_uint16 ... ok
test_idl.TestCompressed.test_uint32 ... ok
test_idl.TestCompressed.test_uint64 ... ok
test_idl.TestIdict.test_idict ... ok
test_idl.TestPointerArray.test_1d ... ok
test_idl.TestPointerArray.test_2d ... ok
test_idl.TestPointerArray.test_3d ... ok
test_idl.TestPointerArray.test_4d ... ok
test_idl.TestPointerArray.test_5d ... ok
test_idl.TestPointerArray.test_6d ... ok
test_idl.TestPointerArray.test_7d ... ok
test_idl.TestPointerArray.test_8d ... ok
test_idl.TestPointerStructures.test_arrays ... /opt/local/Library/Frameworks/Python.framework/Versions/3.4/lib/python3.4/site-packages/scipy/io/idl.py:167: UserWarning: warning: empty strings are now set to '' instead of None
  warnings.warn("warning: empty strings are now set to '' instead of None")
ok
test_idl.TestPointerStructures.test_arrays_replicated ... ok
test_idl.TestPointerStructures.test_arrays_replicated_3d ... /opt/local/Library/Frameworks/Python.framework/Versions/3.4/lib/python3.4/site-packages/scipy/io/idl.py:167: UserWarning: warning: empty strings are now set to '' instead of None
  warnings.warn("warning: empty strings are now set to '' instead of None")
ok
test_idl.TestPointerStructures.test_pointers_replicated ... /opt/local/Library/Frameworks/Python.framework/Versions/3.4/lib/python3.4/site-packages/scipy/io/idl.py:167: UserWarning: warning: empty strings are now set to '' instead of None
  warnings.warn("warning: empty strings are now set to '' instead of None")
ok
test_idl.TestPointerStructures.test_pointers_replicated_3d ... /opt/local/Library/Frameworks/Python.framework/Versions/3.4/lib/python3.4/site-packages/scipy/io/idl.py:266: UserWarning: warning: multi-dimensional structures are now correctly reshaped
  warnings.warn("warning: multi-dimensional structures are now correctly reshaped")
ok
test_idl.TestPointerStructures.test_scalars ... ok
test_idl.TestPointers.test_pointers ... ok
test_idl.TestScalars.test_byte ... ok
test_idl.TestScalars.test_bytes ... ok
test_idl.TestScalars.test_complex32 ... ok
test_idl.TestScalars.test_complex64 ... ok
test_idl.TestScalars.test_float32 ... ok
test_idl.TestScalars.test_float64 ... ok
test_idl.TestScalars.test_heap_pointer ... ok
test_idl.TestScalars.test_int16 ... ok
test_idl.TestScalars.test_int32 ... ok
test_idl.TestScalars.test_int64 ... ok
test_idl.TestScalars.test_object_reference ... ok
test_idl.TestScalars.test_structure ... ok
test_idl.TestScalars.test_uint16 ... ok
test_idl.TestScalars.test_uint32 ... ok
test_idl.TestScalars.test_uint64 ... ok
test_idl.TestStructures.test_arrays ... ok
test_idl.TestStructures.test_arrays_replicated ... ok
test_idl.TestStructures.test_arrays_replicated_3d ... ok
test_idl.TestStructures.test_inheritance ... ok
test_idl.TestStructures.test_scalars ... ok
test_idl.TestStructures.test_scalars_replicated ... ok
test_idl.TestStructures.test_scalars_replicated_3d ... ok
test_random_rect_real (test_mmio.TestMMIOArray) ... ok
test_random_symmetric_real (test_mmio.TestMMIOArray) ... ok
test_simple (test_mmio.TestMMIOArray) ... ok
test_simple_complex (test_mmio.TestMMIOArray) ... ok
test_simple_hermitian (test_mmio.TestMMIOArray) ... ok
test_simple_real (test_mmio.TestMMIOArray) ... ok
test_simple_rectangular (test_mmio.TestMMIOArray) ... ok
test_simple_rectangular_real (test_mmio.TestMMIOArray) ... ok
test_simple_skew_symmetric (test_mmio.TestMMIOArray) ... ok
test_simple_skew_symmetric_float (test_mmio.TestMMIOArray) ... ok
test_simple_symmetric (test_mmio.TestMMIOArray) ... ok
test_bzip2_py3 (test_mmio.TestMMIOCoordinate) ... ok
test_complex_write_read (test_mmio.TestMMIOCoordinate) ... ok
test_empty_write_read (test_mmio.TestMMIOCoordinate) ... ok
test_gzip_py3 (test_mmio.TestMMIOCoordinate) ... ok
test_read_general (test_mmio.TestMMIOCoordinate) ... ok
test_read_hermitian (test_mmio.TestMMIOCoordinate) ... ok
test_read_skew (test_mmio.TestMMIOCoordinate) ... ok
test_read_symmetric (test_mmio.TestMMIOCoordinate) ... ok
test_read_symmetric_pattern (test_mmio.TestMMIOCoordinate) ... ok
test_real_write_read (test_mmio.TestMMIOCoordinate) ... ok
test_sparse_formats (test_mmio.TestMMIOCoordinate) ... ok
test_netcdf.test_read_write_files(True,) ... ok
test_netcdf.test_read_write_files(b'Created for a test', b'Created for a test') ... ok
test_netcdf.test_read_write_files(b'days since 2008-01-01', b'days since 2008-01-01') ... ok
test_netcdf.test_read_write_files((11,), (11,)) ... ok
test_netcdf.test_read_write_files(10, 10) ... ok
test_netcdf.test_read_write_files(False,) ... ok
test_netcdf.test_read_write_files(b'Created for a test', b'Created for a test') ... ok
test_netcdf.test_read_write_files(b'days since 2008-01-01', b'days since 2008-01-01') ... ok
test_netcdf.test_read_write_files((11,), (11,)) ... ok
test_netcdf.test_read_write_files(10, 10) ... ok
test_netcdf.test_read_write_files(False,) ... ok
test_netcdf.test_read_write_files(b'Created for a test', b'Created for a test') ... ok
test_netcdf.test_read_write_files(b'days since 2008-01-01', b'days since 2008-01-01') ... ok
test_netcdf.test_read_write_files((11,), (11,)) ... ok
test_netcdf.test_read_write_files(10, 10) ... ok
test_netcdf.test_read_write_sio(b'Created for a test', b'Created for a test') ... ok
test_netcdf.test_read_write_sio(b'days since 2008-01-01', b'days since 2008-01-01') ... ok
test_netcdf.test_read_write_sio((11,), (11,)) ... ok
test_netcdf.test_read_write_sio(10, 10) ... ok
test_netcdf.test_read_write_sio(<class 'ValueError'>, <class 'scipy.io.netcdf.netcdf_file'>, <_io.BytesIO object at 0x104e29ca8>, 'r', True) ... ok
test_netcdf.test_read_write_sio(b'Created for a test', b'Created for a test') ... ok
test_netcdf.test_read_write_sio(b'days since 2008-01-01', b'days since 2008-01-01') ... ok
test_netcdf.test_read_write_sio((11,), (11,)) ... ok
test_netcdf.test_read_write_sio(10, 10) ... ok
test_netcdf.test_read_write_sio(2, 2) ... ok
test_netcdf.test_read_write_sio(b'Created for a test', b'Created for a test') ... ok
test_netcdf.test_read_write_sio(b'days since 2008-01-01', b'days since 2008-01-01') ... ok
test_netcdf.test_read_write_sio((11,), (11,)) ... ok
test_netcdf.test_read_write_sio(10, 10) ... ok
test_netcdf.test_read_write_sio(2, 2) ... ok
test_netcdf.test_read_example_data ... ok
test_netcdf.test_itemset_no_segfault_on_readonly ... ok
test_netcdf.test_write_invalid_dtype(<class 'ValueError'>, <bound method netcdf_file.createVariable of <scipy.io.netcdf.netcdf_file object at 0x104e139b0>>, 'time', 'int64', ('time',)) ... ok
test_netcdf.test_write_invalid_dtype(<class 'ValueError'>, <bound method netcdf_file.createVariable of <scipy.io.netcdf.netcdf_file object at 0x104e139b0>>, 'time', 'uint64', ('time',)) ... ok
test_netcdf.test_write_invalid_dtype(<class 'ValueError'>, <bound method netcdf_file.createVariable of <scipy.io.netcdf.netcdf_file object at 0x104e139b0>>, 'time', 'int', ('time',)) ... ok
test_netcdf.test_write_invalid_dtype(<class 'ValueError'>, <bound method netcdf_file.createVariable of <scipy.io.netcdf.netcdf_file object at 0x104e139b0>>, 'time', 'uint', ('time',)) ... ok
test_netcdf.test_flush_rewind ... ok
test_netcdf.test_dtype_specifiers ... ok
test_netcdf.test_ticket_1720 ... ok
test_wavfile.test_read_1 ... ok
test_wavfile.test_read_2 ... ok
test_wavfile.test_read_fail ... ok
test_wavfile.test_write_roundtrip(False, 8000, dtype('>i2'), 1) ... ok
test_wavfile.test_write_roundtrip(False, 8000, dtype('>i2'), 2) ... ok
test_wavfile.test_write_roundtrip(False, 8000, dtype('>i2'), 5) ... ok
test_wavfile.test_write_roundtrip(False, 32000, dtype('>i2'), 1) ... ok
test_wavfile.test_write_roundtrip(False, 32000, dtype('>i2'), 2) ... ok
test_wavfile.test_write_roundtrip(False, 32000, dtype('>i2'), 5) ... ok
test_wavfile.test_write_roundtrip(False, 8000, dtype('int16'), 1) ... ok
test_wavfile.test_write_roundtrip(False, 8000, dtype('int16'), 2) ... ok
test_wavfile.test_write_roundtrip(False, 8000, dtype('int16'), 5) ... ok
test_wavfile.test_write_roundtrip(False, 32000, dtype('int16'), 1) ... ok
test_wavfile.test_write_roundtrip(False, 32000, dtype('int16'), 2) ... ok
test_wavfile.test_write_roundtrip(False, 32000, dtype('int16'), 5) ... ok
test_wavfile.test_write_roundtrip(False, 8000, dtype('>i4'), 1) ... ok
test_wavfile.test_write_roundtrip(False, 8000, dtype('>i4'), 2) ... ok
test_wavfile.test_write_roundtrip(False, 8000, dtype('>i4'), 5) ... ok
test_wavfile.test_write_roundtrip(False, 32000, dtype('>i4'), 1) ... ok
test_wavfile.test_write_roundtrip(False, 32000, dtype('>i4'), 2) ... ok
test_wavfile.test_write_roundtrip(False, 32000, dtype('>i4'), 5) ... ok
test_wavfile.test_write_roundtrip(False, 8000, dtype('int32'), 1) ... ok
test_wavfile.test_write_roundtrip(False, 8000, dtype('int32'), 2) ... ok
test_wavfile.test_write_roundtrip(False, 8000, dtype('int32'), 5) ... ok
test_wavfile.test_write_roundtrip(False, 32000, dtype('int32'), 1) ... ok
test_wavfile.test_write_roundtrip(False, 32000, dtype('int32'), 2) ... ok
test_wavfile.test_write_roundtrip(False, 32000, dtype('int32'), 5) ... ok
test_wavfile.test_write_roundtrip(False, 8000, dtype('>i8'), 1) ... ok
test_wavfile.test_write_roundtrip(False, 8000, dtype('>i8'), 2) ... ok
test_wavfile.test_write_roundtrip(False, 8000, dtype('>i8'), 5) ... ok
test_wavfile.test_write_roundtrip(False, 32000, dtype('>i8'), 1) ... ok
test_wavfile.test_write_roundtrip(False, 32000, dtype('>i8'), 2) ... ok
test_wavfile.test_write_roundtrip(False, 32000, dtype('>i8'), 5) ... ok
test_wavfile.test_write_roundtrip(False, 8000, dtype('int64'), 1) ... ok
test_wavfile.test_write_roundtrip(False, 8000, dtype('int64'), 2) ... ok
test_wavfile.test_write_roundtrip(False, 8000, dtype('int64'), 5) ... ok
test_wavfile.test_write_roundtrip(False, 32000, dtype('int64'), 1) ... ok
test_wavfile.test_write_roundtrip(False, 32000, dtype('int64'), 2) ... ok
test_wavfile.test_write_roundtrip(False, 32000, dtype('int64'), 5) ... ok
test_wavfile.test_write_roundtrip(False, 8000, dtype('uint8'), 1) ... ok
test_wavfile.test_write_roundtrip(False, 8000, dtype('uint8'), 2) ... ok
test_wavfile.test_write_roundtrip(False, 8000, dtype('uint8'), 5) ... ok
test_wavfile.test_write_roundtrip(False, 32000, dtype('uint8'), 1) ... ok
test_wavfile.test_write_roundtrip(False, 32000, dtype('uint8'), 2) ... ok
test_wavfile.test_write_roundtrip(False, 32000, dtype('uint8'), 5) ... ok
test_wavfile.test_write_roundtrip(False, 8000, dtype('>f4'), 1) ... ok
test_wavfile.test_write_roundtrip(False, 8000, dtype('>f4'), 2) ... ok
test_wavfile.test_write_roundtrip(False, 8000, dtype('>f4'), 5) ... ok
test_wavfile.test_write_roundtrip(False, 32000, dtype('>f4'), 1) ... ok
test_wavfile.test_write_roundtrip(False, 32000, dtype('>f4'), 2) ... ok
test_wavfile.test_write_roundtrip(False, 32000, dtype('>f4'), 5) ... ok
test_wavfile.test_write_roundtrip(False, 8000, dtype('float32'), 1) ... ok
test_wavfile.test_write_roundtrip(False, 8000, dtype('float32'), 2) ... ok
test_wavfile.test_write_roundtrip(False, 8000, dtype('float32'), 5) ... ok
test_wavfile.test_write_roundtrip(False, 32000, dtype('float32'), 1) ... ok
test_wavfile.test_write_roundtrip(False, 32000, dtype('float32'), 2) ... ok
test_wavfile.test_write_roundtrip(False, 32000, dtype('float32'), 5) ... ok
test_wavfile.test_write_roundtrip(False, 8000, dtype('>f8'), 1) ... ok
test_wavfile.test_write_roundtrip(False, 8000, dtype('>f8'), 2) ... ok
test_wavfile.test_write_roundtrip(False, 8000, dtype('>f8'), 5) ... ok
test_wavfile.test_write_roundtrip(False, 32000, dtype('>f8'), 1) ... ok
test_wavfile.test_write_roundtrip(False, 32000, dtype('>f8'), 2) ... ok
test_wavfile.test_write_roundtrip(False, 32000, dtype('>f8'), 5) ... ok
test_wavfile.test_write_roundtrip(False, 8000, dtype('float64'), 1) ... ok
test_wavfile.test_write_roundtrip(False, 8000, dtype('float64'), 2) ... ok
test_wavfile.test_write_roundtrip(False, 8000, dtype('float64'), 5) ... ok
test_wavfile.test_write_roundtrip(False, 32000, dtype('float64'), 1) ... ok
test_wavfile.test_write_roundtrip(False, 32000, dtype('float64'), 2) ... ok
test_wavfile.test_write_roundtrip(False, 32000, dtype('float64'), 5) ... ok
test_wavfile.test_write_roundtrip(False, 8000, dtype('>f16'), 1) ... ok
test_wavfile.test_write_roundtrip(False, 8000, dtype('>f16'), 2) ... ok
test_wavfile.test_write_roundtrip(False, 8000, dtype('>f16'), 5) ... ok
test_wavfile.test_write_roundtrip(False, 32000, dtype('>f16'), 1) ... ok
test_wavfile.test_write_roundtrip(False, 32000, dtype('>f16'), 2) ... ok
test_wavfile.test_write_roundtrip(False, 32000, dtype('>f16'), 5) ... ok
test_wavfile.test_write_roundtrip(False, 8000, dtype('float128'), 1) ... ok
test_wavfile.test_write_roundtrip(False, 8000, dtype('float128'), 2) ... ok
test_wavfile.test_write_roundtrip(False, 8000, dtype('float128'), 5) ... ok
test_wavfile.test_write_roundtrip(False, 32000, dtype('float128'), 1) ... ok
test_wavfile.test_write_roundtrip(False, 32000, dtype('float128'), 2) ... ok
test_wavfile.test_write_roundtrip(False, 32000, dtype('float128'), 5) ... ok
test_wavfile.test_write_roundtrip(False, 8000, dtype('>i8'), 1) ... ok
test_wavfile.test_write_roundtrip(False, 8000, dtype('>i8'), 2) ... ok
test_wavfile.test_write_roundtrip(False, 8000, dtype('>i8'), 5) ... ok
test_wavfile.test_write_roundtrip(False, 32000, dtype('>i8'), 1) ... ok
test_wavfile.test_write_roundtrip(False, 32000, dtype('>i8'), 2) ... ok
test_wavfile.test_write_roundtrip(False, 32000, dtype('>i8'), 5) ... ok
test_wavfile.test_write_roundtrip(False, 8000, dtype('int64'), 1) ... ok
test_wavfile.test_write_roundtrip(False, 8000, dtype('int64'), 2) ... ok
test_wavfile.test_write_roundtrip(False, 8000, dtype('int64'), 5) ... ok
test_wavfile.test_write_roundtrip(False, 32000, dtype('int64'), 1) ... ok
test_wavfile.test_write_roundtrip(False, 32000, dtype('int64'), 2) ... ok
test_wavfile.test_write_roundtrip(False, 32000, dtype('int64'), 5) ... ok
test_wavfile.test_write_roundtrip(True, 8000, dtype('>i2'), 1) ... ok
test_wavfile.test_write_roundtrip(True, 8000, dtype('>i2'), 2) ... ok
test_wavfile.test_write_roundtrip(True, 8000, dtype('>i2'), 5) ... ok
test_wavfile.test_write_roundtrip(True, 32000, dtype('>i2'), 1) ... ok
test_wavfile.test_write_roundtrip(True, 32000, dtype('>i2'), 2) ... ok
test_wavfile.test_write_roundtrip(True, 32000, dtype('>i2'), 5) ... ok
test_wavfile.test_write_roundtrip(True, 8000, dtype('int16'), 1) ... ok
test_wavfile.test_write_roundtrip(True, 8000, dtype('int16'), 2) ... ok
test_wavfile.test_write_roundtrip(True, 8000, dtype('int16'), 5) ... ok
test_wavfile.test_write_roundtrip(True, 32000, dtype('int16'), 1) ... ok
test_wavfile.test_write_roundtrip(True, 32000, dtype('int16'), 2) ... ok
test_wavfile.test_write_roundtrip(True, 32000, dtype('int16'), 5) ... ok
test_wavfile.test_write_roundtrip(True, 8000, dtype('>i4'), 1) ... ok
test_wavfile.test_write_roundtrip(True, 8000, dtype('>i4'), 2) ... ok
test_wavfile.test_write_roundtrip(True, 8000, dtype('>i4'), 5) ... ok
test_wavfile.test_write_roundtrip(True, 32000, dtype('>i4'), 1) ... ok
test_wavfile.test_write_roundtrip(True, 32000, dtype('>i4'), 2) ... ok
test_wavfile.test_write_roundtrip(True, 32000, dtype('>i4'), 5) ... ok
test_wavfile.test_write_roundtrip(True, 8000, dtype('int32'), 1) ... ok
test_wavfile.test_write_roundtrip(True, 8000, dtype('int32'), 2) ... ok
test_wavfile.test_write_roundtrip(True, 8000, dtype('int32'), 5) ... ok
test_wavfile.test_write_roundtrip(True, 32000, dtype('int32'), 1) ... ok
test_wavfile.test_write_roundtrip(True, 32000, dtype('int32'), 2) ... ok
test_wavfile.test_write_roundtrip(True, 32000, dtype('int32'), 5) ... ok
test_wavfile.test_write_roundtrip(True, 8000, dtype('>i8'), 1) ... ok
test_wavfile.test_write_roundtrip(True, 8000, dtype('>i8'), 2) ... ok
test_wavfile.test_write_roundtrip(True, 8000, dtype('>i8'), 5) ... ok
test_wavfile.test_write_roundtrip(True, 32000, dtype('>i8'), 1) ... ok
test_wavfile.test_write_roundtrip(True, 32000, dtype('>i8'), 2) ... ok
test_wavfile.test_write_roundtrip(True, 32000, dtype('>i8'), 5) ... ok
test_wavfile.test_write_roundtrip(True, 8000, dtype('int64'), 1) ... ok
test_wavfile.test_write_roundtrip(True, 8000, dtype('int64'), 2) ... ok
test_wavfile.test_write_roundtrip(True, 8000, dtype('int64'), 5) ... ok
test_wavfile.test_write_roundtrip(True, 32000, dtype('int64'), 1) ... ok
test_wavfile.test_write_roundtrip(True, 32000, dtype('int64'), 2) ... ok
test_wavfile.test_write_roundtrip(True, 32000, dtype('int64'), 5) ... ok
test_wavfile.test_write_roundtrip(True, 8000, dtype('uint8'), 1) ... ok
test_wavfile.test_write_roundtrip(True, 8000, dtype('uint8'), 2) ... ok
test_wavfile.test_write_roundtrip(True, 8000, dtype('uint8'), 5) ... ok
test_wavfile.test_write_roundtrip(True, 32000, dtype('uint8'), 1) ... ok
test_wavfile.test_write_roundtrip(True, 32000, dtype('uint8'), 2) ... ok
test_wavfile.test_write_roundtrip(True, 32000, dtype('uint8'), 5) ... ok
test_wavfile.test_write_roundtrip(True, 8000, dtype('>f4'), 1) ... ok
test_wavfile.test_write_roundtrip(True, 8000, dtype('>f4'), 2) ... ok
test_wavfile.test_write_roundtrip(True, 8000, dtype('>f4'), 5) ... ok
test_wavfile.test_write_roundtrip(True, 32000, dtype('>f4'), 1) ... ok
test_wavfile.test_write_roundtrip(True, 32000, dtype('>f4'), 2) ... ok
test_wavfile.test_write_roundtrip(True, 32000, dtype('>f4'), 5) ... ok
test_wavfile.test_write_roundtrip(True, 8000, dtype('float32'), 1) ... ok
test_wavfile.test_write_roundtrip(True, 8000, dtype('float32'), 2) ... ok
test_wavfile.test_write_roundtrip(True, 8000, dtype('float32'), 5) ... ok
test_wavfile.test_write_roundtrip(True, 32000, dtype('float32'), 1) ... ok
test_wavfile.test_write_roundtrip(True, 32000, dtype('float32'), 2) ... ok
test_wavfile.test_write_roundtrip(True, 32000, dtype('float32'), 5) ... ok
test_wavfile.test_write_roundtrip(True, 8000, dtype('>f8'), 1) ... ok
test_wavfile.test_write_roundtrip(True, 8000, dtype('>f8'), 2) ... ok
test_wavfile.test_write_roundtrip(True, 8000, dtype('>f8'), 5) ... ok
test_wavfile.test_write_roundtrip(True, 32000, dtype('>f8'), 1) ... ok
test_wavfile.test_write_roundtrip(True, 32000, dtype('>f8'), 2) ... ok
test_wavfile.test_write_roundtrip(True, 32000, dtype('>f8'), 5) ... ok
test_wavfile.test_write_roundtrip(True, 8000, dtype('float64'), 1) ... ok
test_wavfile.test_write_roundtrip(True, 8000, dtype('float64'), 2) ... ok
test_wavfile.test_write_roundtrip(True, 8000, dtype('float64'), 5) ... ok
test_wavfile.test_write_roundtrip(True, 32000, dtype('float64'), 1) ... ok
test_wavfile.test_write_roundtrip(True, 32000, dtype('float64'), 2) ... ok
test_wavfile.test_write_roundtrip(True, 32000, dtype('float64'), 5) ... ok
test_wavfile.test_write_roundtrip(True, 8000, dtype('>f16'), 1) ... ok
test_wavfile.test_write_roundtrip(True, 8000, dtype('>f16'), 2) ... ok
test_wavfile.test_write_roundtrip(True, 8000, dtype('>f16'), 5) ... ok
test_wavfile.test_write_roundtrip(True, 32000, dtype('>f16'), 1) ... ok
test_wavfile.test_write_roundtrip(True, 32000, dtype('>f16'), 2) ... ok
test_wavfile.test_write_roundtrip(True, 32000, dtype('>f16'), 5) ... ok
test_wavfile.test_write_roundtrip(True, 8000, dtype('float128'), 1) ... ok
test_wavfile.test_write_roundtrip(True, 8000, dtype('float128'), 2) ... ok
test_wavfile.test_write_roundtrip(True, 8000, dtype('float128'), 5) ... ok
test_wavfile.test_write_roundtrip(True, 32000, dtype('float128'), 1) ... ok
test_wavfile.test_write_roundtrip(True, 32000, dtype('float128'), 2) ... ok
test_wavfile.test_write_roundtrip(True, 32000, dtype('float128'), 5) ... ok
test_wavfile.test_write_roundtrip(True, 8000, dtype('>i8'), 1) ... ok
test_wavfile.test_write_roundtrip(True, 8000, dtype('>i8'), 2) ... ok
test_wavfile.test_write_roundtrip(True, 8000, dtype('>i8'), 5) ... ok
test_wavfile.test_write_roundtrip(True, 32000, dtype('>i8'), 1) ... ok
test_wavfile.test_write_roundtrip(True, 32000, dtype('>i8'), 2) ... ok
test_wavfile.test_write_roundtrip(True, 32000, dtype('>i8'), 5) ... ok
test_wavfile.test_write_roundtrip(True, 8000, dtype('int64'), 1) ... ok
test_wavfile.test_write_roundtrip(True, 8000, dtype('int64'), 2) ... ok
test_wavfile.test_write_roundtrip(True, 8000, dtype('int64'), 5) ... ok
test_wavfile.test_write_roundtrip(True, 32000, dtype('int64'), 1) ... ok
test_wavfile.test_write_roundtrip(True, 32000, dtype('int64'), 2) ... ok
test_wavfile.test_write_roundtrip(True, 32000, dtype('int64'), 5) ... ok
test_blas (test_blas.TestBLAS) ... ok
test_axpy (test_blas.TestCBLAS1Simple) ... ok
test_amax (test_blas.TestFBLAS1Simple) ... ok
test_asum (test_blas.TestFBLAS1Simple) ... FAIL
test_axpy (test_blas.TestFBLAS1Simple) ... ok
test_copy (test_blas.TestFBLAS1Simple) ... ok
test_dot (test_blas.TestFBLAS1Simple) ... FAIL
test_nrm2 (test_blas.TestFBLAS1Simple) ... FAIL
test_scal (test_blas.TestFBLAS1Simple) ... ok
test_swap (test_blas.TestFBLAS1Simple) ... ok
test_gemv (test_blas.TestFBLAS2Simple) ... ok
test_ger (test_blas.TestFBLAS2Simple) ... ok
test_gemm (test_blas.TestFBLAS3Simple) ... ok
test_gemm2 (test_blas.TestFBLAS3Simple) ... ok
test_default_a (test_fblas.TestCaxpy) ... ok
test_simple (test_fblas.TestCaxpy) ... ok
test_x_and_y_stride (test_fblas.TestCaxpy) ... ok
test_x_bad_size (test_fblas.TestCaxpy) ... ok
test_x_stride (test_fblas.TestCaxpy) ... ok
test_y_bad_size (test_fblas.TestCaxpy) ... ok
test_y_stride (test_fblas.TestCaxpy) ... ok
test_simple (test_fblas.TestCcopy) ... ok
test_x_and_y_stride (test_fblas.TestCcopy) ... ok
test_x_bad_size (test_fblas.TestCcopy) ... ok
test_x_stride (test_fblas.TestCcopy) ... ok
test_y_bad_size (test_fblas.TestCcopy) ... ok
test_y_stride (test_fblas.TestCcopy) ... ok
test_default_beta_y (test_fblas.TestCgemv) ... ok
test_simple (test_fblas.TestCgemv) ... ok
test_simple_transpose (test_fblas.TestCgemv) ... ok
test_simple_transpose_conj (test_fblas.TestCgemv) ... ok
test_x_stride (test_fblas.TestCgemv) ... ok
test_x_stride_assert (test_fblas.TestCgemv) ... ok
test_x_stride_transpose (test_fblas.TestCgemv) ... ok
test_y_stride (test_fblas.TestCgemv) ... ok
test_y_stride_assert (test_fblas.TestCgemv) ... ok
test_y_stride_transpose (test_fblas.TestCgemv) ... ok
test_simple (test_fblas.TestCscal) ... ok
test_x_bad_size (test_fblas.TestCscal) ... ok
test_x_stride (test_fblas.TestCscal) ... ok
test_simple (test_fblas.TestCswap) ... ok
test_x_and_y_stride (test_fblas.TestCswap) ... ok
test_x_bad_size (test_fblas.TestCswap) ... ok
test_x_stride (test_fblas.TestCswap) ... ok
test_y_bad_size (test_fblas.TestCswap) ... ok
test_y_stride (test_fblas.TestCswap) ... ok
test_default_a (test_fblas.TestDaxpy) ... ok
test_simple (test_fblas.TestDaxpy) ... ok
test_x_and_y_stride (test_fblas.TestDaxpy) ... ok
test_x_bad_size (test_fblas.TestDaxpy) ... ok
test_x_stride (test_fblas.TestDaxpy) ... ok
test_y_bad_size (test_fblas.TestDaxpy) ... ok
test_y_stride (test_fblas.TestDaxpy) ... ok
test_simple (test_fblas.TestDcopy) ... ok
test_x_and_y_stride (test_fblas.TestDcopy) ... ok
test_x_bad_size (test_fblas.TestDcopy) ... ok
test_x_stride (test_fblas.TestDcopy) ... ok
test_y_bad_size (test_fblas.TestDcopy) ... ok
test_y_stride (test_fblas.TestDcopy) ... ok
test_default_beta_y (test_fblas.TestDgemv) ... ok
test_simple (test_fblas.TestDgemv) ... ok
test_simple_transpose (test_fblas.TestDgemv) ... ok
test_simple_transpose_conj (test_fblas.TestDgemv) ... ok
test_x_stride (test_fblas.TestDgemv) ... ok
test_x_stride_assert (test_fblas.TestDgemv) ... ok
test_x_stride_transpose (test_fblas.TestDgemv) ... ok
test_y_stride (test_fblas.TestDgemv) ... ok
test_y_stride_assert (test_fblas.TestDgemv) ... ok
test_y_stride_transpose (test_fblas.TestDgemv) ... ok
test_simple (test_fblas.TestDscal) ... ok
test_x_bad_size (test_fblas.TestDscal) ... ok
test_x_stride (test_fblas.TestDscal) ... ok
test_simple (test_fblas.TestDswap) ... ok
test_x_and_y_stride (test_fblas.TestDswap) ... ok
test_x_bad_size (test_fblas.TestDswap) ... ok
test_x_stride (test_fblas.TestDswap) ... ok
test_y_bad_size (test_fblas.TestDswap) ... ok
test_y_stride (test_fblas.TestDswap) ... ok
test_default_a (test_fblas.TestSaxpy) ... ok
test_simple (test_fblas.TestSaxpy) ... ok
test_x_and_y_stride (test_fblas.TestSaxpy) ... ok
test_x_bad_size (test_fblas.TestSaxpy) ... ok
test_x_stride (test_fblas.TestSaxpy) ... ok
test_y_bad_size (test_fblas.TestSaxpy) ... ok
test_y_stride (test_fblas.TestSaxpy) ... ok
test_simple (test_fblas.TestScopy) ... ok
test_x_and_y_stride (test_fblas.TestScopy) ... ok
test_x_bad_size (test_fblas.TestScopy) ... ok
test_x_stride (test_fblas.TestScopy) ... ok
test_y_bad_size (test_fblas.TestScopy) ... ok
test_y_stride (test_fblas.TestScopy) ... ok
test_default_beta_y (test_fblas.TestSgemv) ... ok
test_simple (test_fblas.TestSgemv) ... ok
test_simple_transpose (test_fblas.TestSgemv) ... ok
test_simple_transpose_conj (test_fblas.TestSgemv) ... ok
test_x_stride (test_fblas.TestSgemv) ... ok
test_x_stride_assert (test_fblas.TestSgemv) ... ok
test_x_stride_transpose (test_fblas.TestSgemv) ... ok
test_y_stride (test_fblas.TestSgemv) ... ok
test_y_stride_assert (test_fblas.TestSgemv) ... ok
test_y_stride_transpose (test_fblas.TestSgemv) ... ok
test_simple (test_fblas.TestSscal) ... ok
test_x_bad_size (test_fblas.TestSscal) ... ok
test_x_stride (test_fblas.TestSscal) ... ok
test_simple (test_fblas.TestSswap) ... ok
test_x_and_y_stride (test_fblas.TestSswap) ... ok
test_x_bad_size (test_fblas.TestSswap) ... ok
test_x_stride (test_fblas.TestSswap) ... ok
test_y_bad_size (test_fblas.TestSswap) ... ok
test_y_stride (test_fblas.TestSswap) ... ok
test_default_a (test_fblas.TestZaxpy) ... ok
test_simple (test_fblas.TestZaxpy) ... ok
test_x_and_y_stride (test_fblas.TestZaxpy) ... ok
test_x_bad_size (test_fblas.TestZaxpy) ... ok
test_x_stride (test_fblas.TestZaxpy) ... ok
test_y_bad_size (test_fblas.TestZaxpy) ... ok
test_y_stride (test_fblas.TestZaxpy) ... ok
test_simple (test_fblas.TestZcopy) ... ok
test_x_and_y_stride (test_fblas.TestZcopy) ... ok
test_x_bad_size (test_fblas.TestZcopy) ... ok
test_x_stride (test_fblas.TestZcopy) ... ok
test_y_bad_size (test_fblas.TestZcopy) ... ok
test_y_stride (test_fblas.TestZcopy) ... ok
test_default_beta_y (test_fblas.TestZgemv) ... ok
test_simple (test_fblas.TestZgemv) ... ok
test_simple_transpose (test_fblas.TestZgemv) ... ok
test_simple_transpose_conj (test_fblas.TestZgemv) ... ok
test_x_stride (test_fblas.TestZgemv) ... ok
test_x_stride_assert (test_fblas.TestZgemv) ... ok
test_x_stride_transpose (test_fblas.TestZgemv) ... ok
test_y_stride (test_fblas.TestZgemv) ... ok
test_y_stride_assert (test_fblas.TestZgemv) ... ok
test_y_stride_transpose (test_fblas.TestZgemv) ... ok
test_simple (test_fblas.TestZscal) ... ok
test_x_bad_size (test_fblas.TestZscal) ... ok
test_x_stride (test_fblas.TestZscal) ... ok
test_simple (test_fblas.TestZswap) ... ok
test_x_and_y_stride (test_fblas.TestZswap) ... ok
test_x_bad_size (test_fblas.TestZswap) ... ok
test_x_stride (test_fblas.TestZswap) ... ok
test_y_bad_size (test_fblas.TestZswap) ... ok
test_y_stride (test_fblas.TestZswap) ... ok
test_clapack_dsyev (test_esv.TestEsv) ... SKIP: Skipping test: test_clapack_dsyev: Clapack empty, skip clapack test
test_clapack_dsyevr (test_esv.TestEsv) ... SKIP: Skipping test: test_clapack_dsyevr: Clapack empty, skip clapack test
test_clapack_dsyevr_ranges (test_esv.TestEsv) ... SKIP: Skipping test: test_clapack_dsyevr_ranges: Clapack empty, skip clapack test
test_clapack_ssyev (test_esv.TestEsv) ... SKIP: Skipping test: test_clapack_ssyev: Clapack empty, skip clapack test
test_clapack_ssyevr (test_esv.TestEsv) ... SKIP: Skipping test: test_clapack_ssyevr: Clapack empty, skip clapack test
test_clapack_ssyevr_ranges (test_esv.TestEsv) ... SKIP: Skipping test: test_clapack_ssyevr_ranges: Clapack empty, skip clapack test
test_dsyev (test_esv.TestEsv) ... ok
test_dsyevr (test_esv.TestEsv) ... ok
test_dsyevr_ranges (test_esv.TestEsv) ... ok
test_ssyev (test_esv.TestEsv) ... ok
test_ssyevr (test_esv.TestEsv) ... ok
test_ssyevr_ranges (test_esv.TestEsv) ... ok
test_clapack_dsygv_1 (test_gesv.TestSygv) ... SKIP: Skipping test: test_clapack_dsygv_1: Clapack empty, skip flapack test
test_clapack_dsygv_2 (test_gesv.TestSygv) ... SKIP: Skipping test: test_clapack_dsygv_2: Clapack empty, skip flapack test
test_clapack_dsygv_3 (test_gesv.TestSygv) ... SKIP: Skipping test: test_clapack_dsygv_3: Clapack empty, skip flapack test
test_clapack_ssygv_1 (test_gesv.TestSygv) ... SKIP: Skipping test: test_clapack_ssygv_1: Clapack empty, skip flapack test
test_clapack_ssygv_2 (test_gesv.TestSygv) ... SKIP: Skipping test: test_clapack_ssygv_2: Clapack empty, skip flapack test
test_clapack_ssygv_3 (test_gesv.TestSygv) ... SKIP: Skipping test: test_clapack_ssygv_3: Clapack empty, skip flapack test
test_dsygv_1 (test_gesv.TestSygv) ... ok
test_dsygv_2 (test_gesv.TestSygv) ... ok
test_dsygv_3 (test_gesv.TestSygv) ... ok
test_ssygv_1 (test_gesv.TestSygv) ... ok
test_ssygv_2 (test_gesv.TestSygv) ... ok
test_ssygv_3 (test_gesv.TestSygv) ... ok
test_clapack_dgebal (test_lapack.TestLapack) ... SKIP: Skipping test: test_clapack_dgebal: Clapack empty, skip flapack test
test_clapack_dgehrd (test_lapack.TestLapack) ... SKIP: Skipping test: test_clapack_dgehrd: Clapack empty, skip flapack test
test_clapack_sgebal (test_lapack.TestLapack) ... SKIP: Skipping test: test_clapack_sgebal: Clapack empty, skip flapack test
test_clapack_sgehrd (test_lapack.TestLapack) ... SKIP: Skipping test: test_clapack_sgehrd: Clapack empty, skip flapack test
test_dgebal (test_lapack.TestLapack) ... ok
test_dgehrd (test_lapack.TestLapack) ... ok
test_sgebal (test_lapack.TestLapack) ... ok
test_sgehrd (test_lapack.TestLapack) ... ok
test__gcutils.test_set_gc_state ... ok
test__gcutils.test_gc_state ... ok
test__gcutils.test_assert_deallocated ... ok
test__gcutils.test_assert_deallocated_nodel ... ok
test__gcutils.test_assert_deallocated_circular ... ok
test__gcutils.test_assert_deallocated_circular2 ... ok
test__util.test__aligned_zeros ... ok
test__version.test_main_versions ... ok
test__version.test_version_1_point_10 ... ok
test__version.test_alpha_beta_rc ... ok
test__version.test_dev_version ... ok
test__version.test_dev_a_b_rc_mixed ... ok
test__version.test_raises ... ok
test_check_finite (test_basic.TestDet) ... ok
test_random (test_basic.TestDet) ... ok
test_random_complex (test_basic.TestDet) ... ok
test_simple (test_basic.TestDet) ... ok
test_simple_complex (test_basic.TestDet) ... ok
test_check_finite (test_basic.TestInv) ... ok
test_random (test_basic.TestInv) ... ok
test_random_complex (test_basic.TestInv) ... ok
test_simple (test_basic.TestInv) ... ok
test_simple_complex (test_basic.TestInv) ... ok
test_check_finite (test_basic.TestLstsq) ... ok
test_random_complex_exact (test_basic.TestLstsq) ... ok
test_random_complex_overdet (test_basic.TestLstsq) ... ok
test_random_exact (test_basic.TestLstsq) ... ok
test_random_overdet (test_basic.TestLstsq) ... ok
test_random_overdet_large (test_basic.TestLstsq) ... ok
test_simple_exact (test_basic.TestLstsq) ... ok
test_simple_overdet (test_basic.TestLstsq) ... ok
test_simple_overdet_complex (test_basic.TestLstsq) ... ok
test_simple_underdet (test_basic.TestLstsq) ... ok
test_basic.TestNorm.test_overflow ... FAIL
test_basic.TestNorm.test_stable ... FAIL
test_basic.TestNorm.test_types ... FAIL
test_basic.TestNorm.test_zero_norm ... ok
test_basic.TestOverwrite.test_det ... ok
test_basic.TestOverwrite.test_inv ... ok
test_basic.TestOverwrite.test_lstsq ... ok
test_basic.TestOverwrite.test_pinv ... ok
test_basic.TestOverwrite.test_pinv2 ... ok
test_basic.TestOverwrite.test_pinvh ... ok
test_basic.TestOverwrite.test_solve ... ok
test_basic.TestOverwrite.test_solve_banded ... ok
test_basic.TestOverwrite.test_solve_triangular ... ok
test_basic.TestOverwrite.test_solveh_banded ... ok
test_check_finite (test_basic.TestPinv) ... ok
test_simple_cols (test_basic.TestPinv) ... ok
test_simple_complex (test_basic.TestPinv) ... ok
test_simple_real (test_basic.TestPinv) ... ok
test_simple_rows (test_basic.TestPinv) ... ok
test_simple_singular (test_basic.TestPinv) ... ok
test_nonpositive (test_basic.TestPinvSymmetric) ... ok
test_simple_complex (test_basic.TestPinvSymmetric) ... ok
test_simple_real (test_basic.TestPinvSymmetric) ... ok
test_20Feb04_bug (test_basic.TestSolve) ... ok
test_check_finite (test_basic.TestSolve) ... ok
test_nils_20Feb04 (test_basic.TestSolve) ... ok
test_random (test_basic.TestSolve) ... ok
test_random_complex (test_basic.TestSolve) ... ok
test_random_sym (test_basic.TestSolve) ... ok
test_random_sym_complex (test_basic.TestSolve) ... ok
test_simple (test_basic.TestSolve) ... ok
test_simple_complex (test_basic.TestSolve) ... ok
test_simple_sym (test_basic.TestSolve) ... ok
test_simple_sym_complex (test_basic.TestSolve) ... ok
test_bad_shape (test_basic.TestSolveBanded) ... ok
test_check_finite (test_basic.TestSolveBanded) ... ok
test_complex (test_basic.TestSolveBanded) ... ok
test_real (test_basic.TestSolveBanded) ... ok
test_01_complex (test_basic.TestSolveHBanded) ... ok
test_01_float32 (test_basic.TestSolveHBanded) ... ok
test_01_lower (test_basic.TestSolveHBanded) ... ok
test_01_upper (test_basic.TestSolveHBanded) ... ok
test_02_complex (test_basic.TestSolveHBanded) ... ok
test_02_float32 (test_basic.TestSolveHBanded) ... ok
test_02_lower (test_basic.TestSolveHBanded) ... ok
test_02_upper (test_basic.TestSolveHBanded) ... ok
test_03_upper (test_basic.TestSolveHBanded) ... ok
test_bad_shapes (test_basic.TestSolveHBanded) ... ok
test_check_finite (test_basic.TestSolveHBanded) ... ok
solve_triangular on a simple 2x2 matrix. ... ok
solve_triangular on a simple 2x2 matrix. ... ok
solve_triangular on a simple 2x2 complex matrix ... ok
test_summ_wrong_side (test_blas.TestBLAS3Symm) ... ok
test_symm (test_blas.TestBLAS3Symm) ... ok
SYMM only considers the upper/lower part of A. Hence setting ... ok
test_syr2k (test_blas.TestBLAS3Syr2k) ... ok
test_syr2k_wrong_c (test_blas.TestBLAS3Syr2k) ... 0-th dimension must be fixed to 3 but got 15
ok
test_syrk (test_blas.TestBLAS3Syrk) ... ok
test_syrk_wrong_c (test_blas.TestBLAS3Syrk) ... 0-th dimension must be fixed to 3 but got 5
ok
test_axpy (test_blas.TestCBLAS1Simple) ... ok
test_amax (test_blas.TestFBLAS1Simple) ... ok
test_asum (test_blas.TestFBLAS1Simple) ... FAIL
test_axpy (test_blas.TestFBLAS1Simple) ... ok
test_complex_dotc (test_blas.TestFBLAS1Simple) ... ok
test_complex_dotu (test_blas.TestFBLAS1Simple) ... ok
test_copy (test_blas.TestFBLAS1Simple) ... ok
test_dot (test_blas.TestFBLAS1Simple) ... FAIL
test_nrm2 (test_blas.TestFBLAS1Simple) ... FAIL
test_scal (test_blas.TestFBLAS1Simple) ... ok
test_swap (test_blas.TestFBLAS1Simple) ... ok
test_gemv (test_blas.TestFBLAS2Simple) ... ok
test_ger (test_blas.TestFBLAS2Simple) ... ok
test_gemm (test_blas.TestFBLAS3Simple) ... ok
test_hemm_zc (test_blas.TestSyHe) ... ok
test_her2k_zr (test_blas.TestSyHe) ... ok
test_herk_zr (test_blas.TestSyHe) ... ok
test_symm_zc (test_blas.TestSyHe) ... ok
test_syr2k_zr (test_blas.TestSyHe) ... ok
test_syrk_zr (test_blas.TestSyHe) ... ok
test_ab (test_blas.TestTRMM) ... ok
test_ab_lower (test_blas.TestTRMM) ... ok
test_b_overwrites (test_blas.TestTRMM) ... ok
test_blas.test_get_blas_funcs ... ok
test_blas.test_get_blas_funcs_alias ... ok
test_lapack (test_build.TestF77Mismatch) ... SKIP: Skipping test: test_lapack: Skipping fortran compiler mismatch on non Linux platform
test_datacopied (test_decomp.TestDatacopied) ... ok
test_simple (test_decomp.TestDiagSVD) ... ok
test_decomp.TestEig.test_bad_geneig ... ok
test_decomp.TestEig.test_check_finite ... ok
test_decomp.TestEig.test_falker ... ok
test_decomp.TestEig.test_not_square_error ... ok
test_decomp.TestEig.test_shape_mismatch ... ok
test_decomp.TestEig.test_simple ... ok
test_decomp.TestEig.test_simple_complex ... ok
test_decomp.TestEig.test_simple_complex_eig ... ok
test_decomp.TestEig.test_singular ... KNOWNFAIL: See gh-2254.
Compare dgbtrf  LU factorisation with the LU factorisation result ... ok
Compare dgbtrs  solutions for linear equation system  A*x = b ... ok
Compare dsbev eigenvalues and eigenvectors with ... ok
Compare dsbevd eigenvalues and eigenvectors with ... ok
Compare dsbevx eigenvalues and eigenvectors ... ok
Compare eigenvalues and eigenvectors of eig_banded ... ok
Compare eigenvalues of eigvals_banded with those of linalg.eig. ... ok
Compare zgbtrf  LU factorisation with the LU factorisation result ... ok
Compare zgbtrs  solutions for linear equation system  A*x = b ... ok
Compare zhbevd eigenvalues and eigenvectors ... ok
Compare zhbevx eigenvalues and eigenvectors ... ok
test_check_finite (test_decomp.TestEigVals) ... ok
test_simple (test_decomp.TestEigVals) ... ok
test_simple_complex (test_decomp.TestEigVals) ... ok
test_simple_tr (test_decomp.TestEigVals) ... ok
test_check_finite (test_decomp.TestHessenberg) ... ok
test_random (test_decomp.TestHessenberg) ... ok
test_random_complex (test_decomp.TestHessenberg) ... ok
test_simple (test_decomp.TestHessenberg) ... ok
test_simple2 (test_decomp.TestHessenberg) ... ok
test_simple_complex (test_decomp.TestHessenberg) ... ok
test_check_finite (test_decomp.TestLU) ... ok
test_hrectangular (test_decomp.TestLU) ... ok
test_hrectangular_complex (test_decomp.TestLU) ... ok
Check lu decomposition on medium size, rectangular matrix. ... ok
Check lu decomposition on medium size, rectangular matrix. ... ok
test_simple (test_decomp.TestLU) ... ok
test_simple2 (test_decomp.TestLU) ... ok
test_simple2_complex (test_decomp.TestLU) ... ok
test_simple_complex (test_decomp.TestLU) ... ok
test_simple_known (test_decomp.TestLU) ... ok
test_vrectangular (test_decomp.TestLU) ... ok
test_vrectangular_complex (test_decomp.TestLU) ... ok
test_check_finite (test_decomp.TestLUSingle) ... ok
test_hrectangular (test_decomp.TestLUSingle) ... ok
test_hrectangular_complex (test_decomp.TestLUSingle) ... ok
Check lu decomposition on medium size, rectangular matrix. ... ok
Check lu decomposition on medium size, rectangular matrix. ... ok
test_simple (test_decomp.TestLUSingle) ... ok
test_simple2 (test_decomp.TestLUSingle) ... ok
test_simple2_complex (test_decomp.TestLUSingle) ... ok
test_simple_complex (test_decomp.TestLUSingle) ... ok
test_simple_known (test_decomp.TestLUSingle) ... ok
test_vrectangular (test_decomp.TestLUSingle) ... ok
test_vrectangular_complex (test_decomp.TestLUSingle) ... ok
test_check_finite (test_decomp.TestLUSolve) ... ok
test_lu (test_decomp.TestLUSolve) ... ok
test_decomp.TestOverwrite.test_eig ... ok
test_decomp.TestOverwrite.test_eig_banded ... ok
test_decomp.TestOverwrite.test_eigh ... ok
test_decomp.TestOverwrite.test_eigvals ... ok
test_decomp.TestOverwrite.test_eigvals_banded ... ok
test_decomp.TestOverwrite.test_eigvalsh ... ok
test_decomp.TestOverwrite.test_hessenberg ... ok
test_decomp.TestOverwrite.test_lu ... ok
test_decomp.TestOverwrite.test_lu_factor ... ok
test_decomp.TestOverwrite.test_lu_solve ... ok
test_decomp.TestOverwrite.test_qr ... ok
test_decomp.TestOverwrite.test_rq ... ok
test_decomp.TestOverwrite.test_schur ... ok
test_decomp.TestOverwrite.test_schur_complex ... ok
test_decomp.TestOverwrite.test_svd ... ok
test_decomp.TestOverwrite.test_svdvals ... ok
test_check_finite (test_decomp.TestQR) ... ok
test_random (test_decomp.TestQR) ... ok
test_random_complex (test_decomp.TestQR) ... ok
test_random_complex_left (test_decomp.TestQR) ... ok
test_random_complex_pivoting (test_decomp.TestQR) ... ok
test_random_complex_right (test_decomp.TestQR) ... ok
test_random_left (test_decomp.TestQR) ... ok
test_random_pivoting (test_decomp.TestQR) ... ok
test_random_right (test_decomp.TestQR) ... ok
test_random_tall (test_decomp.TestQR) ... ok
test_random_tall_e (test_decomp.TestQR) ... ok
test_random_tall_e_pivoting (test_decomp.TestQR) ... ok
test_random_tall_left (test_decomp.TestQR) ... ok
test_random_tall_pivoting (test_decomp.TestQR) ... ok
test_random_tall_right (test_decomp.TestQR) ... ok
test_random_trap (test_decomp.TestQR) ... ok
test_random_trap_pivoting (test_decomp.TestQR) ... ok
test_simple (test_decomp.TestQR) ... ok
test_simple_complex (test_decomp.TestQR) ... ok
test_simple_complex_left (test_decomp.TestQR) ... ok
test_simple_complex_left_conjugate (test_decomp.TestQR) ... ok
test_simple_complex_left_pivoting (test_decomp.TestQR) ... ok
test_simple_complex_pivoting (test_decomp.TestQR) ... ok
test_simple_complex_right (test_decomp.TestQR) ... ok
test_simple_complex_right_conjugate (test_decomp.TestQR) ... ok
test_simple_complex_right_pivoting (test_decomp.TestQR) ... ok
test_simple_complex_tall_left_conjugate (test_decomp.TestQR) ... ok
test_simple_fat (test_decomp.TestQR) ... ok
test_simple_fat_e (test_decomp.TestQR) ... ok
test_simple_fat_e_pivoting (test_decomp.TestQR) ... ok
test_simple_fat_left (test_decomp.TestQR) ... ok
test_simple_fat_left_pivoting (test_decomp.TestQR) ... ok
test_simple_fat_pivoting (test_decomp.TestQR) ... ok
test_simple_fat_right (test_decomp.TestQR) ... ok
test_simple_fat_right_pivoting (test_decomp.TestQR) ... ok
test_simple_left (test_decomp.TestQR) ... ok
test_simple_left_pivoting (test_decomp.TestQR) ... ok
test_simple_pivoting (test_decomp.TestQR) ... ok
test_simple_right (test_decomp.TestQR) ... ok
test_simple_right_pivoting (test_decomp.TestQR) ... ok
test_simple_tall (test_decomp.TestQR) ... ok
test_simple_tall_complex_left (test_decomp.TestQR) ... ok
test_simple_tall_e (test_decomp.TestQR) ... ok
test_simple_tall_e_pivoting (test_decomp.TestQR) ... ok
test_simple_tall_left (test_decomp.TestQR) ... ok
test_simple_tall_left_pivoting (test_decomp.TestQR) ... ok
test_simple_tall_pivoting (test_decomp.TestQR) ... ok
test_simple_tall_right (test_decomp.TestQR) ... ok
test_simple_tall_right_pivoting (test_decomp.TestQR) ... ok
test_simple_trap (test_decomp.TestQR) ... ok
test_simple_trap_pivoting (test_decomp.TestQR) ... ok
test_check_finite (test_decomp.TestQZ) ... ok
test_qz_complex (test_decomp.TestQZ) ... ok
test_qz_complex64 (test_decomp.TestQZ) ... ok
test_qz_double (test_decomp.TestQZ) ... ok
test_qz_double_complex (test_decomp.TestQZ) ... ok
test_qz_double_sort (test_decomp.TestQZ) ... ok
test_qz_single (test_decomp.TestQZ) ... ok
test_check_finite (test_decomp.TestRQ) ... ok
test_r (test_decomp.TestRQ) ... ok
test_random (test_decomp.TestRQ) ... ok
test_random_complex (test_decomp.TestRQ) ... ok
test_random_complex_economic (test_decomp.TestRQ) ... ok
test_random_tall (test_decomp.TestRQ) ... ok
test_random_trap (test_decomp.TestRQ) ... ok
test_random_trap_economic (test_decomp.TestRQ) ... ok
test_simple (test_decomp.TestRQ) ... ok
test_simple_complex (test_decomp.TestRQ) ... ok
test_simple_fat (test_decomp.TestRQ) ... ok
test_simple_tall (test_decomp.TestRQ) ... ok
test_simple_trap (test_decomp.TestRQ) ... ok
test_check_finite (test_decomp.TestSVD) ... ok
test_crash_1580 (test_decomp.TestSVD) ... ok
test_random (test_decomp.TestSVD) ... ok
test_random_complex (test_decomp.TestSVD) ... ok
test_simple (test_decomp.TestSVD) ... ok
test_simple_complex (test_decomp.TestSVD) ... ok
test_simple_overdet (test_decomp.TestSVD) ... ok
test_simple_singular (test_decomp.TestSVD) ... ok
test_simple_underdet (test_decomp.TestSVD) ... ok
test_check_finite (test_decomp.TestSVDVals) ... ok
test_simple (test_decomp.TestSVDVals) ... ok
test_simple_complex (test_decomp.TestSVDVals) ... ok
test_simple_overdet (test_decomp.TestSVDVals) ... ok
test_simple_overdet_complex (test_decomp.TestSVDVals) ... ok
test_simple_underdet (test_decomp.TestSVDVals) ... ok
test_simple_underdet_complex (test_decomp.TestSVDVals) ... ok
test_check_finite (test_decomp.TestSchur) ... ok
test_simple (test_decomp.TestSchur) ... ok
test_sort (test_decomp.TestSchur) ... ok
test_sort_errors (test_decomp.TestSchur) ... ok
test_decomp.test_eigh('ordinary', 6, 'f', True, True, True, None) ... ok
test_decomp.test_eigh('general ', 6, 'f', True, True, True, None) ... ok
test_decomp.test_eigh('ordinary', 6, 'f', True, False, True, None) ... ok
test_decomp.test_eigh('general ', 6, 'f', True, False, True, None) ... ok
test_decomp.test_eigh('ordinary', 6, 'f', True, True, True, (2, 4)) ... ok
test_decomp.test_eigh('general ', 6, 'f', True, True, True, (2, 4)) ... ok
test_decomp.test_eigh('ordinary', 6, 'f', True, False, True, (2, 4)) ... ok
test_decomp.test_eigh('general ', 6, 'f', True, False, True, (2, 4)) ... ok
test_decomp.test_eigh('ordinary', 6, 'f', True, True, False, None) ... ok
test_decomp.test_eigh('general ', 6, 'f', True, True, False, None) ... ok
test_decomp.test_eigh('ordinary', 6, 'f', True, False, False, None) ... ok
test_decomp.test_eigh('general ', 6, 'f', True, False, False, None) ... ok
test_decomp.test_eigh('ordinary', 6, 'f', True, True, False, (2, 4)) ... ok
test_decomp.test_eigh('general ', 6, 'f', True, True, False, (2, 4)) ... ok
test_decomp.test_eigh('ordinary', 6, 'f', True, False, False, (2, 4)) ... ok
test_decomp.test_eigh('general ', 6, 'f', True, False, False, (2, 4)) ... ok
test_decomp.test_eigh('ordinary', 6, 'f', False, True, True, None) ... ok
test_decomp.test_eigh('general ', 6, 'f', False, True, True, None) ... ok
test_decomp.test_eigh('ordinary', 6, 'f', False, False, True, None) ... ok
test_decomp.test_eigh('general ', 6, 'f', False, False, True, None) ... ok
test_decomp.test_eigh('ordinary', 6, 'f', False, True, True, (2, 4)) ... ok
test_decomp.test_eigh('general ', 6, 'f', False, True, True, (2, 4)) ... ok
test_decomp.test_eigh('ordinary', 6, 'f', False, False, True, (2, 4)) ... ok
test_decomp.test_eigh('general ', 6, 'f', False, False, True, (2, 4)) ... ok
test_decomp.test_eigh('ordinary', 6, 'f', False, True, False, None) ... ok
test_decomp.test_eigh('general ', 6, 'f', False, True, False, None) ... ok
test_decomp.test_eigh('ordinary', 6, 'f', False, False, False, None) ... ok
test_decomp.test_eigh('general ', 6, 'f', False, False, False, None) ... ok
test_decomp.test_eigh('ordinary', 6, 'f', False, True, False, (2, 4)) ... ok
test_decomp.test_eigh('general ', 6, 'f', False, True, False, (2, 4)) ... ok
test_decomp.test_eigh('ordinary', 6, 'f', False, False, False, (2, 4)) ... ok
test_decomp.test_eigh('general ', 6, 'f', False, False, False, (2, 4)) ... ok
test_decomp.test_eigh('ordinary', 6, 'd', True, True, True, None) ... ok
test_decomp.test_eigh('general ', 6, 'd', True, True, True, None) ... ok
test_decomp.test_eigh('ordinary', 6, 'd', True, False, True, None) ... ok
test_decomp.test_eigh('general ', 6, 'd', True, False, True, None) ... ok
test_decomp.test_eigh('ordinary', 6, 'd', True, True, True, (2, 4)) ... ok
test_decomp.test_eigh('general ', 6, 'd', True, True, True, (2, 4)) ... ok
test_decomp.test_eigh('ordinary', 6, 'd', True, False, True, (2, 4)) ... ok
test_decomp.test_eigh('general ', 6, 'd', True, False, True, (2, 4)) ... ok
test_decomp.test_eigh('ordinary', 6, 'd', True, True, False, None) ... ok
test_decomp.test_eigh('general ', 6, 'd', True, True, False, None) ... ok
test_decomp.test_eigh('ordinary', 6, 'd', True, False, False, None) ... ok
test_decomp.test_eigh('general ', 6, 'd', True, False, False, None) ... ok
test_decomp.test_eigh('ordinary', 6, 'd', True, True, False, (2, 4)) ... ok
test_decomp.test_eigh('general ', 6, 'd', True, True, False, (2, 4)) ... ok
test_decomp.test_eigh('ordinary', 6, 'd', True, False, False, (2, 4)) ... ok
test_decomp.test_eigh('general ', 6, 'd', True, False, False, (2, 4)) ... ok
test_decomp.test_eigh('ordinary', 6, 'd', False, True, True, None) ... ok
test_decomp.test_eigh('general ', 6, 'd', False, True, True, None) ... ok
test_decomp.test_eigh('ordinary', 6, 'd', False, False, True, None) ... ok
test_decomp.test_eigh('general ', 6, 'd', False, False, True, None) ... ok
test_decomp.test_eigh('ordinary', 6, 'd', False, True, True, (2, 4)) ... ok
test_decomp.test_eigh('general ', 6, 'd', False, True, True, (2, 4)) ... ok
test_decomp.test_eigh('ordinary', 6, 'd', False, False, True, (2, 4)) ... ok
test_decomp.test_eigh('general ', 6, 'd', False, False, True, (2, 4)) ... ok
test_decomp.test_eigh('ordinary', 6, 'd', False, True, False, None) ... ok
test_decomp.test_eigh('general ', 6, 'd', False, True, False, None) ... ok
test_decomp.test_eigh('ordinary', 6, 'd', False, False, False, None) ... ok
test_decomp.test_eigh('general ', 6, 'd', False, False, False, None) ... ok
test_decomp.test_eigh('ordinary', 6, 'd', False, True, False, (2, 4)) ... ok
test_decomp.test_eigh('general ', 6, 'd', False, True, False, (2, 4)) ... ok
test_decomp.test_eigh('ordinary', 6, 'd', False, False, False, (2, 4)) ... ok
test_decomp.test_eigh('general ', 6, 'd', False, False, False, (2, 4)) ... ok
test_decomp.test_eigh('ordinary', 6, 'F', True, True, True, None) ... ok
test_decomp.test_eigh('general ', 6, 'F', True, True, True, None) ... ok
test_decomp.test_eigh('ordinary', 6, 'F', True, False, True, None) ... ok
test_decomp.test_eigh('general ', 6, 'F', True, False, True, None) ... ok
test_decomp.test_eigh('ordinary', 6, 'F', True, True, True, (2, 4)) ... ok
test_decomp.test_eigh('general ', 6, 'F', True, True, True, (2, 4)) ... ok
test_decomp.test_eigh('ordinary', 6, 'F', True, False, True, (2, 4)) ... ok
test_decomp.test_eigh('general ', 6, 'F', True, False, True, (2, 4)) ... ok
test_decomp.test_eigh('ordinary', 6, 'F', True, True, False, None) ... ok
test_decomp.test_eigh('general ', 6, 'F', True, True, False, None) ... ok
test_decomp.test_eigh('ordinary', 6, 'F', True, False, False, None) ... ok
test_decomp.test_eigh('general ', 6, 'F', True, False, False, None) ... ok
test_decomp.test_eigh('ordinary', 6, 'F', True, True, False, (2, 4)) ... ok
test_decomp.test_eigh('general ', 6, 'F', True, True, False, (2, 4)) ... ok
test_decomp.test_eigh('ordinary', 6, 'F', True, False, False, (2, 4)) ... ok
test_decomp.test_eigh('general ', 6, 'F', True, False, False, (2, 4)) ... ok
test_decomp.test_eigh('ordinary', 6, 'F', False, True, True, None) ... ok
test_decomp.test_eigh('general ', 6, 'F', False, True, True, None) ... ok
test_decomp.test_eigh('ordinary', 6, 'F', False, False, True, None) ... ok
test_decomp.test_eigh('general ', 6, 'F', False, False, True, None) ... ok
test_decomp.test_eigh('ordinary', 6, 'F', False, True, True, (2, 4)) ... ok
test_decomp.test_eigh('general ', 6, 'F', False, True, True, (2, 4)) ... ok
test_decomp.test_eigh('ordinary', 6, 'F', False, False, True, (2, 4)) ... ok
test_decomp.test_eigh('general ', 6, 'F', False, False, True, (2, 4)) ... ok
test_decomp.test_eigh('ordinary', 6, 'F', False, True, False, None) ... ok
test_decomp.test_eigh('general ', 6, 'F', False, True, False, None) ... ok
test_decomp.test_eigh('ordinary', 6, 'F', False, False, False, None) ... ok
test_decomp.test_eigh('general ', 6, 'F', False, False, False, None) ... ok
test_decomp.test_eigh('ordinary', 6, 'F', False, True, False, (2, 4)) ... ok
test_decomp.test_eigh('general ', 6, 'F', False, True, False, (2, 4)) ... ok
test_decomp.test_eigh('ordinary', 6, 'F', False, False, False, (2, 4)) ... ok
test_decomp.test_eigh('general ', 6, 'F', False, False, False, (2, 4)) ... ok
test_decomp.test_eigh('ordinary', 6, 'D', True, True, True, None) ... ok
test_decomp.test_eigh('general ', 6, 'D', True, True, True, None) ... ok
test_decomp.test_eigh('ordinary', 6, 'D', True, False, True, None) ... ok
test_decomp.test_eigh('general ', 6, 'D', True, False, True, None) ... ok
test_decomp.test_eigh('ordinary', 6, 'D', True, True, True, (2, 4)) ... ok
test_decomp.test_eigh('general ', 6, 'D', True, True, True, (2, 4)) ... ok
test_decomp.test_eigh('ordinary', 6, 'D', True, False, True, (2, 4)) ... ok
test_decomp.test_eigh('general ', 6, 'D', True, False, True, (2, 4)) ... ok
test_decomp.test_eigh('ordinary', 6, 'D', True, True, False, None) ... ok
test_decomp.test_eigh('general ', 6, 'D', True, True, False, None) ... ok
test_decomp.test_eigh('ordinary', 6, 'D', True, False, False, None) ... ok
test_decomp.test_eigh('general ', 6, 'D', True, False, False, None) ... ok
test_decomp.test_eigh('ordinary', 6, 'D', True, True, False, (2, 4)) ... ok
test_decomp.test_eigh('general ', 6, 'D', True, True, False, (2, 4)) ... ok
test_decomp.test_eigh('ordinary', 6, 'D', True, False, False, (2, 4)) ... ok
test_decomp.test_eigh('general ', 6, 'D', True, False, False, (2, 4)) ... ok
test_decomp.test_eigh('ordinary', 6, 'D', False, True, True, None) ... ok
test_decomp.test_eigh('general ', 6, 'D', False, True, True, None) ... ok
test_decomp.test_eigh('ordinary', 6, 'D', False, False, True, None) ... ok
test_decomp.test_eigh('general ', 6, 'D', False, False, True, None) ... ok
test_decomp.test_eigh('ordinary', 6, 'D', False, True, True, (2, 4)) ... ok
test_decomp.test_eigh('general ', 6, 'D', False, True, True, (2, 4)) ... ok
test_decomp.test_eigh('ordinary', 6, 'D', False, False, True, (2, 4)) ... ok
test_decomp.test_eigh('general ', 6, 'D', False, False, True, (2, 4)) ... ok
test_decomp.test_eigh('ordinary', 6, 'D', False, True, False, None) ... ok
test_decomp.test_eigh('general ', 6, 'D', False, True, False, None) ... ok
test_decomp.test_eigh('ordinary', 6, 'D', False, False, False, None) ... ok
test_decomp.test_eigh('general ', 6, 'D', False, False, False, None) ... ok
test_decomp.test_eigh('ordinary', 6, 'D', False, True, False, (2, 4)) ... ok
test_decomp.test_eigh('general ', 6, 'D', False, True, False, (2, 4)) ... ok
test_decomp.test_eigh('ordinary', 6, 'D', False, False, False, (2, 4)) ... ok
test_decomp.test_eigh('general ', 6, 'D', False, False, False, (2, 4)) ... ok
test_decomp.test_eigh_integer ... ok
Check linalg works with non-aligned memory ... ok
Check linalg works with non-aligned memory ... ok
Check that complex objects don't need to be completely aligned ... ok
test_decomp.test_lapack_misaligned ... KNOWNFAIL: Ticket #1152, triggers a segfault in rare cases.
test_check_finite (test_decomp_cholesky.TestCholesky) ... ok
test_random (test_decomp_cholesky.TestCholesky) ... ok
test_random_complex (test_decomp_cholesky.TestCholesky) ... ok
test_simple (test_decomp_cholesky.TestCholesky) ... ok
test_simple_complex (test_decomp_cholesky.TestCholesky) ... ok
test_check_finite (test_decomp_cholesky.TestCholeskyBanded) ... ok
test_lower_complex (test_decomp_cholesky.TestCholeskyBanded) ... ok
test_lower_real (test_decomp_cholesky.TestCholeskyBanded) ... ok
test_upper_complex (test_decomp_cholesky.TestCholeskyBanded) ... ok
test_upper_real (test_decomp_cholesky.TestCholeskyBanded) ... ok
test_decomp_cholesky.TestOverwrite.test_cho_factor ... ok
test_decomp_cholesky.TestOverwrite.test_cho_solve ... ok
test_decomp_cholesky.TestOverwrite.test_cho_solve_banded ... ok
test_decomp_cholesky.TestOverwrite.test_cholesky ... ok
test_decomp_cholesky.TestOverwrite.test_cholesky_banded ... ok
test_decomp_polar.test_precomputed_cases([[0]], 'right', [[1]], [[0]]) ... ok
test_decomp_polar.test_precomputed_cases([[0]], 'left', [[1]], [[0]]) ... ok
test_decomp_polar.test_precomputed_cases([[9]], 'right', [[1]], [[9]]) ... ok
test_decomp_polar.test_precomputed_cases([[9]], 'left', [[1]], [[9]]) ... ok
test_decomp_polar.test_precomputed_cases(array([[2, 0], ... ok
test_decomp_polar.test_precomputed_cases(array([[2, 0], ... ok
test_decomp_polar.test_precomputed_cases(array([[1, 2, 2]]), 'right', array([[ 0.33333333,  0.66666667,  0.66666667]]), array([[ 0.33333333,  0.66666667,  0.66666667], ... ok
test_decomp_polar.test_verify_cases([[1, 2], [3, 4]],) ... ok
test_decomp_polar.test_verify_cases([[1, 2, 3]],) ... ok
test_decomp_polar.test_verify_cases([[1], [2], [3]],) ... ok
test_decomp_polar.test_verify_cases([[1, 2, 3], [3, 4, 0]],) ... ok
test_decomp_polar.test_verify_cases([[1, 2], [3, 4], [5, 5]],) ... ok
test_decomp_polar.test_verify_cases([[1, 2], [3, (4+5j)]],) ... ok
test_decomp_polar.test_verify_cases([[1, 2, 3j]],) ... ok
test_decomp_polar.test_verify_cases([[1], [2], [3j]],) ... ok
test_decomp_polar.test_verify_cases([[1, 2, (3+2j)], [3, (4-1j), (-0-4j)]],) ... ok
test_decomp_polar.test_verify_cases([[1, 2], [(3-2j), (4+0.5j)], [5, 5]],) ... ok
test_decomp_polar.test_verify_cases([[10000, 10, 1], [-1, 2, 3j], [0, 1, 2]],) ... ok
test_default_a (test_fblas.TestCaxpy) ... ok
test_simple (test_fblas.TestCaxpy) ... ok
test_x_and_y_stride (test_fblas.TestCaxpy) ... ok
test_x_bad_size (test_fblas.TestCaxpy) ... ok
test_x_stride (test_fblas.TestCaxpy) ... ok
test_y_bad_size (test_fblas.TestCaxpy) ... ok
test_y_stride (test_fblas.TestCaxpy) ... ok
test_simple (test_fblas.TestCcopy) ... ok
test_x_and_y_stride (test_fblas.TestCcopy) ... ok
test_x_bad_size (test_fblas.TestCcopy) ... ok
test_x_stride (test_fblas.TestCcopy) ... ok
test_y_bad_size (test_fblas.TestCcopy) ... ok
test_y_stride (test_fblas.TestCcopy) ... ok
test_default_beta_y (test_fblas.TestCgemv) ... ok
test_simple (test_fblas.TestCgemv) ... ok
test_simple_transpose (test_fblas.TestCgemv) ... ok
test_simple_transpose_conj (test_fblas.TestCgemv) ... ok
test_x_stride (test_fblas.TestCgemv) ... ok
test_x_stride_assert (test_fblas.TestCgemv) ... ok
test_x_stride_transpose (test_fblas.TestCgemv) ... ok
test_y_stride (test_fblas.TestCgemv) ... ok
test_y_stride_assert (test_fblas.TestCgemv) ... ok
test_y_stride_transpose (test_fblas.TestCgemv) ... ok
test_simple (test_fblas.TestCscal) ... ok
test_x_bad_size (test_fblas.TestCscal) ... ok
test_x_stride (test_fblas.TestCscal) ... ok
test_simple (test_fblas.TestCswap) ... ok
test_x_and_y_stride (test_fblas.TestCswap) ... ok
test_x_bad_size (test_fblas.TestCswap) ... ok
test_x_stride (test_fblas.TestCswap) ... ok
test_y_bad_size (test_fblas.TestCswap) ... ok
test_y_stride (test_fblas.TestCswap) ... ok
test_default_a (test_fblas.TestDaxpy) ... ok
test_simple (test_fblas.TestDaxpy) ... ok
test_x_and_y_stride (test_fblas.TestDaxpy) ... ok
test_x_bad_size (test_fblas.TestDaxpy) ... ok
test_x_stride (test_fblas.TestDaxpy) ... ok
test_y_bad_size (test_fblas.TestDaxpy) ... ok
test_y_stride (test_fblas.TestDaxpy) ... ok
test_simple (test_fblas.TestDcopy) ... ok
test_x_and_y_stride (test_fblas.TestDcopy) ... ok
test_x_bad_size (test_fblas.TestDcopy) ... ok
test_x_stride (test_fblas.TestDcopy) ... ok
test_y_bad_size (test_fblas.TestDcopy) ... ok
test_y_stride (test_fblas.TestDcopy) ... ok
test_default_beta_y (test_fblas.TestDgemv) ... ok
test_simple (test_fblas.TestDgemv) ... ok
test_simple_transpose (test_fblas.TestDgemv) ... ok
test_simple_transpose_conj (test_fblas.TestDgemv) ... ok
test_x_stride (test_fblas.TestDgemv) ... ok
test_x_stride_assert (test_fblas.TestDgemv) ... ok
test_x_stride_transpose (test_fblas.TestDgemv) ... ok
test_y_stride (test_fblas.TestDgemv) ... ok
test_y_stride_assert (test_fblas.TestDgemv) ... ok
test_y_stride_transpose (test_fblas.TestDgemv) ... ok
test_simple (test_fblas.TestDscal) ... ok
test_x_bad_size (test_fblas.TestDscal) ... ok
test_x_stride (test_fblas.TestDscal) ... ok
test_simple (test_fblas.TestDswap) ... ok
test_x_and_y_stride (test_fblas.TestDswap) ... ok
test_x_bad_size (test_fblas.TestDswap) ... ok
test_x_stride (test_fblas.TestDswap) ... ok
test_y_bad_size (test_fblas.TestDswap) ... ok
test_y_stride (test_fblas.TestDswap) ... ok
test_default_a (test_fblas.TestSaxpy) ... ok
test_simple (test_fblas.TestSaxpy) ... ok
test_x_and_y_stride (test_fblas.TestSaxpy) ... ok
test_x_bad_size (test_fblas.TestSaxpy) ... ok
test_x_stride (test_fblas.TestSaxpy) ... ok
test_y_bad_size (test_fblas.TestSaxpy) ... ok
test_y_stride (test_fblas.TestSaxpy) ... ok
test_simple (test_fblas.TestScopy) ... ok
test_x_and_y_stride (test_fblas.TestScopy) ... ok
test_x_bad_size (test_fblas.TestScopy) ... ok
test_x_stride (test_fblas.TestScopy) ... ok
test_y_bad_size (test_fblas.TestScopy) ... ok
test_y_stride (test_fblas.TestScopy) ... ok
test_default_beta_y (test_fblas.TestSgemv) ... ok
test_sgemv_on_osx (test_fblas.TestSgemv) ... ok
test_simple (test_fblas.TestSgemv) ... ok
test_simple_transpose (test_fblas.TestSgemv) ... ok
test_simple_transpose_conj (test_fblas.TestSgemv) ... ok
test_x_stride (test_fblas.TestSgemv) ... ok
test_x_stride_assert (test_fblas.TestSgemv) ... ok
test_x_stride_transpose (test_fblas.TestSgemv) ... ok
test_y_stride (test_fblas.TestSgemv) ... ok
test_y_stride_assert (test_fblas.TestSgemv) ... ok
test_y_stride_transpose (test_fblas.TestSgemv) ... ok
test_simple (test_fblas.TestSscal) ... ok
test_x_bad_size (test_fblas.TestSscal) ... ok
test_x_stride (test_fblas.TestSscal) ... ok
test_simple (test_fblas.TestSswap) ... ok
test_x_and_y_stride (test_fblas.TestSswap) ... ok
test_x_bad_size (test_fblas.TestSswap) ... ok
test_x_stride (test_fblas.TestSswap) ... ok
test_y_bad_size (test_fblas.TestSswap) ... ok
test_y_stride (test_fblas.TestSswap) ... ok
test_default_a (test_fblas.TestZaxpy) ... ok
test_simple (test_fblas.TestZaxpy) ... ok
test_x_and_y_stride (test_fblas.TestZaxpy) ... ok
test_x_bad_size (test_fblas.TestZaxpy) ... ok
test_x_stride (test_fblas.TestZaxpy) ... ok
test_y_bad_size (test_fblas.TestZaxpy) ... ok
test_y_stride (test_fblas.TestZaxpy) ... ok
test_simple (test_fblas.TestZcopy) ... ok
test_x_and_y_stride (test_fblas.TestZcopy) ... ok
test_x_bad_size (test_fblas.TestZcopy) ... ok
test_x_stride (test_fblas.TestZcopy) ... ok
test_y_bad_size (test_fblas.TestZcopy) ... ok
test_y_stride (test_fblas.TestZcopy) ... ok
test_default_beta_y (test_fblas.TestZgemv) ... ok
test_simple (test_fblas.TestZgemv) ... ok
test_simple_transpose (test_fblas.TestZgemv) ... ok
test_simple_transpose_conj (test_fblas.TestZgemv) ... ok
test_x_stride (test_fblas.TestZgemv) ... ok
test_x_stride_assert (test_fblas.TestZgemv) ... ok
test_x_stride_transpose (test_fblas.TestZgemv) ... ok
test_y_stride (test_fblas.TestZgemv) ... ok
test_y_stride_assert (test_fblas.TestZgemv) ... ok
test_y_stride_transpose (test_fblas.TestZgemv) ... ok
test_simple (test_fblas.TestZscal) ... ok
test_x_bad_size (test_fblas.TestZscal) ... ok
test_x_stride (test_fblas.TestZscal) ... ok
test_simple (test_fblas.TestZswap) ... ok
test_x_and_y_stride (test_fblas.TestZswap) ... ok
test_x_bad_size (test_fblas.TestZswap) ... ok
test_x_stride (test_fblas.TestZswap) ... ok
test_y_bad_size (test_fblas.TestZswap) ... ok
test_y_stride (test_fblas.TestZswap) ... ok
test_interpolative.TestInterpolativeDecomposition.test_badcall ... ok
test_interpolative.TestInterpolativeDecomposition.test_id(<class 'numpy.float64'>,) ... ok
test_interpolative.TestInterpolativeDecomposition.test_id(<class 'numpy.complex128'>,) ... ok
test_interpolative.TestInterpolativeDecomposition.test_rand ... ok
test_gh_2691 (test_lapack.TestDpotr) ... ok
test_gebal (test_lapack.TestFlapackSimple) ... ok
test_gehrd (test_lapack.TestFlapackSimple) ... ok
test_trsyl (test_lapack.TestFlapackSimple) ... ok
test_clapack (test_lapack.TestLapack) ... ok
test_flapack (test_lapack.TestLapack) ... ok
test_ticket_1645 (test_lapack.TestRegression) ... ok
test_consistency (test_matfuncs.TestExpM) ... ok
test_zero (test_matfuncs.TestExpM) ... ok
test_expm_bad_condition_number (test_matfuncs.TestExpmConditionNumber) ... ok
test_expm_cond_smoke (test_matfuncs.TestExpmConditionNumber) ... ok
test_univariate (test_matfuncs.TestExpmConditionNumber) ... ok
test_expm_frechet (test_matfuncs.TestExpmFrechet) ... ok
test_fuzz (test_matfuncs.TestExpmFrechet) ... ok
test_problematic_matrix (test_matfuncs.TestExpmFrechet) ... ok
test_small_norm_expm_frechet (test_matfuncs.TestExpmFrechet) ... ok
test_al_mohy_higham_2012_experiment_1 (test_matfuncs.TestFractionalMatrixPower) ... ok
test_briggs_helper_function (test_matfuncs.TestFractionalMatrixPower) ... ok
test_larger_abs_fractional_matrix_powers (test_matfuncs.TestFractionalMatrixPower) ... ok
test_random_matrices_and_powers (test_matfuncs.TestFractionalMatrixPower) ... ok
test_round_trip_random_complex (test_matfuncs.TestFractionalMatrixPower) ... ok
test_round_trip_random_float (test_matfuncs.TestFractionalMatrixPower) ... ok
test_singular (test_matfuncs.TestFractionalMatrixPower) ... KNOWNFAIL: Too unstable across LAPACKs.
test_type_conversion_mixed_sign_or_complex_spectrum (test_matfuncs.TestFractionalMatrixPower) ... ok
test_type_preservation_and_conversion (test_matfuncs.TestFractionalMatrixPower) ... ok
test_al_mohy_higham_2012_experiment_1_funm_log (test_matfuncs.TestLogM) ... ok
test_al_mohy_higham_2012_experiment_1_logm (test_matfuncs.TestLogM) ... ok
test_logm_exactly_singular (test_matfuncs.TestLogM) ... ok
test_logm_nearly_singular (test_matfuncs.TestLogM) ... ok
test_logm_type_conversion_mixed_sign_or_complex_spectrum (test_matfuncs.TestLogM) ... ok
test_logm_type_preservation_and_conversion (test_matfuncs.TestLogM) ... ok
test_nils (test_matfuncs.TestLogM) ... ok
test_round_trip_random_complex (test_matfuncs.TestLogM) ... ok
test_round_trip_random_float (test_matfuncs.TestLogM) ... ok
test_defective1 (test_matfuncs.TestSignM) ... ok
test_defective2 (test_matfuncs.TestSignM) ... ok
test_defective3 (test_matfuncs.TestSignM) ... ok
test_nils (test_matfuncs.TestSignM) ... ok
test_al_mohy_higham_2012_experiment_1 (test_matfuncs.TestSqrtM) ... ok
test_bad (test_matfuncs.TestSqrtM) ... ok
test_blocksizes (test_matfuncs.TestSqrtM) ... ok
test_disp (test_matfuncs.TestSqrtM) ... ok
test_round_trip_random_complex (test_matfuncs.TestSqrtM) ... ok
test_round_trip_random_float (test_matfuncs.TestSqrtM) ... ok
test_sqrtm_type_conversion_mixed_sign_or_complex_spectrum (test_matfuncs.TestSqrtM) ... ok
test_sqrtm_type_preservation_and_conversion (test_matfuncs.TestSqrtM) ... ok
test_strict_upper_triangular (test_matfuncs.TestSqrtM) ... ok
test_weird_matrix (test_matfuncs.TestSqrtM) ... ok
test_cases (test_solvers.TestSolveContinuousARE) ... ok
test_cases (test_solvers.TestSolveDiscreteARE) ... ok
test_cases (test_solvers.TestSolveLyapunov) ... ok
test_cases (test_solvers.TestSolveSylvester) ... ok
test_trivial (test_solvers.TestSolveSylvester) ... ok
test_special_matrices.TestBlockDiag.test_bad_arg ... ok
test_special_matrices.TestBlockDiag.test_basic ... ok
test_special_matrices.TestBlockDiag.test_dtype ... ok
test_special_matrices.TestBlockDiag.test_no_args ... ok
test_special_matrices.TestBlockDiag.test_scalar_and_1d_args ... ok
test_basic (test_special_matrices.TestCirculant) ... ok
test_bad_shapes (test_special_matrices.TestCompanion) ... ok
test_basic (test_special_matrices.TestCompanion) ... ok
test_basic (test_special_matrices.TestHadamard) ... ok
test_basic (test_special_matrices.TestHankel) ... ok
test_basic (test_special_matrices.TestHilbert) ... ok
test_basic (test_special_matrices.TestInvHilbert) ... ok
test_inverse (test_special_matrices.TestInvHilbert) ... ok
test_special_matrices.TestKron.test_basic ... ok
test_bad_shapes (test_special_matrices.TestLeslie) ... ok
test_basic (test_special_matrices.TestLeslie) ... ok
test_big (test_special_matrices.TestPascal) ... ok
test_cases (test_special_matrices.TestPascal) ... ok
test_basic (test_special_matrices.TestToeplitz) ... ok
test_complex_01 (test_special_matrices.TestToeplitz) ... ok
Scalar arguments still produce a 2D array. ... ok
test_scalar_01 (test_special_matrices.TestToeplitz) ... ok
test_scalar_02 (test_special_matrices.TestToeplitz) ... ok
test_scalar_03 (test_special_matrices.TestToeplitz) ... ok
test_scalar_04 (test_special_matrices.TestToeplitz) ... ok
test_2d (test_special_matrices.TestTri) ... ok
test_basic (test_special_matrices.TestTri) ... ok
test_diag (test_special_matrices.TestTri) ... ok
test_diag2d (test_special_matrices.TestTri) ... ok
test_basic (test_special_matrices.TestTril) ... ok
test_diag (test_special_matrices.TestTril) ... ok
test_basic (test_special_matrices.TestTriu) ... ok
test_diag (test_special_matrices.TestTriu) ... ok
test_special_matrices.test_dft(array([[ 1. +0.00000000e+00j,  1. +0.00000000e+00j], ... ok
test_special_matrices.test_dft(array([[ 0.5 +0.00000000e+00j,  0.5 +0.00000000e+00j], ... ok
test_special_matrices.test_dft(array([[ 0.70710678 +0.00000000e+00j,  0.70710678 +0.00000000e+00j], ... ok
test_special_matrices.test_dft(array([ 16.00000000 +0.00000000e+00j,  -8.24264069 -5.85786438e-01j, ... ok
test_common.test_pade_trivial ... ok
test_common.test_pade_4term_exp ... ok
Test whether logsumexp() function correctly handles large inputs. ... ok
test_common.test_logsumexp_b ... ok
test_common.test_face ... ok
test_common.test_ascent ... ok
test_doccer.test_unindent('Another test\n   with some indent', 'Another test\n   with some indent') ... ok
test_doccer.test_unindent('Another test, one line', 'Another test, one line') ... ok
test_doccer.test_unindent('Another test\n   with some indent', 'Another test\n   with some indent') ... ok
test_doccer.test_unindent_dict('Another test\n   with some indent', 'Another test\n   with some indent') ... ok
test_doccer.test_unindent_dict('Another test, one line', 'Another test, one line') ... ok
test_doccer.test_unindent_dict('Another test\n   with some indent', 'Another test\n   with some indent') ... ok
test_doccer.test_docformat('Docstring\n    Another test\n       with some indent\n        Another test, one line\n     Another test\n       with some indent\n', 'Docstring\n    Another test\n       with some indent\n        Another test, one line\n     Another test\n       with some indent\n') ... ok
test_doccer.test_docformat('Single line doc Another test\n   with some indent', 'Single line doc Another test\n   with some indent') ... ok
test_doccer.test_decorator(' Docstring\n        Another test\n           with some indent\n        ', ' Docstring\n        Another test\n           with some indent\n        ') ... ok
test_doccer.test_decorator(' Docstring\n            Another test\n               with some indent\n        ', ' Docstring\n            Another test\n               with some indent\n        ') ... ok
test_doccer.test_inherit_docstring_from ... ok
test_bytescale (test_pilutil.TestPILUtil) ... ok
test_bytescale_keywords (test_pilutil.TestPILUtil) ... ok
test_imresize (test_pilutil.TestPILUtil) ... ok
test_imresize2 (test_pilutil.TestPILUtil) ... ok
test_imresize3 (test_pilutil.TestPILUtil) ... ok
test_imresize4 (test_pilutil.TestPILUtil) ... FAIL
test_imsave (test_pilutil.TestPILUtil) ... /opt/local/Library/Frameworks/Python.framework/Versions/3.4/lib/python3.4/site-packages/PIL/Image.py:649: ResourceWarning: unclosed file <_io.BufferedReader name='/opt/local/Library/Frameworks/Python.framework/Versions/3.4/lib/python3.4/site-packages/scipy/misc/tests/data/icon.png'>
  self.load()
/opt/local/Library/Frameworks/Python.framework/Versions/3.4/lib/python3.4/site-packages/PIL/Image.py:649: ResourceWarning: unclosed file <_io.BufferedReader name='/var/folders/sb/4qv5j4m90pz1rw7m70rj1b1r0000gn/T/tmp84k8fk_w/test.png'>
  self.load()
/opt/local/Library/Frameworks/Python.framework/Versions/3.4/lib/python3.4/site-packages/PIL/Image.py:649: ResourceWarning: unclosed file <_io.BufferedReader name='/var/folders/sb/4qv5j4m90pz1rw7m70rj1b1r0000gn/T/tmp84k8fk_w/testimg'>
  self.load()
ok
Test generator for parametric tests ... ok
Test generator for parametric tests ... ok
Test generator for parametric tests ... ok
test_datatypes.test_map_coordinates_dts ... ok
test_datatypes.test_uint64_max ... ok
test_filters.test_ticket_701 ... ok
test_filters.test_orders_gauss(0, array([ 0.])) ... ok
test_filters.test_orders_gauss(0, array([ 0.])) ... ok
test_filters.test_orders_gauss(<class 'ValueError'>, <function gaussian_filter at 0x1067d9d90>, array([ 0.]), 1, -1) ... ok
test_filters.test_orders_gauss(<class 'ValueError'>, <function gaussian_filter at 0x1067d9d90>, array([ 0.]), 1, 4) ... ok
test_filters.test_orders_gauss(0, array([ 0.])) ... ok
test_filters.test_orders_gauss(0, array([ 0.])) ... ok
test_filters.test_orders_gauss(<class 'ValueError'>, <function gaussian_filter1d at 0x1067d9d08>, array([ 0.]), 1, -1, -1) ... ok
test_filters.test_orders_gauss(<class 'ValueError'>, <function gaussian_filter1d at 0x1067d9d08>, array([ 0.]), 1, -1, 4) ... ok
Regression test for #1311. ... ok
test_filters.test_gaussian_truncate ... ok
test_io.test_imread ... /opt/local/Library/Frameworks/Python.framework/Versions/3.4/lib/python3.4/site-packages/PIL/Image.py:832: ResourceWarning: unclosed file <_io.BufferedReader name='/opt/local/Library/Frameworks/Python.framework/Versions/3.4/lib/python3.4/site-packages/scipy/ndimage/tests/dots.png'>
  self.load()
ok
test_basic (test_measurements.Test_measurements_select) ... ok
test_a (test_measurements.Test_measurements_stats) ... ok
test_a_centered (test_measurements.Test_measurements_stats) ... ok
test_b (test_measurements.Test_measurements_stats) ... ok
test_b_centered (test_measurements.Test_measurements_stats) ... ok
test_nonint_labels (test_measurements.Test_measurements_stats) ... ok
test_measurements.test_label01 ... ok
test_measurements.test_label02 ... ok
test_measurements.test_label03 ... ok
test_measurements.test_label04 ... ok
test_measurements.test_label05 ... ok
test_measurements.test_label06 ... ok
test_measurements.test_label07 ... ok
test_measurements.test_label08 ... ok
test_measurements.test_label09 ... ok
test_measurements.test_label10 ... ok
test_measurements.test_label11 ... ok
test_measurements.test_label11_inplace ... ok
test_measurements.test_label12 ... ok
test_measurements.test_label13 ... ok
test_measurements.test_label_output_typed ... ok
test_measurements.test_label_output_dtype ... ok
test_measurements.test_label_output_wrong_size ... ok
test_measurements.test_label_structuring_elements ... ok
test_measurements.test_label_default_dtype ... ok
test_measurements.test_find_objects01 ... ok
test_measurements.test_find_objects02 ... ok
test_measurements.test_find_objects03 ... ok
test_measurements.test_find_objects04 ... ok
test_measurements.test_find_objects05 ... ok
test_measurements.test_find_objects06 ... ok
test_measurements.test_find_objects07 ... ok
test_measurements.test_find_objects08 ... ok
test_measurements.test_find_objects09 ... ok
test_measurements.test_sum01 ... ok
test_measurements.test_sum02 ... ok
test_measurements.test_sum03 ... ok
test_measurements.test_sum04 ... ok
test_measurements.test_sum05 ... ok
test_measurements.test_sum06 ... ok
test_measurements.test_sum07 ... ok
test_measurements.test_sum08 ... ok
test_measurements.test_sum09 ... ok
test_measurements.test_sum10 ... ok
test_measurements.test_sum11 ... ok
test_measurements.test_sum12 ... ok
test_measurements.test_mean01 ... ok
test_measurements.test_mean02 ... ok
test_measurements.test_mean03 ... ok
test_measurements.test_mean04 ... ok
test_measurements.test_minimum01 ... ok
test_measurements.test_minimum02 ... ok
test_measurements.test_minimum03 ... ok
test_measurements.test_minimum04 ... ok
test_measurements.test_maximum01 ... ok
test_measurements.test_maximum02 ... ok
test_measurements.test_maximum03 ... ok
test_measurements.test_maximum04 ... ok
test_measurements.test_maximum05 ... ok
test_measurements.test_median01 ... ok
test_measurements.test_median02 ... ok
test_measurements.test_median03 ... ok
test_measurements.test_variance01 ... ok
test_measurements.test_variance02 ... ok
test_measurements.test_variance03 ... ok
test_measurements.test_variance04 ... ok
test_measurements.test_variance05 ... ok
test_measurements.test_variance06 ... ok
test_measurements.test_standard_deviation01 ... ok
test_measurements.test_standard_deviation02 ... ok
test_measurements.test_standard_deviation03 ... ok
test_measurements.test_standard_deviation04 ... ok
test_measurements.test_standard_deviation05 ... ok
test_measurements.test_standard_deviation06 ... ok
test_measurements.test_standard_deviation07 ... ok
test_measurements.test_minimum_position01 ... ok
test_measurements.test_minimum_position02 ... ok
test_measurements.test_minimum_position03 ... ok
test_measurements.test_minimum_position04 ... ok
test_measurements.test_minimum_position05 ... ok
test_measurements.test_minimum_position06 ... ok
test_measurements.test_minimum_position07 ... ok
test_measurements.test_maximum_position01 ... ok
test_measurements.test_maximum_position02 ... ok
test_measurements.test_maximum_position03 ... ok
test_measurements.test_maximum_position04 ... ok
test_measurements.test_maximum_position05 ... ok
test_measurements.test_maximum_position06 ... ok
test_measurements.test_maximum_position07 ... ok
test_measurements.test_extrema01 ... ok
test_measurements.test_extrema02 ... ok
test_measurements.test_extrema03 ... ok
test_measurements.test_extrema04 ... ok
test_measurements.test_center_of_mass01 ... ok
test_measurements.test_center_of_mass02 ... ok
test_measurements.test_center_of_mass03 ... ok
test_measurements.test_center_of_mass04 ... ok
test_measurements.test_center_of_mass05 ... ok
test_measurements.test_center_of_mass06 ... ok
test_measurements.test_center_of_mass07 ... ok
test_measurements.test_center_of_mass08 ... ok
test_measurements.test_center_of_mass09 ... ok
test_measurements.test_histogram01 ... ok
test_measurements.test_histogram02 ... ok
test_measurements.test_histogram03 ... ok
test_measurements.test_stat_funcs_2d ... ok
test_ndimage.TestDilateFix.test_dilation_scalar_size ... ok
test_ndimage.TestDilateFix.test_dilation_square_structure ... ok
test_ndimage.TestNdimage.test_affine_transform01 ... ok
test_ndimage.TestNdimage.test_affine_transform02 ... ok
test_ndimage.TestNdimage.test_affine_transform03 ... ok
test_ndimage.TestNdimage.test_affine_transform04 ... ok
test_ndimage.TestNdimage.test_affine_transform05 ... ok
test_ndimage.TestNdimage.test_affine_transform06 ... ok
test_ndimage.TestNdimage.test_affine_transform07 ... ok
test_ndimage.TestNdimage.test_affine_transform08 ... ok
test_ndimage.TestNdimage.test_affine_transform09 ... ok
test_ndimage.TestNdimage.test_affine_transform10 ... ok
test_ndimage.TestNdimage.test_affine_transform11 ... ok
test_ndimage.TestNdimage.test_affine_transform12 ... ok
test_ndimage.TestNdimage.test_affine_transform13 ... ok
test_ndimage.TestNdimage.test_affine_transform14 ... ok
test_ndimage.TestNdimage.test_affine_transform15 ... ok
test_ndimage.TestNdimage.test_affine_transform16 ... ok
test_ndimage.TestNdimage.test_affine_transform17 ... ok
test_ndimage.TestNdimage.test_affine_transform18 ... ok
test_ndimage.TestNdimage.test_affine_transform19 ... ok
test_ndimage.TestNdimage.test_affine_transform20 ... ok
test_ndimage.TestNdimage.test_affine_transform21 ... ok
test_ndimage.TestNdimage.test_binary_closing01 ... ok
test_ndimage.TestNdimage.test_binary_closing02 ... ok
test_ndimage.TestNdimage.test_binary_dilation01 ... ok
test_ndimage.TestNdimage.test_binary_dilation02 ... ok
test_ndimage.TestNdimage.test_binary_dilation03 ... ok
test_ndimage.TestNdimage.test_binary_dilation04 ... ok
test_ndimage.TestNdimage.test_binary_dilation05 ... ok
test_ndimage.TestNdimage.test_binary_dilation06 ... ok
test_ndimage.TestNdimage.test_binary_dilation07 ... ok
test_ndimage.TestNdimage.test_binary_dilation08 ... ok
test_ndimage.TestNdimage.test_binary_dilation09 ... ok
test_ndimage.TestNdimage.test_binary_dilation10 ... ok
test_ndimage.TestNdimage.test_binary_dilation11 ... ok
test_ndimage.TestNdimage.test_binary_dilation12 ... ok
test_ndimage.TestNdimage.test_binary_dilation13 ... ok
test_ndimage.TestNdimage.test_binary_dilation14 ... ok
test_ndimage.TestNdimage.test_binary_dilation15 ... ok
test_ndimage.TestNdimage.test_binary_dilation16 ... ok
test_ndimage.TestNdimage.test_binary_dilation17 ... ok
test_ndimage.TestNdimage.test_binary_dilation18 ... ok
test_ndimage.TestNdimage.test_binary_dilation19 ... ok
test_ndimage.TestNdimage.test_binary_dilation20 ... ok
test_ndimage.TestNdimage.test_binary_dilation21 ... ok
test_ndimage.TestNdimage.test_binary_dilation22 ... ok
test_ndimage.TestNdimage.test_binary_dilation23 ... ok
test_ndimage.TestNdimage.test_binary_dilation24 ... ok
test_ndimage.TestNdimage.test_binary_dilation25 ... ok
test_ndimage.TestNdimage.test_binary_dilation26 ... ok
test_ndimage.TestNdimage.test_binary_dilation27 ... ok
test_ndimage.TestNdimage.test_binary_dilation28 ... ok
test_ndimage.TestNdimage.test_binary_dilation29 ... ok
test_ndimage.TestNdimage.test_binary_dilation30 ... ok
test_ndimage.TestNdimage.test_binary_dilation31 ... ok
test_ndimage.TestNdimage.test_binary_dilation32 ... ok
test_ndimage.TestNdimage.test_binary_dilation33 ... ok
test_ndimage.TestNdimage.test_binary_dilation34 ... ok
test_ndimage.TestNdimage.test_binary_dilation35 ... ok
test_ndimage.TestNdimage.test_binary_erosion01 ... ok
test_ndimage.TestNdimage.test_binary_erosion02 ... ok
test_ndimage.TestNdimage.test_binary_erosion03 ... ok
test_ndimage.TestNdimage.test_binary_erosion04 ... ok
test_ndimage.TestNdimage.test_binary_erosion05 ... ok
test_ndimage.TestNdimage.test_binary_erosion06 ... ok
test_ndimage.TestNdimage.test_binary_erosion07 ... ok
test_ndimage.TestNdimage.test_binary_erosion08 ... ok
test_ndimage.TestNdimage.test_binary_erosion09 ... ok
test_ndimage.TestNdimage.test_binary_erosion10 ... ok
test_ndimage.TestNdimage.test_binary_erosion11 ... ok
test_ndimage.TestNdimage.test_binary_erosion12 ... ok
test_ndimage.TestNdimage.test_binary_erosion13 ... ok
test_ndimage.TestNdimage.test_binary_erosion14 ... ok
test_ndimage.TestNdimage.test_binary_erosion15 ... ok
test_ndimage.TestNdimage.test_binary_erosion16 ... ok
test_ndimage.TestNdimage.test_binary_erosion17 ... ok
test_ndimage.TestNdimage.test_binary_erosion18 ... ok
test_ndimage.TestNdimage.test_binary_erosion19 ... ok
test_ndimage.TestNdimage.test_binary_erosion20 ... ok
test_ndimage.TestNdimage.test_binary_erosion21 ... ok
test_ndimage.TestNdimage.test_binary_erosion22 ... ok
test_ndimage.TestNdimage.test_binary_erosion23 ... ok
test_ndimage.TestNdimage.test_binary_erosion24 ... ok
test_ndimage.TestNdimage.test_binary_erosion25 ... ok
test_ndimage.TestNdimage.test_binary_erosion26 ... ok
test_ndimage.TestNdimage.test_binary_erosion27 ... ok
test_ndimage.TestNdimage.test_binary_erosion28 ... ok
test_ndimage.TestNdimage.test_binary_erosion29 ... ok
test_ndimage.TestNdimage.test_binary_erosion30 ... ok
test_ndimage.TestNdimage.test_binary_erosion31 ... ok
test_ndimage.TestNdimage.test_binary_erosion32 ... ok
test_ndimage.TestNdimage.test_binary_erosion33 ... ok
test_ndimage.TestNdimage.test_binary_erosion34 ... ok
test_ndimage.TestNdimage.test_binary_erosion35 ... ok
test_ndimage.TestNdimage.test_binary_erosion36 ... ok
test_ndimage.TestNdimage.test_binary_fill_holes01 ... ok
test_ndimage.TestNdimage.test_binary_fill_holes02 ... ok
test_ndimage.TestNdimage.test_binary_fill_holes03 ... ok
test_ndimage.TestNdimage.test_binary_opening01 ... ok
test_ndimage.TestNdimage.test_binary_opening02 ... ok
test_ndimage.TestNdimage.test_binary_propagation01 ... ok
test_ndimage.TestNdimage.test_binary_propagation02 ... ok
test_ndimage.TestNdimage.test_black_tophat01 ... ok
test_ndimage.TestNdimage.test_black_tophat02 ... ok
test_ndimage.TestNdimage.test_boundaries ... ok
test_ndimage.TestNdimage.test_boundaries2 ... ok
test_ndimage.TestNdimage.test_correlate01 ... ok
test_ndimage.TestNdimage.test_correlate02 ... ok
test_ndimage.TestNdimage.test_correlate03 ... ok
test_ndimage.TestNdimage.test_correlate04 ... ok
test_ndimage.TestNdimage.test_correlate05 ... ok
test_ndimage.TestNdimage.test_correlate06 ... ok
test_ndimage.TestNdimage.test_correlate07 ... ok
test_ndimage.TestNdimage.test_correlate08 ... ok
test_ndimage.TestNdimage.test_correlate09 ... ok
test_ndimage.TestNdimage.test_correlate10 ... ok
test_ndimage.TestNdimage.test_correlate11 ... ok
test_ndimage.TestNdimage.test_correlate12 ... ok
test_ndimage.TestNdimage.test_correlate13 ... ok
test_ndimage.TestNdimage.test_correlate14 ... ok
test_ndimage.TestNdimage.test_correlate15 ... ok
test_ndimage.TestNdimage.test_correlate16 ... ok
test_ndimage.TestNdimage.test_correlate17 ... ok
test_ndimage.TestNdimage.test_correlate18 ... ok
test_ndimage.TestNdimage.test_correlate19 ... ok
test_ndimage.TestNdimage.test_correlate20 ... ok
test_ndimage.TestNdimage.test_correlate21 ... ok
test_ndimage.TestNdimage.test_correlate22 ... ok
test_ndimage.TestNdimage.test_correlate23 ... ok
test_ndimage.TestNdimage.test_correlate24 ... ok
test_ndimage.TestNdimage.test_correlate25 ... ok
test_ndimage.TestNdimage.test_distance_transform_bf01 ... ok
test_ndimage.TestNdimage.test_distance_transform_bf02 ... ok
test_ndimage.TestNdimage.test_distance_transform_bf03 ... ok
test_ndimage.TestNdimage.test_distance_transform_bf04 ... ok
test_ndimage.TestNdimage.test_distance_transform_bf05 ... ok
test_ndimage.TestNdimage.test_distance_transform_bf06 ... ok
test_ndimage.TestNdimage.test_distance_transform_cdt01 ... ok
test_ndimage.TestNdimage.test_distance_transform_cdt02 ... ok
test_ndimage.TestNdimage.test_distance_transform_cdt03 ... ok
test_ndimage.TestNdimage.test_distance_transform_edt01 ... ok
test_ndimage.TestNdimage.test_distance_transform_edt02 ... ok
test_ndimage.TestNdimage.test_distance_transform_edt03 ... ok
test_ndimage.TestNdimage.test_distance_transform_edt4 ... ok
test_ndimage.TestNdimage.test_distance_transform_edt5 ... ok
test_ndimage.TestNdimage.test_extend01 ... ok
test_ndimage.TestNdimage.test_extend02 ... ok
test_ndimage.TestNdimage.test_extend03 ... ok
test_ndimage.TestNdimage.test_extend04 ... ok
test_ndimage.TestNdimage.test_extend05 ... ok
test_ndimage.TestNdimage.test_extend06 ... ok
test_ndimage.TestNdimage.test_extend07 ... ok
test_ndimage.TestNdimage.test_extend08 ... ok
test_ndimage.TestNdimage.test_extend09 ... ok
test_ndimage.TestNdimage.test_extend10 ... ok
test_ndimage.TestNdimage.test_fourier_ellipsoid_complex01 ... ok
test_ndimage.TestNdimage.test_fourier_ellipsoid_real01 ... ok
test_ndimage.TestNdimage.test_fourier_gaussian_complex01 ... ok
test_ndimage.TestNdimage.test_fourier_gaussian_real01 ... ok
test_ndimage.TestNdimage.test_fourier_shift_complex01 ... ok
test_ndimage.TestNdimage.test_fourier_shift_real01 ... ok
test_ndimage.TestNdimage.test_fourier_uniform_complex01 ... ok
test_ndimage.TestNdimage.test_fourier_uniform_real01 ... ok
test_ndimage.TestNdimage.test_gauss01 ... ok
test_ndimage.TestNdimage.test_gauss02 ... ok
test_ndimage.TestNdimage.test_gauss03 ... ok
test_ndimage.TestNdimage.test_gauss04 ... ok
test_ndimage.TestNdimage.test_gauss05 ... ok
test_ndimage.TestNdimage.test_gauss06 ... ok
test_ndimage.TestNdimage.test_gaussian_gradient_magnitude01 ... ok
test_ndimage.TestNdimage.test_gaussian_gradient_magnitude02 ... ok
test_ndimage.TestNdimage.test_gaussian_laplace01 ... ok
test_ndimage.TestNdimage.test_gaussian_laplace02 ... ok
test_ndimage.TestNdimage.test_generate_structure01 ... ok
test_ndimage.TestNdimage.test_generate_structure02 ... ok
test_ndimage.TestNdimage.test_generate_structure03 ... ok
test_ndimage.TestNdimage.test_generate_structure04 ... ok
test_ndimage.TestNdimage.test_generic_filter01 ... ok
test_ndimage.TestNdimage.test_generic_filter1d01 ... ok
test_ndimage.TestNdimage.test_generic_gradient_magnitude01 ... ok
test_ndimage.TestNdimage.test_generic_laplace01 ... ok
test_ndimage.TestNdimage.test_geometric_transform01 ... ok
test_ndimage.TestNdimage.test_geometric_transform02 ... ok
test_ndimage.TestNdimage.test_geometric_transform03 ... ok
test_ndimage.TestNdimage.test_geometric_transform04 ... ok
test_ndimage.TestNdimage.test_geometric_transform05 ... ok
test_ndimage.TestNdimage.test_geometric_transform06 ... ok
test_ndimage.TestNdimage.test_geometric_transform07 ... ok
test_ndimage.TestNdimage.test_geometric_transform08 ... ok
test_ndimage.TestNdimage.test_geometric_transform10 ... ok
test_ndimage.TestNdimage.test_geometric_transform13 ... ok
test_ndimage.TestNdimage.test_geometric_transform14 ... ok
test_ndimage.TestNdimage.test_geometric_transform15 ... ok
test_ndimage.TestNdimage.test_geometric_transform16 ... ok
test_ndimage.TestNdimage.test_geometric_transform17 ... ok
test_ndimage.TestNdimage.test_geometric_transform18 ... ok
test_ndimage.TestNdimage.test_geometric_transform19 ... ok
test_ndimage.TestNdimage.test_geometric_transform20 ... ok
test_ndimage.TestNdimage.test_geometric_transform21 ... ok
test_ndimage.TestNdimage.test_geometric_transform22 ... ok
test_ndimage.TestNdimage.test_geometric_transform23 ... ok
test_ndimage.TestNdimage.test_geometric_transform24 ... ok
test_ndimage.TestNdimage.test_grey_closing01 ... ok
test_ndimage.TestNdimage.test_grey_closing02 ... ok
test_ndimage.TestNdimage.test_grey_dilation01 ... ok
test_ndimage.TestNdimage.test_grey_dilation02 ... ok
test_ndimage.TestNdimage.test_grey_dilation03 ... ok
test_ndimage.TestNdimage.test_grey_erosion01 ... ok
test_ndimage.TestNdimage.test_grey_erosion02 ... ok
test_ndimage.TestNdimage.test_grey_erosion03 ... ok
test_ndimage.TestNdimage.test_grey_opening01 ... ok
test_ndimage.TestNdimage.test_grey_opening02 ... ok
test_ndimage.TestNdimage.test_hit_or_miss01 ... ok
test_ndimage.TestNdimage.test_hit_or_miss02 ... ok
test_ndimage.TestNdimage.test_hit_or_miss03 ... ok
test_ndimage.TestNdimage.test_iterate_structure01 ... ok
test_ndimage.TestNdimage.test_iterate_structure02 ... ok
test_ndimage.TestNdimage.test_iterate_structure03 ... ok
test_ndimage.TestNdimage.test_laplace01 ... ok
test_ndimage.TestNdimage.test_laplace02 ... ok
test_ndimage.TestNdimage.test_map_coordinates01 ... ok
test_ndimage.TestNdimage.test_map_coordinates02 ... ok
test_ndimage.TestNdimage.test_map_coordinates03 ... ok
test_ndimage.TestNdimage.test_map_coordinates_large_data ... ok
test_ndimage.TestNdimage.test_maximum_filter01 ... ok
test_ndimage.TestNdimage.test_maximum_filter02 ... ok
test_ndimage.TestNdimage.test_maximum_filter03 ... ok
test_ndimage.TestNdimage.test_maximum_filter04 ... ok
test_ndimage.TestNdimage.test_maximum_filter05 ... ok
test_ndimage.TestNdimage.test_maximum_filter06 ... ok
test_ndimage.TestNdimage.test_maximum_filter07 ... ok
test_ndimage.TestNdimage.test_maximum_filter08 ... ok
test_ndimage.TestNdimage.test_maximum_filter09 ... ok
test_ndimage.TestNdimage.test_minimum_filter01 ... ok
test_ndimage.TestNdimage.test_minimum_filter02 ... ok
test_ndimage.TestNdimage.test_minimum_filter03 ... ok
test_ndimage.TestNdimage.test_minimum_filter04 ... ok
test_ndimage.TestNdimage.test_minimum_filter05 ... ok
test_ndimage.TestNdimage.test_minimum_filter06 ... ok
test_ndimage.TestNdimage.test_minimum_filter07 ... ok
test_ndimage.TestNdimage.test_minimum_filter08 ... ok
test_ndimage.TestNdimage.test_minimum_filter09 ... ok
test_ndimage.TestNdimage.test_morphological_gradient01 ... ok
test_ndimage.TestNdimage.test_morphological_gradient02 ... ok
test_ndimage.TestNdimage.test_morphological_laplace01 ... ok
test_ndimage.TestNdimage.test_morphological_laplace02 ... ok
test_ndimage.TestNdimage.test_prewitt01 ... ok
test_ndimage.TestNdimage.test_prewitt02 ... ok
test_ndimage.TestNdimage.test_prewitt03 ... ok
test_ndimage.TestNdimage.test_prewitt04 ... ok
test_ndimage.TestNdimage.test_rank01 ... ok
test_ndimage.TestNdimage.test_rank02 ... ok
test_ndimage.TestNdimage.test_rank03 ... ok
test_ndimage.TestNdimage.test_rank04 ... ok
test_ndimage.TestNdimage.test_rank05 ... ok
test_ndimage.TestNdimage.test_rank06 ... ok
test_ndimage.TestNdimage.test_rank07 ... ok
test_ndimage.TestNdimage.test_rank08 ... ok
test_ndimage.TestNdimage.test_rank09 ... ok
test_ndimage.TestNdimage.test_rank10 ... ok
test_ndimage.TestNdimage.test_rank11 ... ok
test_ndimage.TestNdimage.test_rank12 ... ok
test_ndimage.TestNdimage.test_rank13 ... ok
test_ndimage.TestNdimage.test_rank14 ... ok
test_ndimage.TestNdimage.test_rank15 ... ok
test_ndimage.TestNdimage.test_rotate01 ... ok
test_ndimage.TestNdimage.test_rotate02 ... ok
test_ndimage.TestNdimage.test_rotate03 ... ok
test_ndimage.TestNdimage.test_rotate04 ... ok
test_ndimage.TestNdimage.test_rotate05 ... ok
test_ndimage.TestNdimage.test_rotate06 ... ok
test_ndimage.TestNdimage.test_rotate07 ... ok
test_ndimage.TestNdimage.test_rotate08 ... ok
test_ndimage.TestNdimage.test_shift01 ... ok
test_ndimage.TestNdimage.test_shift02 ... ok
test_ndimage.TestNdimage.test_shift03 ... ok
test_ndimage.TestNdimage.test_shift04 ... ok
test_ndimage.TestNdimage.test_shift05 ... ok
test_ndimage.TestNdimage.test_shift06 ... ok
test_ndimage.TestNdimage.test_shift07 ... ok
test_ndimage.TestNdimage.test_shift08 ... ok
test_ndimage.TestNdimage.test_shift09 ... ok
test_ndimage.TestNdimage.test_sobel01 ... ok
test_ndimage.TestNdimage.test_sobel02 ... ok
test_ndimage.TestNdimage.test_sobel03 ... ok
test_ndimage.TestNdimage.test_sobel04 ... ok
test_ndimage.TestNdimage.test_spline01 ... ok
test_ndimage.TestNdimage.test_spline02 ... ok
test_ndimage.TestNdimage.test_spline03 ... ok
test_ndimage.TestNdimage.test_spline04 ... ok
test_ndimage.TestNdimage.test_spline05 ... ok
test_ndimage.TestNdimage.test_uniform01 ... ok
test_ndimage.TestNdimage.test_uniform02 ... ok
test_ndimage.TestNdimage.test_uniform03 ... ok
test_ndimage.TestNdimage.test_uniform04 ... ok
test_ndimage.TestNdimage.test_uniform05 ... ok
test_ndimage.TestNdimage.test_uniform06 ... ok
test_ndimage.TestNdimage.test_watershed_ift01 ... ok
test_ndimage.TestNdimage.test_watershed_ift02 ... ok
test_ndimage.TestNdimage.test_watershed_ift03 ... ok
test_ndimage.TestNdimage.test_watershed_ift04 ... ok
test_ndimage.TestNdimage.test_watershed_ift05 ... ok
test_ndimage.TestNdimage.test_watershed_ift06 ... ok
test_ndimage.TestNdimage.test_watershed_ift07 ... ok
test_ndimage.TestNdimage.test_white_tophat01 ... ok
test_ndimage.TestNdimage.test_white_tophat02 ... ok
test_ndimage.TestNdimage.test_zoom1 ... ok
test_ndimage.TestNdimage.test_zoom2 ... ok
test_ndimage.TestNdimage.test_zoom3 ... ok
test_ndimage.TestNdimage.test_zoom_affine01 ... ok
test_ndimage.TestNdimage.test_zoom_infinity ... ok
test_ndimage.TestNdimage.test_zoom_output_shape_roundoff ... ok
test_ndimage.TestNdimage.test_zoom_zoomfactor_one ... ok
Regression test for #413: median_filter does not handle bytes orders. ... ok
Ticket #643 ... ok
test_regression.test_ticket_742 ... ok
Github issue #3025 - improper merging of labels ... ok
test_explicit (test_odr.TestODR) ... ok
test_implicit (test_odr.TestODR) ... ok
test_lorentz (test_odr.TestODR) ... ok
test_multi (test_odr.TestODR) ... ok
test_pearson (test_odr.TestODR) ... ok
test_ticket_1253 (test_odr.TestODR) ... ok
test_1d_grad (test__basinhopping.TestBasinHopping) ... ok
test_2d (test__basinhopping.TestBasinHopping) ... ok
test_2d_nograd (test__basinhopping.TestBasinHopping) ... ok
test_TypeError (test__basinhopping.TestBasinHopping) ... ok
test_all_minimizers (test__basinhopping.TestBasinHopping) ... ok
test_minimizer_fail (test__basinhopping.TestBasinHopping) ... ok
test_njev (test__basinhopping.TestBasinHopping) ... ok
test_pass_accept_test (test__basinhopping.TestBasinHopping) ... ok
test_pass_callback (test__basinhopping.TestBasinHopping) ... ok
test_pass_simple_takestep (test__basinhopping.TestBasinHopping) ... ok
test_pass_takestep (test__basinhopping.TestBasinHopping) ... ok
test_adaptive_decrease (test__basinhopping.Test_AdaptiveStepsize) ... ok
test_adaptive_increase (test__basinhopping.Test_AdaptiveStepsize) ... ok
test_all_accepted (test__basinhopping.Test_AdaptiveStepsize) ... ok
test_all_rejected (test__basinhopping.Test_AdaptiveStepsize) ... ok
test_KeyError (test__basinhopping.Test_Metropolis) ... ok
test_accept (test__basinhopping.Test_Metropolis) ... ok
test_boolean_return (test__basinhopping.Test_Metropolis) ... ok
test_lower_f_accepted (test__basinhopping.Test_Metropolis) ... ok
test_random (test__basinhopping.Test_RandomDisplacement) ... ok
test_higher_f_rejected (test__basinhopping.Test_Storage) ... ok
test_lower_f_accepted (test__basinhopping.Test_Storage) ... ok
test__root.TestRoot.test_tol_parameter ... ok
test_minimize_constraint_violation (test_cobyla.TestCobyla) ... ok
Minimize with method='COBYLA' ... ok
fmin_cobyla ... ok
test_linesearch.TestLineSearch.test_armijo_terminate_1 ... ok
test_linesearch.TestLineSearch.test_line_search_armijo ... ok
test_linesearch.TestLineSearch.test_line_search_wolfe1 ... ok
test_linesearch.TestLineSearch.test_line_search_wolfe2 ... ok
test_linesearch.TestLineSearch.test_scalar_search_armijo ... ok
test_linesearch.TestLineSearch.test_scalar_search_wolfe1 ... ok
test_linesearch.TestLineSearch.test_scalar_search_wolfe2 ... ok
test_linesearch.TestLineSearch.test_wolfe_terminate ... ok
test_array_like (test_minpack.TestCurveFit) ... ok
test_func_is_classmethod (test_minpack.TestCurveFit) ... ok
test_one_argument (test_minpack.TestCurveFit) ... ok
test_pcov (test_minpack.TestCurveFit) ... ok
test_regression_2639 (test_minpack.TestCurveFit) ... ok
test_two_argument (test_minpack.TestCurveFit) ... ok
test_float32 (test_minpack.TestFSolve) ... ok
fsolve without gradient, equal pipes -> equal flows ... ok
fsolve with gradient, equal pipes -> equal flows ... ok
The callables 'func' and 'deriv_func' have no '__name__' attribute. ... ok
test_wrong_shape_fprime_function (test_minpack.TestFSolve) ... ok
The callable 'func' has no '__name__' attribute. ... ok
test_wrong_shape_func_function (test_minpack.TestFSolve) ... ok
f(x) = c * x**2; fixed point should be x=1/c ... ok
f(x) = c * x**0.5; fixed point should be x=c**2 ... ok
test_array_trivial (test_minpack.TestFixedPoint) ... ok
f(x) = x**2; x0=1.05; fixed point should be x=1 ... ok
f(x) = x**0.5; x0=1.05; fixed point should be x=1 ... ok
f(x) = 2x; fixed point should be x=0 ... ok
test_basic (test_minpack.TestLeastSq) ... ok
test_float32 (test_minpack.TestLeastSq) ... ok
test_full_output (test_minpack.TestLeastSq) ... ok
test_input_untouched (test_minpack.TestLeastSq) ... ok
The callables 'func' and 'deriv_func' have no '__name__' attribute. ... ok
test_wrong_shape_Dfun_function (test_minpack.TestLeastSq) ... ok
The callable 'func' has no '__name__' attribute. ... ok
test_wrong_shape_func_function (test_minpack.TestLeastSq) ... ok
root/hybr without gradient, equal pipes -> equal flows ... ok
root/hybr with gradient, equal pipes -> equal flows ... ok
root/hybr with gradient and function combined, equal pipes -> equal flows ... ok
root/lm without gradient, equal pipes -> equal flows ... ok
test_nnls (test_nnls.TestNNLS) ... ok
test_nonlin.TestJacobianDotSolve.test_anderson ... ok
test_nonlin.TestJacobianDotSolve.test_broyden1 ... ok
test_nonlin.TestJacobianDotSolve.test_broyden2 ... ok
test_nonlin.TestJacobianDotSolve.test_diagbroyden ... ok
test_nonlin.TestJacobianDotSolve.test_excitingmixing ... ok
test_nonlin.TestJacobianDotSolve.test_krylov ... ok
test_nonlin.TestJacobianDotSolve.test_linearmixing ... ok
test_anderson (test_nonlin.TestLinear) ... ok
test_broyden1 (test_nonlin.TestLinear) ... ok
test_broyden2 (test_nonlin.TestLinear) ... ok
test_krylov (test_nonlin.TestLinear) ... ok
Tests for nonlin functions ... ok
Tests for nonlin functions ... ok
Tests for nonlin functions ... ok
Tests for nonlin functions ... ok
Tests for nonlin functions ... ok
Tests for nonlin functions ... ok
Tests for nonlin functions ... ok
Tests for nonlin functions ... ok
Tests for nonlin functions ... ok
Tests for nonlin functions ... ok
Tests for nonlin functions ... ok
Tests for nonlin functions ... ok
Tests for nonlin functions ... ok
Tests for nonlin functions ... ok
Tests for nonlin functions ... ok
Tests for nonlin functions ... ok
Tests for nonlin functions ... ok
Tests for nonlin functions ... ok
Tests for nonlin functions ... ok
Tests for nonlin functions ... ok
Tests for nonlin functions ... ok
Tests for nonlin functions ... ok
Tests for nonlin functions ... ok
Tests for nonlin functions ... ok
Tests for nonlin functions ... ok
Tests for nonlin functions ... ok
Tests for nonlin functions ... ok
Tests for nonlin functions ... ok
Tests for nonlin functions ... ok
Tests for nonlin functions ... ok
Tests for nonlin functions ... ok
Tests for nonlin functions ... ok
Tests for nonlin functions ... ok
Tests for nonlin functions ... ok
Tests for nonlin functions ... ok
Tests for nonlin functions ... ok
Tests for nonlin functions ... ok
Tests for nonlin functions ... ok
Tests for root ... ok
Tests for root ... ok
Tests for root ... ok
Tests for root ... ok
Tests for root ... ok
Tests for root ... ok
Tests for root ... ok
Tests for root ... ok
Tests for root ... ok
Tests for root ... ok
Tests for root ... ok
Tests for root ... ok
Tests for root ... ok
Tests for root ... ok
Tests for root ... ok
Tests for root ... ok
Tests for root ... ok
Tests for root ... ok
Tests for root ... ok
Tests for root ... ok
Tests for root ... ok
Tests for root ... ok
Tests for root ... ok
Tests for root ... ok
Tests for root ... ok
Tests for root ... ok
Tests for root ... ok
Tests for root ... ok
Tests for root ... ok
Tests for root ... ok
Tests for root ... ok
Tests for root ... ok
Tests for root ... ok
Tests for root ... ok
Tests for root ... ok
Tests for root ... ok
Tests for root ... ok
Tests for root ... ok
test_anderson (test_nonlin.TestNonlinOldTests) ... ok
test_broyden1 (test_nonlin.TestNonlinOldTests) ... ok
test_broyden2 (test_nonlin.TestNonlinOldTests) ... ok
test_diagbroyden (test_nonlin.TestNonlinOldTests) ... ok
test_exciting (test_nonlin.TestNonlinOldTests) ... ok
test_linearmixing (test_nonlin.TestNonlinOldTests) ... ok
test_root_anderson (test_nonlin.TestNonlinOldTests) ... ok
test_root_broyden1 (test_nonlin.TestNonlinOldTests) ... ok
test_root_broyden2 (test_nonlin.TestNonlinOldTests) ... ok
test_root_diagbroyden (test_nonlin.TestNonlinOldTests) ... ok
test_root_excitingmixing (test_nonlin.TestNonlinOldTests) ... ok
test_root_linearmixing (test_nonlin.TestNonlinOldTests) ... ok
test_anderson (test_nonlin.TestSecant) ... ok
test_broyden1 (test_nonlin.TestSecant) ... ok
test_broyden1_update (test_nonlin.TestSecant) ... ok
test_broyden2 (test_nonlin.TestSecant) ... ok
test_broyden2_update (test_nonlin.TestSecant) ... ok
L-BFGS-B with bounds ... ok
L-BFGS-B with fun and jac combined and extra arguments ... ok
Minimize with method='L-BFGS-B' with bounds ... ok
test_optimize.TestNewtonCg.test_himmelblau ... ok
test_optimize.TestNewtonCg.test_rosenbrock ... ok
test_optimize.TestOptimize.test_bfgs ... ok
test_optimize.TestOptimize.test_bfgs_gh_2169 ... ok
test_optimize.TestOptimize.test_bfgs_infinite ... ok
test_optimize.TestOptimize.test_bfgs_nan ... ok
test_optimize.TestOptimize.test_bfgs_numerical_jacobian ... ok
test_optimize.TestOptimize.test_cg ... ok
test_optimize.TestOptimize.test_custom ... ok
test_optimize.TestOptimize.test_l_bfgs_b ... ok
test_optimize.TestOptimize.test_l_bfgs_b_funjac ... ok
test_optimize.TestOptimize.test_l_bfgs_b_numjac ... ok
test_optimize.TestOptimize.test_minimize ... ok
test_optimize.TestOptimize.test_minimize_automethod ... ok
test_optimize.TestOptimize.test_minimize_l_bfgs_b ... ok
test_optimize.TestOptimize.test_minimize_l_bfgs_b_ftol ... ok
test_optimize.TestOptimize.test_minimize_tol_parameter ... ok
test_optimize.TestOptimize.test_ncg ... ok
test_optimize.TestOptimize.test_ncg_hess ... ok
test_optimize.TestOptimize.test_ncg_hessp ... ok
test_optimize.TestOptimize.test_neldermead ... ok
test_optimize.TestOptimize.test_no_increase('nelder-mead',) ... ok
test_optimize.TestOptimize.test_no_increase('powell',) ... ok
test_optimize.TestOptimize.test_no_increase('cg',) ... ok
test_optimize.TestOptimize.test_no_increase('bfgs',) ... ok
test_optimize.TestOptimize.test_no_increase('newton-cg',) ... ok
test_optimize.TestOptimize.test_no_increase('l-bfgs-b',) ... ok
test_optimize.TestOptimize.test_no_increase('tnc',) ... ok
test_optimize.TestOptimize.test_no_increase('cobyla',) ... ok
test_optimize.TestOptimize.test_no_increase('slsqp',) ... KNOWNFAIL: SLSQP returns slightly worse
test_optimize.TestOptimize.test_no_increase('anneal',) ... ok
test_optimize.TestOptimize.test_powell ... ok
test_optimize.TestOptimize.test_slsqp_respect_bounds ... ok
brent algorithm ... ok
Test fminbound ... ok
test_fminbound_scalar (test_optimize.TestOptimizeScalar) ... ok
golden algorithm ... ok
test_minimize_scalar (test_optimize.TestOptimizeScalar) ... ok
test_minimize_scalar_custom (test_optimize.TestOptimizeScalar) ... ok
Compare rosen_hess(x) times p with rosen_hess_prod(x,p) (ticket #1248) ... ok
test_optimize.test_minimize_multiple_constraints ... ok
test_lmdif_errmsg (test_regression.TestRegression) ... ok
Ticket #1214 ... ok
Ticket #1074 ... ok
SLSQP: bounds, eq. const., given jac. for fun. and const. ... ok
test_callback (test_slsqp.TestSLSQP) ... ok
SLSQP: equality constraint, approximated jacobian. ... ok
SLSQP: equality constraint, given jacobian. ... ok
SLSQP: equality constraint, given jacobian for fun and const. ... ok
SLSQP: inequality constraint, given jacobian. ... ok
test_integer_bounds (test_slsqp.TestSLSQP) ... ok
Minimize with method='SLSQP': bounds, eq. const., given jac. for ... ok
Minimize, method='SLSQP': bounded, approximated jacobian. ... ok
Minimize with method='SLSQP': equality constraint, approx. jacobian. ... ok
Minimize with method='SLSQP': equality constraint, given jacobian. ... ok
Minimize with method='SLSQP': equality constraint, given jacobian ... ok
Minimize with method='SLSQP': scalar equality constraint, given ... ok
Minimize with method='SLSQP': inequality constraint, given jacobian. ... ok
Minimize with method='SLSQP': vector inequality constraint, given jacobian. ... ok
Minimize, method='SLSQP': unbounded, approximated jacobian. ... ok
Minimize, method='SLSQP': unbounded, combined function and jacobian. ... ok
Minimize, method='SLSQP': unbounded, given jacobian. ... ok
Ticket #1657 ... ok
SLSQP: unbounded, approximated jacobian. ... ok
SLSQP: unbounded, given jacobian. ... ok
test_minimize_tnc1 (test_tnc.TestTnc) ... ok
test_minimize_tnc1b (test_tnc.TestTnc) ... ok
test_minimize_tnc1c (test_tnc.TestTnc) ... ok
test_minimize_tnc2 (test_tnc.TestTnc) ... ok
test_minimize_tnc3 (test_tnc.TestTnc) ... ok
test_minimize_tnc38 (test_tnc.TestTnc) ... ok
test_minimize_tnc4 (test_tnc.TestTnc) ... ok
test_minimize_tnc45 (test_tnc.TestTnc) ... ok
test_minimize_tnc5 (test_tnc.TestTnc) ... ok
test_tnc1 (test_tnc.TestTnc) ... ok
test_tnc1b (test_tnc.TestTnc) ... ok
test_tnc1c (test_tnc.TestTnc) ... ok
test_tnc2 (test_tnc.TestTnc) ... ok
test_tnc3 (test_tnc.TestTnc) ... ok
test_tnc38 (test_tnc.TestTnc) ... ok
test_tnc4 (test_tnc.TestTnc) ... ok
test_tnc45 (test_tnc.TestTnc) ... ok
test_tnc5 (test_tnc.TestTnc) ... ok
test_dogleg_accuracy (test_trustregion.TestTrustRegionSolvers) ... ok
test_dogleg_callback (test_trustregion.TestTrustRegionSolvers) ... ok
test_solver_concordance (test_trustregion.TestTrustRegionSolvers) ... ok
test_trust_ncg_hessp (test_trustregion.TestTrustRegionSolvers) ... ok
test_bisect (test_zeros.TestBasic) ... ok
test_brenth (test_zeros.TestBasic) ... ok
test_brentq (test_zeros.TestBasic) ... ok
test_deriv_zero_warning (test_zeros.TestBasic) ... ok
test_newton (test_zeros.TestBasic) ... ok
test_ridder (test_zeros.TestBasic) ... ok
test_axis_reverse (test_array_tools.TestArrayTools) ... ok
test_axis_slice (test_array_tools.TestArrayTools) ... ok
test_const_ext (test_array_tools.TestArrayTools) ... ok
test_even_ext (test_array_tools.TestArrayTools) ... ok
test_odd_ext (test_array_tools.TestArrayTools) ... ok
test_backward_diff (test_cont2discrete.TestC2D) ... ok
test_bilinear (test_cont2discrete.TestC2D) ... ok
Test that the solution to the discrete approximation of a continuous ... ok
test_euler (test_cont2discrete.TestC2D) ... ok
test_gbt (test_cont2discrete.TestC2D) ... ok
Test method='gbt' with alpha=0.25 for tf and zpk cases. ... ok
test_transferfunction (test_cont2discrete.TestC2D) ... ok
test_zerospolesgain (test_cont2discrete.TestC2D) ... ok
test_zoh (test_cont2discrete.TestC2D) ... ok
test_dimpulse (test_dltisys.TestDLTI) ... ok
test_dlsim (test_dltisys.TestDLTI) ... ok
test_dlsim_simple1d (test_dltisys.TestDLTI) ... ok
test_dlsim_simple2d (test_dltisys.TestDLTI) ... ok
test_dlsim_trivial (test_dltisys.TestDLTI) ... ok
test_dstep (test_dltisys.TestDLTI) ... ok
test_more_step_and_impulse (test_dltisys.TestDLTI) ... ok
test_degenerate (test_filter_design.TestBessel) ... ok
test_high_order (test_filter_design.TestBessel) ... ok
test_basic (test_filter_design.TestBilinear) ... ok
test_ba_output (test_filter_design.TestButter) ... ok
test_bandpass (test_filter_design.TestButter) ... ok
test_bandstop (test_filter_design.TestButter) ... ok
test_basic (test_filter_design.TestButter) ... ok
test_degenerate (test_filter_design.TestButter) ... ok
test_highpass (test_filter_design.TestButter) ... ok
test_analog (test_filter_design.TestButtord) ... ok
test_bandpass (test_filter_design.TestButtord) ... ok
test_bandstop (test_filter_design.TestButtord) ... ok
test_highpass (test_filter_design.TestButtord) ... ok
test_lowpass (test_filter_design.TestButtord) ... ok
test_analog (test_filter_design.TestCheb1ord) ... ok
test_bandpass (test_filter_design.TestCheb1ord) ... ok
test_bandstop (test_filter_design.TestCheb1ord) ... ok
test_highpass (test_filter_design.TestCheb1ord) ... ok
test_lowpass (test_filter_design.TestCheb1ord) ... ok
test_analog (test_filter_design.TestCheb2ord) ... ok
test_bandpass (test_filter_design.TestCheb2ord) ... ok
test_bandstop (test_filter_design.TestCheb2ord) ... ok
test_highpass (test_filter_design.TestCheb2ord) ... ok
test_lowpass (test_filter_design.TestCheb2ord) ... ok
test_ba_output (test_filter_design.TestCheby1) ... ok
test_bandpass (test_filter_design.TestCheby1) ... ok
test_bandstop (test_filter_design.TestCheby1) ... ok
test_basic (test_filter_design.TestCheby1) ... ok
test_degenerate (test_filter_design.TestCheby1) ... ok
test_highpass (test_filter_design.TestCheby1) ... ok
test_ba_output (test_filter_design.TestCheby2) ... ok
test_bandpass (test_filter_design.TestCheby2) ... ok
test_bandstop (test_filter_design.TestCheby2) ... ok
test_basic (test_filter_design.TestCheby2) ... ok
test_degenerate (test_filter_design.TestCheby2) ... ok
test_highpass (test_filter_design.TestCheby2) ... ok
test_ba_output (test_filter_design.TestEllip) ... ok
test_bandpass (test_filter_design.TestEllip) ... ok
test_bandstop (test_filter_design.TestEllip) ... ok
test_basic (test_filter_design.TestEllip) ... ok
test_degenerate (test_filter_design.TestEllip) ... ok
test_highpass (test_filter_design.TestEllip) ... ok
test_analog (test_filter_design.TestEllipord) ... ok
test_bandpass (test_filter_design.TestEllipord) ... ok
test_bandstop (test_filter_design.TestEllipord) ... ok
test_highpass (test_filter_design.TestEllipord) ... ok
test_lowpass (test_filter_design.TestEllipord) ... ok
test_basic (test_filter_design.TestFreqz) ... ok
test_basic_whole (test_filter_design.TestFreqz) ... ok
test_plot (test_filter_design.TestFreqz) ... ok
Regression test for ticket 1441. ... ok
test_int_inputs (test_filter_design.TestIIRFilter) ... ok
test_invalid_wn_range (test_filter_design.TestIIRFilter) ... ok
test_invalid_wn_size (test_filter_design.TestIIRFilter) ... ok
test_symmetry (test_filter_design.TestIIRFilter) ... ok
test_basic (test_filter_design.TestLp2bp) ... ok
test_basic (test_filter_design.TestLp2bs) ... ok
test_basic (test_filter_design.TestLp2hp) ... ok
test_basic (test_filter_design.TestLp2lp) ... ok
Test for false positive on allclose in normalize() in ... ok
test_output_type (test_filter_design.TestPrototypeType) ... ok
Regression test for #651: better handling of badly conditioned ... ok
test_simple (test_filter_design.TestTf2zpk) ... ok
Test the identity transfer function. ... ok
Test that invalid cutoff argument raises ValueError. ... ok
test_bandpass (test_fir_filter_design.TestFirWinMore) ... ok
Test that attempt to create a highpass filter with an even number ... ok
test_highpass (test_fir_filter_design.TestFirWinMore) ... ok
test_lowpass (test_fir_filter_design.TestFirWinMore) ... ok
test_multi (test_fir_filter_design.TestFirWinMore) ... ok
Test the nyq keyword. ... ok
test_response (test_fir_filter_design.TestFirwin) ... ok
For one lowpass, bandpass, and highpass example filter, this test ... ok
test01 (test_fir_filter_design.TestFirwin2) ... ok
test02 (test_fir_filter_design.TestFirwin2) ... ok
test03 (test_fir_filter_design.TestFirwin2) ... ok
Test firwin2 when window=None. ... ok
Test firwin2 for calculating Type IV filters ... ok
Test firwin2 for calculating Type III filters ... ok
test_invalid_args (test_fir_filter_design.TestFirwin2) ... ok
test_nyq (test_fir_filter_design.TestFirwin2) ... ok
test_bad_args (test_fir_filter_design.TestRemez) ... ok
test_hilbert (test_fir_filter_design.TestRemez) ... ok
test_fir_filter_design.test_kaiser_beta ... ok
test_fir_filter_design.test_kaiser_atten ... ok
test_fir_filter_design.test_kaiserord ... ok
test_ltisys.TestImpulse.test_01 ... ok
test_ltisys.TestImpulse.test_02 ... ok
test_ltisys.TestImpulse.test_03 ... ok
test_ltisys.TestImpulse.test_04 ... ok
test_ltisys.TestImpulse.test_05 ... ok
test_ltisys.TestImpulse.test_array_like ... ok
test_ltisys.TestImpulse2.test_01 ... ok
test_ltisys.TestImpulse2.test_02 ... ok
test_ltisys.TestImpulse2.test_03 ... ok
test_ltisys.TestImpulse2.test_04 ... ok
test_ltisys.TestImpulse2.test_05 ... ok
test_ltisys.TestImpulse2.test_06 ... ok
test_ltisys.TestImpulse2.test_array_like ... ok
test_ltisys.TestImpulse2.test_array_like2 ... ok
test_ltisys.TestSS2TF.test_basic(3, 3, 3) ... ok
test_ltisys.TestSS2TF.test_basic(1, 3, 3) ... ok
test_ltisys.TestSS2TF.test_basic(1, 1, 1) ... ok
test_ltisys.TestStep.test_01 ... ok
test_ltisys.TestStep.test_02 ... ok
test_ltisys.TestStep.test_03 ... ok
test_ltisys.TestStep.test_04 ... ok
test_ltisys.TestStep.test_array_like ... ok
test_ltisys.TestStep.test_complex_input ... ok
test_ltisys.TestStep2.test_01 ... ok
test_ltisys.TestStep2.test_02 ... ok
test_ltisys.TestStep2.test_03 ... ok
test_ltisys.TestStep2.test_04 ... ok
test_ltisys.TestStep2.test_05 ... ok
test_ltisys.TestStep2.test_06 ... ok
test_ltisys.TestStep2.test_array_like ... ok
test_ltisys.Test_abcd_normalize.test_AB_mismatch_fails ... ok
test_ltisys.Test_abcd_normalize.test_AC_mismatch_fails ... ok
test_ltisys.Test_abcd_normalize.test_A_nosquare_fails ... ok
test_ltisys.Test_abcd_normalize.test_BD_mismatch_fails ... ok
test_ltisys.Test_abcd_normalize.test_CD_mismatch_fails ... ok
test_ltisys.Test_abcd_normalize.test_missing_A ... ok
test_ltisys.Test_abcd_normalize.test_missing_AB ... ok
test_ltisys.Test_abcd_normalize.test_missing_ABC_fails ... ok
test_ltisys.Test_abcd_normalize.test_missing_AC ... ok
test_ltisys.Test_abcd_normalize.test_missing_AD ... ok
test_ltisys.Test_abcd_normalize.test_missing_B ... ok
test_ltisys.Test_abcd_normalize.test_missing_BC ... ok
test_ltisys.Test_abcd_normalize.test_missing_BD_fails ... ok
test_ltisys.Test_abcd_normalize.test_missing_C ... ok
test_ltisys.Test_abcd_normalize.test_missing_CD_fails ... ok
test_ltisys.Test_abcd_normalize.test_missing_D ... ok
test_ltisys.Test_abcd_normalize.test_no_matrix_fails ... ok
test_ltisys.Test_abcd_normalize.test_normalized_matrices_unchanged ... ok
test_ltisys.Test_abcd_normalize.test_shapes ... ok
test_ltisys.Test_abcd_normalize.test_zero_dimension_is_not_none1 ... ok
test_ltisys.Test_abcd_normalize.test_zero_dimension_is_not_none2 ... ok
test_ltisys.Test_bode.test_01 ... ok
test_ltisys.Test_bode.test_02 ... ok
test_ltisys.Test_bode.test_03 ... ok
test_ltisys.Test_bode.test_04 ... ok
test_ltisys.Test_bode.test_05 ... ok
test_ltisys.Test_bode.test_06 ... ok
test_ltisys.Test_bode.test_07 ... ok
test_ltisys.Test_bode.test_08 ... ok
test_ltisys.Test_bode.test_from_state_space ... ok
test_ltisys.Test_freqresp.test_freq_range ... ok
test_ltisys.Test_freqresp.test_from_state_space ... ok
test_ltisys.Test_freqresp.test_imag_part ... ok
test_ltisys.Test_freqresp.test_imag_part_manual ... ok
test_ltisys.Test_freqresp.test_pole_zero ... ok
test_ltisys.Test_freqresp.test_real_part ... ok
test_ltisys.Test_freqresp.test_real_part_manual ... ok
test_ltisys.Test_lsim2.test_01 ... ok
test_ltisys.Test_lsim2.test_02 ... ok
test_ltisys.Test_lsim2.test_03 ... ok
test_ltisys.Test_lsim2.test_04 ... ok
test_ltisys.Test_lsim2.test_05 ... ok
test_ltisys.Test_lsim2.test_06 ... ok
test_ltisys.test_lti_instantiation ... ok
test_2d_gaussians (test_peak_finding.TestArgrel) ... ok
test_basic (test_peak_finding.TestArgrel) ... ok
test_empty (test_peak_finding.TestArgrel) ... ok
test_highorder (test_peak_finding.TestArgrel) ... ok
Generate a series of gaussians and attempt to find the peak locations. ... ok
Verify that no peak is found in ... ok
Verify that peak locations are (approximately) found ... ok
test_empty (test_peak_finding.TestRidgeLines) ... ok
test_minimal (test_peak_finding.TestRidgeLines) ... ok
test_single_bigdist (test_peak_finding.TestRidgeLines) ... ok
test_single_biggap (test_peak_finding.TestRidgeLines) ... ok
test_single_biggaps (test_peak_finding.TestRidgeLines) ... ok
test_single_pass (test_peak_finding.TestRidgeLines) ... ok
test_savitzky_golay.test_polyder(array([5]), 0, array([5])) ... ok
test_savitzky_golay.test_polyder(array([5]), 1, array([0])) ... ok
test_savitzky_golay.test_polyder(array([3, 2, 1]), 0, array([3, 2, 1])) ... ok
test_savitzky_golay.test_polyder(array([3, 2, 1]), 1, array([6, 2])) ... ok
test_savitzky_golay.test_polyder(array([3, 2, 1]), 2, array([6])) ... ok
test_savitzky_golay.test_polyder(array([3, 2, 1]), 3, array([0])) ... ok
test_savitzky_golay.test_polyder(array([[3, 5], ... ok
test_savitzky_golay.test_polyder(array([[3, 5], ... ok
test_savitzky_golay.test_polyder(array([[3, 5], ... ok
test_savitzky_golay.test_polyder(array([[3, 5], ... ok
test_savitzky_golay.test_sg_coeffs_trivial ... ok
test_savitzky_golay.test_sg_coeffs_compare(1, 0) ... ok
test_savitzky_golay.test_sg_coeffs_compare(3, 0) ... ok
test_savitzky_golay.test_sg_coeffs_compare(3, 1) ... ok
test_savitzky_golay.test_sg_coeffs_compare(3, 2) ... ok
test_savitzky_golay.test_sg_coeffs_compare(5, 0) ... ok
test_savitzky_golay.test_sg_coeffs_compare(5, 1) ... ok
test_savitzky_golay.test_sg_coeffs_compare(5, 2) ... ok
test_savitzky_golay.test_sg_coeffs_compare(5, 3) ... ok
test_savitzky_golay.test_sg_coeffs_compare(5, 4) ... ok
test_savitzky_golay.test_sg_coeffs_compare(7, 0) ... ok
test_savitzky_golay.test_sg_coeffs_compare(7, 1) ... ok
test_savitzky_golay.test_sg_coeffs_compare(7, 2) ... ok
test_savitzky_golay.test_sg_coeffs_compare(7, 3) ... ok
test_savitzky_golay.test_sg_coeffs_compare(7, 4) ... ok
test_savitzky_golay.test_sg_coeffs_compare(7, 5) ... ok
test_savitzky_golay.test_sg_coeffs_compare(7, 6) ... ok
test_savitzky_golay.test_sg_coeffs_exact ... ok
test_savitzky_golay.test_sg_coeffs_deriv ... ok
Test some trivial edge cases for savgol_filter(). ... ok
test_savitzky_golay.test_sg_filter_basic ... ok
test_savitzky_golay.test_sg_filter_2d ... ok
test_savitzky_golay.test_sg_filter_interp_edges ... ok
test_savitzky_golay.test_sg_filter_interp_edges_3d ... ok
test_basic (test_signaltools.TestCSpline1DEval) ... ok
test_2d_arrays (test_signaltools.TestConvolve) ... ok
test_basic (test_signaltools.TestConvolve) ... ok
test_complex (test_signaltools.TestConvolve) ... ok
test_same_mode (test_signaltools.TestConvolve) ... ok
test_single_element (test_signaltools.TestConvolve) ... ok
test_valid_mode (test_signaltools.TestConvolve) ... ok
test_zero_rank (test_signaltools.TestConvolve) ... ok
test_2d_arrays (test_signaltools.TestConvolve2d) ... ok
test_consistency_convolve_funcs (test_signaltools.TestConvolve2d) ... ok
test_fillvalue (test_signaltools.TestConvolve2d) ... ok
test_same_mode (test_signaltools.TestConvolve2d) ... ok
test_sym_boundary (test_signaltools.TestConvolve2d) ... ok
test_valid_mode (test_signaltools.TestConvolve2d) ... ok
test_valid_mode2 (test_signaltools.TestConvolve2d) ... ok
test_valid_mode_complx (test_signaltools.TestConvolve2d) ... ok
test_wrap_boundary (test_signaltools.TestConvolve2d) ... ok
test_consistency_correlate_funcs (test_signaltools.TestCorrelate2d) ... ok
test_rank1_full (test_signaltools.TestCorrelateComplex128) ... ok
test_rank1_same (test_signaltools.TestCorrelateComplex128) ... ok
test_rank1_valid (test_signaltools.TestCorrelateComplex128) ... ok
test_rank3 (test_signaltools.TestCorrelateComplex128) ... ok
test_rank1_full (test_signaltools.TestCorrelateComplex256) ... ok
test_rank1_same (test_signaltools.TestCorrelateComplex256) ... ok
test_rank1_valid (test_signaltools.TestCorrelateComplex256) ... ok
test_rank3 (test_signaltools.TestCorrelateComplex256) ... ok
test_rank1_full (test_signaltools.TestCorrelateComplex256) ... ok
test_rank1_same (test_signaltools.TestCorrelateComplex256) ... ok
test_rank1_valid (test_signaltools.TestCorrelateComplex256) ... ok
test_rank3 (test_signaltools.TestCorrelateComplex256) ... ok
test_rank1_full (test_signaltools.TestCorrelateComplex64) ... ok
test_rank1_same (test_signaltools.TestCorrelateComplex64) ... ok
test_rank1_valid (test_signaltools.TestCorrelateComplex64) ... ok
test_rank3 (test_signaltools.TestCorrelateComplex64) ... ok
test_rank1_full (test_signaltools.TestCorrelateDecimal) ... ok
test_rank1_same (test_signaltools.TestCorrelateDecimal) ... ok
test_rank1_valid (test_signaltools.TestCorrelateDecimal) ... ok
test_rank3_all (test_signaltools.TestCorrelateDecimal) ... ok
test_rank3_same (test_signaltools.TestCorrelateDecimal) ... ok
test_rank3_valid (test_signaltools.TestCorrelateDecimal) ... ok
test_rank1_full (test_signaltools.TestCorrelateFloat128) ... ok
test_rank1_same (test_signaltools.TestCorrelateFloat128) ... ok
test_rank1_valid (test_signaltools.TestCorrelateFloat128) ... ok
test_rank3_all (test_signaltools.TestCorrelateFloat128) ... ok
test_rank3_same (test_signaltools.TestCorrelateFloat128) ... ok
test_rank3_valid (test_signaltools.TestCorrelateFloat128) ... ok
test_rank1_full (test_signaltools.TestCorrelateFloat32) ... ok
test_rank1_same (test_signaltools.TestCorrelateFloat32) ... ok
test_rank1_valid (test_signaltools.TestCorrelateFloat32) ... ok
test_rank3_all (test_signaltools.TestCorrelateFloat32) ... ok
test_rank3_same (test_signaltools.TestCorrelateFloat32) ... ok
test_rank3_valid (test_signaltools.TestCorrelateFloat32) ... ok
test_rank1_full (test_signaltools.TestCorrelateFloat64) ... ok
test_rank1_same (test_signaltools.TestCorrelateFloat64) ... ok
test_rank1_valid (test_signaltools.TestCorrelateFloat64) ... ok
test_rank3_all (test_signaltools.TestCorrelateFloat64) ... ok
test_rank3_same (test_signaltools.TestCorrelateFloat64) ... ok
test_rank3_valid (test_signaltools.TestCorrelateFloat64) ... ok
test_rank1_full (test_signaltools.TestCorrelateInt) ... ok
test_rank1_same (test_signaltools.TestCorrelateInt) ... ok
test_rank1_valid (test_signaltools.TestCorrelateInt) ... ok
test_rank3_all (test_signaltools.TestCorrelateInt) ... ok
test_rank3_same (test_signaltools.TestCorrelateInt) ... ok
test_rank3_valid (test_signaltools.TestCorrelateInt) ... ok
test_rank1_full (test_signaltools.TestCorrelateInt16) ... ok
test_rank1_same (test_signaltools.TestCorrelateInt16) ... ok
test_rank1_valid (test_signaltools.TestCorrelateInt16) ... ok
test_rank3_all (test_signaltools.TestCorrelateInt16) ... ok
test_rank3_same (test_signaltools.TestCorrelateInt16) ... ok
test_rank3_valid (test_signaltools.TestCorrelateInt16) ... ok
test_rank1_full (test_signaltools.TestCorrelateInt8) ... ok
test_rank1_same (test_signaltools.TestCorrelateInt8) ... ok
test_rank1_valid (test_signaltools.TestCorrelateInt8) ... ok
test_rank3_all (test_signaltools.TestCorrelateInt8) ... ok
test_rank3_same (test_signaltools.TestCorrelateInt8) ... ok
test_rank3_valid (test_signaltools.TestCorrelateInt8) ... ok
test_rank1_full (test_signaltools.TestCorrelateUint16) ... ok
test_rank1_same (test_signaltools.TestCorrelateUint16) ... ok
test_rank1_valid (test_signaltools.TestCorrelateUint16) ... ok
test_rank3_all (test_signaltools.TestCorrelateUint16) ... ok
test_rank3_same (test_signaltools.TestCorrelateUint16) ... ok
test_rank3_valid (test_signaltools.TestCorrelateUint16) ... ok
test_rank1_full (test_signaltools.TestCorrelateUint64) ... ok
test_rank1_same (test_signaltools.TestCorrelateUint64) ... ok
test_rank1_valid (test_signaltools.TestCorrelateUint64) ... ok
test_rank3_all (test_signaltools.TestCorrelateUint64) ... ok
test_rank3_same (test_signaltools.TestCorrelateUint64) ... ok
test_rank3_valid (test_signaltools.TestCorrelateUint64) ... ok
test_rank1_full (test_signaltools.TestCorrelateUint8) ... ok
test_rank1_same (test_signaltools.TestCorrelateUint8) ... ok
test_rank1_valid (test_signaltools.TestCorrelateUint8) ... ok
test_rank3_all (test_signaltools.TestCorrelateUint8) ... ok
test_rank3_same (test_signaltools.TestCorrelateUint8) ... ok
test_rank3_valid (test_signaltools.TestCorrelateUint8) ... ok
test_basic (test_signaltools.TestDecimate) ... ok
test_shape (test_signaltools.TestDecimate) ... ok
test_2d_complex_same (test_signaltools.TestFFTConvolve) ... ok
test_2d_real_same (test_signaltools.TestFFTConvolve) ... ok
test_complex (test_signaltools.TestFFTConvolve) ... ok
test_empty (test_signaltools.TestFFTConvolve) ... ok
test_next_regular (test_signaltools.TestFFTConvolve) ... ok
test_next_regular_strict (test_signaltools.TestFFTConvolve) ... ok
test_random_data (test_signaltools.TestFFTConvolve) ... ok
test_real (test_signaltools.TestFFTConvolve) ... ok
test_real_same_mode (test_signaltools.TestFFTConvolve) ... ok
test_real_same_mode2 (test_signaltools.TestFFTConvolve) ... ok
test_real_valid_mode (test_signaltools.TestFFTConvolve) ... ok
test_real_valid_mode2 (test_signaltools.TestFFTConvolve) ... ok
test_single_element (test_signaltools.TestFFTConvolve) ... ok
test_zero_rank (test_signaltools.TestFFTConvolve) ... ok
test_axis (test_signaltools.TestFiltFilt) ... ok
test_basic (test_signaltools.TestFiltFilt) ... ok
test_sine (test_signaltools.TestFiltFilt) ... ok
test_signaltools.TestHilbert.test_bad_args ... ok
test_signaltools.TestHilbert.test_hilbert_axisN(array([[  0.+2.30940108j,   6.+2.30940108j,  12.+2.30940108j], ... ok
test_signaltools.TestHilbert.test_hilbert_axisN(array([ 0.+2.30940108j,  1.-1.15470054j,  2.-1.15470054j,  3.-1.15470054j, ... ok
test_signaltools.TestHilbert.test_hilbert_axisN((3, 20), [3, 20]) ... ok
test_signaltools.TestHilbert.test_hilbert_axisN((20, 3), [20, 3]) ... ok
test_signaltools.TestHilbert.test_hilbert_axisN(array([  0.00000000e+00-1.7201583j ,   1.00000000e+00-2.04779451j, ... ok
test_signaltools.TestHilbert.test_hilbert_theoretical ... ok
test_signaltools.TestHilbert2.test_bad_args ... ok
test_basic (test_signaltools.TestLFilterZI) ... ok
test_empty_zi (test_signaltools.TestLinearFilterComplex128) ... ok
test_rank1 (test_signaltools.TestLinearFilterComplex128) ... ok
test_rank2 (test_signaltools.TestLinearFilterComplex128) ... ok
test_rank2_init_cond_a0 (test_signaltools.TestLinearFilterComplex128) ... ok
test_rank2_init_cond_a1 (test_signaltools.TestLinearFilterComplex128) ... ok
test_rank3 (test_signaltools.TestLinearFilterComplex128) ... ok
test_empty_zi (test_signaltools.TestLinearFilterComplex64) ... ok
test_rank1 (test_signaltools.TestLinearFilterComplex64) ... ok
test_rank2 (test_signaltools.TestLinearFilterComplex64) ... ok
test_rank2_init_cond_a0 (test_signaltools.TestLinearFilterComplex64) ... ok
test_rank2_init_cond_a1 (test_signaltools.TestLinearFilterComplex64) ... ok
test_rank3 (test_signaltools.TestLinearFilterComplex64) ... ok
test_empty_zi (test_signaltools.TestLinearFilterComplexxxiExtended28) ... ok
test_rank1 (test_signaltools.TestLinearFilterComplexxxiExtended28) ... ok
test_rank2 (test_signaltools.TestLinearFilterComplexxxiExtended28) ... ok
test_rank2_init_cond_a0 (test_signaltools.TestLinearFilterComplexxxiExtended28) ... ok
test_rank2_init_cond_a1 (test_signaltools.TestLinearFilterComplexxxiExtended28) ... ok
test_rank3 (test_signaltools.TestLinearFilterComplexxxiExtended28) ... ok
test_empty_zi (test_signaltools.TestLinearFilterDecimal) ... ok
test_rank1 (test_signaltools.TestLinearFilterDecimal) ... ok
test_rank2 (test_signaltools.TestLinearFilterDecimal) ... ok
test_rank2_init_cond_a0 (test_signaltools.TestLinearFilterDecimal) ... ok
test_rank2_init_cond_a1 (test_signaltools.TestLinearFilterDecimal) ... ok
test_rank3 (test_signaltools.TestLinearFilterDecimal) ... ok
test_empty_zi (test_signaltools.TestLinearFilterFloat32) ... ok
test_rank1 (test_signaltools.TestLinearFilterFloat32) ... ok
test_rank2 (test_signaltools.TestLinearFilterFloat32) ... ok
test_rank2_init_cond_a0 (test_signaltools.TestLinearFilterFloat32) ... ok
test_rank2_init_cond_a1 (test_signaltools.TestLinearFilterFloat32) ... ok
test_rank3 (test_signaltools.TestLinearFilterFloat32) ... ok
test_empty_zi (test_signaltools.TestLinearFilterFloat64) ... ok
test_rank1 (test_signaltools.TestLinearFilterFloat64) ... ok
test_rank2 (test_signaltools.TestLinearFilterFloat64) ... ok
test_rank2_init_cond_a0 (test_signaltools.TestLinearFilterFloat64) ... ok
test_rank2_init_cond_a1 (test_signaltools.TestLinearFilterFloat64) ... ok
test_rank3 (test_signaltools.TestLinearFilterFloat64) ... ok
test_empty_zi (test_signaltools.TestLinearFilterFloatExtended) ... ok
test_rank1 (test_signaltools.TestLinearFilterFloatExtended) ... ok
test_rank2 (test_signaltools.TestLinearFilterFloatExtended) ... ok
test_rank2_init_cond_a0 (test_signaltools.TestLinearFilterFloatExtended) ... ok
test_rank2_init_cond_a1 (test_signaltools.TestLinearFilterFloatExtended) ... ok
test_rank3 (test_signaltools.TestLinearFilterFloatExtended) ... ok
test_empty_zi (test_signaltools.TestLinearFilterObject) ... ok
test_rank1 (test_signaltools.TestLinearFilterObject) ... ok
test_rank2 (test_signaltools.TestLinearFilterObject) ... ok
test_rank2_init_cond_a0 (test_signaltools.TestLinearFilterObject) ... ok
test_rank2_init_cond_a1 (test_signaltools.TestLinearFilterObject) ... ok
test_rank3 (test_signaltools.TestLinearFilterObject) ... ok
test_basic (test_signaltools.TestMedFilt) ... ok
test_none (test_signaltools.TestMedFilt) ... ok
test_basic (test_signaltools.TestOrderFilt) ... ok
test_invres_bad_rtype (test_signaltools.TestPartialFractionExpansion) ... ok
test_invres_distinct_roots (test_signaltools.TestPartialFractionExpansion) ... ok
test_invres_repeated_roots (test_signaltools.TestPartialFractionExpansion) ... ok
test_2d_events_ValueError (test_signaltools.TestVectorstrength) ... ok
test_2d_period_ValueError (test_signaltools.TestVectorstrength) ... ok
test_equal_1dperiod (test_signaltools.TestVectorstrength) ... ok
test_equal_2dperiod (test_signaltools.TestVectorstrength) ... ok
test_negative_period_ValueError (test_signaltools.TestVectorstrength) ... ok
test_opposite_1dperiod (test_signaltools.TestVectorstrength) ... ok
test_opposite_2dperiod (test_signaltools.TestVectorstrength) ... ok
test_partial_1dperiod (test_signaltools.TestVectorstrength) ... ok
test_partial_2dperiod (test_signaltools.TestVectorstrength) ... ok
test_single_1dperiod (test_signaltools.TestVectorstrength) ... ok
test_single_2dperiod (test_signaltools.TestVectorstrength) ... ok
test_spaced_1dperiod (test_signaltools.TestVectorstrength) ... ok
test_spaced_2dperiod (test_signaltools.TestVectorstrength) ... ok
test_zero_period_ValueError (test_signaltools.TestVectorstrength) ... ok
test_basic (test_signaltools.TestWiener) ... ok
test_signaltools.test_lfilter_bad_object ... ok
test_spectral.TestLombscargle.test_amplitude ... ok
test_spectral.TestLombscargle.test_frequency ... ok
test_spectral.TestLombscargle.test_wrong_shape ... ok
test_spectral.TestLombscargle.test_zero_division ... ok
test_complex (test_spectral.TestPeriodogram) ... ok
test_empty_input (test_spectral.TestPeriodogram) ... ok
test_nd_axis_0 (test_spectral.TestPeriodogram) ... ok
test_nd_axis_m1 (test_spectral.TestPeriodogram) ... ok
test_nfft_is_xshape (test_spectral.TestPeriodogram) ... ok
test_padded_fft (test_spectral.TestPeriodogram) ... ok
test_real_onesided_even (test_spectral.TestPeriodogram) ... ok
test_real_onesided_odd (test_spectral.TestPeriodogram) ... ok
test_real_spectrum (test_spectral.TestPeriodogram) ... ok
test_real_twosided (test_spectral.TestPeriodogram) ... ok
test_short_nfft (test_spectral.TestPeriodogram) ... ok
test_unk_scaling (test_spectral.TestPeriodogram) ... ok
test_window_external (test_spectral.TestPeriodogram) ... ok
test_bad_noverlap (test_spectral.TestWelch) ... ok
test_complex (test_spectral.TestWelch) ... ok
test_detrend_external (test_spectral.TestWelch) ... ok
test_detrend_external_nd_0 (test_spectral.TestWelch) ... ok
test_detrend_external_nd_m1 (test_spectral.TestWelch) ... ok
test_detrend_linear (test_spectral.TestWelch) ... ok
test_empty_input (test_spectral.TestWelch) ... ok
test_nd_axis_0 (test_spectral.TestWelch) ... ok
test_nd_axis_m1 (test_spectral.TestWelch) ... ok
test_nfft_too_short (test_spectral.TestWelch) ... ok
test_nondefault_noverlap (test_spectral.TestWelch) ... ok
test_real_onesided_even (test_spectral.TestWelch) ... ok
test_real_onesided_odd (test_spectral.TestWelch) ... ok
test_real_spectrum (test_spectral.TestWelch) ... ok
test_real_twosided (test_spectral.TestWelch) ... ok
test_short_data (test_spectral.TestWelch) ... ok
test_unk_scaling (test_spectral.TestWelch) ... ok
test_window_external (test_spectral.TestWelch) ... ok
test_window_long_or_nd (test_spectral.TestWelch) ... ok
test_hyperbolic_at_zero (test_waveforms.TestChirp) ... ok
test_hyperbolic_freq_01 (test_waveforms.TestChirp) ... ok
test_hyperbolic_zero_freq (test_waveforms.TestChirp) ... ok
test_integer_all (test_waveforms.TestChirp) ... ok
test_integer_f0 (test_waveforms.TestChirp) ... ok
test_integer_f1 (test_waveforms.TestChirp) ... ok
test_integer_t1 (test_waveforms.TestChirp) ... ok
test_linear_at_zero (test_waveforms.TestChirp) ... ok
test_linear_freq_01 (test_waveforms.TestChirp) ... ok
test_linear_freq_02 (test_waveforms.TestChirp) ... ok
test_logarithmic_at_zero (test_waveforms.TestChirp) ... ok
test_logarithmic_freq_01 (test_waveforms.TestChirp) ... ok
test_logarithmic_freq_02 (test_waveforms.TestChirp) ... ok
test_logarithmic_freq_03 (test_waveforms.TestChirp) ... ok
test_quadratic_at_zero (test_waveforms.TestChirp) ... ok
test_quadratic_at_zero2 (test_waveforms.TestChirp) ... ok
test_quadratic_freq_01 (test_waveforms.TestChirp) ... ok
test_quadratic_freq_02 (test_waveforms.TestChirp) ... ok
test_unknown_method (test_waveforms.TestChirp) ... ok
test_integer_bw (test_waveforms.TestGaussPulse) ... ok
test_integer_bwr (test_waveforms.TestGaussPulse) ... ok
test_integer_fc (test_waveforms.TestGaussPulse) ... ok
test_integer_tpr (test_waveforms.TestGaussPulse) ... ok
test_sweep_poly_const (test_waveforms.TestSweepPoly) ... ok
test_sweep_poly_cubic (test_waveforms.TestSweepPoly) ... ok
Use an array of coefficients instead of a poly1d. ... ok
Use a list of coefficients instead of a poly1d. ... ok
test_sweep_poly_linear (test_waveforms.TestSweepPoly) ... ok
test_sweep_poly_quad1 (test_waveforms.TestSweepPoly) ... ok
test_sweep_poly_quad2 (test_waveforms.TestSweepPoly) ... ok
test_cascade (test_wavelets.TestWavelets) ... ok
test_cwt (test_wavelets.TestWavelets) ... ok
test_daub (test_wavelets.TestWavelets) ... ok
test_morlet (test_wavelets.TestWavelets) ... ok
test_qmf (test_wavelets.TestWavelets) ... ok
test_ricker (test_wavelets.TestWavelets) ... ok
test_windows.TestChebWin.test_cheb_even ... ok
test_windows.TestChebWin.test_cheb_odd ... ok
test_windows.TestGetWindow.test_boxcar ... ok
test_windows.TestGetWindow.test_cheb_even ... ok
test_windows.TestGetWindow.test_cheb_odd ... ok
test_windows.test_windowfunc_basics ... ok
test_connected_components.test_weak_connections ... ok
test_connected_components.test_strong_connections ... ok
test_connected_components.test_strong_connections2 ... ok
test_connected_components.test_weak_connections2 ... ok
test_connected_components.test_ticket1876 ... ok
test_conversions.test_csgraph_from_dense ... ok
test_conversions.test_csgraph_to_dense ... ok
test_conversions.test_multiple_edges ... ok
test_graph_components.test_cs_graph_components ... ok
test_graph_laplacian.test_graph_laplacian('np.arange(10) * np.arange(10)[:, np.newaxis]', True) ... ok
test_graph_laplacian.test_graph_laplacian('np.arange(10) * np.arange(10)[:, np.newaxis]', False) ... ok
test_graph_laplacian.test_graph_laplacian('np.ones((7, 7))', True) ... ok
test_graph_laplacian.test_graph_laplacian('np.ones((7, 7))', False) ... ok
test_graph_laplacian.test_graph_laplacian('np.eye(19)', True) ... ok
test_graph_laplacian.test_graph_laplacian('np.eye(19)', False) ... ok
test_graph_laplacian.test_graph_laplacian('sparse.diags([1, 1], [-1, 1], shape=(4,4))', True) ... ok
test_graph_laplacian.test_graph_laplacian('sparse.diags([1, 1], [-1, 1], shape=(4,4))', False) ... ok
test_graph_laplacian.test_graph_laplacian('sparse.diags([1, 1], [-1, 1], shape=(4,4)).todense()', True) ... ok
test_graph_laplacian.test_graph_laplacian('sparse.diags([1, 1], [-1, 1], shape=(4,4)).todense()', False) ... ok
test_graph_laplacian.test_graph_laplacian('np.asarray(sparse.diags([1, 1], [-1, 1], shape=(4,4)).todense())', True) ... ok
test_graph_laplacian.test_graph_laplacian('np.asarray(sparse.diags([1, 1], [-1, 1], shape=(4,4)).todense())', False) ... ok
test_graph_laplacian.test_graph_laplacian('np.vander(np.arange(4)) + np.vander(np.arange(4)).T', True) ... ok
test_graph_laplacian.test_graph_laplacian('np.vander(np.arange(4)) + np.vander(np.arange(4)).T', False) ... ok
test_shortest_path.test_dijkstra_limit(0, array([[  0.,  inf,  inf,  inf,  inf], ... ok
test_shortest_path.test_dijkstra_limit(2, array([[  0.,  inf,  inf,   1.,   2.], ... ok
test_shortest_path.test_dijkstra_limit(inf, array([[ 0.,  3.,  3.,  1.,  2.], ... ok
test_shortest_path.test_directed('auto',) ... ok
test_shortest_path.test_directed('FW',) ... ok
test_shortest_path.test_directed('D',) ... ok
test_shortest_path.test_directed('BF',) ... ok
test_shortest_path.test_directed('J',) ... ok
test_shortest_path.test_undirected('auto', True) ... ok
test_shortest_path.test_undirected('auto', False) ... ok
test_shortest_path.test_undirected('FW', True) ... ok
test_shortest_path.test_undirected('FW', False) ... ok
test_shortest_path.test_undirected('D', True) ... ok
test_shortest_path.test_undirected('D', False) ... ok
test_shortest_path.test_undirected('BF', True) ... ok
test_shortest_path.test_undirected('BF', False) ... ok
test_shortest_path.test_undirected('J', True) ... ok
test_shortest_path.test_undirected('J', False) ... ok
test_shortest_path.test_shortest_path_indices(<built-in function dijkstra>, (4,)) ... ok
test_shortest_path.test_shortest_path_indices(<built-in function bellman_ford>, (4,)) ... ok
test_shortest_path.test_shortest_path_indices(<built-in function johnson>, (4,)) ... ok
test_shortest_path.test_shortest_path_indices(<built-in function dijkstra>, (4, 1)) ... ok
test_shortest_path.test_shortest_path_indices(<built-in function bellman_ford>, (4, 1)) ... ok
test_shortest_path.test_shortest_path_indices(<built-in function johnson>, (4, 1)) ... ok
test_shortest_path.test_shortest_path_indices(<built-in function dijkstra>, (2, 2)) ... ok
test_shortest_path.test_shortest_path_indices(<built-in function bellman_ford>, (2, 2)) ... ok
test_shortest_path.test_shortest_path_indices(<built-in function johnson>, (2, 2)) ... ok
test_shortest_path.test_predecessors('auto', True) ... ok
test_shortest_path.test_predecessors('auto', False) ... ok
test_shortest_path.test_predecessors('FW', True) ... ok
test_shortest_path.test_predecessors('FW', False) ... ok
test_shortest_path.test_predecessors('D', True) ... ok
test_shortest_path.test_predecessors('D', False) ... ok
test_shortest_path.test_predecessors('BF', True) ... ok
test_shortest_path.test_predecessors('BF', False) ... ok
test_shortest_path.test_predecessors('J', True) ... ok
test_shortest_path.test_predecessors('J', False) ... ok
test_shortest_path.test_construct_shortest_path('auto', True) ... ok
test_shortest_path.test_construct_shortest_path('auto', False) ... ok
test_shortest_path.test_construct_shortest_path('FW', True) ... ok
test_shortest_path.test_construct_shortest_path('FW', False) ... ok
test_shortest_path.test_construct_shortest_path('D', True) ... ok
test_shortest_path.test_construct_shortest_path('D', False) ... ok
test_shortest_path.test_construct_shortest_path('BF', True) ... ok
test_shortest_path.test_construct_shortest_path('BF', False) ... ok
test_shortest_path.test_construct_shortest_path('J', True) ... ok
test_shortest_path.test_construct_shortest_path('J', False) ... ok
test_shortest_path.test_unweighted_path('auto', True) ... ok
test_shortest_path.test_unweighted_path('auto', False) ... ok
test_shortest_path.test_unweighted_path('FW', True) ... ok
test_shortest_path.test_unweighted_path('FW', False) ... ok
test_shortest_path.test_unweighted_path('D', True) ... ok
test_shortest_path.test_unweighted_path('D', False) ... ok
test_shortest_path.test_unweighted_path('BF', True) ... ok
test_shortest_path.test_unweighted_path('BF', False) ... ok
test_shortest_path.test_unweighted_path('J', True) ... ok
test_shortest_path.test_unweighted_path('J', False) ... ok
test_shortest_path.test_negative_cycles('FW', True) ... ok
test_shortest_path.test_negative_cycles('FW', False) ... ok
test_shortest_path.test_negative_cycles('J', True) ... ok
test_shortest_path.test_negative_cycles('J', False) ... ok
test_shortest_path.test_negative_cycles('BF', True) ... ok
test_shortest_path.test_negative_cycles('BF', False) ... ok
test_shortest_path.test_masked_input('auto',) ... ok
test_shortest_path.test_masked_input('FW',) ... ok
test_shortest_path.test_masked_input('D',) ... ok
test_shortest_path.test_masked_input('BF',) ... ok
test_shortest_path.test_masked_input('J',) ... ok
test_spanning_tree.test_minimum_spanning_tree ... ok
test_traversal.test_graph_breadth_first ... ok
test_traversal.test_graph_depth_first ... ok
test_bmatrix_smoketest (test_linsolve.TestLinsolve) ... ok
test_bvector_smoketest (test_linsolve.TestLinsolve) ... ok
test_example_comparison (test_linsolve.TestLinsolve) ... ok
test_gssv_badinput (test_linsolve.TestLinsolve) ... ok
test_ndarray_support (test_linsolve.TestLinsolve) ... ok
test_non_square (test_linsolve.TestLinsolve) ... ok
test_shape_compatibility (test_linsolve.TestLinsolve) ... ok
test_singular (test_linsolve.TestLinsolve) ... ok
test_singular_gh_3312 (test_linsolve.TestLinsolve) ... ok
test_twodiags (test_linsolve.TestLinsolve) ... FAIL
test_linsolve.TestSplu.test_bad_inputs ... ok
test_linsolve.TestSplu.test_lu_attr ... ok
test_linsolve.TestSplu.test_lu_refcount ... ok
test_linsolve.TestSplu.test_spilu_nnz0 ... ok
test_linsolve.TestSplu.test_spilu_smoketest ... ok
test_linsolve.TestSplu.test_splu_basic ... ok
test_linsolve.TestSplu.test_splu_nnz0 ... ok
test_linsolve.TestSplu.test_splu_perm ... ok
test_linsolve.TestSplu.test_splu_smoketest ... ok
test_linsolve.TestSplu.test_superlu_dlamch_i386_nan ... ok
test_arpack.test_symmetric_modes(True, <std-symmetric>, 'f', 2, 'LM', None, 0.5, <class 'scipy.sparse.csr.csr_matrix'>, None, 'normal') ... /opt/local/Library/Frameworks/Python.framework/Versions/3.4/lib/python3.4/site-packages/scipy/sparse/linalg/eigen/arpack/tests/test_arpack.py:142: RuntimeWarning: divide by zero encountered in true_divide
  reval = 1. / (eval - sigma)
FAIL
test_arpack.test_symmetric_modes(True, <std-symmetric>, 'f', 2, 'LM', None, 0.5, <class 'scipy.sparse.csr.csr_matrix'>, None, 'buckling') ... ERROR
test_arpack.test_symmetric_modes(True, <std-symmetric>, 'f', 2, 'LM', None, 0.5, <class 'scipy.sparse.csr.csr_matrix'>, None, 'cayley') ... /opt/local/Library/Frameworks/Python.framework/Versions/3.4/lib/python3.4/site-packages/scipy/sparse/linalg/eigen/arpack/tests/test_arpack.py:150: RuntimeWarning: divide by zero encountered in true_divide
  reval = (eval + sigma) / (eval - sigma)
FAIL
test_arpack.test_symmetric_modes(True, <std-symmetric>, 'f', 2, 'LM', None, None, <class 'scipy.sparse.csr.csr_matrix'>, None, 'normal') ... ERROR
test_arpack.test_symmetric_modes(True, <std-symmetric>, 'f', 2, 'LM', None, 0.5, <function aslinearoperator at 0x106add1e0>, None, 'normal') ... FAIL
test_arpack.test_symmetric_modes(True, <std-symmetric>, 'f', 2, 'LM', None, 0.5, <function aslinearoperator at 0x106add1e0>, None, 'buckling') ... ERROR
test_arpack.test_symmetric_modes(True, <std-symmetric>, 'f', 2, 'LM', None, 0.5, <function aslinearoperator at 0x106add1e0>, None, 'cayley') ... FAIL
test_arpack.test_symmetric_modes(True, <std-symmetric>, 'f', 2, 'LM', None, None, <function aslinearoperator at 0x106add1e0>, None, 'normal') ... ERROR
test_arpack.test_symmetric_modes(True, <std-symmetric>, 'f', 2, 'LM', None, 0.5, <function asarray at 0x1046132f0>, None, 'normal') ... ERROR
test_arpack.test_symmetric_modes(True, <std-symmetric>, 'f', 2, 'LM', None, 0.5, <function asarray at 0x1046132f0>, None, 'buckling') ... ERROR
test_arpack.test_symmetric_modes(True, <std-symmetric>, 'f', 2, 'LM', None, 0.5, <function asarray at 0x1046132f0>, None, 'cayley') ... ERROR
test_arpack.test_symmetric_modes(True, <std-symmetric>, 'f', 2, 'LM', None, None, <function asarray at 0x1046132f0>, None, 'normal') ... ERROR
test_arpack.test_symmetric_modes(True, <std-symmetric>, 'f', 2, 'SM', None, 0.5, <class 'scipy.sparse.csr.csr_matrix'>, None, 'normal') ... FAIL
test_arpack.test_symmetric_modes(True, <std-symmetric>, 'f', 2, 'SM', None, 0.5, <class 'scipy.sparse.csr.csr_matrix'>, None, 'buckling') ... FAIL
test_arpack.test_symmetric_modes(True, <std-symmetric>, 'f', 2, 'SM', None, 0.5, <class 'scipy.sparse.csr.csr_matrix'>, None, 'cayley') ... ERROR
test_arpack.test_symmetric_modes(True, <std-symmetric>, 'f', 2, 'SM', None, None, <class 'scipy.sparse.csr.csr_matrix'>, None, 'normal') ... FAIL
test_arpack.test_symmetric_modes(True, <std-symmetric>, 'f', 2, 'SM', None, 0.5, <function aslinearoperator at 0x106add1e0>, None, 'normal') ... FAIL
test_arpack.test_symmetric_modes(True, <std-symmetric>, 'f', 2, 'SM', None, 0.5, <function aslinearoperator at 0x106add1e0>, None, 'buckling') ... ERROR
test_arpack.test_symmetric_modes(True, <std-symmetric>, 'f', 2, 'SM', None, 0.5, <function aslinearoperator at 0x106add1e0>, None, 'cayley') ... FAIL
test_arpack.test_symmetric_modes(True, <std-symmetric>, 'f', 2, 'SM', None, None, <function aslinearoperator at 0x106add1e0>, None, 'normal') ... FAIL
test_arpack.test_symmetric_modes(True, <std-symmetric>, 'f', 2, 'SM', None, 0.5, <function asarray at 0x1046132f0>, None, 'normal') ... FAIL
test_arpack.test_symmetric_modes(True, <std-symmetric>, 'f', 2, 'SM', None, 0.5, <function asarray at 0x1046132f0>, None, 'buckling') ... FAIL
test_arpack.test_symmetric_modes(True, <std-symmetric>, 'f', 2, 'SM', None, 0.5, <function asarray at 0x1046132f0>, None, 'cayley') ... FAIL
test_arpack.test_symmetric_modes(True, <std-symmetric>, 'f', 2, 'SM', None, None, <function asarray at 0x1046132f0>, None, 'normal') ... FAIL
test_arpack.test_symmetric_modes(True, <std-symmetric>, 'f', 2, 'LA', None, 0.5, <class 'scipy.sparse.csr.csr_matrix'>, None, 'normal') ... FAIL
test_arpack.test_symmetric_modes(True, <std-symmetric>, 'f', 2, 'LA', None, 0.5, <class 'scipy.sparse.csr.csr_matrix'>, None, 'buckling') ... ERROR
test_arpack.test_symmetric_modes(True, <std-symmetric>, 'f', 2, 'LA', None, 0.5, <class 'scipy.sparse.csr.csr_matrix'>, None, 'cayley') ... FAIL
test_arpack.test_symmetric_modes(True, <std-symmetric>, 'f', 2, 'LA', None, None, <class 'scipy.sparse.csr.csr_matrix'>, None, 'normal') ... ERROR
test_arpack.test_symmetric_modes(True, <std-symmetric>, 'f', 2, 'LA', None, 0.5, <function aslinearoperator at 0x106add1e0>, None, 'normal') ... FAIL
test_arpack.test_symmetric_modes(True, <std-symmetric>, 'f', 2, 'LA', None, 0.5, <function aslinearoperator at 0x106add1e0>, None, 'buckling') ... ERROR
test_arpack.test_symmetric_modes(True, <std-symmetric>, 'f', 2, 'LA', None, 0.5, <function aslinearoperator at 0x106add1e0>, None, 'cayley') ... FAIL
test_arpack.test_symmetric_modes(True, <std-symmetric>, 'f', 2, 'LA', None, None, <function aslinearoperator at 0x106add1e0>, None, 'normal') ... ERROR
test_arpack.test_symmetric_modes(True, <std-symmetric>, 'f', 2, 'LA', None, 0.5, <function asarray at 0x1046132f0>, None, 'normal') ... FAIL
test_arpack.test_symmetric_modes(True, <std-symmetric>, 'f', 2, 'LA', None, 0.5, <function asarray at 0x1046132f0>, None, 'buckling') ... ERROR
test_arpack.test_symmetric_modes(True, <std-symmetric>, 'f', 2, 'LA', None, 0.5, <function asarray at 0x1046132f0>, None, 'cayley') ... FAIL
test_arpack.test_symmetric_modes(True, <std-symmetric>, 'f', 2, 'LA', None, None, <function asarray at 0x1046132f0>, None, 'normal') ... ERROR
test_arpack.test_symmetric_modes(True, <std-symmetric>, 'f', 2, 'SA', None, 0.5, <class 'scipy.sparse.csr.csr_matrix'>, None, 'normal') ... FAIL
test_arpack.test_symmetric_modes(True, <std-symmetric>, 'f', 2, 'SA', None, 0.5, <class 'scipy.sparse.csr.csr_matrix'>, None, 'buckling') ... ERROR
test_arpack.test_symmetric_modes(True, <std-symmetric>, 'f', 2, 'SA', None, 0.5, <class 'scipy.sparse.csr.csr_matrix'>, None, 'cayley') ... FAIL
test_arpack.test_symmetric_modes(True, <std-symmetric>, 'f', 2, 'SA', None, None, <class 'scipy.sparse.csr.csr_matrix'>, None, 'normal') ... ERROR
test_arpack.test_symmetric_modes(True, <std-symmetric>, 'f', 2, 'SA', None, 0.5, <function aslinearoperator at 0x106add1e0>, None, 'normal') ... FAIL
test_arpack.test_symmetric_modes(True, <std-symmetric>, 'f', 2, 'SA', None, 0.5, <function aslinearoperator at 0x106add1e0>, None, 'buckling') ... ERROR
test_arpack.test_symmetric_modes(True, <std-symmetric>, 'f', 2, 'SA', None, 0.5, <function aslinearoperator at 0x106add1e0>, None, 'cayley') ... FAIL
test_arpack.test_symmetric_modes(True, <std-symmetric>, 'f', 2, 'SA', None, None, <function aslinearoperator at 0x106add1e0>, None, 'normal') ... ERROR
test_arpack.test_symmetric_modes(True, <std-symmetric>, 'f', 2, 'SA', None, 0.5, <function asarray at 0x1046132f0>, None, 'normal') ... ERROR
test_arpack.test_symmetric_modes(True, <std-symmetric>, 'f', 2, 'SA', None, 0.5, <function asarray at 0x1046132f0>, None, 'buckling') ... ERROR
test_arpack.test_symmetric_modes(True, <std-symmetric>, 'f', 2, 'SA', None, 0.5, <function asarray at 0x1046132f0>, None, 'cayley') ... ERROR
test_arpack.test_symmetric_modes(True, <std-symmetric>, 'f', 2, 'SA', None, None, <function asarray at 0x1046132f0>, None, 'normal') ... ERROR
test_arpack.test_symmetric_modes(True, <std-symmetric>, 'f', 2, 'BE', None, 0.5, <class 'scipy.sparse.csr.csr_matrix'>, None, 'normal') ... ERROR
test_arpack.test_symmetric_modes(True, <std-symmetric>, 'f', 2, 'BE', None, 0.5, <class 'scipy.sparse.csr.csr_matrix'>, None, 'buckling') ... ERROR
test_arpack.test_symmetric_modes(True, <std-symmetric>, 'f', 2, 'BE', None, 0.5, <class 'scipy.sparse.csr.csr_matrix'>, None, 'cayley') ... FAIL
test_arpack.test_symmetric_modes(True, <std-symmetric>, 'f', 2, 'BE', None, None, <class 'scipy.sparse.csr.csr_matrix'>, None, 'normal') ... ERROR
test_arpack.test_symmetric_modes(True, <std-symmetric>, 'f', 2, 'BE', None, 0.5, <function aslinearoperator at 0x106add1e0>, None, 'normal') ... FAIL
test_arpack.test_symmetric_modes(True, <std-symmetric>, 'f', 2, 'BE', None, 0.5, <function aslinearoperator at 0x106add1e0>, None, 'buckling') ... ERROR
test_arpack.test_symmetric_modes(True, <std-symmetric>, 'f', 2, 'BE', None, 0.5, <function aslinearoperator at 0x106add1e0>, None, 'cayley') ... ERROR
test_arpack.test_symmetric_modes(True, <std-symmetric>, 'f', 2, 'BE', None, None, <function aslinearoperator at 0x106add1e0>, None, 'normal') ... ERROR
test_arpack.test_symmetric_modes(True, <std-symmetric>, 'f', 2, 'BE', None, 0.5, <function asarray at 0x1046132f0>, None, 'normal') ... FAIL
test_arpack.test_symmetric_modes(True, <std-symmetric>, 'f', 2, 'BE', None, 0.5, <function asarray at 0x1046132f0>, None, 'buckling') ... ERROR
test_arpack.test_symmetric_modes(True, <std-symmetric>, 'f', 2, 'BE', None, 0.5, <function asarray at 0x1046132f0>, None, 'cayley') ... FAIL
test_arpack.test_symmetric_modes(True, <std-symmetric>, 'f', 2, 'BE', None, None, <function asarray at 0x1046132f0>, None, 'normal') ... ERROR
test_arpack.test_symmetric_modes(True, <std-symmetric>, 'd', 2, 'LM', None, 0.5, <class 'scipy.sparse.csr.csr_matrix'>, None, 'normal') ... ok
test_arpack.test_symmetric_modes(True, <std-symmetric>, 'd', 2, 'LM', None, 0.5, <class 'scipy.sparse.csr.csr_matrix'>, None, 'buckling') ... ok
test_arpack.test_symmetric_modes(True, <std-symmetric>, 'd', 2, 'LM', None, 0.5, <class 'scipy.sparse.csr.csr_matrix'>, None, 'cayley') ... ok
test_arpack.test_symmetric_modes(True, <std-symmetric>, 'd', 2, 'LM', None, None, <class 'scipy.sparse.csr.csr_matrix'>, None, 'normal') ... ok
test_arpack.test_symmetric_modes(True, <std-symmetric>, 'd', 2, 'LM', None, 0.5, <function aslinearoperator at 0x106add1e0>, None, 'normal') ... ok
test_arpack.test_symmetric_modes(True, <std-symmetric>, 'd', 2, 'LM', None, 0.5, <function aslinearoperator at 0x106add1e0>, None, 'buckling') ... ok
test_arpack.test_symmetric_modes(True, <std-symmetric>, 'd', 2, 'LM', None, 0.5, <function aslinearoperator at 0x106add1e0>, None, 'cayley') ... ok
test_arpack.test_symmetric_modes(True, <std-symmetric>, 'd', 2, 'LM', None, None, <function aslinearoperator at 0x106add1e0>, None, 'normal') ... ok
test_arpack.test_symmetric_modes(True, <std-symmetric>, 'd', 2, 'LM', None, 0.5, <function asarray at 0x1046132f0>, None, 'normal') ... ok
test_arpack.test_symmetric_modes(True, <std-symmetric>, 'd', 2, 'LM', None, 0.5, <function asarray at 0x1046132f0>, None, 'buckling') ... ok
test_arpack.test_symmetric_modes(True, <std-symmetric>, 'd', 2, 'LM', None, 0.5, <function asarray at 0x1046132f0>, None, 'cayley') ... ok
test_arpack.test_symmetric_modes(True, <std-symmetric>, 'd', 2, 'LM', None, None, <function asarray at 0x1046132f0>, None, 'normal') ... ok
test_arpack.test_symmetric_modes(True, <std-symmetric>, 'd', 2, 'SM', None, 0.5, <class 'scipy.sparse.csr.csr_matrix'>, None, 'normal') ... ok
test_arpack.test_symmetric_modes(True, <std-symmetric>, 'd', 2, 'SM', None, 0.5, <class 'scipy.sparse.csr.csr_matrix'>, None, 'buckling') ... ok
test_arpack.test_symmetric_modes(True, <std-symmetric>, 'd', 2, 'SM', None, 0.5, <class 'scipy.sparse.csr.csr_matrix'>, None, 'cayley') ... ok
test_arpack.test_symmetric_modes(True, <std-symmetric>, 'd', 2, 'SM', None, None, <class 'scipy.sparse.csr.csr_matrix'>, None, 'normal') ... ok
test_arpack.test_symmetric_modes(True, <std-symmetric>, 'd', 2, 'SM', None, 0.5, <function aslinearoperator at 0x106add1e0>, None, 'normal') ... ok
test_arpack.test_symmetric_modes(True, <std-symmetric>, 'd', 2, 'SM', None, 0.5, <function aslinearoperator at 0x106add1e0>, None, 'buckling') ... ok
test_arpack.test_symmetric_modes(True, <std-symmetric>, 'd', 2, 'SM', None, 0.5, <function aslinearoperator at 0x106add1e0>, None, 'cayley') ... ok
test_arpack.test_symmetric_modes(True, <std-symmetric>, 'd', 2, 'SM', None, None, <function aslinearoperator at 0x106add1e0>, None, 'normal') ... ok
test_arpack.test_symmetric_modes(True, <std-symmetric>, 'd', 2, 'SM', None, 0.5, <function asarray at 0x1046132f0>, None, 'normal') ... ok
test_arpack.test_symmetric_modes(True, <std-symmetric>, 'd', 2, 'SM', None, 0.5, <function asarray at 0x1046132f0>, None, 'buckling') ... ok
test_arpack.test_symmetric_modes(True, <std-symmetric>, 'd', 2, 'SM', None, 0.5, <function asarray at 0x1046132f0>, None, 'cayley') ... ok
test_arpack.test_symmetric_modes(True, <std-symmetric>, 'd', 2, 'SM', None, None, <function asarray at 0x1046132f0>, None, 'normal') ... ok
test_arpack.test_symmetric_modes(True, <std-symmetric>, 'd', 2, 'LA', None, 0.5, <class 'scipy.sparse.csr.csr_matrix'>, None, 'normal') ... ok
test_arpack.test_symmetric_modes(True, <std-symmetric>, 'd', 2, 'LA', None, 0.5, <class 'scipy.sparse.csr.csr_matrix'>, None, 'buckling') ... ok
test_arpack.test_symmetric_modes(True, <std-symmetric>, 'd', 2, 'LA', None, 0.5, <class 'scipy.sparse.csr.csr_matrix'>, None, 'cayley') ... ok
test_arpack.test_symmetric_modes(True, <std-symmetric>, 'd', 2, 'LA', None, None, <class 'scipy.sparse.csr.csr_matrix'>, None, 'normal') ... ok
test_arpack.test_symmetric_modes(True, <std-symmetric>, 'd', 2, 'LA', None, 0.5, <function aslinearoperator at 0x106add1e0>, None, 'normal') ... ok
test_arpack.test_symmetric_modes(True, <std-symmetric>, 'd', 2, 'LA', None, 0.5, <function aslinearoperator at 0x106add1e0>, None, 'buckling') ... ok
test_arpack.test_symmetric_modes(True, <std-symmetric>, 'd', 2, 'LA', None, 0.5, <function aslinearoperator at 0x106add1e0>, None, 'cayley') ... ok
test_arpack.test_symmetric_modes(True, <std-symmetric>, 'd', 2, 'LA', None, None, <function aslinearoperator at 0x106add1e0>, None, 'normal') ... ok
test_arpack.test_symmetric_modes(True, <std-symmetric>, 'd', 2, 'LA', None, 0.5, <function asarray at 0x1046132f0>, None, 'normal') ... ok
test_arpack.test_symmetric_modes(True, <std-symmetric>, 'd', 2, 'LA', None, 0.5, <function asarray at 0x1046132f0>, None, 'buckling') ... ok
test_arpack.test_symmetric_modes(True, <std-symmetric>, 'd', 2, 'LA', None, 0.5, <function asarray at 0x1046132f0>, None, 'cayley') ... ok
test_arpack.test_symmetric_modes(True, <std-symmetric>, 'd', 2, 'LA', None, None, <function asarray at 0x1046132f0>, None, 'normal') ... ok
test_arpack.test_symmetric_modes(True, <std-symmetric>, 'd', 2, 'SA', None, 0.5, <class 'scipy.sparse.csr.csr_matrix'>, None, 'normal') ... ok
test_arpack.test_symmetric_modes(True, <std-symmetric>, 'd', 2, 'SA', None, 0.5, <class 'scipy.sparse.csr.csr_matrix'>, None, 'buckling') ... ok
test_arpack.test_symmetric_modes(True, <std-symmetric>, 'd', 2, 'SA', None, 0.5, <class 'scipy.sparse.csr.csr_matrix'>, None, 'cayley') ... ok
test_arpack.test_symmetric_modes(True, <std-symmetric>, 'd', 2, 'SA', None, None, <class 'scipy.sparse.csr.csr_matrix'>, None, 'normal') ... ok
test_arpack.test_symmetric_modes(True, <std-symmetric>, 'd', 2, 'SA', None, 0.5, <function aslinearoperator at 0x106add1e0>, None, 'normal') ... ok
test_arpack.test_symmetric_modes(True, <std-symmetric>, 'd', 2, 'SA', None, 0.5, <function aslinearoperator at 0x106add1e0>, None, 'buckling') ... ok
test_arpack.test_symmetric_modes(True, <std-symmetric>, 'd', 2, 'SA', None, 0.5, <function aslinearoperator at 0x106add1e0>, None, 'cayley') ... ok
test_arpack.test_symmetric_modes(True, <std-symmetric>, 'd', 2, 'SA', None, None, <function aslinearoperator at 0x106add1e0>, None, 'normal') ... ok
test_arpack.test_symmetric_modes(True, <std-symmetric>, 'd', 2, 'SA', None, 0.5, <function asarray at 0x1046132f0>, None, 'normal') ... ok
test_arpack.test_symmetric_modes(True, <std-symmetric>, 'd', 2, 'SA', None, 0.5, <function asarray at 0x1046132f0>, None, 'buckling') ... ok
test_arpack.test_symmetric_modes(True, <std-symmetric>, 'd', 2, 'SA', None, 0.5, <function asarray at 0x1046132f0>, None, 'cayley') ... ok
test_arpack.test_symmetric_modes(True, <std-symmetric>, 'd', 2, 'SA', None, None, <function asarray at 0x1046132f0>, None, 'normal') ... ok
test_arpack.test_symmetric_modes(True, <std-symmetric>, 'd', 2, 'BE', None, 0.5, <class 'scipy.sparse.csr.csr_matrix'>, None, 'normal') ... ok
test_arpack.test_symmetric_modes(True, <std-symmetric>, 'd', 2, 'BE', None, 0.5, <class 'scipy.sparse.csr.csr_matrix'>, None, 'buckling') ... ok
test_arpack.test_symmetric_modes(True, <std-symmetric>, 'd', 2, 'BE', None, 0.5, <class 'scipy.sparse.csr.csr_matrix'>, None, 'cayley') ... ok
test_arpack.test_symmetric_modes(True, <std-symmetric>, 'd', 2, 'BE', None, None, <class 'scipy.sparse.csr.csr_matrix'>, None, 'normal') ... ok
test_arpack.test_symmetric_modes(True, <std-symmetric>, 'd', 2, 'BE', None, 0.5, <function aslinearoperator at 0x106add1e0>, None, 'normal') ... ok
test_arpack.test_symmetric_modes(True, <std-symmetric>, 'd', 2, 'BE', None, 0.5, <function aslinearoperator at 0x106add1e0>, None, 'buckling') ... ok
test_arpack.test_symmetric_modes(True, <std-symmetric>, 'd', 2, 'BE', None, 0.5, <function aslinearoperator at 0x106add1e0>, None, 'cayley') ... ok
test_arpack.test_symmetric_modes(True, <std-symmetric>, 'd', 2, 'BE', None, None, <function aslinearoperator at 0x106add1e0>, None, 'normal') ... ok
test_arpack.test_symmetric_modes(True, <std-symmetric>, 'd', 2, 'BE', None, 0.5, <function asarray at 0x1046132f0>, None, 'normal') ... ok
test_arpack.test_symmetric_modes(True, <std-symmetric>, 'd', 2, 'BE', None, 0.5, <function asarray at 0x1046132f0>, None, 'buckling') ... ok
test_arpack.test_symmetric_modes(True, <std-symmetric>, 'd', 2, 'BE', None, 0.5, <function asarray at 0x1046132f0>, None, 'cayley') ... ok
test_arpack.test_symmetric_modes(True, <std-symmetric>, 'd', 2, 'BE', None, None, <function asarray at 0x1046132f0>, None, 'normal') ... ok
test_arpack.test_symmetric_modes(True, <gen-symmetric>, 'f', 2, 'LM', None, 0.5, <class 'scipy.sparse.csr.csr_matrix'>, None, 'normal') ... ERROR
test_arpack.test_symmetric_modes(True, <gen-symmetric>, 'f', 2, 'LM', None, 0.5, <class 'scipy.sparse.csr.csr_matrix'>, None, 'buckling') ... ERROR
test_arpack.test_symmetric_modes(True, <gen-symmetric>, 'f', 2, 'LM', None, 0.5, <class 'scipy.sparse.csr.csr_matrix'>, None, 'cayley') ... ERROR
test_arpack.test_symmetric_modes(True, <gen-symmetric>, 'f', 2, 'LM', None, None, <class 'scipy.sparse.csr.csr_matrix'>, None, 'normal') ... ERROR
test_arpack.test_symmetric_modes(True, <gen-symmetric>, 'f', 2, 'LM', None, 0.5, <function aslinearoperator at 0x106add1e0>, None, 'normal') ... ERROR
test_arpack.test_symmetric_modes(True, <gen-symmetric>, 'f', 2, 'LM', None, 0.5, <function aslinearoperator at 0x106add1e0>, None, 'buckling') ... ERROR
test_arpack.test_symmetric_modes(True, <gen-symmetric>, 'f', 2, 'LM', None, 0.5, <function aslinearoperator at 0x106add1e0>, None, 'cayley') ... ERROR
test_arpack.test_symmetric_modes(True, <gen-symmetric>, 'f', 2, 'LM', None, None, <function aslinearoperator at 0x106add1e0>, None, 'normal') ... ERROR
test_arpack.test_symmetric_modes(True, <gen-symmetric>, 'f', 2, 'LM', None, 0.5, <function asarray at 0x1046132f0>, None, 'normal') ... ERROR
test_arpack.test_symmetric_modes(True, <gen-symmetric>, 'f', 2, 'LM', None, 0.5, <function asarray at 0x1046132f0>, None, 'buckling') ... ERROR
test_arpack.test_symmetric_modes(True, <gen-symmetric>, 'f', 2, 'LM', None, 0.5, <function asarray at 0x1046132f0>, None, 'cayley') ... ERROR
test_arpack.test_symmetric_modes(True, <gen-symmetric>, 'f', 2, 'LM', None, None, <function asarray at 0x1046132f0>, None, 'normal') ... ERROR
test_arpack.test_symmetric_modes(True, <gen-symmetric>, 'f', 2, 'SM', None, 0.5, <class 'scipy.sparse.csr.csr_matrix'>, None, 'normal') ... FAIL
test_arpack.test_symmetric_modes(True, <gen-symmetric>, 'f', 2, 'SM', None, 0.5, <class 'scipy.sparse.csr.csr_matrix'>, None, 'buckling') ... FAIL
test_arpack.test_symmetric_modes(True, <gen-symmetric>, 'f', 2, 'SM', None, 0.5, <class 'scipy.sparse.csr.csr_matrix'>, None, 'cayley') ... FAIL
test_arpack.test_symmetric_modes(True, <gen-symmetric>, 'f', 2, 'SM', None, None, <class 'scipy.sparse.csr.csr_matrix'>, None, 'normal') ... FAIL
test_arpack.test_symmetric_modes(True, <gen-symmetric>, 'f', 2, 'SM', None, 0.5, <function aslinearoperator at 0x106add1e0>, None, 'normal') ... ERROR
test_arpack.test_symmetric_modes(True, <gen-symmetric>, 'f', 2, 'SM', None, 0.5, <function aslinearoperator at 0x106add1e0>, None, 'buckling') ... ERROR
test_arpack.test_symmetric_modes(True, <gen-symmetric>, 'f', 2, 'SM', None, 0.5, <function aslinearoperator at 0x106add1e0>, None, 'cayley') ... ERROR
test_arpack.test_symmetric_modes(True, <gen-symmetric>, 'f', 2, 'SM', None, None, <function aslinearoperator at 0x106add1e0>, None, 'normal') ... ERROR
test_arpack.test_symmetric_modes(True, <gen-symmetric>, 'f', 2, 'SM', None, 0.5, <function asarray at 0x1046132f0>, None, 'normal') ... FAIL
test_arpack.test_symmetric_modes(True, <gen-symmetric>, 'f', 2, 'SM', None, 0.5, <function asarray at 0x1046132f0>, None, 'buckling') ... FAIL
test_arpack.test_symmetric_modes(True, <gen-symmetric>, 'f', 2, 'SM', None, 0.5, <function asarray at 0x1046132f0>, None, 'cayley') ... FAIL
test_arpack.test_symmetric_modes(True, <gen-symmetric>, 'f', 2, 'SM', None, None, <function asarray at 0x1046132f0>, None, 'normal') ... FAIL
test_arpack.test_symmetric_modes(True, <gen-symmetric>, 'f', 2, 'LA', None, 0.5, <class 'scipy.sparse.csr.csr_matrix'>, None, 'normal') ... ERROR
test_arpack.test_symmetric_modes(True, <gen-symmetric>, 'f', 2, 'LA', None, 0.5, <class 'scipy.sparse.csr.csr_matrix'>, None, 'buckling') ... ERROR
test_arpack.test_symmetric_modes(True, <gen-symmetric>, 'f', 2, 'LA', None, 0.5, <class 'scipy.sparse.csr.csr_matrix'>, None, 'cayley') ... ERROR
test_arpack.test_symmetric_modes(True, <gen-symmetric>, 'f', 2, 'LA', None, None, <class 'scipy.sparse.csr.csr_matrix'>, None, 'normal') ... ERROR
test_arpack.test_symmetric_modes(True, <gen-symmetric>, 'f', 2, 'LA', None, 0.5, <function aslinearoperator at 0x106add1e0>, None, 'normal') ... ERROR
test_arpack.test_symmetric_modes(True, <gen-symmetric>, 'f', 2, 'LA', None, 0.5, <function aslinearoperator at 0x106add1e0>, None, 'buckling') ... ERROR
test_arpack.test_symmetric_modes(True, <gen-symmetric>, 'f', 2, 'LA', None, 0.5, <function aslinearoperator at 0x106add1e0>, None, 'cayley') ... ERROR
test_arpack.test_symmetric_modes(True, <gen-symmetric>, 'f', 2, 'LA', None, None, <function aslinearoperator at 0x106add1e0>, None, 'normal') ... ERROR
test_arpack.test_symmetric_modes(True, <gen-symmetric>, 'f', 2, 'LA', None, 0.5, <function asarray at 0x1046132f0>, None, 'normal') ... ERROR
test_arpack.test_symmetric_modes(True, <gen-symmetric>, 'f', 2, 'LA', None, 0.5, <function asarray at 0x1046132f0>, None, 'buckling') ... ERROR
test_arpack.test_symmetric_modes(True, <gen-symmetric>, 'f', 2, 'LA', None, 0.5, <function asarray at 0x1046132f0>, None, 'cayley') ... ERROR
test_arpack.test_symmetric_modes(True, <gen-symmetric>, 'f', 2, 'LA', None, None, <function asarray at 0x1046132f0>, None, 'normal') ... ERROR
test_arpack.test_symmetric_modes(True, <gen-symmetric>, 'f', 2, 'SA', None, 0.5, <class 'scipy.sparse.csr.csr_matrix'>, None, 'normal') ... ERROR
test_arpack.test_symmetric_modes(True, <gen-symmetric>, 'f', 2, 'SA', None, 0.5, <class 'scipy.sparse.csr.csr_matrix'>, None, 'buckling') ... ERROR
test_arpack.test_symmetric_modes(True, <gen-symmetric>, 'f', 2, 'SA', None, 0.5, <class 'scipy.sparse.csr.csr_matrix'>, None, 'cayley') ... ERROR
test_arpack.test_symmetric_modes(True, <gen-symmetric>, 'f', 2, 'SA', None, None, <class 'scipy.sparse.csr.csr_matrix'>, None, 'normal') ... ERROR
test_arpack.test_symmetric_modes(True, <gen-symmetric>, 'f', 2, 'SA', None, 0.5, <function aslinearoperator at 0x106add1e0>, None, 'normal') ... ERROR
test_arpack.test_symmetric_modes(True, <gen-symmetric>, 'f', 2, 'SA', None, 0.5, <function aslinearoperator at 0x106add1e0>, None, 'buckling') ... ERROR
test_arpack.test_symmetric_modes(True, <gen-symmetric>, 'f', 2, 'SA', None, 0.5, <function aslinearoperator at 0x106add1e0>, None, 'cayley') ... ERROR
test_arpack.test_symmetric_modes(True, <gen-symmetric>, 'f', 2, 'SA', None, None, <function aslinearoperator at 0x106add1e0>, None, 'normal') ... ERROR
test_arpack.test_symmetric_modes(True, <gen-symmetric>, 'f', 2, 'SA', None, 0.5, <function asarray at 0x1046132f0>, None, 'normal') ... ERROR
test_arpack.test_symmetric_modes(True, <gen-symmetric>, 'f', 2, 'SA', None, 0.5, <function asarray at 0x1046132f0>, None, 'buckling') ... ERROR
test_arpack.test_symmetric_modes(True, <gen-symmetric>, 'f', 2, 'SA', None, 0.5, <function asarray at 0x1046132f0>, None, 'cayley') ... ERROR
test_arpack.test_symmetric_modes(True, <gen-symmetric>, 'f', 2, 'SA', None, None, <function asarray at 0x1046132f0>, None, 'normal') ... ERROR
test_arpack.test_symmetric_modes(True, <gen-symmetric>, 'f', 2, 'BE', None, 0.5, <class 'scipy.sparse.csr.csr_matrix'>, None, 'normal') ... ERROR
test_arpack.test_symmetric_modes(True, <gen-symmetric>, 'f', 2, 'BE', None, 0.5, <class 'scipy.sparse.csr.csr_matrix'>, None, 'buckling') ... ERROR
test_arpack.test_symmetric_modes(True, <gen-symmetric>, 'f', 2, 'BE', None, 0.5, <class 'scipy.sparse.csr.csr_matrix'>, None, 'cayley') ... ERROR
test_arpack.test_symmetric_modes(True, <gen-symmetric>, 'f', 2, 'BE', None, None, <class 'scipy.sparse.csr.csr_matrix'>, None, 'normal') ... ERROR
test_arpack.test_symmetric_modes(True, <gen-symmetric>, 'f', 2, 'BE', None, 0.5, <function aslinearoperator at 0x106add1e0>, None, 'normal') ... ERROR
test_arpack.test_symmetric_modes(True, <gen-symmetric>, 'f', 2, 'BE', None, 0.5, <function aslinearoperator at 0x106add1e0>, None, 'buckling') ... ERROR
test_arpack.test_symmetric_modes(True, <gen-symmetric>, 'f', 2, 'BE', None, 0.5, <function aslinearoperator at 0x106add1e0>, None, 'cayley') ... ERROR
test_arpack.test_symmetric_modes(True, <gen-symmetric>, 'f', 2, 'BE', None, None, <function aslinearoperator at 0x106add1e0>, None, 'normal') ... ERROR
test_arpack.test_symmetric_modes(True, <gen-symmetric>, 'f', 2, 'BE', None, 0.5, <function asarray at 0x1046132f0>, None, 'normal') ... ERROR
test_arpack.test_symmetric_modes(True, <gen-symmetric>, 'f', 2, 'BE', None, 0.5, <function asarray at 0x1046132f0>, None, 'buckling') ... ERROR
test_arpack.test_symmetric_modes(True, <gen-symmetric>, 'f', 2, 'BE', None, 0.5, <function asarray at 0x1046132f0>, None, 'cayley') ... ERROR
test_arpack.test_symmetric_modes(True, <gen-symmetric>, 'f', 2, 'BE', None, None, <function asarray at 0x1046132f0>, None, 'normal') ... ERROR
test_arpack.test_symmetric_modes(True, <gen-symmetric>, 'd', 2, 'LM', None, 0.5, <class 'scipy.sparse.csr.csr_matrix'>, None, 'normal') ... ok
test_arpack.test_symmetric_modes(True, <gen-symmetric>, 'd', 2, 'LM', None, 0.5, <class 'scipy.sparse.csr.csr_matrix'>, None, 'buckling') ... ok
test_arpack.test_symmetric_modes(True, <gen-symmetric>, 'd', 2, 'LM', None, 0.5, <class 'scipy.sparse.csr.csr_matrix'>, None, 'cayley') ... ok
test_arpack.test_symmetric_modes(True, <gen-symmetric>, 'd', 2, 'LM', None, None, <class 'scipy.sparse.csr.csr_matrix'>, None, 'normal') ... ok
test_arpack.test_symmetric_modes(True, <gen-symmetric>, 'd', 2, 'LM', None, 0.5, <function aslinearoperator at 0x106add1e0>, None, 'normal') ... ok
test_arpack.test_symmetric_modes(True, <gen-symmetric>, 'd', 2, 'LM', None, 0.5, <function aslinearoperator at 0x106add1e0>, None, 'buckling') ... ok
test_arpack.test_symmetric_modes(True, <gen-symmetric>, 'd', 2, 'LM', None, 0.5, <function aslinearoperator at 0x106add1e0>, None, 'cayley') ... ok
test_arpack.test_symmetric_modes(True, <gen-symmetric>, 'd', 2, 'LM', None, None, <function aslinearoperator at 0x106add1e0>, None, 'normal') ... ok
test_arpack.test_symmetric_modes(True, <gen-symmetric>, 'd', 2, 'LM', None, 0.5, <function asarray at 0x1046132f0>, None, 'normal') ... ok
test_arpack.test_symmetric_modes(True, <gen-symmetric>, 'd', 2, 'LM', None, 0.5, <function asarray at 0x1046132f0>, None, 'buckling') ... ok
test_arpack.test_symmetric_modes(True, <gen-symmetric>, 'd', 2, 'LM', None, 0.5, <function asarray at 0x1046132f0>, None, 'cayley') ... ok
test_arpack.test_symmetric_modes(True, <gen-symmetric>, 'd', 2, 'LM', None, None, <function asarray at 0x1046132f0>, None, 'normal') ... ok
test_arpack.test_symmetric_modes(True, <gen-symmetric>, 'd', 2, 'SM', None, 0.5, <class 'scipy.sparse.csr.csr_matrix'>, None, 'normal') ... ok
test_arpack.test_symmetric_modes(True, <gen-symmetric>, 'd', 2, 'SM', None, 0.5, <class 'scipy.sparse.csr.csr_matrix'>, None, 'buckling') ... ok
test_arpack.test_symmetric_modes(True, <gen-symmetric>, 'd', 2, 'SM', None, 0.5, <class 'scipy.sparse.csr.csr_matrix'>, None, 'cayley') ... ok
test_arpack.test_symmetric_modes(True, <gen-symmetric>, 'd', 2, 'SM', None, None, <class 'scipy.sparse.csr.csr_matrix'>, None, 'normal') ... ok
test_arpack.test_symmetric_modes(True, <gen-symmetric>, 'd', 2, 'SM', None, 0.5, <function aslinearoperator at 0x106add1e0>, None, 'normal') ... ok
test_arpack.test_symmetric_modes(True, <gen-symmetric>, 'd', 2, 'SM', None, 0.5, <function aslinearoperator at 0x106add1e0>, None, 'buckling') ... ok
test_arpack.test_symmetric_modes(True, <gen-symmetric>, 'd', 2, 'SM', None, 0.5, <function aslinearoperator at 0x106add1e0>, None, 'cayley') ... ok
test_arpack.test_symmetric_modes(True, <gen-symmetric>, 'd', 2, 'SM', None, None, <function aslinearoperator at 0x106add1e0>, None, 'normal') ... ok
test_arpack.test_symmetric_modes(True, <gen-symmetric>, 'd', 2, 'SM', None, 0.5, <function asarray at 0x1046132f0>, None, 'normal') ... ok
test_arpack.test_symmetric_modes(True, <gen-symmetric>, 'd', 2, 'SM', None, 0.5, <function asarray at 0x1046132f0>, None, 'buckling') ... ok
test_arpack.test_symmetric_modes(True, <gen-symmetric>, 'd', 2, 'SM', None, 0.5, <function asarray at 0x1046132f0>, None, 'cayley') ... ok
test_arpack.test_symmetric_modes(True, <gen-symmetric>, 'd', 2, 'SM', None, None, <function asarray at 0x1046132f0>, None, 'normal') ... ok
test_arpack.test_symmetric_modes(True, <gen-symmetric>, 'd', 2, 'LA', None, 0.5, <class 'scipy.sparse.csr.csr_matrix'>, None, 'normal') ... ok
test_arpack.test_symmetric_modes(True, <gen-symmetric>, 'd', 2, 'LA', None, 0.5, <class 'scipy.sparse.csr.csr_matrix'>, None, 'buckling') ... ok
test_arpack.test_symmetric_modes(True, <gen-symmetric>, 'd', 2, 'LA', None, 0.5, <class 'scipy.sparse.csr.csr_matrix'>, None, 'cayley') ... ok
test_arpack.test_symmetric_modes(True, <gen-symmetric>, 'd', 2, 'LA', None, None, <class 'scipy.sparse.csr.csr_matrix'>, None, 'normal') ... ok
test_arpack.test_symmetric_modes(True, <gen-symmetric>, 'd', 2, 'LA', None, 0.5, <function aslinearoperator at 0x106add1e0>, None, 'normal') ... ok
test_arpack.test_symmetric_modes(True, <gen-symmetric>, 'd', 2, 'LA', None, 0.5, <function aslinearoperator at 0x106add1e0>, None, 'buckling') ... ok
test_arpack.test_symmetric_modes(True, <gen-symmetric>, 'd', 2, 'LA', None, 0.5, <function aslinearoperator at 0x106add1e0>, None, 'cayley') ... ok
test_arpack.test_symmetric_modes(True, <gen-symmetric>, 'd', 2, 'LA', None, None, <function aslinearoperator at 0x106add1e0>, None, 'normal') ... ok
test_arpack.test_symmetric_modes(True, <gen-symmetric>, 'd', 2, 'LA', None, 0.5, <function asarray at 0x1046132f0>, None, 'normal') ... ok
test_arpack.test_symmetric_modes(True, <gen-symmetric>, 'd', 2, 'LA', None, 0.5, <function asarray at 0x1046132f0>, None, 'buckling') ... ok
test_arpack.test_symmetric_modes(True, <gen-symmetric>, 'd', 2, 'LA', None, 0.5, <function asarray at 0x1046132f0>, None, 'cayley') ... ok
test_arpack.test_symmetric_modes(True, <gen-symmetric>, 'd', 2, 'LA', None, None, <function asarray at 0x1046132f0>, None, 'normal') ... ok
test_arpack.test_symmetric_modes(True, <gen-symmetric>, 'd', 2, 'SA', None, 0.5, <class 'scipy.sparse.csr.csr_matrix'>, None, 'normal') ... ok
test_arpack.test_symmetric_modes(True, <gen-symmetric>, 'd', 2, 'SA', None, 0.5, <class 'scipy.sparse.csr.csr_matrix'>, None, 'buckling') ... ok
test_arpack.test_symmetric_modes(True, <gen-symmetric>, 'd', 2, 'SA', None, 0.5, <class 'scipy.sparse.csr.csr_matrix'>, None, 'cayley') ... ok
test_arpack.test_symmetric_modes(True, <gen-symmetric>, 'd', 2, 'SA', None, None, <class 'scipy.sparse.csr.csr_matrix'>, None, 'normal') ... ok
test_arpack.test_symmetric_modes(True, <gen-symmetric>, 'd', 2, 'SA', None, 0.5, <function aslinearoperator at 0x106add1e0>, None, 'normal') ... ok
test_arpack.test_symmetric_modes(True, <gen-symmetric>, 'd', 2, 'SA', None, 0.5, <function aslinearoperator at 0x106add1e0>, None, 'buckling') ... ok
test_arpack.test_symmetric_modes(True, <gen-symmetric>, 'd', 2, 'SA', None, 0.5, <function aslinearoperator at 0x106add1e0>, None, 'cayley') ... ok
test_arpack.test_symmetric_modes(True, <gen-symmetric>, 'd', 2, 'SA', None, None, <function aslinearoperator at 0x106add1e0>, None, 'normal') ... ok
test_arpack.test_symmetric_modes(True, <gen-symmetric>, 'd', 2, 'SA', None, 0.5, <function asarray at 0x1046132f0>, None, 'normal') ... ok
test_arpack.test_symmetric_modes(True, <gen-symmetric>, 'd', 2, 'SA', None, 0.5, <function asarray at 0x1046132f0>, None, 'buckling') ... ok
test_arpack.test_symmetric_modes(True, <gen-symmetric>, 'd', 2, 'SA', None, 0.5, <function asarray at 0x1046132f0>, None, 'cayley') ... ok
test_arpack.test_symmetric_modes(True, <gen-symmetric>, 'd', 2, 'SA', None, None, <function asarray at 0x1046132f0>, None, 'normal') ... ok
test_arpack.test_symmetric_modes(True, <gen-symmetric>, 'd', 2, 'BE', None, 0.5, <class 'scipy.sparse.csr.csr_matrix'>, None, 'normal') ... ok
test_arpack.test_symmetric_modes(True, <gen-symmetric>, 'd', 2, 'BE', None, 0.5, <class 'scipy.sparse.csr.csr_matrix'>, None, 'buckling') ... ok
test_arpack.test_symmetric_modes(True, <gen-symmetric>, 'd', 2, 'BE', None, 0.5, <class 'scipy.sparse.csr.csr_matrix'>, None, 'cayley') ... ok
test_arpack.test_symmetric_modes(True, <gen-symmetric>, 'd', 2, 'BE', None, None, <class 'scipy.sparse.csr.csr_matrix'>, None, 'normal') ... ok
test_arpack.test_symmetric_modes(True, <gen-symmetric>, 'd', 2, 'BE', None, 0.5, <function aslinearoperator at 0x106add1e0>, None, 'normal') ... ok
test_arpack.test_symmetric_modes(True, <gen-symmetric>, 'd', 2, 'BE', None, 0.5, <function aslinearoperator at 0x106add1e0>, None, 'buckling') ... ok
test_arpack.test_symmetric_modes(True, <gen-symmetric>, 'd', 2, 'BE', None, 0.5, <function aslinearoperator at 0x106add1e0>, None, 'cayley') ... ok
test_arpack.test_symmetric_modes(True, <gen-symmetric>, 'd', 2, 'BE', None, None, <function aslinearoperator at 0x106add1e0>, None, 'normal') ... ok
test_arpack.test_symmetric_modes(True, <gen-symmetric>, 'd', 2, 'BE', None, 0.5, <function asarray at 0x1046132f0>, None, 'normal') ... ok
test_arpack.test_symmetric_modes(True, <gen-symmetric>, 'd', 2, 'BE', None, 0.5, <function asarray at 0x1046132f0>, None, 'buckling') ... ok
test_arpack.test_symmetric_modes(True, <gen-symmetric>, 'd', 2, 'BE', None, 0.5, <function asarray at 0x1046132f0>, None, 'cayley') ... ok
test_arpack.test_symmetric_modes(True, <gen-symmetric>, 'd', 2, 'BE', None, None, <function asarray at 0x1046132f0>, None, 'normal') ... ok
test_arpack.test_hermitian_modes(True, <std-hermitian>, 'F', 2, 'LM', None, 0.5, <class 'scipy.sparse.csr.csr_matrix'>) ... ERROR
test_arpack.test_hermitian_modes(True, <std-hermitian>, 'F', 2, 'LM', None, None, <class 'scipy.sparse.csr.csr_matrix'>) ... ERROR
test_arpack.test_hermitian_modes(True, <std-hermitian>, 'F', 2, 'LM', None, 0.5, <function aslinearoperator at 0x106add1e0>) ... ERROR
test_arpack.test_hermitian_modes(True, <std-hermitian>, 'F', 2, 'LM', None, None, <function aslinearoperator at 0x106add1e0>) ... ERROR
test_arpack.test_hermitian_modes(True, <std-hermitian>, 'F', 2, 'LM', None, 0.5, <function asarray at 0x1046132f0>) ... ERROR
test_arpack.test_hermitian_modes(True, <std-hermitian>, 'F', 2, 'LM', None, None, <function asarray at 0x1046132f0>) ... ERROR
test_arpack.test_hermitian_modes(True, <std-hermitian>, 'F', 2, 'SM', None, 0.5, <class 'scipy.sparse.csr.csr_matrix'>) ... ERROR
test_arpack.test_hermitian_modes(True, <std-hermitian>, 'F', 2, 'SM', None, None, <class 'scipy.sparse.csr.csr_matrix'>) ... ERROR
test_arpack.test_hermitian_modes(True, <std-hermitian>, 'F', 2, 'SM', None, 0.5, <function aslinearoperator at 0x106add1e0>) ... ERROR
test_arpack.test_hermitian_modes(True, <std-hermitian>, 'F', 2, 'SM', None, None, <function aslinearoperator at 0x106add1e0>) ... ERROR
test_arpack.test_hermitian_modes(True, <std-hermitian>, 'F', 2, 'SM', None, 0.5, <function asarray at 0x1046132f0>) ... ERROR
test_arpack.test_hermitian_modes(True, <std-hermitian>, 'F', 2, 'SM', None, None, <function asarray at 0x1046132f0>) ... ERROR
test_arpack.test_hermitian_modes(True, <std-hermitian>, 'F', 2, 'LA', None, 0.5, <class 'scipy.sparse.csr.csr_matrix'>) ... ERROR
test_arpack.test_hermitian_modes(True, <std-hermitian>, 'F', 2, 'LA', None, None, <class 'scipy.sparse.csr.csr_matrix'>) ... ERROR
test_arpack.test_hermitian_modes(True, <std-hermitian>, 'F', 2, 'LA', None, 0.5, <function aslinearoperator at 0x106add1e0>) ... ERROR
test_arpack.test_hermitian_modes(True, <std-hermitian>, 'F', 2, 'LA', None, None, <function aslinearoperator at 0x106add1e0>) ... ERROR
test_arpack.test_hermitian_modes(True, <std-hermitian>, 'F', 2, 'LA', None, 0.5, <function asarray at 0x1046132f0>) ... ERROR
test_arpack.test_hermitian_modes(True, <std-hermitian>, 'F', 2, 'LA', None, None, <function asarray at 0x1046132f0>) ... ERROR
test_arpack.test_hermitian_modes(True, <std-hermitian>, 'F', 2, 'SA', None, 0.5, <class 'scipy.sparse.csr.csr_matrix'>) ... ERROR
test_arpack.test_hermitian_modes(True, <std-hermitian>, 'F', 2, 'SA', None, None, <class 'scipy.sparse.csr.csr_matrix'>) ... ERROR
test_arpack.test_hermitian_modes(True, <std-hermitian>, 'F', 2, 'SA', None, 0.5, <function aslinearoperator at 0x106add1e0>) ... ERROR
test_arpack.test_hermitian_modes(True, <std-hermitian>, 'F', 2, 'SA', None, None, <function aslinearoperator at 0x106add1e0>) ... ERROR
test_arpack.test_hermitian_modes(True, <std-hermitian>, 'F', 2, 'SA', None, 0.5, <function asarray at 0x1046132f0>) ... ERROR
test_arpack.test_hermitian_modes(True, <std-hermitian>, 'F', 2, 'SA', None, None, <function asarray at 0x1046132f0>) ... ERROR
test_arpack.test_hermitian_modes(True, <std-hermitian>, 'D', 2, 'LM', None, 0.5, <class 'scipy.sparse.csr.csr_matrix'>) ... ok
test_arpack.test_hermitian_modes(True, <std-hermitian>, 'D', 2, 'LM', None, None, <class 'scipy.sparse.csr.csr_matrix'>) ... ok
test_arpack.test_hermitian_modes(True, <std-hermitian>, 'D', 2, 'LM', None, 0.5, <function aslinearoperator at 0x106add1e0>) ... ok
test_arpack.test_hermitian_modes(True, <std-hermitian>, 'D', 2, 'LM', None, None, <function aslinearoperator at 0x106add1e0>) ... ok
test_arpack.test_hermitian_modes(True, <std-hermitian>, 'D', 2, 'LM', None, 0.5, <function asarray at 0x1046132f0>) ... ok
test_arpack.test_hermitian_modes(True, <std-hermitian>, 'D', 2, 'LM', None, None, <function asarray at 0x1046132f0>) ... ok
test_arpack.test_hermitian_modes(True, <std-hermitian>, 'D', 2, 'SM', None, 0.5, <class 'scipy.sparse.csr.csr_matrix'>) ... ok
test_arpack.test_hermitian_modes(True, <std-hermitian>, 'D', 2, 'SM', None, None, <class 'scipy.sparse.csr.csr_matrix'>) ... ok
test_arpack.test_hermitian_modes(True, <std-hermitian>, 'D', 2, 'SM', None, 0.5, <function aslinearoperator at 0x106add1e0>) ... ok
test_arpack.test_hermitian_modes(True, <std-hermitian>, 'D', 2, 'SM', None, None, <function aslinearoperator at 0x106add1e0>) ... ok
test_arpack.test_hermitian_modes(True, <std-hermitian>, 'D', 2, 'SM', None, 0.5, <function asarray at 0x1046132f0>) ... ok
test_arpack.test_hermitian_modes(True, <std-hermitian>, 'D', 2, 'SM', None, None, <function asarray at 0x1046132f0>) ... ok
test_arpack.test_hermitian_modes(True, <std-hermitian>, 'D', 2, 'LA', None, 0.5, <class 'scipy.sparse.csr.csr_matrix'>) ... ok
test_arpack.test_hermitian_modes(True, <std-hermitian>, 'D', 2, 'LA', None, None, <class 'scipy.sparse.csr.csr_matrix'>) ... ok
test_arpack.test_hermitian_modes(True, <std-hermitian>, 'D', 2, 'LA', None, 0.5, <function aslinearoperator at 0x106add1e0>) ... ok
test_arpack.test_hermitian_modes(True, <std-hermitian>, 'D', 2, 'LA', None, None, <function aslinearoperator at 0x106add1e0>) ... ok
test_arpack.test_hermitian_modes(True, <std-hermitian>, 'D', 2, 'LA', None, 0.5, <function asarray at 0x1046132f0>) ... ok
test_arpack.test_hermitian_modes(True, <std-hermitian>, 'D', 2, 'LA', None, None, <function asarray at 0x1046132f0>) ... ok
test_arpack.test_hermitian_modes(True, <std-hermitian>, 'D', 2, 'SA', None, 0.5, <class 'scipy.sparse.csr.csr_matrix'>) ... ok
test_arpack.test_hermitian_modes(True, <std-hermitian>, 'D', 2, 'SA', None, None, <class 'scipy.sparse.csr.csr_matrix'>) ... ok
test_arpack.test_hermitian_modes(True, <std-hermitian>, 'D', 2, 'SA', None, 0.5, <function aslinearoperator at 0x106add1e0>) ... ok
test_arpack.test_hermitian_modes(True, <std-hermitian>, 'D', 2, 'SA', None, None, <function aslinearoperator at 0x106add1e0>) ... ok
test_arpack.test_hermitian_modes(True, <std-hermitian>, 'D', 2, 'SA', None, 0.5, <function asarray at 0x1046132f0>) ... ok
test_arpack.test_hermitian_modes(True, <std-hermitian>, 'D', 2, 'SA', None, None, <function asarray at 0x1046132f0>) ... ok
test_arpack.test_hermitian_modes(True, <gen-hermitian>, 'F', 2, 'LM', None, 0.5, <class 'scipy.sparse.csr.csr_matrix'>) ... ok
test_arpack.test_hermitian_modes(True, <gen-hermitian>, 'F', 2, 'LM', None, None, <class 'scipy.sparse.csr.csr_matrix'>) ... ok
test_arpack.test_hermitian_modes(True, <gen-hermitian>, 'F', 2, 'LM', None, 0.5, <function aslinearoperator at 0x106add1e0>) ... ok
test_arpack.test_hermitian_modes(True, <gen-hermitian>, 'F', 2, 'LM', None, None, <function aslinearoperator at 0x106add1e0>) ... ERROR
test_arpack.test_hermitian_modes(True, <gen-hermitian>, 'F', 2, 'LM', None, 0.5, <function asarray at 0x1046132f0>) ... ok
test_arpack.test_hermitian_modes(True, <gen-hermitian>, 'F', 2, 'LM', None, None, <function asarray at 0x1046132f0>) ... ok
test_arpack.test_hermitian_modes(True, <gen-hermitian>, 'F', 2, 'SM', None, 0.5, <class 'scipy.sparse.csr.csr_matrix'>) ... ok
test_arpack.test_hermitian_modes(True, <gen-hermitian>, 'F', 2, 'SM', None, None, <class 'scipy.sparse.csr.csr_matrix'>) ... ok
test_arpack.test_hermitian_modes(True, <gen-hermitian>, 'F', 2, 'SM', None, 0.5, <function aslinearoperator at 0x106add1e0>) ... ok
test_arpack.test_hermitian_modes(True, <gen-hermitian>, 'F', 2, 'SM', None, None, <function aslinearoperator at 0x106add1e0>) ... ERROR
test_arpack.test_hermitian_modes(True, <gen-hermitian>, 'F', 2, 'SM', None, 0.5, <function asarray at 0x1046132f0>) ... ok
test_arpack.test_hermitian_modes(True, <gen-hermitian>, 'F', 2, 'SM', None, None, <function asarray at 0x1046132f0>) ... ok
test_arpack.test_hermitian_modes(True, <gen-hermitian>, 'F', 2, 'LA', None, 0.5, <class 'scipy.sparse.csr.csr_matrix'>) ... ok
test_arpack.test_hermitian_modes(True, <gen-hermitian>, 'F', 2, 'LA', None, None, <class 'scipy.sparse.csr.csr_matrix'>) ... ok
test_arpack.test_hermitian_modes(True, <gen-hermitian>, 'F', 2, 'LA', None, 0.5, <function aslinearoperator at 0x106add1e0>) ... ok
test_arpack.test_hermitian_modes(True, <gen-hermitian>, 'F', 2, 'LA', None, None, <function aslinearoperator at 0x106add1e0>) ... ERROR
test_arpack.test_hermitian_modes(True, <gen-hermitian>, 'F', 2, 'LA', None, 0.5, <function asarray at 0x1046132f0>) ... ok
test_arpack.test_hermitian_modes(True, <gen-hermitian>, 'F', 2, 'LA', None, None, <function asarray at 0x1046132f0>) ... ok
test_arpack.test_hermitian_modes(True, <gen-hermitian>, 'F', 2, 'SA', None, 0.5, <class 'scipy.sparse.csr.csr_matrix'>) ... ok
test_arpack.test_hermitian_modes(True, <gen-hermitian>, 'F', 2, 'SA', None, None, <class 'scipy.sparse.csr.csr_matrix'>) ... ok
test_arpack.test_hermitian_modes(True, <gen-hermitian>, 'F', 2, 'SA', None, 0.5, <function aslinearoperator at 0x106add1e0>) ... ok
test_arpack.test_hermitian_modes(True, <gen-hermitian>, 'F', 2, 'SA', None, None, <function aslinearoperator at 0x106add1e0>) ... ERROR
test_arpack.test_hermitian_modes(True, <gen-hermitian>, 'F', 2, 'SA', None, 0.5, <function asarray at 0x1046132f0>) ... ok
test_arpack.test_hermitian_modes(True, <gen-hermitian>, 'F', 2, 'SA', None, None, <function asarray at 0x1046132f0>) ... ok
test_arpack.test_hermitian_modes(True, <gen-hermitian>, 'D', 2, 'LM', None, 0.5, <class 'scipy.sparse.csr.csr_matrix'>) ... ok
test_arpack.test_hermitian_modes(True, <gen-hermitian>, 'D', 2, 'LM', None, None, <class 'scipy.sparse.csr.csr_matrix'>) ... ok
test_arpack.test_hermitian_modes(True, <gen-hermitian>, 'D', 2, 'LM', None, 0.5, <function aslinearoperator at 0x106add1e0>) ... ok
test_arpack.test_hermitian_modes(True, <gen-hermitian>, 'D', 2, 'LM', None, None, <function aslinearoperator at 0x106add1e0>) ... ok
test_arpack.test_hermitian_modes(True, <gen-hermitian>, 'D', 2, 'LM', None, 0.5, <function asarray at 0x1046132f0>) ... ok
test_arpack.test_hermitian_modes(True, <gen-hermitian>, 'D', 2, 'LM', None, None, <function asarray at 0x1046132f0>) ... ok
test_arpack.test_hermitian_modes(True, <gen-hermitian>, 'D', 2, 'SM', None, 0.5, <class 'scipy.sparse.csr.csr_matrix'>) ... ok
test_arpack.test_hermitian_modes(True, <gen-hermitian>, 'D', 2, 'SM', None, None, <class 'scipy.sparse.csr.csr_matrix'>) ... ok
test_arpack.test_hermitian_modes(True, <gen-hermitian>, 'D', 2, 'SM', None, 0.5, <function aslinearoperator at 0x106add1e0>) ... ok
test_arpack.test_hermitian_modes(True, <gen-hermitian>, 'D', 2, 'SM', None, None, <function aslinearoperator at 0x106add1e0>) ... ok
test_arpack.test_hermitian_modes(True, <gen-hermitian>, 'D', 2, 'SM', None, 0.5, <function asarray at 0x1046132f0>) ... ok
test_arpack.test_hermitian_modes(True, <gen-hermitian>, 'D', 2, 'SM', None, None, <function asarray at 0x1046132f0>) ... ok
test_arpack.test_hermitian_modes(True, <gen-hermitian>, 'D', 2, 'LA', None, 0.5, <class 'scipy.sparse.csr.csr_matrix'>) ... ok
test_arpack.test_hermitian_modes(True, <gen-hermitian>, 'D', 2, 'LA', None, None, <class 'scipy.sparse.csr.csr_matrix'>) ... ok
test_arpack.test_hermitian_modes(True, <gen-hermitian>, 'D', 2, 'LA', None, 0.5, <function aslinearoperator at 0x106add1e0>) ... ok
test_arpack.test_hermitian_modes(True, <gen-hermitian>, 'D', 2, 'LA', None, None, <function aslinearoperator at 0x106add1e0>) ... ok
test_arpack.test_hermitian_modes(True, <gen-hermitian>, 'D', 2, 'LA', None, 0.5, <function asarray at 0x1046132f0>) ... ok
test_arpack.test_hermitian_modes(True, <gen-hermitian>, 'D', 2, 'LA', None, None, <function asarray at 0x1046132f0>) ... ok
test_arpack.test_hermitian_modes(True, <gen-hermitian>, 'D', 2, 'SA', None, 0.5, <class 'scipy.sparse.csr.csr_matrix'>) ... ok
test_arpack.test_hermitian_modes(True, <gen-hermitian>, 'D', 2, 'SA', None, None, <class 'scipy.sparse.csr.csr_matrix'>) ... ok
test_arpack.test_hermitian_modes(True, <gen-hermitian>, 'D', 2, 'SA', None, 0.5, <function aslinearoperator at 0x106add1e0>) ... ok
test_arpack.test_hermitian_modes(True, <gen-hermitian>, 'D', 2, 'SA', None, None, <function aslinearoperator at 0x106add1e0>) ... ok
test_arpack.test_hermitian_modes(True, <gen-hermitian>, 'D', 2, 'SA', None, 0.5, <function asarray at 0x1046132f0>) ... ok
test_arpack.test_hermitian_modes(True, <gen-hermitian>, 'D', 2, 'SA', None, None, <function asarray at 0x1046132f0>) ... ok
test_arpack.test_symmetric_starting_vector(True, <std-symmetric>, 'f', 1, 'LM', array([ 0.41269636,  0.00960835,  0.35408631,  0.01148503,  0.50139314, ... ERROR
test_arpack.test_symmetric_starting_vector(True, <std-symmetric>, 'd', 1, 'LM', array([ 0.56676437,  0.19022742,  0.45528289,  0.71284735,  0.77866285, ... ok
test_arpack.test_symmetric_starting_vector(True, <gen-symmetric>, 'f', 1, 'LM', array([ 0.14138307,  0.01164138,  0.71092969,  0.36212587,  0.34644246, ... ERROR
test_arpack.test_symmetric_starting_vector(True, <gen-symmetric>, 'd', 1, 'LM', array([ 0.46962556,  0.56231337,  0.87562271,  0.00308084,  0.84794618, ... ok
test_arpack.test_symmetric_starting_vector(True, <std-symmetric>, 'f', 2, 'LM', array([ 0.98596376,  0.85196507,  0.79026061,  0.10343032,  0.70278829, ... ERROR
test_arpack.test_symmetric_starting_vector(True, <std-symmetric>, 'd', 2, 'LM', array([ 0.53233171,  0.3101198 ,  0.67918398,  0.70867385,  0.33128772, ... ok
test_arpack.test_symmetric_starting_vector(True, <gen-symmetric>, 'f', 2, 'LM', array([ 0.70464522,  0.51724982,  0.67499   ,  0.81002331,  0.66976255, ... ERROR
test_arpack.test_symmetric_starting_vector(True, <gen-symmetric>, 'd', 2, 'LM', array([ 0.42437501,  0.48749626,  0.72897401,  0.58120501,  0.29981558, ... ok
test_arpack.test_symmetric_starting_vector(True, <std-symmetric>, 'f', 3, 'LM', array([ 0.08962601,  0.81984955,  0.35813275,  0.22546215,  0.12842874, ... ERROR
test_arpack.test_symmetric_starting_vector(True, <std-symmetric>, 'd', 3, 'LM', array([ 0.24999289,  0.76675923,  0.12279806,  0.27926745,  0.59434502, ... ok
test_arpack.test_symmetric_starting_vector(True, <gen-symmetric>, 'f', 3, 'LM', array([ 0.97633594,  0.59026343,  0.30687043,  0.51567054,  0.1712912 , ... ERROR
test_arpack.test_symmetric_starting_vector(True, <gen-symmetric>, 'd', 3, 'LM', array([ 0.06844307,  0.90287966,  0.30342479,  0.45676258,  0.00906532, ... ok
test_arpack.test_symmetric_starting_vector(True, <std-symmetric>, 'f', 4, 'LM', array([ 0.73214144,  0.62640047,  0.54344255,  0.80745506,  0.87415659, ... ERROR
test_arpack.test_symmetric_starting_vector(True, <std-symmetric>, 'd', 4, 'LM', array([ 0.16603075,  0.11532257,  0.67992713,  0.1599241 ,  0.0114733 , ... ok
test_arpack.test_symmetric_starting_vector(True, <gen-symmetric>, 'f', 4, 'LM', array([ 0.61669004,  0.34440598,  0.64905792,  0.36332896,  0.66675228, ... ERROR
test_arpack.test_symmetric_starting_vector(True, <gen-symmetric>, 'd', 4, 'LM', array([ 0.26326538,  0.9545484 ,  0.05326332,  0.51488055,  0.50778964, ... ok
test_arpack.test_symmetric_starting_vector(True, <std-symmetric>, 'f', 5, 'LM', array([ 0.80487007,  0.60510474,  0.19692439,  0.63565904,  0.91801673, ... ERROR
test_arpack.test_symmetric_starting_vector(True, <std-symmetric>, 'd', 5, 'LM', array([ 0.67410763,  0.48056736,  0.81938441,  0.69739442,  0.77492463, ... ok
test_arpack.test_symmetric_starting_vector(True, <gen-symmetric>, 'f', 5, 'LM', array([ 0.32776815,  0.49633607,  0.41503069,  0.109256  ,  0.42711499, ... ERROR
test_arpack.test_symmetric_starting_vector(True, <gen-symmetric>, 'd', 5, 'LM', array([ 0.63241427,  0.07749855,  0.13707459,  0.1603934 ,  0.48464977, ... ok
test_arpack.test_symmetric_no_convergence ... ok
test_arpack.test_real_nonsymmetric_modes(False, <std-real-nonsym>, 'f', 2, 'LM', None, 0.1, <class 'scipy.sparse.csr.csr_matrix'>, 'r') ... /opt/local/Library/Frameworks/Python.framework/Versions/3.4/lib/python3.4/site-packages/scipy/sparse/linalg/eigen/arpack/tests/test_arpack.py:144: RuntimeWarning: divide by zero encountered in true_divide
  reval = 0.5 * (1. / (eval - sigma)
/opt/local/Library/Frameworks/Python.framework/Versions/3.4/lib/python3.4/site-packages/scipy/sparse/linalg/eigen/arpack/tests/test_arpack.py:144: RuntimeWarning: invalid value encountered in true_divide
  reval = 0.5 * (1. / (eval - sigma)
/opt/local/Library/Frameworks/Python.framework/Versions/3.4/lib/python3.4/site-packages/scipy/sparse/linalg/eigen/arpack/tests/test_arpack.py:145: RuntimeWarning: divide by zero encountered in true_divide
  + 1. / (eval - np.conj(sigma)))
/opt/local/Library/Frameworks/Python.framework/Versions/3.4/lib/python3.4/site-packages/scipy/sparse/linalg/eigen/arpack/tests/test_arpack.py:145: RuntimeWarning: invalid value encountered in true_divide
  + 1. / (eval - np.conj(sigma)))
/opt/local/Library/Frameworks/Python.framework/Versions/3.4/lib/python3.4/site-packages/scipy/sparse/linalg/eigen/arpack/tests/test_arpack.py:145: RuntimeWarning: invalid value encountered in multiply
  + 1. / (eval - np.conj(sigma)))
FAIL
test_arpack.test_real_nonsymmetric_modes(False, <std-real-nonsym>, 'f', 2, 'LM', None, (0.1+0.1j), <class 'scipy.sparse.csr.csr_matrix'>, 'r') ... ERROR
test_arpack.test_real_nonsymmetric_modes(False, <std-real-nonsym>, 'f', 2, 'LM', None, (0.1+0.1j), <class 'scipy.sparse.csr.csr_matrix'>, 'i') ... ERROR
test_arpack.test_real_nonsymmetric_modes(False, <std-real-nonsym>, 'f', 2, 'LM', None, None, <class 'scipy.sparse.csr.csr_matrix'>, None) ... ERROR
test_arpack.test_real_nonsymmetric_modes(False, <std-real-nonsym>, 'f', 2, 'LM', None, 0.1, <function aslinearoperator at 0x106add1e0>, 'r') ... FAIL
test_arpack.test_real_nonsymmetric_modes(False, <std-real-nonsym>, 'f', 2, 'LM', None, (0.1+0.1j), <function aslinearoperator at 0x106add1e0>, 'r') ... ERROR
test_arpack.test_real_nonsymmetric_modes(False, <std-real-nonsym>, 'f', 2, 'LM', None, (0.1+0.1j), <function aslinearoperator at 0x106add1e0>, 'i') ... ERROR
test_arpack.test_real_nonsymmetric_modes(False, <std-real-nonsym>, 'f', 2, 'LM', None, None, <function aslinearoperator at 0x106add1e0>, None) ... ERROR
test_arpack.test_real_nonsymmetric_modes(False, <std-real-nonsym>, 'f', 2, 'LM', None, 0.1, <function asarray at 0x1046132f0>, 'r') ... FAIL
test_arpack.test_real_nonsymmetric_modes(False, <std-real-nonsym>, 'f', 2, 'LM', None, (0.1+0.1j), <function asarray at 0x1046132f0>, 'r') ... ERROR
test_arpack.test_real_nonsymmetric_modes(False, <std-real-nonsym>, 'f', 2, 'LM', None, (0.1+0.1j), <function asarray at 0x1046132f0>, 'i') ... ERROR
test_arpack.test_real_nonsymmetric_modes(False, <std-real-nonsym>, 'f', 2, 'LM', None, None, <function asarray at 0x1046132f0>, None) ... ERROR
test_arpack.test_real_nonsymmetric_modes(False, <std-real-nonsym>, 'f', 2, 'LR', None, 0.1, <class 'scipy.sparse.csr.csr_matrix'>, 'r') ... FAIL
test_arpack.test_real_nonsymmetric_modes(False, <std-real-nonsym>, 'f', 2, 'LR', None, (0.1+0.1j), <class 'scipy.sparse.csr.csr_matrix'>, 'r') ... ERROR
test_arpack.test_real_nonsymmetric_modes(False, <std-real-nonsym>, 'f', 2, 'LR', None, (0.1+0.1j), <class 'scipy.sparse.csr.csr_matrix'>, 'i') ... ERROR
test_arpack.test_real_nonsymmetric_modes(False, <std-real-nonsym>, 'f', 2, 'LR', None, None, <class 'scipy.sparse.csr.csr_matrix'>, None) ... ERROR
test_arpack.test_real_nonsymmetric_modes(False, <std-real-nonsym>, 'f', 2, 'LR', None, 0.1, <function aslinearoperator at 0x106add1e0>, 'r') ... ^C^C^CTerminated: 15

real	2m0.116s
user	1m58.034s
sys	0m1.105s