Bug#871095: skimage: FTBFS: failed tests

[Lucas Nussbaum]

Source: skimage
Version: 0.12.3-9
Severity: serious
Tags: buster sid
User: debian-qa at lists.debian.org
Usertags: qa-ftbfs-20170805 qa-ftbfs
Justification: FTBFS on amd64

Hi,

During a rebuild of all packages in sid, your package failed to build on
amd64.

Relevant part (hopefully):
> make[1]: Entering directory '/<<PKGBUILDDIR>>'
> pkgbuild=yes debian/tests/python2
> === python2.7 ===
> /<<PKGBUILDDIR>>/debian/tmp/usr/lib/python2.7/dist-packages/skimage/filter/__init__.py:6: skimage_deprecation: The `skimage.filter` module has been renamed to `skimage.filters`.  This placeholder module will be removed in v0.13.
>   warn(skimage_deprecation('The `skimage.filter` module has been renamed '
> /<<PKGBUILDDIR>>/debian/tmp/usr/lib/python2.7/dist-packages/skimage/viewer/__init__.py:6: UserWarning: Viewer requires Qt
>   warn('Viewer requires Qt')
> Default package level setup routine for skimage tests. ... ok
> Default package level teardown routine for skimage tests. ... ok
> skimage.color.tests.test_adapt_rgb.test_gray_scale_image ... ok
> skimage.color.tests.test_adapt_rgb.test_each_channel ... ok
> skimage.color.tests.test_adapt_rgb.test_each_channel_with_filter_argument ... ok
> skimage.color.tests.test_adapt_rgb.test_hsv_value ... ok
> skimage.color.tests.test_adapt_rgb.test_hsv_value_with_filter_argument ... ok
> skimage.color.tests.test_adapt_rgb.test_hsv_value_with_non_float_output ... ok
> test_convert_colorspace (skimage.color.tests.test_colorconv.TestColorconv) ... ok
> test_hdx_rgb_roundtrip (skimage.color.tests.test_colorconv.TestColorconv) ... ok
> test_hed_rgb_float_roundtrip (skimage.color.tests.test_colorconv.TestColorconv) ... ok
> test_hed_rgb_roundtrip (skimage.color.tests.test_colorconv.TestColorconv) ... ok
> test_hsv2rgb_conversion (skimage.color.tests.test_colorconv.TestColorconv) ... ok
> test_hsv2rgb_error_grayscale (skimage.color.tests.test_colorconv.TestColorconv) ... ok
> test_hsv2rgb_error_one_element (skimage.color.tests.test_colorconv.TestColorconv) ... ok
> test_lab2xyz (skimage.color.tests.test_colorconv.TestColorconv) ... ok
> test_lab_full_gamut (skimage.color.tests.test_colorconv.TestColorconv) ... ok
> test_lab_lch_0d (skimage.color.tests.test_colorconv.TestColorconv) ... ok
> test_lab_lch_1d (skimage.color.tests.test_colorconv.TestColorconv) ... ok
> test_lab_lch_3d (skimage.color.tests.test_colorconv.TestColorconv) ... ok
> test_lab_lch_roundtrip (skimage.color.tests.test_colorconv.TestColorconv) ... ok
> test_lab_rgb_outlier (skimage.color.tests.test_colorconv.TestColorconv) ... ok
> test_lab_rgb_roundtrip (skimage.color.tests.test_colorconv.TestColorconv) ... ok
> test_luv2xyz (skimage.color.tests.test_colorconv.TestColorconv) ... ok
> test_luv_rgb_roundtrip (skimage.color.tests.test_colorconv.TestColorconv) ... ok
> test_rgb2grey (skimage.color.tests.test_colorconv.TestColorconv) ... ok
> test_rgb2grey_alpha (skimage.color.tests.test_colorconv.TestColorconv) ... ok
> test_rgb2grey_contiguous (skimage.color.tests.test_colorconv.TestColorconv) ... ok
> test_rgb2grey_on_grey (skimage.color.tests.test_colorconv.TestColorconv) ... ok
> test_rgb2hsv_conversion (skimage.color.tests.test_colorconv.TestColorconv) ... ok
> test_rgb2hsv_error_grayscale (skimage.color.tests.test_colorconv.TestColorconv) ... ok
> test_rgb2hsv_error_one_element (skimage.color.tests.test_colorconv.TestColorconv) ... ok
> Test the RGB->Lab conversion by comparing to the calculator on the ... ok
> Test the RGB->Lab conversion by comparing to the calculator on the ... ok
> test_rgb2rgbcie_conversion (skimage.color.tests.test_colorconv.TestColorconv) ... ok
> test_rgb2xyz_conversion (skimage.color.tests.test_colorconv.TestColorconv) ... ok
> test_rgb2xyz_error_grayscale (skimage.color.tests.test_colorconv.TestColorconv) ... ok
> test_rgb2xyz_error_one_element (skimage.color.tests.test_colorconv.TestColorconv) ... ok
> test_rgb_lch_roundtrip (skimage.color.tests.test_colorconv.TestColorconv) ... ok
> test_rgbcie2rgb_conversion (skimage.color.tests.test_colorconv.TestColorconv) ... ok
> test_xyz2lab (skimage.color.tests.test_colorconv.TestColorconv) ... ok
> test_xyz2luv (skimage.color.tests.test_colorconv.TestColorconv) ... ok
> test_xyz2rgb_conversion (skimage.color.tests.test_colorconv.TestColorconv) ... ok
> test_xyz_rgb_roundtrip (skimage.color.tests.test_colorconv.TestColorconv) ... ok
> skimage.color.tests.test_colorconv.test_guess_spatial_dimensions ... ok
> skimage.color.tests.test_colorconv.test_gray2rgb ... ok
> skimage.color.tests.test_colorconv.test_gray2rgb_rgb ... ok
> skimage.color.tests.test_colorconv.test_gray2rgb_alpha ... ok
> skimage.color.tests.test_colorlabel.test_shape_mismatch ... ok
> skimage.color.tests.test_colorlabel.test_rgb ... ok
> skimage.color.tests.test_colorlabel.test_alpha ... ok
> skimage.color.tests.test_colorlabel.test_no_input_image ... ok
> skimage.color.tests.test_colorlabel.test_image_alpha ... ok
> skimage.color.tests.test_colorlabel.test_color_names ... ok
> skimage.color.tests.test_colorlabel.test_bg_and_color_cycle ... ok
> Assert that the same labels map to the same colors. ... ok
> skimage.color.tests.test_colorlabel.test_leave_labels_alone ... ok
> skimage.color.tests.test_colorlabel.test_avg ... ok
> skimage.color.tests.test_colorlabel.test_negative_intensity ... ok
> skimage.color.tests.test_delta_e.test_ciede2000_dE ... ok
> skimage.color.tests.test_delta_e.test_cie76 ... ok
> skimage.color.tests.test_delta_e.test_ciede94 ... ok
> skimage.color.tests.test_delta_e.test_cmc ... ok
> skimage.color.tests.test_delta_e.test_single_color_cie76 ... ok
> skimage.color.tests.test_delta_e.test_single_color_ciede94 ... ok
> skimage.color.tests.test_delta_e.test_single_color_ciede2000 ... ok
> skimage.color.tests.test_delta_e.test_single_color_cmc ... ok
> Default package level setup routine for skimage tests. ... ok
> Default package level teardown routine for skimage tests. ... ok
> Test that "Lena" has been removed ... /<<PKGBUILDDIR>>/debian/tmp/usr/lib/python2.7/dist-packages/skimage/data/__init__.py:61: skimage_deprecation: Call to deprecated function ``lena``. Use ``skimage.data.astronaut`` instead.
>   def lena():
> ok
> Test that "astronaut" image can be loaded. ... ok
> Test that "camera" image can be loaded. ... ok
> Test that "checkerboard" image can be loaded. ... ok
> Test that "text" image can be loaded. ... ok
> Test that "moon" image can be loaded. ... ok
> Test that "page" image can be loaded. ... ok
> Test that "clock" image can be loaded. ... ok
> Test that "chelsea" image can be loaded. ... ok
> Test that "coffee" image can be loaded. ... ok
> skimage.data.tests.test_data.test_binary_blobs ... ok
> Default package level setup routine for skimage tests. ... ok
> Default package level teardown routine for skimage tests. ... ok
> skimage.draw.tests.test_draw.test_set_color ... ok
> skimage.draw.tests.test_draw.test_set_color_with_alpha ... ok
> skimage.draw.tests.test_draw.test_line_vertical ... ok
> skimage.draw.tests.test_draw.test_line_reverse ... ok
> skimage.draw.tests.test_draw.test_line_diag ... ok
> skimage.draw.tests.test_draw.test_line_aa_horizontal ... ok
> skimage.draw.tests.test_draw.test_line_aa_vertical ... ok
> skimage.draw.tests.test_draw.test_line_aa_diagonal ... ok
> skimage.draw.tests.test_draw.test_line_equal_aliasing_horizontally_vertically ... ok
> skimage.draw.tests.test_draw.test_polygon_rectangle ... ok
> skimage.draw.tests.test_draw.test_polygon_rectangle_angular ... ok
> skimage.draw.tests.test_draw.test_polygon_parallelogram ... ok
> skimage.draw.tests.test_draw.test_polygon_exceed ... ok
> skimage.draw.tests.test_draw.test_circle ... ok
> Decorator to run the same function multiple times in parallel. ... ok
> skimage.draw.tests.test_draw.test_line_horizontal ... ok
> skimage.draw.tests.test_draw.test_circle_perimeter_bresenham ... ok
> skimage.draw.tests.test_draw.test_circle_perimeter_bresenham_shape ... ok
> skimage.draw.tests.test_draw.test_circle_perimeter_andres ... ok
> skimage.draw.tests.test_draw.test_circle_perimeter_aa ... ok
> skimage.draw.tests.test_draw.test_circle_perimeter_aa_shape ... ok
> skimage.draw.tests.test_draw.test_ellipse_trivial ... ok
> skimage.draw.tests.test_draw.test_ellipse_generic ... ok
> skimage.draw.tests.test_draw.test_ellipse_with_shape ... ok
> skimage.draw.tests.test_draw.test_ellipse_negative ... ok
> skimage.draw.tests.test_draw.test_ellipse_perimeter_dot_zeroangle ... ok
> skimage.draw.tests.test_draw.test_ellipse_perimeter_dot_nzeroangle ... ok
> skimage.draw.tests.test_draw.test_ellipse_perimeter_flat_zeroangle ... ok
> skimage.draw.tests.test_draw.test_ellipse_perimeter_zeroangle ... ok
> skimage.draw.tests.test_draw.test_ellipse_perimeter_nzeroangle ... ok
> skimage.draw.tests.test_draw.test_ellipse_perimeter_shape ... ok
> skimage.draw.tests.test_draw.test_bezier_segment_straight ... ok
> skimage.draw.tests.test_draw.test_bezier_segment_curved ... ok
> skimage.draw.tests.test_draw.test_bezier_curve_straight ... ok
> skimage.draw.tests.test_draw.test_bezier_curved_weight_eq_1 ... ok
> skimage.draw.tests.test_draw.test_bezier_curved_weight_neq_1 ... ok
> skimage.draw.tests.test_draw.test_bezier_curve_shape ... ok
> skimage.draw.tests.test_draw.test_polygon_perimeter ... ok
> skimage.draw.tests.test_draw.test_polygon_perimeter_outside_image ... ok
> skimage.draw.tests.test_draw3d.test_ellipsoid_sign_parameters1 ... ok
> skimage.draw.tests.test_draw3d.test_ellipsoid_sign_parameters2 ... ok
> skimage.draw.tests.test_draw3d.test_ellipsoid_sign_parameters3 ... ok
> skimage.draw.tests.test_draw3d.test_ellipsoid_bool ... ok
> skimage.draw.tests.test_draw3d.test_ellipsoid_levelset ... ok
> skimage.draw.tests.test_draw3d.test_ellipsoid_stats ... ok
> Default package level setup routine for skimage tests. ... ok
> Default package level teardown routine for skimage tests. ... ok
> skimage.exposure.tests.test_exposure.test_negative_overflow ... ok
> skimage.exposure.tests.test_exposure.test_all_negative_image ... ok
> Check integer bins used for uint8 images. ... ok
> skimage.exposure.tests.test_exposure.test_equalize_ubyte ... ok
> skimage.exposure.tests.test_exposure.test_equalize_float ... ok
> skimage.exposure.tests.test_exposure.test_equalize_masked ... ok
> skimage.exposure.tests.test_exposure.test_intensity_range_uint8((0, 1), [0, 1]) ... ok
> skimage.exposure.tests.test_exposure.test_intensity_range_uint8((0, 255), [0, 255]) ... ok
> skimage.exposure.tests.test_exposure.test_intensity_range_uint8((10, 20), [10, 20]) ... ok
> skimage.exposure.tests.test_exposure.test_intensity_range_float((0.10000000000000001, 0.20000000000000001), [0.1, 0.2]) ... ok
> skimage.exposure.tests.test_exposure.test_intensity_range_float((-1, 1), [-1, 1]) ... ok
> skimage.exposure.tests.test_exposure.test_intensity_range_float((0.3, 0.4), [0.3, 0.4]) ... ok
> skimage.exposure.tests.test_exposure.test_intensity_range_clipped_float ... ok
> skimage.exposure.tests.test_exposure.test_rescale_stretch ... ok
> skimage.exposure.tests.test_exposure.test_rescale_shrink ... ok
> skimage.exposure.tests.test_exposure.test_rescale_in_range ... ok
> skimage.exposure.tests.test_exposure.test_rescale_in_range_clip ... ok
> skimage.exposure.tests.test_exposure.test_rescale_out_range ... ok
> skimage.exposure.tests.test_exposure.test_rescale_named_in_range ... ok
> skimage.exposure.tests.test_exposure.test_rescale_named_out_range ... ok
> skimage.exposure.tests.test_exposure.test_rescale_uint12_limits ... ok
> skimage.exposure.tests.test_exposure.test_rescale_uint14_limits ... ok
> Test a scalar uint8 image ... ok
> Test a grayscale float image ... ok
> Test an RGB color uint16 image ... ok
> Test an RGBA color image ... ok
> Same image should be returned for gamma equal to one ... ok
> White image should be returned for gamma equal to zero ... ok
> Verifying the output with expected results for gamma ... ok
> Verifying the output with expected results for gamma ... ok
> skimage.exposure.tests.test_exposure.test_adjust_gamma_neggative ... ok
> Verifying the output with expected results for logarithmic ... ok
> Verifying the output with expected results for inverse logarithmic ... ok
> Verifying the output with expected results for sigmoid correction ... ok
> Verifying the output with expected results for sigmoid correction ... ok
> Verifying the output with expected results for sigmoid correction ... ok
> Verifying the output with expected results for inverse sigmoid ... ok
> skimage.exposure.tests.test_exposure.test_negative ... ok
> skimage.exposure.tests.test_exposure.test_is_low_contrast ... ok
> skimage.external.test_tifffile.TestSave.test_imsave_roundtrip(<type 'numpy.uint8'>, array([[168,  73, 157, 109,  34,  76, 145, 150, 146, 166], ... ok
> skimage.external.test_tifffile.TestSave.test_imsave_roundtrip(<type 'numpy.uint16'>, array([[62085, 47896, 16642, 13979, 33960,  1681, 13596, 27831, 24521, ... ok
> skimage.external.test_tifffile.TestSave.test_imsave_roundtrip(<type 'numpy.float32'>, array([[ 0.28351885,  0.37992695,  0.18115096,  0.78854549,  0.05684808, ... ok
> skimage.external.test_tifffile.TestSave.test_imsave_roundtrip(<type 'numpy.int16'>, array([[25664,  9449,  7910, 21708,  8062, 21818, 16950, 13896, 18175, ... ok
> skimage.external.test_tifffile.TestSave.test_imsave_roundtrip(<type 'numpy.float64'>, array([[ 0.08949455,  0.40594232,  0.0243132 ,  0.34261098,  0.62223106, ... ok
> skimage.external.test_tifffile.TestSave.test_imsave_roundtrip(<type 'numpy.uint8'>, array([[[ 85,  37,  15], ... ok
> skimage.external.test_tifffile.TestSave.test_imsave_roundtrip(<type 'numpy.uint16'>, array([[[50665, 14212, 59187], ... ok
> skimage.external.test_tifffile.TestSave.test_imsave_roundtrip(<type 'numpy.float32'>, array([[[ 0.20362093,  0.5663116 ,  0.18581675], ... ok
> skimage.external.test_tifffile.TestSave.test_imsave_roundtrip(<type 'numpy.int16'>, array([[[14036, 30249,  3443], ... ok
> skimage.external.test_tifffile.TestSave.test_imsave_roundtrip(<type 'numpy.float64'>, array([[[  1.01284247e-01,   4.83500658e-01,   3.13695054e-01], ... ok
> skimage.external.test_tifffile.TestSave.test_imsave_roundtrip(<type 'numpy.uint8'>, array([[[164,  93,  26, 200], ... ok
> skimage.external.test_tifffile.TestSave.test_imsave_roundtrip(<type 'numpy.uint16'>, array([[[36276,  3571, 12530, 39584], ... ok
> skimage.external.test_tifffile.TestSave.test_imsave_roundtrip(<type 'numpy.float32'>, array([[[ 0.15366654,  0.44449371,  0.49509633,  0.98976552], ... ok
> skimage.external.test_tifffile.TestSave.test_imsave_roundtrip(<type 'numpy.int16'>, array([[[22652, 16242, 28873, 29375], ... ok
> skimage.external.test_tifffile.TestSave.test_imsave_roundtrip(<type 'numpy.float64'>, array([[[  1.22365234e-01,   5.93599781e-01,   1.79648175e-01, ... ok
> skimage.external.test_tifffile.test_imread_uint16 ... ok
> skimage.external.test_tifffile.test_imread_uint16_big_endian ... ok
> skimage.external.test_tifffile.test_extension ... ok
> Default package level setup routine for skimage tests. ... ok
> Default package level teardown routine for skimage tests. ... ok
> skimage.feature.tests.test_blob.test_blob_dog ... ok
> skimage.feature.tests.test_blob.test_blob_log ... ok
> skimage.feature.tests.test_blob.test_blob_doh ... ok
> skimage.feature.tests.test_blob.test_blob_overlap ... ok
> Brief descriptors can be evaluated on gray-scale images only. ... ok
> Verify the computed BRIEF descriptors with expected for normal mode. ... ok
> Verify the computed BRIEF descriptors with expected for uniform mode. ... ok
> skimage.feature.tests.test_brief.test_unsupported_mode ... ok
> skimage.feature.tests.test_brief.test_border ... ok
> Decorator to run the same function multiple times in parallel. ... ok
> Test that the Canny filter finds no points for a blank field ... ok
> Test that the Canny filter finds no points in a masked image ... ok
> Test that the Canny filter finds the outlines of a circle ... ok
> Test that the Canny filter finds the circle outlines ... ok
> test_image_shape (skimage.feature.tests.test_canny.TestCanny) ... ok
> test_invalid_use_quantiles (skimage.feature.tests.test_canny.TestCanny) ... ok
> test_mask_none (skimage.feature.tests.test_canny.TestCanny) ... ok
> test_use_quantiles (skimage.feature.tests.test_canny.TestCanny) ... ok
> Censure feature detector should work on 2D image of any shape. ... ok
> Censure keypoints can be extracted from gray-scale images only. ... ok
> Mode argument in keypoints_censure can be either DoB, Octagon or ... ok
> Difference between the the max_scale and min_scale parameters in ... ok
> Verify the actual Censure keypoints and their corresponding scale with ... ok
> Verify the actual Censure keypoints and their corresponding scale with ... ok
> Decorator to run the same function multiple times in parallel. ... ok
> Verify the actual Censure keypoints and their corresponding scale with ... ok
> skimage.feature.tests.test_corner.test_structure_tensor ... ok
> skimage.feature.tests.test_corner.test_hessian_matrix ... ok
> skimage.feature.tests.test_corner.test_structure_tensor_eigvals ... ok
> skimage.feature.tests.test_corner.test_hessian_matrix_eigvals ... ok
> skimage.feature.tests.test_corner.test_noisy_square_image ... ok
> skimage.feature.tests.test_corner.test_squared_dot ... ok
> The harris filter should yield the same results with an image and it's ... ok
> Decorator to run the same function multiple times in parallel. ... ok
> skimage.feature.tests.test_corner.test_subpix_edge ... ok
> skimage.feature.tests.test_corner.test_subpix_dot ... ok
> skimage.feature.tests.test_corner.test_corner_fast_astronaut ... ok
> skimage.feature.tests.test_corner.test_corner_orientations_astronaut ... ok
> skimage.feature.tests.test_corner.test_hessian_matrix_det ... ok
> skimage.feature.tests.test_corner.test_square_image ... ok
> skimage.feature.tests.test_corner.test_subpix_no_class ... ok
> skimage.feature.tests.test_corner.test_subpix_border ... ok
> For a bunch of different values of num_peaks, check that ... /<<PKGBUILDDIR>>/debian/tmp/usr/lib/python2.7/dist-packages/skimage/feature/tests/test_corner.py:265: DeprecationWarning: This function is deprecated. Please call randint(1, 20 + 1) instead
>   n = np.random.random_integers(20)
> ok
> skimage.feature.tests.test_corner.test_corner_peaks ... ok
> Some of the corner detectors had a weakness in terms of returning ... ok
> skimage.feature.tests.test_corner.test_corner_fast_image_unsupported_error ... ok
> skimage.feature.tests.test_corner.test_corner_orientations_image_unsupported_error ... ok
> skimage.feature.tests.test_corner.test_corner_orientations_even_shape_error ... ok
> skimage.feature.tests.test_corner.test_corner_orientations_square ... ok
> skimage.feature.tests.test_daisy.test_daisy_color_image_unsupported_error ... ok
> skimage.feature.tests.test_daisy.test_daisy_desc_dims ... ok
> skimage.feature.tests.test_daisy.test_descs_shape ... ok
> skimage.feature.tests.test_daisy.test_daisy_sigmas_and_radii ... ok
> skimage.feature.tests.test_daisy.test_daisy_incompatible_sigmas_and_radii ... ok
> skimage.feature.tests.test_daisy.test_daisy_normalization ... ok
> skimage.feature.tests.test_daisy.test_daisy_visualization ... ok
> skimage.feature.tests.test_hog.test_histogram_of_oriented_gradients_output_size ... ok
> skimage.feature.tests.test_hog.test_histogram_of_oriented_gradients_output_correctness ... ok
> skimage.feature.tests.test_hog.test_hog_image_size_cell_size_mismatch ... ok
> skimage.feature.tests.test_hog.test_hog_color_image_unsupported_error ... ok
> skimage.feature.tests.test_hog.test_hog_basic_orientations_and_data_types ... ok
> skimage.feature.tests.test_hog.test_hog_orientations_circle ... ok
> skimage.feature.tests.test_hog.test_hog_normalise_none_error_raised ... ok
> Sizes of descriptors of keypoints to be matched should be equal. ... ok
> skimage.feature.tests.test_match.test_binary_descriptors ... ok
> Verify matched keypoints and their corresponding masks results between ... ok
> Verify matched keypoints and their corresponding masks results between ... ok
> skimage.feature.tests.test_match.test_max_distance ... ok
> skimage.feature.tests.test_orb.test_keypoints_orb_less_than_desired_no_of_keypoints ... ok
> Decorator to run the same function multiple times in parallel. ... ok
> skimage.feature.tests.test_orb.test_keypoints_orb_desired_no_of_keypoints ... ok
> skimage.feature.tests.test_peak.test_trivial_case ... ok
> skimage.feature.tests.test_peak.test_noisy_peaks ... ok
> skimage.feature.tests.test_peak.test_relative_threshold ... ok
> skimage.feature.tests.test_peak.test_absolute_threshold ... ok
> skimage.feature.tests.test_peak.test_constant_image ... ok
> skimage.feature.tests.test_peak.test_flat_peak ... ok
> skimage.feature.tests.test_peak.test_num_peaks ... ok
> skimage.feature.tests.test_peak.test_num_peaks3D ... ok
> skimage.feature.tests.test_peak.test_reorder_labels ... ok
> skimage.feature.tests.test_peak.test_indices_with_labels ... ok
> skimage.feature.tests.test_peak.test_ndarray_indices_false ... ok
> skimage.feature.tests.test_peak.test_ndarray_exclude_border ... ok
> skimage.feature.tests.test_peak.test_empty ... ok
> skimage.feature.tests.test_peak.test_one_point ... ok
> skimage.feature.tests.test_peak.test_adjacent_and_same ... ok
> skimage.feature.tests.test_peak.test_adjacent_and_different ... ok
> skimage.feature.tests.test_peak.test_not_adjacent_and_different ... ok
> skimage.feature.tests.test_peak.test_two_objects ... ok
> skimage.feature.tests.test_peak.test_adjacent_different_objects ... ok
> skimage.feature.tests.test_peak.test_four_quadrants ... ok
> regression test of img-1194, footprint = [1] ... ok
> skimage.feature.tests.test_peak.test_3D ... ok
> skimage.feature.tests.test_peak.test_4D ... ok
> skimage.feature.tests.test_peak.test_threshold_rel_default ... ok
> skimage.feature.tests.test_register_translation.test_correlation ... ok
> skimage.feature.tests.test_register_translation.test_subpixel_precision ... ok
> skimage.feature.tests.test_register_translation.test_real_input ... ok
> skimage.feature.tests.test_register_translation.test_size_one_dimension_input ... ok
> skimage.feature.tests.test_register_translation.test_3d_input ... ok
> skimage.feature.tests.test_register_translation.test_unknown_space_input ... ok
> skimage.feature.tests.test_register_translation.test_wrong_input ... ok
> skimage.feature.tests.test_register_translation.test_mismatch_upsampled_region_size ... ok
> skimage.feature.tests.test_register_translation.test_mismatch_offsets_size ... ok
> skimage.feature.tests.test_template.test_template(array([50, 50]), (50, 50)) ... ok
> skimage.feature.tests.test_template.test_template(array([200, 200]), (200, 200)) ... ok
> Test that `match_template` gives the correct normalization. ... ok
> Test that `match_template` doesn't return NaN values. ... ok
> skimage.feature.tests.test_template.test_switched_arguments ... ok
> Test `match_template` when `pad_input=True`. ... ok
> skimage.feature.tests.test_template.test_3d ... ok
> skimage.feature.tests.test_template.test_3d_pad_input ... ok
> skimage.feature.tests.test_template.test_padding_reflect ... ok
> skimage.feature.tests.test_template.test_wrong_input ... ok
> skimage.feature.tests.test_texture.TestGLCM.test_contrast ... ok
> skimage.feature.tests.test_texture.TestGLCM.test_correlation ... ok
> skimage.feature.tests.test_texture.TestGLCM.test_dissimilarity ... ok
> skimage.feature.tests.test_texture.TestGLCM.test_dissimilarity_2 ... ok
> skimage.feature.tests.test_texture.TestGLCM.test_energy ... ok
> skimage.feature.tests.test_texture.TestGLCM.test_homogeneity ... ok
> skimage.feature.tests.test_texture.TestGLCM.test_invalid_property ... ok
> skimage.feature.tests.test_texture.TestGLCM.test_normed_symmetric ... ok
> skimage.feature.tests.test_texture.TestGLCM.test_output_angles ... ok
> skimage.feature.tests.test_texture.TestGLCM.test_output_combo ... ok
> skimage.feature.tests.test_texture.TestGLCM.test_output_distance ... ok
> skimage.feature.tests.test_texture.TestGLCM.test_output_empty ... ok
> skimage.feature.tests.test_texture.TestGLCM.test_output_symmetric_1 ... ok
> skimage.feature.tests.test_texture.TestGLCM.test_uniform_properties ... ok
> skimage.feature.tests.test_texture.TestLBP.test_default ... ok
> skimage.feature.tests.test_texture.TestLBP.test_nri_uniform ... ok
> skimage.feature.tests.test_texture.TestLBP.test_ror ... ok
> skimage.feature.tests.test_texture.TestLBP.test_uniform ... ok
> skimage.feature.tests.test_texture.TestLBP.test_var ... ok
> skimage.feature.tests.test_texture.TestMBLBP.test_single_mblbp ... ok
> Decorator to run the same function multiple times in parallel. ... ok
> skimage.feature.tests.test_util.test_feature_detector ... ok
> skimage.feature.tests.test_util.test_descriptor_extractor ... ok
> skimage.feature.tests.test_util.test_prepare_grayscale_input_2D ... ok
> skimage.feature.tests.test_util.test_mask_border_keypoints ... ok
> skimage.feature.tests.test_util.test_plot_matches ... ok
> Default package level setup routine for skimage tests. ... ok
> Default package level teardown routine for skimage tests. ... ok
> skimage.filters.rank.tests.test_rank.test_all ... ok
> skimage.filters.rank.tests.test_rank.test_random_sizes ... /<<PKGBUILDDIR>>/debian/tmp/usr/lib/python2.7/dist-packages/skimage/filters/rank/tests/test_rank.py:96: DeprecationWarning: This function is deprecated. Please call randint(1, 100 + 1) instead
>   for m, n in np.random.random_integers(1, 100, size=(10, 2)):
> ok
> skimage.filters.rank.tests.test_rank.test_compare_with_grey_dilation ... ok
> skimage.filters.rank.tests.test_rank.test_compare_with_grey_erosion ... ok
> skimage.filters.rank.tests.test_rank.test_bitdepth ... ok
> skimage.filters.rank.tests.test_rank.test_population ... ok
> skimage.filters.rank.tests.test_rank.test_structuring_element8 ... ok
> Decorator to run the same function multiple times in parallel. ... ok
> skimage.filters.rank.tests.test_rank.test_pass_on_bitdepth ... ok
> skimage.filters.rank.tests.test_rank.test_inplace_output ... ok
> skimage.filters.rank.tests.test_rank.test_compare_autolevels ... ok
> skimage.filters.rank.tests.test_rank.test_compare_autolevels_16bit ... ok
> skimage.filters.rank.tests.test_rank.test_compare_ubyte_vs_float ... ok
> skimage.filters.rank.tests.test_rank.test_compare_8bit_unsigned_vs_signed ... ok
> skimage.filters.rank.tests.test_rank.test_compare_8bit_vs_16bit ... ok
> skimage.filters.rank.tests.test_rank.test_trivial_selem8 ... ok
> skimage.filters.rank.tests.test_rank.test_trivial_selem16 ... ok
> skimage.filters.rank.tests.test_rank.test_smallest_selem8 ... ok
> skimage.filters.rank.tests.test_rank.test_smallest_selem16 ... ok
> skimage.filters.rank.tests.test_rank.test_empty_selem ... ok
> skimage.filters.rank.tests.test_rank.test_otsu ... ok
> skimage.filters.rank.tests.test_rank.test_entropy ... ok
> skimage.filters.rank.tests.test_rank.test_selem_dtypes ... ok
> skimage.filters.rank.tests.test_rank.test_16bit ... ok
> skimage.filters.rank.tests.test_rank.test_bilateral ... ok
> skimage.filters.rank.tests.test_rank.test_percentile_min ... ok
> skimage.filters.rank.tests.test_rank.test_percentile_max ... ok
> skimage.filters.rank.tests.test_rank.test_percentile_median ... ok
> skimage.filters.rank.tests.test_rank.test_sum ... ok
> skimage.filters.rank.tests.test_rank.test_windowed_histogram ... ok
> Default package level setup routine for skimage tests. ... ok
> Default package level teardown routine for skimage tests. ... ok
> skimage.filters.tests.test_deprecated_imports.test_filter_import ... ok
> skimage.filters.tests.test_deprecated_imports.test_canny_import ... ok
> Roberts' filter on an array of all zeros. ... ok
> Roberts' filter on a diagonal edge should be a diagonal line. ... ok
> Roberts' filter on a diagonal edge should be a diagonal line. ... ok
> Sobel on an array of all zeros. ... ok
> Sobel on a masked array should be zero. ... ok
> Sobel on a horizontal edge should be a horizontal line. ... ok
> Sobel on a vertical edge should be a vertical line. ... ok
> Horizontal sobel on an array of all zeros. ... ok
> Horizontal Sobel on a masked array should be zero. ... ok
> Horizontal Sobel on an edge should be a horizontal line. ... ok
> Horizontal Sobel on a vertical edge should be zero. ... ok
> Vertical sobel on an array of all zeros. ... ok
> Vertical Sobel on a masked array should be zero. ... ok
> Vertical Sobel on an edge should be a vertical line. ... ok
> vertical Sobel on a horizontal edge should be zero. ... ok
> Scharr on an array of all zeros. ... ok
> Scharr on a masked array should be zero. ... ok
> Scharr on an edge should be a horizontal line. ... ok
> Scharr on a vertical edge should be a vertical line. ... ok
> Horizontal Scharr on an array of all zeros. ... ok
> Horizontal Scharr on a masked array should be zero. ... ok
> Horizontal Scharr on an edge should be a horizontal line. ... ok
> Horizontal Scharr on a vertical edge should be zero. ... ok
> Vertical Scharr on an array of all zeros. ... ok
> Vertical Scharr on a masked array should be zero. ... ok
> Vertical Scharr on an edge should be a vertical line. ... ok
> vertical Scharr on a horizontal edge should be zero. ... ok
> Prewitt on an array of all zeros. ... ok
> Prewitt on a masked array should be zero. ... ok
> Prewitt on an edge should be a horizontal line. ... ok
> Prewitt on a vertical edge should be a vertical line. ... ok
> Horizontal prewitt on an array of all zeros. ... ok
> Horizontal prewitt on a masked array should be zero. ... ok
> Horizontal prewitt on an edge should be a horizontal line. ... ok
> Horizontal prewitt on a vertical edge should be zero. ... ok
> Vertical prewitt on an array of all zeros. ... ok
> Vertical prewitt on a masked array should be zero. ... ok
> Vertical prewitt on an edge should be a vertical line. ... ok
> Vertical prewitt on a horizontal edge should be zero. ... ok
> Laplace on a square image. ... ok
> Laplace on a masked array should be zero. ... ok
> Horizontal edge filters mask pixels surrounding input mask. ... ok
> Horizontal edge filters mask pixels surrounding input mask. ... ok
> Horizontal edge filters mask pixels surrounding input mask. ... ok
> Vertical edge filters mask pixels surrounding input mask. ... ok
> Vertical edge filters mask pixels surrounding input mask. ... ok
> Vertical edge filters mask pixels surrounding input mask. ... ok
> Output of edge detection should be in [0, 1] ... ok
> skimage.filters.tests.test_gabor.test_gabor_kernel_size ... ok
> skimage.filters.tests.test_gabor.test_gabor_kernel_bandwidth ... ok
> skimage.filters.tests.test_gabor.test_sigma_prefactor ... ok
> skimage.filters.tests.test_gabor.test_gabor_kernel_sum ... ok
> skimage.filters.tests.test_gabor.test_gabor_kernel_theta ... ok
> skimage.filters.tests.test_gabor.test_gabor ... ok
> skimage.filters.tests.test_gaussian.test_negative_sigma ... ok
> skimage.filters.tests.test_gaussian.test_null_sigma ... ok
> skimage.filters.tests.test_gaussian.test_energy_decrease ... ok
> skimage.filters.tests.test_gaussian.test_multichannel ... ok
> skimage.filters.tests.test_lpi_filter.TestLPIFilter2D.test_inverse ... ok
> skimage.filters.tests.test_lpi_filter.TestLPIFilter2D.test_ip_shape(array([[156, 157, 160, ..., 161, 161, 162], ... ok
> skimage.filters.tests.test_lpi_filter.TestLPIFilter2D.test_ip_shape(array([[156, 157, 160, ..., 160, 162, 166], ... ok
> skimage.filters.tests.test_lpi_filter.TestLPIFilter2D.test_ip_shape(array([[156, 157, 160, ..., 160, 160, 158], ... ok
> skimage.filters.tests.test_lpi_filter.TestLPIFilter2D.test_non_callable ... ok
> skimage.filters.tests.test_lpi_filter.TestLPIFilter2D.test_wiener ... ok
> skimage.filters.tests.test_median.test_median_in_filters ... ok
> skimage.filters.tests.test_thresholding.TestSimpleImage.test_isodata ... ok
> skimage.filters.tests.test_thresholding.TestSimpleImage.test_isodata_16bit ... ok
> skimage.filters.tests.test_thresholding.TestSimpleImage.test_isodata_blank_zero ... ok
> skimage.filters.tests.test_thresholding.TestSimpleImage.test_isodata_linspace ... ok
> skimage.filters.tests.test_thresholding.TestSimpleImage.test_li ... ok
> skimage.filters.tests.test_thresholding.TestSimpleImage.test_li_float_image ... ok
> skimage.filters.tests.test_thresholding.TestSimpleImage.test_li_negative_int ... ok
> skimage.filters.tests.test_thresholding.TestSimpleImage.test_otsu ... ok
> skimage.filters.tests.test_thresholding.TestSimpleImage.test_otsu_float_image ... ok
> skimage.filters.tests.test_thresholding.TestSimpleImage.test_otsu_negative_int ... ok
> skimage.filters.tests.test_thresholding.TestSimpleImage.test_threshold_adaptive_gaussian ... ok
> skimage.filters.tests.test_thresholding.TestSimpleImage.test_threshold_adaptive_generic ... ok
> skimage.filters.tests.test_thresholding.TestSimpleImage.test_threshold_adaptive_mean ... ok
> skimage.filters.tests.test_thresholding.TestSimpleImage.test_threshold_adaptive_median ... ok
> skimage.filters.tests.test_thresholding.TestSimpleImage.test_yen ... ok
> skimage.filters.tests.test_thresholding.TestSimpleImage.test_yen_arange ... ok
> skimage.filters.tests.test_thresholding.TestSimpleImage.test_yen_binary ... ok
> skimage.filters.tests.test_thresholding.TestSimpleImage.test_yen_blank_max ... ok
> skimage.filters.tests.test_thresholding.TestSimpleImage.test_yen_blank_zero ... ok
> skimage.filters.tests.test_thresholding.TestSimpleImage.test_yen_float_image ... ok
> skimage.filters.tests.test_thresholding.TestSimpleImage.test_yen_negative_int ... ok
> skimage.filters.tests.test_thresholding.test_otsu_camera_image ... ok
> skimage.filters.tests.test_thresholding.test_otsu_coins_image ... ok
> skimage.filters.tests.test_thresholding.test_otsu_coins_image_as_float ... ok
> skimage.filters.tests.test_thresholding.test_otsu_astro_image ... ok
> skimage.filters.tests.test_thresholding.test_otsu_one_color_image ... ok
> skimage.filters.tests.test_thresholding.test_li_camera_image ... ok
> skimage.filters.tests.test_thresholding.test_li_coins_image ... ok
> skimage.filters.tests.test_thresholding.test_li_coins_image_as_float ... ok
> skimage.filters.tests.test_thresholding.test_li_astro_image ... ok
> skimage.filters.tests.test_thresholding.test_yen_camera_image ... ok
> skimage.filters.tests.test_thresholding.test_yen_coins_image ... ok
> skimage.filters.tests.test_thresholding.test_yen_coins_image_as_float ... ok
> skimage.filters.tests.test_thresholding.test_adaptive_even_block_size_error ... ok
> skimage.filters.tests.test_thresholding.test_isodata_camera_image ... ok
> skimage.filters.tests.test_thresholding.test_isodata_coins_image ... ok
> skimage.filters.tests.test_thresholding.test_isodata_moon_image ... ok
> skimage.filters.tests.test_thresholding.test_isodata_moon_image_negative_int ... ok
> skimage.filters.tests.test_thresholding.test_isodata_moon_image_negative_float ... ok
> test_rag.test_rag_merge ... ok
> test_rag.test_threshold_cut ... ok
> test_rag.test_cut_normalized ... ok
> test_rag.test_rag_error ... ok
> test_rag.test_rag_hierarchical ... ok
> Test to catch an error thrown when subgraph has all equal edges. ... ok
> test_rag.test_generic_rag_2d ... ok
> test_rag.test_generic_rag_3d ... ok
> test_rag.test_rag_boundary ... ok
> Default package level setup routine for skimage tests. ... ok
> Default package level teardown routine for skimage tests. ... ok
> skimage.graph.tests.test_anisotropy.test_anisotropy ... ok
> skimage.graph.tests.test_connect.test_connections ... ok
> skimage.graph.tests.test_flexible.test_flexible ... ok
> Decorator to run the same function multiple times in parallel. ... ok
> skimage.graph.tests.test_heap.test_heap ... ok
> skimage.graph.tests.test_mcp.test_basic ... ok
> skimage.graph.tests.test_mcp.test_neg_inf ... ok
> skimage.graph.tests.test_mcp.test_route ... ok
> skimage.graph.tests.test_mcp.test_no_diagonal ... ok
> skimage.graph.tests.test_mcp.test_offsets ... ok
> skimage.graph.tests.test_mcp.test_crashing((100, 100),) ... ok
> skimage.graph.tests.test_mcp.test_crashing((5, 8, 13, 17),) ... ok
> skimage.graph.tests.test_mcp.test_crashing((100, 100),) ... ok
> skimage.graph.tests.test_mcp.test_crashing((5, 8, 13, 17),) ... ok
> skimage.graph.tests.test_mcp.test_crashing((100, 100),) ... ok
> skimage.graph.tests.test_mcp.test_crashing((5, 8, 13, 17),) ... ok
> skimage.graph.tests.test_mcp.test_crashing((100, 100),) ... ok
> skimage.graph.tests.test_mcp.test_crashing((5, 8, 13, 17),) ... ok
> skimage.graph.tests.test_mcp.test_crashing((100, 100),) ... ok
> skimage.graph.tests.test_mcp.test_crashing((5, 8, 13, 17),) ... ok
> skimage.graph.tests.test_spath.test_basic ... ok
> skimage.graph.tests.test_spath.test_reach ... ok
> skimage.graph.tests.test_spath.test_non_square ... ok
> Default package level setup routine for skimage tests. ... ok
> Default package level teardown routine for skimage tests. ... ok
> skimage.io.tests.test_collection.TestImageCollection.test_concatenate ... ok
> skimage.io.tests.test_collection.TestImageCollection.test_concatentate_mismatched_image_shapes ... ok
> skimage.io.tests.test_collection.TestImageCollection.test_custom_load ... ok
> skimage.io.tests.test_collection.TestImageCollection.test_files_property ... ok
> skimage.io.tests.test_collection.TestImageCollection.test_getitem ... ok
> skimage.io.tests.test_collection.TestImageCollection.test_len ... ok
> skimage.io.tests.test_collection.TestImageCollection.test_slicing ... ok
> skimage.io.tests.test_collection.test_string_split ... ok
> skimage.io.tests.test_collection.test_string_sort ... ok
> skimage.io.tests.test_colormixer.TestColorMixer.test_gamma ... ok
> skimage.io.tests.test_colormixer.TestColorMixer.test_hsv_2_rgb ... ok
> skimage.io.tests.test_colormixer.TestColorMixer.test_hsv_add ... ok
> skimage.io.tests.test_colormixer.TestColorMixer.test_hsv_add_clip_neg ... ok
> skimage.io.tests.test_colormixer.TestColorMixer.test_hsv_add_clip_pos ... ok
> skimage.io.tests.test_colormixer.TestColorMixer.test_hsv_mul ... ok
> skimage.io.tests.test_colormixer.TestColorMixer.test_hsv_mul_clip_neg ... ok
> skimage.io.tests.test_colormixer.TestColorMixer.test_rgb_2_hsv ... ok
> skimage.io.tests.test_colormixer.TestColorMixer.test_sigmoid ... ok
> skimage.io.tests.test_colormixer.TestColorMixerAdd.test_basic ... ok
> skimage.io.tests.test_colormixer.TestColorMixerAdd.test_clip ... ok
> skimage.io.tests.test_colormixer.TestColorMixerAdd.test_negative ... ok
> skimage.io.tests.test_colormixer.TestColorMixerAdd.test_negative_clip ... ok
> skimage.io.tests.test_colormixer.TestColorMixerBright.test_brightness_neg ... ok
> skimage.io.tests.test_colormixer.TestColorMixerBright.test_brightness_neg_clip ... ok
> skimage.io.tests.test_colormixer.TestColorMixerBright.test_brightness_pos ... ok
> skimage.io.tests.test_colormixer.TestColorMixerBright.test_brightness_pos_clip ... ok
> skimage.io.tests.test_colormixer.TestColorMixerMul.test_basic ... ok
> skimage.io.tests.test_colormixer.TestColorMixerMul.test_clip ... ok
> skimage.io.tests.test_colormixer.TestColorMixerMul.test_negative ... ok
> skimage.io.tests.test_colormixer.TestColorMixerMul.test_negative_clip ... ok
> skimage.io.tests.test_fits.test_fits_plugin_import ... ok
> skimage.io.tests.test_fits.test_imread_MEF ... SKIP: Skipping test: test_imread_MEF: Test skipped due to test condition
> skimage.io.tests.test_fits.test_imread_simple ... SKIP: Skipping test: test_imread_simple: Test skipped due to test condition
> skimage.io.tests.test_fits.test_imread_collection_single_MEF ... SKIP: Skipping test: test_imread_collection_single_MEF: Test skipped due to test condition
> skimage.io.tests.test_fits.test_imread_collection_MEF_and_simple ... SKIP: Skipping test: test_imread_collection_MEF_and_simple: Test skipped due to test condition
> Failure: SkipTest (Skipping test: test_imsave_roundtrip: Test skipped due to test condition) ... SKIP: Skipping test: test_imsave_roundtrip: Test skipped due to test condition
> skimage.io.tests.test_freeimage.test_imread ... SKIP: Skipping test: test_imread: Test skipped due to test condition
> skimage.io.tests.test_freeimage.test_imread_truncated_jpg ... SKIP: Skipping test: test_imread_truncated_jpg: Test skipped due to test condition
> skimage.io.tests.test_freeimage.test_imread_uint16 ... SKIP: Skipping test: test_imread_uint16: Test skipped due to test condition
> skimage.io.tests.test_freeimage.test_imread_uint16_big_endian ... SKIP: Skipping test: test_imread_uint16_big_endian: Test skipped due to test condition
> skimage.io.tests.test_freeimage.test_write_multipage ... SKIP: Skipping test: test_write_multipage: Test skipped due to test condition
> skimage.io.tests.test_freeimage.test_metadata ... SKIP: Skipping test: test_metadata: Test skipped due to test condition
> skimage.io.tests.test_freeimage.test_collection ... SKIP: Skipping test: test_collection: Test skipped due to test condition
> skimage.io.tests.test_histograms.TestHistogram.test_basic(2500, 2500) ... ok
> skimage.io.tests.test_histograms.TestHistogram.test_basic(2500, 2500) ... ok
> skimage.io.tests.test_histograms.TestHistogram.test_basic(2500, 2500) ... ok
> skimage.io.tests.test_histograms.TestHistogram.test_basic(2500, 2500) ... ok
> skimage.io.tests.test_histograms.TestHistogram.test_counts ... ok
> Failure: SkipTest (Skipping test: test_imsave_roundtrip: Test skipped due to test condition) ... SKIP: Skipping test: test_imsave_roundtrip: Test skipped due to test condition
> skimage.io.tests.test_imageio.test_imageio_flatten ... SKIP: Skipping test: test_imageio_flatten: Test skipped due to test condition
> skimage.io.tests.test_imageio.test_imageio_palette ... SKIP: Skipping test: test_imageio_palette: Test skipped due to test condition
> skimage.io.tests.test_imageio.test_imageio_truncated_jpg ... SKIP: Skipping test: test_imageio_truncated_jpg: Test skipped due to test condition
> Failure: SkipTest (Skipping test: test_imsave_roundtrip: Test skipped due to test condition) ... SKIP: Skipping test: test_imsave_roundtrip: Test skipped due to test condition
> skimage.io.tests.test_imread.test_imread_flatten ... SKIP: Skipping test: test_imread_flatten: Test skipped due to test condition
> skimage.io.tests.test_imread.test_imread_palette ... SKIP: Skipping test: test_imread_palette: Test skipped due to test condition
> skimage.io.tests.test_imread.test_imread_truncated_jpg ... SKIP: Skipping test: test_imread_truncated_jpg: Test skipped due to test condition
> skimage.io.tests.test_imread.test_bilevel ... SKIP: Skipping test: test_bilevel: Test skipped due to test condition
> skimage.io.tests.test_io.test_stack_basic ... ok
> skimage.io.tests.test_io.test_stack_non_array ... ok
> skimage.io.tests.test_io.test_imread_url ... ok
> skimage.io.tests.test_mpl_imshow.test_uint8 ... ok
> skimage.io.tests.test_mpl_imshow.test_uint16 ... ok
> skimage.io.tests.test_mpl_imshow.test_float ... ok
> skimage.io.tests.test_mpl_imshow.test_low_dynamic_range ... ok
> skimage.io.tests.test_mpl_imshow.test_outside_standard_range ... ok
> skimage.io.tests.test_mpl_imshow.test_nonstandard_type ... ok
> skimage.io.tests.test_mpl_imshow.test_signed_image ... ok
> skimage.io.tests.test_multi_image.TestMultiImage.test_concatenate ... ok
> skimage.io.tests.test_multi_image.TestMultiImage.test_conserve_memory_property ... ok
> skimage.io.tests.test_multi_image.TestMultiImage.test_files_property ... ok
> skimage.io.tests.test_multi_image.TestMultiImage.test_getitem ... ok
> skimage.io.tests.test_multi_image.TestMultiImage.test_len ... ok
> skimage.io.tests.test_multi_image.TestMultiImage.test_shapes ... ok
> skimage.io.tests.test_multi_image.TestMultiImage.test_slicing ... ok
> skimage.io.tests.test_pil.TestSave.test_imsave_roundtrip_file ... ok
> skimage.io.tests.test_pil.TestSave.test_imsave_roundtrip_pil_image ... ok
> skimage.io.tests.test_pil.test_png_round_trip ... /<<PKGBUILDDIR>>/debian/tmp/usr/lib/python2.7/dist-packages/skimage/util/dtype.py:110: UserWarning: Possible precision loss when converting from float64 to uint16
>   "%s to %s" % (dtypeobj_in, dtypeobj))
> ok
> skimage.io.tests.test_pil.test_imread_flatten ... ok
> skimage.io.tests.test_pil.test_imread_separate_channels ... ok
> skimage.io.tests.test_pil.test_imread_multipage_rgb_tif ... ok
> skimage.io.tests.test_pil.test_imread_palette ... ok
> skimage.io.tests.test_pil.test_imread_index_png_with_alpha ... ok
> skimage.io.tests.test_pil.test_palette_is_gray ... ok
> skimage.io.tests.test_pil.test_bilevel ... ok
> skimage.io.tests.test_pil.test_imread_uint16 ... ok
> skimage.io.tests.test_pil.test_imread_truncated_jpg ... ok
> skimage.io.tests.test_pil.test_jpg_quality_arg ... ok
> skimage.io.tests.test_pil.test_imread_uint16_big_endian ... ok
> skimage.io.tests.test_pil.test_imsave_filelike ... ok
> skimage.io.tests.test_pil.test_imexport_imimport ... ok
> skimage.io.tests.test_pil.test_all_color ... ok
> skimage.io.tests.test_pil.test_multi_page_gif ... ok
> skimage.io.tests.test_pil.test_cmyk ... ok
> skimage.io.tests.test_plugin.test_read ... ok
> skimage.io.tests.test_plugin.test_save ... /<<PKGBUILDDIR>>/debian/tmp/usr/lib/python2.7/dist-packages/skimage/io/_io.py:132: UserWarning: test.png is a low contrast image
>   warn('%s is a low contrast image' % fname)
> ok
> skimage.io.tests.test_plugin.test_show ... ok
> skimage.io.tests.test_plugin.test_collection ... ok
> skimage.io.tests.test_plugin.test_use ... ok
> skimage.io.tests.test_plugin.test_failed_use ... ok
> skimage.io.tests.test_plugin.test_use_priority ... ok
> skimage.io.tests.test_plugin.test_use_priority_with_func ... ok
> skimage.io.tests.test_plugin.test_plugin_order ... ok
> skimage.io.tests.test_plugin.test_available ... ok
> skimage.io.tests.test_plugin.test_load_preferred_plugins_all ... ok
> skimage.io.tests.test_plugin.test_load_preferred_plugins_imread ... ok
> skimage.io.tests.test_plugin_util.TestPrepareForDisplay.test_alpha ... ok
> skimage.io.tests.test_plugin_util.TestPrepareForDisplay.test_basic ... ok
> skimage.io.tests.test_plugin_util.TestPrepareForDisplay.test_colour ... ok
> skimage.io.tests.test_plugin_util.TestPrepareForDisplay.test_dtype ... ok
> skimage.io.tests.test_plugin_util.TestPrepareForDisplay.test_grey ... ok
> skimage.io.tests.test_plugin_util.TestPrepareForDisplay.test_wrong_depth ... ok
> skimage.io.tests.test_plugin_util.TestPrepareForDisplay.test_wrong_dimensionality ... ok
> skimage.io.tests.test_plugin_util.TestWindowManager.test_add_window ... ok
> skimage.io.tests.test_plugin_util.TestWindowManager.test_callback ... ok
> skimage.io.tests.test_plugin_util.TestWindowManager.test_has_images ... ok
> skimage.io.tests.test_sift.test_load_sift ... ok
> skimage.io.tests.test_sift.test_load_surf ... ok
> Failure: SkipTest (Skipping test: test_imsave_roundtrip: Test skipped due to test condition) ... SKIP: Skipping test: test_imsave_roundtrip: Test skipped due to test condition
> skimage.io.tests.test_simpleitk.test_imread_flatten ... SKIP: Skipping test: test_imread_flatten: Test skipped due to test condition
> skimage.io.tests.test_simpleitk.test_bilevel ... SKIP: Skipping test: test_bilevel: Test skipped due to test condition
> skimage.io.tests.test_simpleitk.test_imread_uint16 ... SKIP: Skipping test: test_imread_uint16: Test skipped due to test condition
> skimage.io.tests.test_simpleitk.test_imread_uint16_big_endian ... SKIP: Skipping test: test_imread_uint16_big_endian: Test skipped due to test condition
> skimage.io.tests.test_tifffile.TestSave.test_imsave_roundtrip(<type 'numpy.uint8'>, array([[139, 182, 153, 138, 108, 164, 111, 227, 245,  97], ... ok
> skimage.io.tests.test_tifffile.TestSave.test_imsave_roundtrip(<type 'numpy.uint16'>, array([[44420, 17694, 48180, 63057, 16302, 37758, 38799, 37502, 14619, ... ok
> skimage.io.tests.test_tifffile.TestSave.test_imsave_roundtrip(<type 'numpy.float32'>, array([[ 0.31179589,  0.69634348,  0.37775183,  0.17960368,  0.02467873, ... ok
> skimage.io.tests.test_tifffile.TestSave.test_imsave_roundtrip(<type 'numpy.int16'>, array([[29705, 25363, 10916,  2657, 13344,  7609,  4341,  1750, 23775, ... ok
> skimage.io.tests.test_tifffile.TestSave.test_imsave_roundtrip(<type 'numpy.float64'>, array([[ 0.4012595 ,  0.92929142,  0.09961493,  0.94530153,  0.86948853, ... ok
> skimage.io.tests.test_tifffile.TestSave.test_imsave_roundtrip(<type 'numpy.uint8'>, array([[[ 79,  95, 133], ... ok
> skimage.io.tests.test_tifffile.TestSave.test_imsave_roundtrip(<type 'numpy.uint16'>, array([[[ 2620, 41923, 26758], ... ok
> skimage.io.tests.test_tifffile.TestSave.test_imsave_roundtrip(<type 'numpy.float32'>, array([[[ 0.29594985,  0.92929167,  0.26590562], ... ok
> skimage.io.tests.test_tifffile.TestSave.test_imsave_roundtrip(<type 'numpy.int16'>, array([[[10275, 11977,  6594], ... ok
> skimage.io.tests.test_tifffile.TestSave.test_imsave_roundtrip(<type 'numpy.float64'>, array([[[ 0.90067524,  0.76987151,  0.84968988], ... ok
> skimage.io.tests.test_tifffile.TestSave.test_imsave_roundtrip(<type 'numpy.uint8'>, array([[[206, 121, 133,  63], ... ok
> skimage.io.tests.test_tifffile.TestSave.test_imsave_roundtrip(<type 'numpy.uint16'>, array([[[58108, 54453,  2071, 37251], ... ok
> skimage.io.tests.test_tifffile.TestSave.test_imsave_roundtrip(<type 'numpy.float32'>, array([[[ 0.4343299 ,  0.27846897,  0.00505187,  0.18630351], ... ok
> skimage.io.tests.test_tifffile.TestSave.test_imsave_roundtrip(<type 'numpy.int16'>, array([[[28369, 12716, 26060, 21372], ... ok
> skimage.io.tests.test_tifffile.TestSave.test_imsave_roundtrip(<type 'numpy.float64'>, array([[[  2.57466478e-01,   9.58594447e-01,   8.18057397e-01, ... ok
> skimage.io.tests.test_tifffile.test_imread_uint16 ... ok
> skimage.io.tests.test_tifffile.test_imread_uint16_big_endian ... ok
> skimage.io.tests.test_tifffile.test_imread_multipage_rgb_tif ... ok
> Default package level setup routine for skimage tests. ... ok
> Default package level teardown routine for skimage tests. ... ok
> skimage.measure.tests.test_block.test_block_reduce_sum ... ok
> skimage.measure.tests.test_block.test_block_reduce_mean ... ok
> skimage.measure.tests.test_block.test_block_reduce_median ... ok
> skimage.measure.tests.test_block.test_block_reduce_min ... ok
> skimage.measure.tests.test_block.test_block_reduce_max ... ok
> skimage.measure.tests.test_block.test_invalid_block_size ... ok
> skimage.measure.tests.test_find_contours.test_binary ... ok
> skimage.measure.tests.test_find_contours.test_float ... ok
> skimage.measure.tests.test_find_contours.test_memory_order ... ok
> skimage.measure.tests.test_find_contours.test_invalid_input ... ok
> skimage.measure.tests.test_fit.test_line_model_invalid_input ... ok
> skimage.measure.tests.test_fit.test_line_model_predict ... ok
> skimage.measure.tests.test_fit.test_line_model_estimate ... ok
> skimage.measure.tests.test_fit.test_line_model_residuals ... ok
> skimage.measure.tests.test_fit.test_line_model_under_determined ... ok
> skimage.measure.tests.test_fit.test_line_modelND_invalid_input ... ok
> skimage.measure.tests.test_fit.test_line_modelND_predict ... ok
> skimage.measure.tests.test_fit.test_line_modelND_estimate ... ok
> skimage.measure.tests.test_fit.test_line_modelND_residuals ... ok
> skimage.measure.tests.test_fit.test_line_modelND_under_determined ... ok
> skimage.measure.tests.test_fit.test_circle_model_invalid_input ... ok
> skimage.measure.tests.test_fit.test_circle_model_predict ... ok
> skimage.measure.tests.test_fit.test_circle_model_estimate ... ok
> skimage.measure.tests.test_fit.test_circle_model_residuals ... ok
> skimage.measure.tests.test_fit.test_ellipse_model_invalid_input ... ok
> skimage.measure.tests.test_fit.test_ellipse_model_predict ... ok
> skimage.measure.tests.test_fit.test_ellipse_model_estimate ... ok
> skimage.measure.tests.test_fit.test_ellipse_model_residuals ... ok
> skimage.measure.tests.test_fit.test_ransac_shape ... ok
> skimage.measure.tests.test_fit.test_ransac_geometric ... ok
> skimage.measure.tests.test_fit.test_ransac_is_data_valid ... ok
> skimage.measure.tests.test_fit.test_ransac_is_model_valid ... ok
> skimage.measure.tests.test_fit.test_ransac_dynamic_max_trials ... ok
> skimage.measure.tests.test_fit.test_ransac_invalid_input ... ok
> skimage.measure.tests.test_marching_cubes.test_marching_cubes_isotropic ... ok
> skimage.measure.tests.test_marching_cubes.test_marching_cubes_anisotropic ... ok
> skimage.measure.tests.test_marching_cubes.test_invalid_input ... ok
> skimage.measure.tests.test_marching_cubes.test_correct_mesh_orientation ... /<<PKGBUILDDIR>>/debian/tmp/usr/lib/python2.7/dist-packages/skimage/measure/_marching_cubes.py:243: DeprecationWarning: `correct_mesh_orientation` is deprecated for removal as `marching_cubes` now guarantess correct mesh orientation.
>   warn(DeprecationWarning("`correct_mesh_orientation` is deprecated for "
> ok
> skimage.measure.tests.test_moments.test_moments ... ok
> skimage.measure.tests.test_moments.test_moments_central ... ok
> skimage.measure.tests.test_moments.test_moments_normalized ... ok
> skimage.measure.tests.test_moments.test_moments_normalized_invalid ... ok
> skimage.measure.tests.test_moments.test_moments_hu ... ok
> skimage.measure.tests.test_pnpoly.test_npnpoly.test_square ... ok
> skimage.measure.tests.test_pnpoly.test_npnpoly.test_triangle ... ok
> skimage.measure.tests.test_pnpoly.test_npnpoly.test_type ... ok
> skimage.measure.tests.test_pnpoly.test_grid_points_in_poly ... ok
> skimage.measure.tests.test_polygon.test_approximate_polygon ... ok
> skimage.measure.tests.test_polygon.test_subdivide_polygon ... ok
> skimage.measure.tests.test_profile.test_horizontal_rightward ... /<<PKGBUILDDIR>>/debian/tmp/usr/lib/python2.7/dist-packages/skimage/measure/profile.py:105: DeprecationWarning: object of type <type 'numpy.float64'> cannot be safely interpreted as an integer.
>   line_col = np.linspace(src_col, dst_col, length)
> /<<PKGBUILDDIR>>/debian/tmp/usr/lib/python2.7/dist-packages/skimage/measure/profile.py:106: DeprecationWarning: object of type <type 'numpy.float64'> cannot be safely interpreted as an integer.
>   line_row = np.linspace(src_row, dst_row, length)
> ok
> skimage.measure.tests.test_profile.test_horizontal_leftward ... ok
> skimage.measure.tests.test_profile.test_vertical_downward ... ok
> skimage.measure.tests.test_profile.test_vertical_upward ... ok
> skimage.measure.tests.test_profile.test_45deg_right_downward ... ok
> skimage.measure.tests.test_profile.test_45deg_right_downward_interpolated ... ok
> skimage.measure.tests.test_profile.test_45deg_right_upward ... ok
> skimage.measure.tests.test_profile.test_45deg_left_upward ... ok
> skimage.measure.tests.test_profile.test_45deg_left_downward ... ok
> skimage.measure.tests.test_profile.test_pythagorean_triangle_right_downward ... ok
> skimage.measure.tests.test_profile.test_pythagorean_triangle_right_downward_interpolated ... ok
> skimage.measure.tests.test_profile.test_pythagorean_triangle_right_downward_linewidth ... ok
> skimage.measure.tests.test_profile.test_pythagorean_triangle_right_upward_linewidth ... ok
> skimage.measure.tests.test_profile.test_pythagorean_triangle_transpose_left_down_linewidth ... ok
> skimage.measure.tests.test_regionprops.test_all_props ... ok
> skimage.measure.tests.test_regionprops.test_all_props_3d ... ok
> skimage.measure.tests.test_regionprops.test_dtype ... ok
> skimage.measure.tests.test_regionprops.test_ndim ... ok
> skimage.measure.tests.test_regionprops.test_area ... ok
> skimage.measure.tests.test_regionprops.test_bbox ... ok
> skimage.measure.tests.test_regionprops.test_moments_central ... ok
> skimage.measure.tests.test_regionprops.test_centroid ... ok
> skimage.measure.tests.test_regionprops.test_convex_area ... ok
> skimage.measure.tests.test_regionprops.test_convex_image ... ok
> skimage.measure.tests.test_regionprops.test_coordinates ... ok
> skimage.measure.tests.test_regionprops.test_eccentricity ... ok
> skimage.measure.tests.test_regionprops.test_equiv_diameter ... ok
> skimage.measure.tests.test_regionprops.test_euler_number ... ok
> skimage.measure.tests.test_regionprops.test_extent ... ok
> skimage.measure.tests.test_regionprops.test_moments_hu ... ok
> skimage.measure.tests.test_regionprops.test_image ... ok
> skimage.measure.tests.test_regionprops.test_label ... ok
> skimage.measure.tests.test_regionprops.test_filled_area ... ok
> skimage.measure.tests.test_regionprops.test_filled_image ... ok
> skimage.measure.tests.test_regionprops.test_major_axis_length ... ok
> skimage.measure.tests.test_regionprops.test_max_intensity ... ok
> skimage.measure.tests.test_regionprops.test_mean_intensity ... ok
> skimage.measure.tests.test_regionprops.test_min_intensity ... ok
> skimage.measure.tests.test_regionprops.test_minor_axis_length ... ok
> skimage.measure.tests.test_regionprops.test_moments ... ok
> skimage.measure.tests.test_regionprops.test_moments_normalized ... ok
> skimage.measure.tests.test_regionprops.test_orientation ... ok
> skimage.measure.tests.test_regionprops.test_perimeter ... ok
> skimage.measure.tests.test_regionprops.test_solidity ... ok
> skimage.measure.tests.test_regionprops.test_weighted_moments_central ... ok
> skimage.measure.tests.test_regionprops.test_weighted_centroid ... ok
> skimage.measure.tests.test_regionprops.test_weighted_moments_hu ... ok
> skimage.measure.tests.test_regionprops.test_weighted_moments ... ok
> skimage.measure.tests.test_regionprops.test_weighted_moments_normalized ... ok
> skimage.measure.tests.test_regionprops.test_label_sequence ... ok
> skimage.measure.tests.test_regionprops.test_pure_background ... ok
> skimage.measure.tests.test_regionprops.test_invalid ... ok
> skimage.measure.tests.test_regionprops.test_invalid_size ... ok
> skimage.measure.tests.test_regionprops.test_equals ... ok
> skimage.measure.tests.test_regionprops.test_iterate_all_props ... ok
> skimage.measure.tests.test_regionprops.test_cache ... ok
> skimage.measure.tests.test_regionprops.test_docstrings_and_props ... ok
> skimage.measure.tests.test_simple_metrics.test_PSNR_vs_IPOL ... ok
> skimage.measure.tests.test_simple_metrics.test_PSNR_float ... ok
> skimage.measure.tests.test_simple_metrics.test_PSNR_errors ... ok
> skimage.measure.tests.test_simple_metrics.test_NRMSE ... ok
> skimage.measure.tests.test_simple_metrics.test_NRMSE_no_int_overflow ... ok
> skimage.measure.tests.test_simple_metrics.test_NRMSE_errors ... ok
> skimage.measure.tests.test_structural_similarity.test_old_name_deprecated ... ok
> skimage.measure.tests.test_structural_similarity.test_ssim_patch_range ... ok
> skimage.measure.tests.test_structural_similarity.test_ssim_image ... ok
> skimage.measure.tests.test_structural_similarity.test_ssim_grad ... ok
> skimage.measure.tests.test_structural_similarity.test_ssim_dtype ... ok
> skimage.measure.tests.test_structural_similarity.test_ssim_multichannel ... /<<PKGBUILDDIR>>/debian/tmp/usr/lib/python2.7/dist-packages/skimage/measure/_structural_similarity.py:224: skimage_deprecation: Call to deprecated function ``structural_similarity``. Use ``compare_ssim`` instead.
>   def structural_similarity(X, Y, win_size=None, gradient=False,
> /<<PKGBUILDDIR>>/debian/tmp/usr/lib/python2.7/dist-packages/skimage/measure/_structural_similarity.py:224: skimage_deprecation: Call to deprecated function ``structural_similarity``. Use ``compare_ssim`` instead.
>   def structural_similarity(X, Y, win_size=None, gradient=False,
> /<<PKGBUILDDIR>>/debian/tmp/usr/lib/python2.7/dist-packages/skimage/measure/_structural_similarity.py:224: skimage_deprecation: Call to deprecated function ``structural_similarity``. Use ``compare_ssim`` instead.
>   def structural_similarity(X, Y, win_size=None, gradient=False,
> /<<PKGBUILDDIR>>/debian/tmp/usr/lib/python2.7/dist-packages/skimage/measure/_structural_similarity.py:224: skimage_deprecation: Call to deprecated function ``structural_similarity``. Use ``compare_ssim`` instead.
>   def structural_similarity(X, Y, win_size=None, gradient=False,
> /<<PKGBUILDDIR>>/debian/tmp/usr/lib/python2.7/dist-packages/skimage/measure/_structural_similarity.py:224: skimage_deprecation: Call to deprecated function ``structural_similarity``. Use ``compare_ssim`` instead.
>   def structural_similarity(X, Y, win_size=None, gradient=False,
> /<<PKGBUILDDIR>>/debian/tmp/usr/lib/python2.7/dist-packages/skimage/measure/_structural_similarity.py:224: skimage_deprecation: Call to deprecated function ``structural_similarity``. Use ``compare_ssim`` instead.
>   def structural_similarity(X, Y, win_size=None, gradient=False,
> /<<PKGBUILDDIR>>/debian/tmp/usr/lib/python2.7/dist-packages/skimage/measure/_structural_similarity.py:224: skimage_deprecation: Call to deprecated function ``structural_similarity``. Use ``compare_ssim`` instead.
>   def structural_similarity(X, Y, win_size=None, gradient=False,
> /<<PKGBUILDDIR>>/debian/tmp/usr/lib/python2.7/dist-packages/skimage/measure/_structural_similarity.py:224: skimage_deprecation: Call to deprecated function ``structural_similarity``. Use ``compare_ssim`` instead.
>   def structural_similarity(X, Y, win_size=None, gradient=False,
> /<<PKGBUILDDIR>>/debian/tmp/usr/lib/python2.7/dist-packages/skimage/measure/_structural_similarity.py:224: skimage_deprecation: Call to deprecated function ``structural_similarity``. Use ``compare_ssim`` instead.
>   def structural_similarity(X, Y, win_size=None, gradient=False,
> /<<PKGBUILDDIR>>/debian/tmp/usr/lib/python2.7/dist-packages/skimage/measure/_structural_similarity.py:224: skimage_deprecation: Call to deprecated function ``structural_similarity``. Use ``compare_ssim`` instead.
>   def structural_similarity(X, Y, win_size=None, gradient=False,
> /<<PKGBUILDDIR>>/debian/tmp/usr/lib/python2.7/dist-packages/skimage/measure/_structural_similarity.py:224: skimage_deprecation: Call to deprecated function ``structural_similarity``. Use ``compare_ssim`` instead.
>   def structural_similarity(X, Y, win_size=None, gradient=False,
> /<<PKGBUILDDIR>>/debian/tmp/usr/lib/python2.7/dist-packages/skimage/measure/_structural_similarity.py:224: skimage_deprecation: Call to deprecated function ``structural_similarity``. Use ``compare_ssim`` instead.
>   def structural_similarity(X, Y, win_size=None, gradient=False,
> ok
> skimage.measure.tests.test_structural_similarity.test_ssim_nD ... ok
> skimage.measure.tests.test_structural_similarity.test_ssim_multichannel_chelsea ... /<<PKGBUILDDIR>>/debian/tmp/usr/lib/python2.7/dist-packages/skimage/measure/_structural_similarity.py:224: skimage_deprecation: Call to deprecated function ``structural_similarity``. Use ``compare_ssim`` instead.
>   def structural_similarity(X, Y, win_size=None, gradient=False,
> /<<PKGBUILDDIR>>/debian/tmp/usr/lib/python2.7/dist-packages/skimage/measure/_structural_similarity.py:224: skimage_deprecation: Call to deprecated function ``structural_similarity``. Use ``compare_ssim`` instead.
>   def structural_similarity(X, Y, win_size=None, gradient=False,
> /<<PKGBUILDDIR>>/debian/tmp/usr/lib/python2.7/dist-packages/skimage/measure/_structural_similarity.py:224: skimage_deprecation: Call to deprecated function ``structural_similarity``. Use ``compare_ssim`` instead.
>   def structural_similarity(X, Y, win_size=None, gradient=False,
> /<<PKGBUILDDIR>>/debian/tmp/usr/lib/python2.7/dist-packages/skimage/measure/_structural_similarity.py:224: skimage_deprecation: Call to deprecated function ``structural_similarity``. Use ``compare_ssim`` instead.
>   def structural_similarity(X, Y, win_size=None, gradient=False,
> /<<PKGBUILDDIR>>/debian/tmp/usr/lib/python2.7/dist-packages/skimage/measure/_structural_similarity.py:224: skimage_deprecation: Call to deprecated function ``structural_similarity``. Use ``compare_ssim`` instead.
>   def structural_similarity(X, Y, win_size=None, gradient=False,
> /<<PKGBUILDDIR>>/debian/tmp/usr/lib/python2.7/dist-packages/skimage/measure/_structural_similarity.py:224: skimage_deprecation: Call to deprecated function ``structural_similarity``. Use ``compare_ssim`` instead.
>   def structural_similarity(X, Y, win_size=None, gradient=False,
> ok
> skimage.measure.tests.test_structural_similarity.test_gaussian_mssim_vs_IPOL ... ok
> test vs. result from original author's Matlab implementation available at ... ok
> skimage.measure.tests.test_structural_similarity.test_gaussian_mssim_and_gradient_vs_Matlab ... ok
> skimage.measure.tests.test_structural_similarity.test_mssim_vs_legacy ... ok
> skimage.measure.tests.test_structural_similarity.test_invalid_input ... ok
> Default package level setup routine for skimage tests. ... ok
> Default package level teardown routine for skimage tests. ... ok
> skimage.morphology.tests.test_binary.test_non_square_image ... ok
> skimage.morphology.tests.test_binary.test_binary_erosion ... ok
> skimage.morphology.tests.test_binary.test_binary_dilation ... ok
> skimage.morphology.tests.test_binary.test_binary_closing ... ok
> skimage.morphology.tests.test_binary.test_binary_opening ... ok
> skimage.morphology.tests.test_binary.test_selem_overflow ... ok
> skimage.morphology.tests.test_binary.test_out_argument ... ok
> skimage.morphology.tests.test_binary.test_default_selem(array([[False, False, False, False, False, False, False, False, False, ... ok
> skimage.morphology.tests.test_binary.test_default_selem(array([[False, False, False, False, False, False, False, False, False, ... ok
> skimage.morphology.tests.test_binary.test_default_selem(array([[False, False, False, False, False, False, False, False, False, ... ok
> skimage.morphology.tests.test_binary.test_default_selem(array([[False, False, False, False, False, False, False, False, False, ... ok
> skimage.morphology.tests.test_binary.test_3d_fallback_default_selem ... ok
> skimage.morphology.tests.test_binary.test_3d_fallback_cube_selem(array([[[False, False, False, False, False, False, False], ... ok
> skimage.morphology.tests.test_binary.test_3d_fallback_cube_selem(array([[[False, False, False, False, False, False, False], ... ok
> skimage.morphology.tests.test_binary.test_2d_ndimage_equivalence ... ok
> skimage.morphology.tests.test_binary.test_binary_output_2d ... ok
> skimage.morphology.tests.test_binary.test_binary_output_3d ... ok
> skimage.morphology.tests.test_ccomp.TestConnectedComponents.test_4_vs_8 ... ok
> skimage.morphology.tests.test_ccomp.TestConnectedComponents.test_background ... ok
> skimage.morphology.tests.test_ccomp.TestConnectedComponents.test_background_one_region_center ... ok
> skimage.morphology.tests.test_ccomp.TestConnectedComponents.test_background_two_regions ... ok
> skimage.morphology.tests.test_ccomp.TestConnectedComponents.test_basic ... ok
> skimage.morphology.tests.test_ccomp.TestConnectedComponents.test_diag ... ok
> skimage.morphology.tests.test_ccomp.TestConnectedComponents.test_random ... ok
> skimage.morphology.tests.test_ccomp.TestConnectedComponents.test_return_num ... ok
> skimage.morphology.tests.test_ccomp.TestConnectedComponents3d.test_1D ... ok
> skimage.morphology.tests.test_ccomp.TestConnectedComponents3d.test_4_vs_8 ... ok
> skimage.morphology.tests.test_ccomp.TestConnectedComponents3d.test_background ... ok
> skimage.morphology.tests.test_ccomp.TestConnectedComponents3d.test_background_one_region_center ... ok
> skimage.morphology.tests.test_ccomp.TestConnectedComponents3d.test_background_two_regions ... ok
> skimage.morphology.tests.test_ccomp.TestConnectedComponents3d.test_basic ... ok
> skimage.morphology.tests.test_ccomp.TestConnectedComponents3d.test_diag ... ok
> skimage.morphology.tests.test_ccomp.TestConnectedComponents3d.test_nd ... ok
> skimage.morphology.tests.test_ccomp.TestConnectedComponents3d.test_random ... ok
> skimage.morphology.tests.test_ccomp.TestConnectedComponents3d.test_return_num ... ok
> skimage.morphology.tests.test_ccomp.TestSupport.test_reshape ... ok
> skimage.morphology.tests.test_convex_hull.test_basic ... ok
> skimage.morphology.tests.test_convex_hull.test_qhull_offset_example ... ok
> skimage.morphology.tests.test_convex_hull.test_pathological_qhull_example ... ok
> skimage.morphology.tests.test_convex_hull.test_possible_hull ... ok
> skimage.morphology.tests.test_convex_hull.test_object ... ok
> skimage.morphology.tests.test_grey.TestEccentricStructuringElements.test_black_tophat_black_pixel ... ok
> skimage.morphology.tests.test_grey.TestEccentricStructuringElements.test_black_tophat_white_pixel ... ok
> skimage.morphology.tests.test_grey.TestEccentricStructuringElements.test_close_black_pixel ... ok
> skimage.morphology.tests.test_grey.TestEccentricStructuringElements.test_close_white_pixel ... ok
> skimage.morphology.tests.test_grey.TestEccentricStructuringElements.test_dilate_erode_symmetry ... ok
> skimage.morphology.tests.test_grey.TestEccentricStructuringElements.test_open_black_pixel ... ok
> skimage.morphology.tests.test_grey.TestEccentricStructuringElements.test_open_white_pixel ... ok
> skimage.morphology.tests.test_grey.TestEccentricStructuringElements.test_white_tophat_black_pixel ... ok
> skimage.morphology.tests.test_grey.TestEccentricStructuringElements.test_white_tophat_white_pixel ... ok
> skimage.morphology.tests.test_grey.TestMorphology.test_gray_morphology ... ok
> skimage.morphology.tests.test_grey.test_default_selem(array([[0, 0, 0, 0, 0, 0, 0, 0, 0, 0], ... ok
> skimage.morphology.tests.test_grey.test_default_selem(array([[0, 0, 0, 0, 0, 0, 0, 0, 0, 0], ... ok
> skimage.morphology.tests.test_grey.test_default_selem(array([[0, 0, 0, 0, 0, 0, 0, 0, 0, 0], ... ok
> skimage.morphology.tests.test_grey.test_default_selem(array([[0, 0, 0, 0, 0, 0, 0, 0, 0, 0], ... ok
> skimage.morphology.tests.test_grey.test_default_selem(array([[0, 0, 0, 0, 0, 0, 0, 0, 0, 0], ... ok
> skimage.morphology.tests.test_grey.test_default_selem(array([[0, 0, 0, 0, 0, 0, 0, 0, 0, 0], ... ok
> skimage.morphology.tests.test_grey.test_3d_fallback_default_selem ... ok
> skimage.morphology.tests.test_grey.test_3d_fallback_cube_selem(array([[[False, False, False, False, False, False, False], ... ok
> skimage.morphology.tests.test_grey.test_3d_fallback_cube_selem(array([[[False, False, False, False, False, False, False], ... ok
> skimage.morphology.tests.test_grey.test_3d_fallback_white_tophat ... ok
> skimage.morphology.tests.test_grey.test_3d_fallback_black_tophat ... ok
> skimage.morphology.tests.test_grey.test_2d_ndimage_equivalence ... ok
> skimage.morphology.tests.test_grey.test_float ... ok
> skimage.morphology.tests.test_grey.test_uint16 ... ok
> skimage.morphology.tests.test_grey.test_discontiguous_out_array ... ok
> skimage.morphology.tests.test_misc.test_one_connectivity ... ok
> skimage.morphology.tests.test_misc.test_two_connectivity ... ok
> skimage.morphology.tests.test_misc.test_in_place ... ok
> skimage.morphology.tests.test_misc.test_labeled_image ... ok
> skimage.morphology.tests.test_misc.test_uint_image ... ok
> skimage.morphology.tests.test_misc.test_single_label_warning ... ok
> skimage.morphology.tests.test_misc.test_float_input ... ok
> skimage.morphology.tests.test_misc.test_negative_input ... ok
> skimage.morphology.tests.test_misc.test_one_connectivity_holes ... ok
> skimage.morphology.tests.test_misc.test_two_connectivity_holes ... ok
> skimage.morphology.tests.test_misc.test_in_place_holes ... ok
> skimage.morphology.tests.test_misc.test_labeled_image_holes ... /<<PKGBUILDDIR>>/debian/tmp/usr/lib/python2.7/dist-packages/skimage/morphology/misc.py:194: UserWarning: Any labeled images will be returned as a boolean array. Did you mean to use a boolean array?
>   "Did you mean to use a boolean array?", UserWarning)
> ok
> skimage.morphology.tests.test_misc.test_uint_image_holes ... ok
> skimage.morphology.tests.test_misc.test_label_warning_holes ... ok
> skimage.morphology.tests.test_misc.test_float_input_holes ... ok
> Test reconstruction with image and mask of zeros ... ok
> Test reconstruction where the image and mask are the same ... ok
> Test reconstruction where the image is uniform and less than mask ... ok
> Test reconstruction with one peak pixel ... ok
> Test reconstruction with two peak pixels isolated by the mask ... ok
> Test reconstruction with an image of all zeros and a mask that's not ... ok
> Test reconstruction by erosion, which should fill holes in mask. ... ok
> skimage.morphology.tests.test_reconstruction.test_invalid_seed ... ok
> skimage.morphology.tests.test_reconstruction.test_invalid_selem ... ok
> skimage.morphology.tests.test_reconstruction.test_invalid_method ... ok
> Test cube structuring elements ... ok
> Test rectangle structuring elements ... ok
> Test ball structuring elements ... ok
> Test diamond structuring elements ... ok
> Test disk structuring elements ... ok
> Test ellipse structuring elements ... ok
> Test octagon structuring elements ... ok
> Test octahedron structuring elements ... ok
> Test star structuring elements ... ok
> Test square structuring elements ... ok
> Test skeletonize on an array of all zeros ... ok
> Test skeletonize on an array that is completely masked ... ok
> Test skeletonize on a rectangle ... ok
> Test skeletonize on a rectangle with a hole in the middle ... ok
> Test skeletonize on a 1-pixel thin strip ... ok
> skimage.morphology.tests.test_skeletonize.TestSkeletonize.test_lut_fix ... ok
> skimage.morphology.tests.test_skeletonize.TestSkeletonize.test_skeletonize_all_foreground ... ok
> skimage.morphology.tests.test_skeletonize.TestSkeletonize.test_skeletonize_already_thinned ... ok
> skimage.morphology.tests.test_skeletonize.TestSkeletonize.test_skeletonize_no_foreground ... ok
> skimage.morphology.tests.test_skeletonize.TestSkeletonize.test_skeletonize_not_binary ... ok
> skimage.morphology.tests.test_skeletonize.TestSkeletonize.test_skeletonize_num_neighbours ... ok
> skimage.morphology.tests.test_skeletonize.TestSkeletonize.test_skeletonize_output ... ok
> skimage.morphology.tests.test_skeletonize.TestSkeletonize.test_skeletonize_single_point ... ok
> skimage.morphology.tests.test_skeletonize.TestSkeletonize.test_skeletonize_unexpected_value ... ok
> skimage.morphology.tests.test_skeletonize.TestSkeletonize.test_skeletonize_wrong_dim1 ... ok
> skimage.morphology.tests.test_skeletonize.TestSkeletonize.test_skeletonize_wrong_dim2 ... ok
> skimage.morphology.tests.test_skeletonize_3d.test_skeletonize_wrong_dim ... ok
> skimage.morphology.tests.test_skeletonize_3d.test_skeletonize_1D ... ok
> skimage.morphology.tests.test_skeletonize_3d.test_skeletonize_no_foreground ... ok
> skimage.morphology.tests.test_skeletonize_3d.test_skeletonize_all_foreground ... ok
> skimage.morphology.tests.test_skeletonize_3d.test_skeletonize_single_point ... ok
> skimage.morphology.tests.test_skeletonize_3d.test_skeletonize_already_thinned ... ok
> skimage.morphology.tests.test_skeletonize_3d.test_dtype_conv ... ok
> skimage.morphology.tests.test_skeletonize_3d.test_input(array([[ 1.,  1.,  1.,  1.,  1.,  1.,  1.,  1.], ... ok
> skimage.morphology.tests.test_skeletonize_3d.test_input(array([[[ 1.,  1.,  1.,  1.,  1.,  1.,  1.,  1.], ... ok
> skimage.morphology.tests.test_skeletonize_3d.test_input(array([[1, 1, 1, 1, 1, 1, 1, 1], ... ok
> skimage.morphology.tests.test_skeletonize_3d.test_input(array([[[1, 1, 1, 1, 1, 1, 1, 1], ... ok
> skimage.morphology.tests.test_skeletonize_3d.test_input(array([[ True,  True,  True,  True,  True,  True,  True,  True], ... ok
> skimage.morphology.tests.test_skeletonize_3d.test_input(array([[[ True,  True,  True,  True,  True,  True,  True,  True], ... ok
> skimage.morphology.tests.test_skeletonize_3d.test_skeletonize_num_neighbours ... ok
> skimage.morphology.tests.test_skeletonize_3d.test_two_hole_image ... ok
> skimage.morphology.tests.test_skeletonize_3d.test_3d_vs_fiji ... ok
> watershed 1 ... ok
> watershed 2 ... ok
> watershed 3 ... ok
> watershed 4 ... ok
> watershed 5 ... ok
> watershed 6 ... ok
> A regression test of a competitive case that failed ... ok
> The border pixels + an edge are all the same value ... ok
> Test on an image of reasonable size ... ok
> watershed 10 ... ok
> Make sure that all points on this plateau are assigned to closest seed ... ok
> Default package level setup routine for skimage tests. ... ok
> Default package level teardown routine for skimage tests. ... ok
> skimage.novice.tests.test_novice.test_xy_to_array_origin ... ok
> skimage.novice.tests.test_novice.test_pic_info ... ok
> skimage.novice.tests.test_novice.test_pixel_iteration ... ok
> skimage.novice.tests.test_novice.test_modify ... ok
> skimage.novice.tests.test_novice.test_pixel_rgb ... ok
> skimage.novice.tests.test_novice.test_pixel_rgba ... ok
> skimage.novice.tests.test_novice.test_pixel_rgb_float ... ok
> skimage.novice.tests.test_novice.test_pixel_rgba_float ... ok
> skimage.novice.tests.test_novice.test_modified_on_set ... ok
> skimage.novice.tests.test_novice.test_modified_on_set_pixel ... ok
> skimage.novice.tests.test_novice.test_reset ... ok
> skimage.novice.tests.test_novice.test_update_on_save ... ERROR
> skimage.novice.tests.test_novice.test_indexing ... ok
> skimage.novice.tests.test_novice.test_picture_slice ... ok
> skimage.novice.tests.test_novice.test_move_slice ... ok
> skimage.novice.tests.test_novice.test_negative_index ... ok
> skimage.novice.tests.test_novice.test_negative_slice ... ok
> skimage.novice.tests.test_novice.test_getitem_with_step ... ok
> skimage.novice.tests.test_novice.test_1d_getitem_raises ... ok
> skimage.novice.tests.test_novice.test_3d_getitem_raises ... ok
> skimage.novice.tests.test_novice.test_1d_setitem_raises ... ok
> skimage.novice.tests.test_novice.test_3d_setitem_raises ... ok
> skimage.novice.tests.test_novice.test_out_of_bounds_indexing ... ok
> skimage.novice.tests.test_novice.test_pixel_rgb_raises ... ok
> skimage.novice.tests.test_novice.test_pixel_red_raises ... ok
> skimage.novice.tests.test_novice.test_pixel_green_raises ... ok
> skimage.novice.tests.test_novice.test_pixel_blue_raises ... ok
> skimage.novice.tests.test_novice.test_pixel_alpha_raises ... ok
> Default package level setup routine for skimage tests. ... ok
> Default package level teardown routine for skimage tests. ... ok
> skimage.restoration.tests.test_denoise.test_denoise_tv_chambolle_2d ... ok
> skimage.restoration.tests.test_denoise.test_denoise_tv_chambolle_multichannel ... ok
> skimage.restoration.tests.test_denoise.test_denoise_tv_chambolle_float_result_range ... ok
> Apply the TV denoising algorithm on a 3D image representing a sphere. ... ok
> Apply the TV denoising algorithm on a 1D sinusoid. ... ok
> TV denoising for a 4D input. ... ok
> skimage.restoration.tests.test_denoise.test_denoise_tv_chambolle_weighting ... ok
> skimage.restoration.tests.test_denoise.test_denoise_tv_bregman_2d ... ok
> skimage.restoration.tests.test_denoise.test_denoise_tv_bregman_float_result_range ... ok
> skimage.restoration.tests.test_denoise.test_denoise_tv_bregman_3d ... ok
> skimage.restoration.tests.test_denoise.test_denoise_bilateral_2d ... ok
> skimage.restoration.tests.test_denoise.test_denoise_bilateral_color ... ok
> skimage.restoration.tests.test_denoise.test_denoise_bilateral_3d_grayscale ... ok
> skimage.restoration.tests.test_denoise.test_denoise_bilateral_3d_multichannel ... ok
> skimage.restoration.tests.test_denoise.test_denoise_bilateral_multidimensional ... ok
> skimage.restoration.tests.test_denoise.test_denoise_bilateral_nan ... ok
> skimage.restoration.tests.test_denoise.test_denoise_sigma_range ... ok
> skimage.restoration.tests.test_denoise.test_denoise_sigma_range_and_sigma_color ... ok
> skimage.restoration.tests.test_denoise.test_nl_means_denoising_2d ... ok
> skimage.restoration.tests.test_denoise.test_denoise_nl_means_2drgb ... ok
> skimage.restoration.tests.test_denoise.test_denoise_nl_means_3d ... ok
> skimage.restoration.tests.test_denoise.test_denoise_nl_means_multichannel ... ok
> skimage.restoration.tests.test_denoise.test_denoise_nl_means_wrong_dimension ... ok
> skimage.restoration.tests.test_denoise.test_no_denoising_for_small_h ... ok
> skimage.restoration.tests.test_inpaint.test_inpaint_biharmonic_2d ... ok
> skimage.restoration.tests.test_inpaint.test_inpaint_biharmonic_3d ... ok
> skimage.restoration.tests.test_inpaint.test_invalid_input ... ok
> skimage.restoration.tests.test_restoration.test_wiener ... ok
> skimage.restoration.tests.test_restoration.test_unsupervised_wiener ... ok
> Test that shape of output image in deconvolution is same as input. ... ok
> skimage.restoration.tests.test_restoration.test_richardson_lucy ... ok
> skimage.restoration.tests.test_unwrap.test_unwrap_1d ... ok
> skimage.restoration.tests.test_unwrap.test_unwrap_2d(array([[  0.          ,   0.6283185307,   1.2566370614,   1.8849555922, ... ok
> skimage.restoration.tests.test_unwrap.test_unwrap_2d(array([[  0.          ,   0.6283185307,   1.2566370614,   1.8849555922, ... ok
> skimage.restoration.tests.test_unwrap.test_unwrap_3d(array([[[  0.          ,   0.3141592654,   0.6283185307, ..., ... ok
> skimage.restoration.tests.test_unwrap.test_unwrap_3d(array([[[  0.          ,   0.3141592654,   0.6283185307, ..., ... ok
> skimage.restoration.tests.test_unwrap.test_wrap_around(2, 0) ... ok
> skimage.restoration.tests.test_unwrap.test_wrap_around(2, 1) ... ok
> skimage.restoration.tests.test_unwrap.test_wrap_around(3, 0) ... ok
> skimage.restoration.tests.test_unwrap.test_wrap_around(3, 1) ... ok
> skimage.restoration.tests.test_unwrap.test_wrap_around(3, 2) ... ok
> skimage.restoration.tests.test_unwrap.test_mask ... ok
> skimage.restoration.tests.test_unwrap.test_invalid_input ... ok
> skimage.restoration.tests.test_unwrap.test_unwrap_3d_middle_wrap_around ... ok
> skimage.restoration.tests.test_unwrap.test_unwrap_2d_compressed_mask ... ok
> skimage.restoration.tests.test_unwrap.test_unwrap_2d_all_masked ... ok
> skimage.restoration.tests.test_unwrap.test_unwrap_3d_all_masked ... ok
> Default package level setup routine for skimage tests. ... ok
> Default package level teardown routine for skimage tests. ... ok
> skimage.segmentation.tests.test_active_contour_model.test_periodic_reference ... /<<PKGBUILDDIR>>/debian/tmp/usr/lib/python2.7/dist-packages/skimage/filters/_gaussian.py:13: skimage_deprecation: Call to deprecated function ``gaussian_filter``. Use ``skimage.filters.gaussian`` instead.
>   multichannel=None):
> ok
> skimage.segmentation.tests.test_active_contour_model.test_fixed_reference ... /<<PKGBUILDDIR>>/debian/tmp/usr/lib/python2.7/dist-packages/skimage/filters/_gaussian.py:13: skimage_deprecation: Call to deprecated function ``gaussian_filter``. Use ``skimage.filters.gaussian`` instead.
>   multichannel=None):
> ok
> skimage.segmentation.tests.test_active_contour_model.test_free_reference ... /<<PKGBUILDDIR>>/debian/tmp/usr/lib/python2.7/dist-packages/skimage/filters/_gaussian.py:13: skimage_deprecation: Call to deprecated function ``gaussian_filter``. Use ``skimage.filters.gaussian`` instead.
>   multichannel=None):
> ok
> skimage.segmentation.tests.test_active_contour_model.test_RGB ... /<<PKGBUILDDIR>>/debian/tmp/usr/lib/python2.7/dist-packages/skimage/filters/_gaussian.py:13: skimage_deprecation: Call to deprecated function ``gaussian_filter``. Use ``skimage.filters.gaussian`` instead.
>   multichannel=None):
> ok
> skimage.segmentation.tests.test_active_contour_model.test_end_points ... /<<PKGBUILDDIR>>/debian/tmp/usr/lib/python2.7/dist-packages/skimage/filters/_gaussian.py:13: skimage_deprecation: Call to deprecated function ``gaussian_filter``. Use ``skimage.filters.gaussian`` instead.
>   multichannel=None):
> /<<PKGBUILDDIR>>/debian/tmp/usr/lib/python2.7/dist-packages/skimage/filters/_gaussian.py:13: skimage_deprecation: Call to deprecated function ``gaussian_filter``. Use ``skimage.filters.gaussian`` instead.
>   multichannel=None):
> /<<PKGBUILDDIR>>/debian/tmp/usr/lib/python2.7/dist-packages/skimage/filters/_gaussian.py:13: skimage_deprecation: Call to deprecated function ``gaussian_filter``. Use ``skimage.filters.gaussian`` instead.
>   multichannel=None):
> ok
> skimage.segmentation.tests.test_active_contour_model.test_bad_input ... ok
> skimage.segmentation.tests.test_boundaries.test_find_boundaries ... ok
> skimage.segmentation.tests.test_boundaries.test_find_boundaries_bool ... ok
> skimage.segmentation.tests.test_boundaries.test_mark_boundaries ... ok
> skimage.segmentation.tests.test_boundaries.test_mark_boundaries_bool ... ok
> skimage.segmentation.tests.test_boundaries.test_mark_boundaries_subpixel ... ok
> skimage.segmentation.tests.test_clear_border.test_clear_border ... ok
> skimage.segmentation.tests.test_clear_border.test_clear_border_non_binary ... ok
> skimage.segmentation.tests.test_clear_border.test_clear_border_non_binary_inplace ... ok
> skimage.segmentation.tests.test_felzenszwalb.test_minsize ... ok
> skimage.segmentation.tests.test_felzenszwalb.test_color ... ok
> Decorator to run the same function multiple times in parallel. ... ok
> skimage.segmentation.tests.test_felzenszwalb.test_grey ... ok
> skimage.segmentation.tests.test_join.test_join_segmentations ... ok
> skimage.segmentation.tests.test_join.test_relabel_sequential_offset1 ... ok
> skimage.segmentation.tests.test_join.test_relabel_sequential_offset5 ... ok
> skimage.segmentation.tests.test_join.test_relabel_sequential_offset5_with0 ... ok
> skimage.segmentation.tests.test_join.test_relabel_sequential_dtype ... ok
> skimage.segmentation.tests.test_quickshift.test_color ... ok
> Decorator to run the same function multiple times in parallel. ... ok
> skimage.segmentation.tests.test_quickshift.test_grey ... ok
> skimage.segmentation.tests.test_random_walker.test_2d_bf ... ok
> skimage.segmentation.tests.test_random_walker.test_2d_cg ... ok
> skimage.segmentation.tests.test_random_walker.test_2d_cg_mg ... ok
> skimage.segmentation.tests.test_random_walker.test_types ... ok
> skimage.segmentation.tests.test_random_walker.test_reorder_labels ... ok
> skimage.segmentation.tests.test_random_walker.test_2d_inactive ... ok
> skimage.segmentation.tests.test_random_walker.test_3d ... ok
> skimage.segmentation.tests.test_random_walker.test_3d_inactive ... ok
> skimage.segmentation.tests.test_random_walker.test_multispectral_2d ... ok
> skimage.segmentation.tests.test_random_walker.test_multispectral_3d ... ok
> skimage.segmentation.tests.test_random_walker.test_spacing_0 ... ok
> skimage.segmentation.tests.test_random_walker.test_spacing_1 ... ok
> skimage.segmentation.tests.test_random_walker.test_trivial_cases ... ok
> skimage.segmentation.tests.test_random_walker.test_length2_spacing ... ok
> skimage.segmentation.tests.test_random_walker.test_bad_inputs ... ok
> skimage.segmentation.tests.test_slic.test_multichannel_2d ... ok
> skimage.segmentation.tests.test_slic.test_gray_2d ... ok
> skimage.segmentation.tests.test_slic.test_color_3d ... ok
> skimage.segmentation.tests.test_slic.test_gray_3d ... ok
> skimage.segmentation.tests.test_slic.test_list_sigma ... ok
> skimage.segmentation.tests.test_slic.test_spacing ... ok
> skimage.segmentation.tests.test_slic.test_invalid_lab_conversion ... ok
> skimage.segmentation.tests.test_slic.test_enforce_connectivity ... ok
> skimage.segmentation.tests.test_slic.test_slic_zero ... ok
> skimage.segmentation.tests.test_slic.test_more_segments_than_pixels ... ok
> Decorator to run the same function multiple times in parallel. ... ok
> skimage.segmentation.tests.test_slic.test_color_2d ... ok
> Default package level setup routine for skimage tests. ... ok
> Default package level teardown routine for skimage tests. ... ok
> skimage.transform.tests.test_finite_radon_transform.test_frt ... ok
> skimage.transform.tests.test_geometric.test_stackcopy ... ok
> skimage.transform.tests.test_geometric.test_estimate_transform ... ok
> skimage.transform.tests.test_geometric.test_matrix_transform ... ok
> skimage.transform.tests.test_geometric.test_similarity_estimation ... ok
> skimage.transform.tests.test_geometric.test_similarity_init ... ok
> skimage.transform.tests.test_geometric.test_affine_estimation ... ok
> skimage.transform.tests.test_geometric.test_affine_init ... ok
> skimage.transform.tests.test_geometric.test_piecewise_affine ... ok
> skimage.transform.tests.test_geometric.test_projective_estimation ... ok
> skimage.transform.tests.test_geometric.test_projective_init ... ok
> skimage.transform.tests.test_geometric.test_polynomial_estimation ... ok
> skimage.transform.tests.test_geometric.test_polynomial_init ... ok
> skimage.transform.tests.test_geometric.test_polynomial_default_order ... ok
> skimage.transform.tests.test_geometric.test_polynomial_inverse ... ok
> skimage.transform.tests.test_geometric.test_union ... ok
> skimage.transform.tests.test_geometric.test_union_differing_types ... ok
> skimage.transform.tests.test_geometric.test_geometric_tform ... ok
> skimage.transform.tests.test_geometric.test_invalid_input ... ok
> skimage.transform.tests.test_geometric.test_degenerate ... ok
> skimage.transform.tests.test_hough_transform.test_hough_line_angles ... ok
> skimage.transform.tests.test_hough_transform.test_hough_line_bad_input ... ok
> skimage.transform.tests.test_hough_transform.test_probabilistic_hough ... ok
> skimage.transform.tests.test_hough_transform.test_probabilistic_hough_bad_input ... ok
> skimage.transform.tests.test_hough_transform.test_hough_line_peaks ... ok
> skimage.transform.tests.test_hough_transform.test_hough_line_peaks_ordered ... ok
> skimage.transform.tests.test_hough_transform.test_hough_line_peaks_dist ... ok
> skimage.transform.tests.test_hough_transform.test_hough_line_peaks_angle ... ok
> skimage.transform.tests.test_hough_transform.test_hough_line_peaks_num ... ok
> skimage.transform.tests.test_hough_transform.test_hough_circle_extended ... ok
> skimage.transform.tests.test_hough_transform.test_hough_ellipse_zero_angle ... ok
> Decorator to run the same function multiple times in parallel. ... ok
> skimage.transform.tests.test_hough_transform.test_hough_ellipse_non_zero_posangle1 ... ok
> skimage.transform.tests.test_hough_transform.test_hough_circle ... ok
> skimage.transform.tests.test_hough_transform.test_hough_line ... ok
> skimage.transform.tests.test_hough_transform.test_hough_ellipse_non_zero_posangle2 ... ok
> skimage.transform.tests.test_hough_transform.test_hough_ellipse_non_zero_posangle3 ... ok
> skimage.transform.tests.test_hough_transform.test_hough_ellipse_non_zero_posangle4 ... ok
> skimage.transform.tests.test_hough_transform.test_hough_ellipse_non_zero_negangle1 ... ok
> skimage.transform.tests.test_hough_transform.test_hough_ellipse_non_zero_negangle2 ... ok
> skimage.transform.tests.test_hough_transform.test_hough_ellipse_non_zero_negangle3 ... ok
> skimage.transform.tests.test_hough_transform.test_hough_ellipse_non_zero_negangle4 ... ok
> skimage.transform.tests.test_integral.test_validity ... ok
> skimage.transform.tests.test_integral.test_basic ... ok
> skimage.transform.tests.test_integral.test_single ... ok
> skimage.transform.tests.test_integral.test_vectorized_integrate ... ok
> skimage.transform.tests.test_pyramids.test_pyramid_reduce_rgb ... ok
> skimage.transform.tests.test_pyramids.test_pyramid_reduce_gray ... ok
> skimage.transform.tests.test_pyramids.test_pyramid_expand_rgb ... ok
> skimage.transform.tests.test_pyramids.test_pyramid_expand_gray ... ok
> skimage.transform.tests.test_pyramids.test_build_gaussian_pyramid_rgb ... ok
> skimage.transform.tests.test_pyramids.test_build_gaussian_pyramid_gray ... ok
> skimage.transform.tests.test_pyramids.test_build_laplacian_pyramid_rgb ... ok
> skimage.transform.tests.test_pyramids.test_build_laplacian_pyramid_gray ... ok
> skimage.transform.tests.test_pyramids.test_check_factor ... ok
> skimage.transform.tests.test_radon_transform.test_radon_center((16, 16), False) ... ok
> skimage.transform.tests.test_radon_transform.test_radon_center((16, 16), True) ... ok
> skimage.transform.tests.test_radon_transform.test_radon_center((17, 17), False) ... ok
> skimage.transform.tests.test_radon_transform.test_radon_center((17, 17), True) ... ok
> skimage.transform.tests.test_radon_transform.test_radon_center((32, 16), False) ... ok
> skimage.transform.tests.test_radon_transform.test_radon_center((33, 17), False) ... ok
> skimage.transform.tests.test_radon_transform.test_iradon_center(16, 0, False) ... ok
> skimage.transform.tests.test_radon_transform.test_iradon_center(16, 0, True) ... ok
> skimage.transform.tests.test_radon_transform.test_iradon_center(16, 90, False) ... ok
> skimage.transform.tests.test_radon_transform.test_iradon_center(16, 90, True) ... ok
> skimage.transform.tests.test_radon_transform.test_iradon_center(17, 0, False) ... ok
> skimage.transform.tests.test_radon_transform.test_iradon_center(17, 0, True) ... ok
> skimage.transform.tests.test_radon_transform.test_iradon_center(17, 90, False) ... ok
> skimage.transform.tests.test_radon_transform.test_iradon_center(17, 90, True) ... ok
> skimage.transform.tests.test_radon_transform.test_radon_iradon('linear', 'ramp') ... ok
> skimage.transform.tests.test_radon_transform.test_radon_iradon('linear', 'shepp-logan') ... ok
> skimage.transform.tests.test_radon_transform.test_radon_iradon('linear', 'cosine') ... ok
> skimage.transform.tests.test_radon_transform.test_radon_iradon('linear', 'hamming') ... ok
> skimage.transform.tests.test_radon_transform.test_radon_iradon('linear', 'hann') ... ok
> skimage.transform.tests.test_radon_transform.test_radon_iradon('nearest', 'ramp') ... ok
> skimage.transform.tests.test_radon_transform.test_radon_iradon('nearest', 'shepp-logan') ... ok
> skimage.transform.tests.test_radon_transform.test_radon_iradon('nearest', 'cosine') ... ok
> skimage.transform.tests.test_radon_transform.test_radon_iradon('nearest', 'hamming') ... ok
> skimage.transform.tests.test_radon_transform.test_radon_iradon('nearest', 'hann') ... ok
> skimage.transform.tests.test_radon_transform.test_radon_iradon('cubic', 'shepp-logan') ... ok
> Test with different number of projections ... ok
> skimage.transform.tests.test_radon_transform.test_radon_iradon_minimal((3, 3), (0, 0)) ... ok
> skimage.transform.tests.test_radon_transform.test_radon_iradon_minimal((3, 3), (0, 1)) ... ok
> skimage.transform.tests.test_radon_transform.test_radon_iradon_minimal((3, 3), (0, 2)) ... ok
> skimage.transform.tests.test_radon_transform.test_radon_iradon_minimal((3, 3), (1, 0)) ... ok
> skimage.transform.tests.test_radon_transform.test_radon_iradon_minimal((3, 3), (1, 1)) ... ok
> skimage.transform.tests.test_radon_transform.test_radon_iradon_minimal((3, 3), (1, 2)) ... ok
> skimage.transform.tests.test_radon_transform.test_radon_iradon_minimal((3, 3), (2, 0)) ... ok
> skimage.transform.tests.test_radon_transform.test_radon_iradon_minimal((3, 3), (2, 1)) ... ok
> skimage.transform.tests.test_radon_transform.test_radon_iradon_minimal((3, 3), (2, 2)) ... ok
> skimage.transform.tests.test_radon_transform.test_radon_iradon_minimal((4, 4), (1, 1)) ... ok
> skimage.transform.tests.test_radon_transform.test_radon_iradon_minimal((4, 4), (1, 2)) ... ok
> skimage.transform.tests.test_radon_transform.test_radon_iradon_minimal((4, 4), (1, 3)) ... ok
> skimage.transform.tests.test_radon_transform.test_radon_iradon_minimal((4, 4), (2, 1)) ... ok
> skimage.transform.tests.test_radon_transform.test_radon_iradon_minimal((4, 4), (2, 2)) ... ok
> skimage.transform.tests.test_radon_transform.test_radon_iradon_minimal((4, 4), (2, 3)) ... ok
> skimage.transform.tests.test_radon_transform.test_radon_iradon_minimal((4, 4), (3, 1)) ... ok
> skimage.transform.tests.test_radon_transform.test_radon_iradon_minimal((4, 4), (3, 2)) ... ok
> skimage.transform.tests.test_radon_transform.test_radon_iradon_minimal((4, 4), (3, 3)) ... ok
> skimage.transform.tests.test_radon_transform.test_radon_iradon_minimal((5, 5), (1, 1)) ... ok
> skimage.transform.tests.test_radon_transform.test_radon_iradon_minimal((5, 5), (1, 2)) ... ok
> skimage.transform.tests.test_radon_transform.test_radon_iradon_minimal((5, 5), (1, 3)) ... ok
> skimage.transform.tests.test_radon_transform.test_radon_iradon_minimal((5, 5), (2, 1)) ... ok
> skimage.transform.tests.test_radon_transform.test_radon_iradon_minimal((5, 5), (2, 2)) ... ok
> skimage.transform.tests.test_radon_transform.test_radon_iradon_minimal((5, 5), (2, 3)) ... ok
> skimage.transform.tests.test_radon_transform.test_radon_iradon_minimal((5, 5), (3, 1)) ... ok
> skimage.transform.tests.test_radon_transform.test_radon_iradon_minimal((5, 5), (3, 2)) ... ok
> skimage.transform.tests.test_radon_transform.test_radon_iradon_minimal((5, 5), (3, 3)) ... ok
> skimage.transform.tests.test_radon_transform.test_reconstruct_with_wrong_angles ... ok
> Decorator to run the same function multiple times in parallel. ... ok
> skimage.transform.tests.test_radon_transform.test_radon_circle ... ok
> skimage.transform.tests.test_radon_transform.test_iradon_sart ... assert_phase_allclose, abs 1.7763568394e-15
> assert_phase_allclose, rel nan
> Testing a masked image
> assert_phase_allclose, abs 4.4408920985e-16
> assert_phase_allclose, rel nan
> Testing a masked image
> assert_phase_allclose, abs 4.4408920985e-16
> assert_phase_allclose, rel 1.17798321536e-16
> assert_phase_allclose, no mask, abs 10.6814150222
> assert_phase_allclose, no mask, rel nan
> assert_phase_allclose, abs 8.881784197e-16
> assert_phase_allclose, rel nan
> Testing a masked image
> assert_phase_allclose, abs 8.881784197e-16
> assert_phase_allclose, rel 2.17473824374e-16
> assert_phase_allclose, no mask, abs 10.0530964915
> assert_phase_allclose, no mask, rel nan
> endpoints without wrap_around: -12.5663706144 25.1327412287
> endpoints with wrap_around: -6.28318530718 -6.28318530718
> endpoints without wrap_around: -6.28318530718 31.4159265359
> endpoints with wrap_around: -25.1327412287 -25.1327412287
> endpoints without wrap_around: -18.8495559215 18.8495559215
> endpoints with wrap_around: -6.28318530718 -6.28318530718
> endpoints without wrap_around: -6.28318530718 31.4159265359
> endpoints with wrap_around: 25.1327412287 25.1327412287
> endpoints without wrap_around: -6.28318530718 31.4159265359
> endpoints with wrap_around: 0.0 0.0
> [11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11]
> [8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8]
> [12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12]
> [8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8]
> [23 23 23 23 23 23 23 23 23 23 23 23 23 23 23 23 23 23 23 23 23 23 23 23 23
>  23 23 23 23 23 23 23]
> [23 23 23 23 23 23 23 23 23 23 23 23 23 23 23 23 23 23 23 23 23 23 23 23 23
>  23 23 23 23 23 23 23 23]
> shape of generated sinogram (23, 1)
> maximum in generated sinogram (11, 0)
> rms deviance: 2.44557913202e-16
> shape of generated sinogram (16, 1)
> maximum in generated sinogram (8, 0)
> rms deviance: 2.33730306952e-16
> shape of generated sinogram (23, 1)
> maximum in generated sinogram (11, 0)
> rms deviance: 2.40449759311e-16
> shape of generated sinogram (16, 1)
> maximum in generated sinogram (8, 0)
> rms deviance: 2.2936017016e-16
> shape of generated sinogram (25, 1)
> maximum in generated sinogram (12, 0)
> rms deviance: 2.46661407742e-16
> shape of generated sinogram (17, 1)
> maximum in generated sinogram (8, 0)
> rms deviance: 2.27609573071e-16
> shape of generated sinogram (25, 1)
> maximum in generated sinogram (12, 0)
> rms deviance: 2.44657021681e-16
> shape of generated sinogram (17, 1)
> maximum in generated sinogram (8, 0)
> rms deviance: 2.23640164461e-16
> 
> 	mean error: 0.0182241207278
> 
> 	mean error: 0.0240408533882
> 
> 	mean error: 0.0402206469444
> 
> 	mean error: 0.0200092076159
> 
> 	mean error: 0.0201829135198
> 
> 	mean error: 0.0235475206479
> 
> 	mean error: 0.0262762489139
> 
> 	mean error: 0.0443029833707
> 
> 	mean error: 0.0238600754993
> 
> 	mean error: 0.0239284760147
> 
> 	mean error: 0.0214330538624
> 
> 	Maximum deviation: 0.597058773588
> 
> 	Maximum deviation: 0.520258975593
> 
> 	Maximum deviation: 0.597058773588
> 
> 	Maximum deviation: 0.520258975593
> 
> 	Maximum deviation: 0.17252123757
> 
> 	Maximum deviation: 0.520258975593
> 
> 	Maximum deviation: 0.597058773588
> 
> 	Maximum deviation: 0.520258975593
> 
> 	Maximum deviation: 0.597058773588
> 
> 	Maximum deviation: 0.597058773588
> 
> 	Maximum deviation: 0.520258975593
> 
> 	Maximum deviation: 0.597058773588
> 
> 	Maximum deviation: 0.520258975593
> 
> 	Maximum deviation: 0.17252123757
> 
> 	Maximum deviation: 0.520258975593
> 
> 	Maximum deviation: 0.597058773588
> 
> 	Maximum deviation: 0.520258975593
> 
> 	Maximum deviation: 0.597058773588
> 
> 	Maximum deviation: 0.597058773588
> 
> 	Maximum deviation: 0.520258975593
> 
> 	Maximum deviation: 0.597058773588
> 
> 	Maximum deviation: 0.520258975593
> 
> 	Maximum deviation: 0.17252123757
> 
> 	Maximum deviation: 0.520258975593
> 
> 	Maximum deviation: 0.597058773588
> 
> 	Maximum deviation: 0.520258975593
> 
> 	Maximum deviation: 0.597058773588
> 0.00314354645264 0.000396285669824
> delta (1 iteration) = 0.0186848675094
> delta (1 iteration) = 0.0186848675094
> delta (2 iterations) = 0.0137050204427
> delta (2 iterations) = 0.0137050204427
> delta (1 iteration, clip) = 0.017558868388
> delta (1 iteration, clip) = 0.017558868388
> delta (1 iteration, shifted sinogram) = 0.0218803320738
> delta (1 iteration, shifted sinogok
> skimage.transform.tests.test_radon_transform.test_sinogram_circle_to_square(50,) ... ok
> skimage.transform.tests.test_radon_transform.test_sinogram_circle_to_square(51,) ... ok
> skimage.transform.tests.test_radon_transform.test_radon_iradon_circle('nearest', (61, 79), None) ... ok
> skimage.transform.tests.test_radon_transform.test_radon_iradon_circle('nearest', (61, 79), 61) ... ok
> skimage.transform.tests.test_radon_transform.test_radon_iradon_circle('nearest', (61, 79), 79) ... ok
> skimage.transform.tests.test_radon_transform.test_radon_iradon_circle('nearest', (61, 79), 97) ... ok
> skimage.transform.tests.test_radon_transform.test_radon_iradon_circle('linear', (61, 79), None) ... ok
> skimage.transform.tests.test_radon_transform.test_radon_iradon_circle('linear', (61, 79), 61) ... ok
> skimage.transform.tests.test_radon_transform.test_radon_iradon_circle('linear', (61, 79), 79) ... ok
> skimage.transform.tests.test_radon_transform.test_radon_iradon_circle('linear', (61, 79), 97) ... ok
> skimage.transform.tests.test_radon_transform.test_order_angles_golden_ratio ... ok
> skimage.transform.tests.test_seam_carving.test_seam_carving ... ok
> skimage.transform.tests.test_warps.test_warp_tform ... ok
> skimage.transform.tests.test_warps.test_warp_callable ... ok
> skimage.transform.tests.test_warps.test_warp_nd ... ok
> skimage.transform.tests.test_warps.test_warp_clip ... ok
> skimage.transform.tests.test_warps.test_homography ... ok
> skimage.transform.tests.test_warps.test_rotate ... ok
> skimage.transform.tests.test_warps.test_rotate_resize ... ok
> skimage.transform.tests.test_warps.test_rotate_center ... ok
> skimage.transform.tests.test_warps.test_rotate_resize_center ... ok
> skimage.transform.tests.test_warps.test_rescale ... ok
> skimage.transform.tests.test_warps.test_resize2d ... ok
> skimage.transform.tests.test_warps.test_resize3d_keep ... ok
> skimage.transform.tests.test_warps.test_resize3d_resize ... ok
> skimage.transform.tests.test_warps.test_resize3d_2din_3dout ... ok
> skimage.transform.tests.test_warps.test_resize3d_bilinear ... ok
> Decorator to run the same function multiple times in parallel. ... ok
> skimage.transform.tests.test_warps.test_swirl ... ok
> skimage.transform.tests.test_warps.test_warp_matrix ... ok
> skimage.transform.tests.test_warps.test_const_cval_out_of_range ... ok
> skimage.transform.tests.test_warps.test_warp_identity ... ok
> skimage.transform.tests.test_warps.test_warp_coords_example ... ok
> skimage.transform.tests.test_warps.test_downscale_local_mean ... ok
> skimage.transform.tests.test_warps.test_invalid ... ok
> skimage.transform.tests.test_warps.test_inverse ... ok
> skimage.transform.tests.test_warps.test_slow_warp_nonint_oshape ... ok
> skimage.transform.tests.test_warps.test_keep_range ... ok
> Default package level setup routine for skimage tests. ... ok
> Default package level teardown routine for skimage tests. ... ok
> skimage.util.tests.test_apply_parallel.test_apply_parallel ... SKIP: Skipping test: test_apply_parallel: Test skipped due to test condition
> skimage.util.tests.test_apply_parallel.test_no_chunks ... SKIP: Skipping test: test_no_chunks: Test skipped due to test condition
> skimage.util.tests.test_apply_parallel.test_apply_parallel_wrap ... SKIP: Skipping test: test_apply_parallel_wrap: Test skipped due to test condition
> skimage.util.tests.test_apply_parallel.test_apply_parallel_nearest ... SKIP: Skipping test: test_apply_parallel_nearest: Test skipped due to test condition
> test_clip_statistic_range (skimage.util.tests.test_arraypad.TestConditionalShortcuts) ... ok
> test_shallow_statistic_range (skimage.util.tests.test_arraypad.TestConditionalShortcuts) ... ok
> test_zero_padding_shortcuts (skimage.util.tests.test_arraypad.TestConditionalShortcuts) ... ok
> test_check_constant (skimage.util.tests.test_arraypad.TestConstant) ... ok
> test_check_constant_float (skimage.util.tests.test_arraypad.TestConstant) ... ok
> test_check_constant_float2 (skimage.util.tests.test_arraypad.TestConstant) ... ok
> test_check_constant_float3 (skimage.util.tests.test_arraypad.TestConstant) ... ok
> test_check_constant_odd_pad_amount (skimage.util.tests.test_arraypad.TestConstant) ... ok
> test_check_constant_zeros (skimage.util.tests.test_arraypad.TestConstant) ... ok
> test_check_simple (skimage.util.tests.test_arraypad.TestEdge) ... ok
> test_legacy_vector_functionality (skimage.util.tests.test_arraypad.TestLegacyVectorFunction) ... ok
> test_check_2d (skimage.util.tests.test_arraypad.TestLinearRamp) ... ok
> test_check_simple (skimage.util.tests.test_arraypad.TestLinearRamp) ... ok
> test_check_simple (skimage.util.tests.test_arraypad.TestNdarrayPadWidth) ... ok
> test_check_01 (skimage.util.tests.test_arraypad.TestReflect) ... ok
> test_check_02 (skimage.util.tests.test_arraypad.TestReflect) ... ok
> test_check_03 (skimage.util.tests.test_arraypad.TestReflect) ... ok
> test_check_large_pad (skimage.util.tests.test_arraypad.TestReflect) ... ok
> test_check_odd_method (skimage.util.tests.test_arraypad.TestReflect) ... ok
> test_check_shape (skimage.util.tests.test_arraypad.TestReflect) ... ok
> test_check_simple (skimage.util.tests.test_arraypad.TestReflect) ... ok
> test_check_simple (skimage.util.tests.test_arraypad.TestStatLen) ... ok
> test_check_maximum_1 (skimage.util.tests.test_arraypad.TestStatistic) ... ok
> test_check_maximum_2 (skimage.util.tests.test_arraypad.TestStatistic) ... ok
> test_check_maximum_stat_length (skimage.util.tests.test_arraypad.TestStatistic) ... ok
> test_check_mean_2 (skimage.util.tests.test_arraypad.TestStatistic) ... ok
> test_check_mean_shape_one (skimage.util.tests.test_arraypad.TestStatistic) ... ok
> test_check_mean_stat_length (skimage.util.tests.test_arraypad.TestStatistic) ... ok
> test_check_median (skimage.util.tests.test_arraypad.TestStatistic) ... ok
> test_check_median_01 (skimage.util.tests.test_arraypad.TestStatistic) ... ok
> test_check_median_02 (skimage.util.tests.test_arraypad.TestStatistic) ... ok
> test_check_median_stat_length (skimage.util.tests.test_arraypad.TestStatistic) ... ok
> test_check_minimum_1 (skimage.util.tests.test_arraypad.TestStatistic) ... ok
> test_check_minimum_2 (skimage.util.tests.test_arraypad.TestStatistic) ... ok
> test_check_minimum_stat_length (skimage.util.tests.test_arraypad.TestStatistic) ... ok
> test_check_01 (skimage.util.tests.test_arraypad.TestSymmetric) ... ok
> test_check_02 (skimage.util.tests.test_arraypad.TestSymmetric) ... ok
> test_check_03 (skimage.util.tests.test_arraypad.TestSymmetric) ... ok
> test_check_large_pad (skimage.util.tests.test_arraypad.TestSymmetric) ... ok
> test_check_large_pad_odd (skimage.util.tests.test_arraypad.TestSymmetric) ... ok
> test_check_odd_method (skimage.util.tests.test_arraypad.TestSymmetric) ... ok
> test_check_shape (skimage.util.tests.test_arraypad.TestSymmetric) ... ok
> test_check_simple (skimage.util.tests.test_arraypad.TestSymmetric) ... ok
> test_check_01 (skimage.util.tests.test_arraypad.TestWrap) ... ok
> test_check_02 (skimage.util.tests.test_arraypad.TestWrap) ... ok
> test_check_large_pad (skimage.util.tests.test_arraypad.TestWrap) ... ok
> test_check_simple (skimage.util.tests.test_arraypad.TestWrap) ... ok
> test_zero_pad_width (skimage.util.tests.test_arraypad.TestZeroPadWidth) ... ok
> test_check_wrong_pad_amount (skimage.util.tests.test_arraypad.TypeError1) ... ok
> test_complex (skimage.util.tests.test_arraypad.TypeError1) ... ok
> test_float (skimage.util.tests.test_arraypad.TypeError1) ... ok
> test_object (skimage.util.tests.test_arraypad.TypeError1) ... ok
> test_str (skimage.util.tests.test_arraypad.TypeError1) ... ok
> test_check_negative_pad_width (skimage.util.tests.test_arraypad.ValueError1) ... ok
> test_check_negative_stat_length (skimage.util.tests.test_arraypad.ValueError1) ... ok
> test_check_simple (skimage.util.tests.test_arraypad.ValueError1) ... ok
> test_check_negative_pad_amount (skimage.util.tests.test_arraypad.ValueError2) ... ok
> test_check_kwarg_not_allowed (skimage.util.tests.test_arraypad.ValueError3) ... ok
> test_malformed_pad_amount (skimage.util.tests.test_arraypad.ValueError3) ... ok
> test_malformed_pad_amount2 (skimage.util.tests.test_arraypad.ValueError3) ... ok
> test_mode_not_set (skimage.util.tests.test_arraypad.ValueError3) ... ok
> test_pad_too_many_axes (skimage.util.tests.test_arraypad.ValueError3) ... ok
> skimage.util.tests.test_arraypad.test_multi_crop ... ok
> skimage.util.tests.test_arraypad.test_pair_crop ... ok
> skimage.util.tests.test_arraypad.test_int_crop ... ok
> skimage.util.tests.test_arraypad.test_copy_crop ... ok
> skimage.util.tests.test_arraypad.test_zero_crop ... ok
> skimage.util.tests.test_dtype.test_range('From int8 to int16', array([-32768, -25315, -18119, -10923,  -3470,   3469,  10922,  18118, ... ok
> skimage.util.tests.test_dtype.test_range('From int8 to float64', array([-1.          , -0.7725490196, -0.5529411765, -0.3333333333, ... ok
> skimage.util.tests.test_dtype.test_range('From int8 to uint16', array([    0,     0,     0,     0,     0,  6708, 21673, 36122, 50571, 65535], dtype=uint16), 0, 65535, dtype('uint16')) ... ok
> skimage.util.tests.test_dtype.test_range('From int8 to uint8', array([  0,   0,   0,   0,   0,  26,  84, 141, 197, 255], dtype=uint8), 0, 255, dtype('uint8')) ... ok
> skimage.util.tests.test_dtype.test_range('From float32 to int16', array([-32768, -25486, -18205, -10923,  -3641,   3640,  10922,  18204, ... ok
> skimage.util.tests.test_dtype.test_range('From float32 to float64', array([-1.          , -0.777777791 , -0.555555582 , -0.3333333433, ... ok
> skimage.util.tests.test_dtype.test_range('From float32 to uint16', array([    0,     0,     0,     0,     0,  7282, 21845, 36408, 50972, 65535], dtype=uint16), 0, 65535, dtype('uint16')) ... ok
> skimage.util.tests.test_dtype.test_range('From float32 to uint8', array([  0,   0,   0,   0,   0,  28,  85, 142, 198, 255], dtype=uint8), 0, 255, dtype('uint8')) ... ok
> skimage.util.tests.test_dtype.test_range('From uint16 to int16', array([    0,  3640,  7281, 10922, 14563, 18204, 21845, 25485, 29126, 32767], dtype=int16), 0, 32767, dtype('int16')) ... ok
> skimage.util.tests.test_dtype.test_range('From uint16 to float64', array([ 0.          ,  0.1111009384,  0.2222171359,  0.3333333333, ... ok
> skimage.util.tests.test_dtype.test_range('From uint16 to uint16', array([    0,  7281, 14563, 21845, 29126, 36408, 43690, 50971, 58253, 65535], dtype=uint16), 0, 65535, dtype('uint16')) ... ok
> skimage.util.tests.test_dtype.test_range('From uint16 to uint8', array([  0,  28,  56,  85, 113, 142, 170, 199, 227, 255], dtype=uint8), 0, 255, dtype('uint8')) ... ok
> skimage.util.tests.test_dtype.test_range('From int16 to int16', array([-32768, -25486, -18204, -10923,  -3641,   3640,  10922,  18203, ... ok
> skimage.util.tests.test_dtype.test_range('From int16 to float64', array([-1.          , -0.7777676051, -0.5555352102, -0.3333333333, ... ok
> skimage.util.tests.test_dtype.test_range('From int16 to uint16', array([    0,     0,     0,     0,     0,  7280, 21844, 36407, 50971, 65535], dtype=uint16), 0, 65535, dtype('uint16')) ... ok
> skimage.util.tests.test_dtype.test_range('From int16 to uint8', array([  0,   0,   0,   0,   0,  28,  85, 142, 199, 255], dtype=uint8), 0, 255, dtype('uint8')) ... ok
> skimage.util.tests.test_dtype.test_range('From float64 to int16', array([-32768, -25486, -18205, -10923,  -3641,   3640,  10922,  18204, ... ok
> skimage.util.tests.test_dtype.test_range('From float64 to float64', array([-1.          , -0.7777777778, -0.5555555556, -0.3333333333, ... ok
> skimage.util.tests.test_dtype.test_range('From float64 to uint16', array([    0,     0,     0,     0,     0,  7282, 21845, 36408, 50972, 65535], dtype=uint16), 0, 65535, dtype('uint16')) ... ok
> skimage.util.tests.test_dtype.test_range('From float64 to uint8', array([  0,   0,   0,   0,   0,  28,  85, 142, 198, 255], dtype=uint8), 0, 255, dtype('uint8')) ... ok
> skimage.util.tests.test_dtype.test_range('From uint8 to int16', array([    0,  3598,  7196, 10922, 14520, 18118, 21845, 25443, 29041, 32767], dtype=int16), 0, 32767, dtype('int16')) ... ok
> skimage.util.tests.test_dtype.test_range('From uint8 to float64', array([ 0.          ,  0.1098039216,  0.2196078431,  0.3333333333, ... ok
> skimage.util.tests.test_dtype.test_range('From uint8 to uint16', array([    0,  7196, 14392, 21845, 29041, 36237, 43690, 50886, 58082, 65535], dtype=uint16), 0, 65535, dtype('uint16')) ... ok
> skimage.util.tests.test_dtype.test_range('From uint8 to uint8', array([  0,  28,  56,  85, 113, 141, 170, 198, 226, 255], dtype=uint8), 0, 255, dtype('uint8')) ... ok
> Test code paths that are not skipped by `test_range` ... ok
> Test code paths that are not skipped by `test_range` ... ok
> Test code paths that are not skipped by `test_range` ... ok
> Test code paths that are not skipped by `test_range` ... ok
> Test code paths that are not skipped by `test_range` ... ok
> Test code paths that are not skipped by `test_range` ... ok
> skimage.util.tests.test_dtype.test_downcast ... ok
> skimage.util.tests.test_dtype.test_float_out_of_range ... ok
> skimage.util.tests.test_dtype.test_copy ... ok
> skimage.util.tests.test_dtype.test_bool ... ok
> skimage.util.tests.test_montage.test_simple ... ok
> skimage.util.tests.test_montage.test_fill ... ok
> skimage.util.tests.test_montage.test_shape ... ok
> skimage.util.tests.test_montage.test_grid_shape ... ok
> skimage.util.tests.test_montage.test_rescale_intensity ... ok
> skimage.util.tests.test_montage.test_error_ndim ... ok
> skimage.util.tests.test_random_noise.test_set_seed ... ok
> skimage.util.tests.test_random_noise.test_salt ... ok
> skimage.util.tests.test_random_noise.test_pepper ... ok
> skimage.util.tests.test_random_noise.test_salt_and_pepper ... ok
> skimage.util.tests.test_random_noise.test_gaussian ... ok
> skimage.util.tests.test_random_noise.test_localvar ... ok
> skimage.util.tests.test_random_noise.test_speckle ... ok
> skimage.util.tests.test_random_noise.test_poisson ... ok
> skimage.util.tests.test_random_noise.test_clip_poisson ... ok
> skimage.util.tests.test_random_noise.test_clip_gaussian ... ok
> skimage.util.tests.test_random_noise.test_clip_speckle ... ok
> skimage.util.tests.test_random_noise.test_bad_mode ... ok
> skimage.util.tests.test_regular_grid.test_regular_grid_full ... ok
> skimage.util.tests.test_regular_grid.test_regular_grid_2d_8 ... ok
> skimage.util.tests.test_regular_grid.test_regular_grid_2d_32 ... ok
> skimage.util.tests.test_regular_grid.test_regular_grid_3d_8 ... ok
> skimage.util.tests.test_shape.test_view_as_blocks_block_not_a_tuple ... ok
> skimage.util.tests.test_shape.test_view_as_blocks_negative_shape ... ok
> skimage.util.tests.test_shape.test_view_as_blocks_block_too_large ... ok
> skimage.util.tests.test_shape.test_view_as_blocks_wrong_block_dimension ... ok
> skimage.util.tests.test_shape.test_view_as_blocks_1D_array_wrong_block_shape ... ok
> skimage.util.tests.test_shape.test_view_as_blocks_1D_array ... ok
> skimage.util.tests.test_shape.test_view_as_blocks_2D_array ... ok
> skimage.util.tests.test_shape.test_view_as_blocks_3D_array ... ok
> skimage.util.tests.test_shape.test_view_as_windows_input_not_array ... ok
> skimage.util.tests.test_shape.test_view_as_windows_wrong_window_dimension ... ok
> skimage.util.tests.test_shape.test_view_as_windows_negative_window_length ... ok
> skimage.util.tests.test_shape.test_view_as_windows_window_too_large ... ok
> skimage.util.tests.test_shape.test_view_as_windows_step_below_one ... ok
> skimage.util.tests.test_shape.test_view_as_windows_1D ... ok
> skimage.util.tests.test_shape.test_view_as_windows_2D ... ok
> skimage.util.tests.test_shape.test_view_as_windows_with_skip ... ok
> skimage.util.tests.test_shape.test_views_non_contiguous ... ok
> skimage.util.tests.test_shape.test_view_as_windows_step_tuple ... ok
> skimage.util.tests.test_unique_rows.test_discontiguous_array ... ok
> skimage.util.tests.test_unique_rows.test_uint8_array ... ok
> skimage.util.tests.test_unique_rows.test_float_array ... ok
> skimage.util.tests.test_unique_rows.test_1d_array ... ok
> skimage.util.tests.test_unique_rows.test_3d_array ... ok
> Default package level setup routine for skimage tests. ... ok
> Default package level teardown routine for skimage tests. ... ok
> Test a line profile using an ndim=2 image ... SKIP: Skipping test: test_line_profile: Test skipped due to test condition
> Test a line profile using an ndim=3 image ... SKIP: Skipping test: test_line_profile_rgb: Test skipped due to test condition
> Test a line profile updating after an image transform ... SKIP: Skipping test: test_line_profile_dynamic: Test skipped due to test condition
> skimage.viewer.tests.test_plugins.test_measure ... SKIP: Skipping test: test_measure: Test skipped due to test condition
> skimage.viewer.tests.test_plugins.test_canny ... SKIP: Skipping test: test_canny: Test skipped due to test condition
> skimage.viewer.tests.test_plugins.test_label_painter ... SKIP: Skipping test: test_label_painter: Test skipped due to test condition
> skimage.viewer.tests.test_plugins.test_crop ... SKIP: Skipping test: test_crop: Test skipped due to test condition
> skimage.viewer.tests.test_plugins.test_color_histogram ... SKIP: Skipping test: test_color_histogram: Test skipped due to test condition
> skimage.viewer.tests.test_plugins.test_plot_plugin ... SKIP: Skipping test: test_plot_plugin: Test skipped due to test condition
> skimage.viewer.tests.test_plugins.test_plugin ... SKIP: Skipping test: test_plugin: Test skipped due to test condition
> skimage.viewer.tests.test_utils.test_event_loop ... SKIP: Skipping test: test_event_loop: Test skipped due to test condition
> skimage.viewer.tests.test_utils.test_format_filename ... SKIP: Skipping test: test_format_filename: Test skipped due to test condition
> skimage.viewer.tests.test_utils.test_open_file_dialog ... SKIP: Skipping test: test_open_file_dialog: Test skipped due to test condition
> skimage.viewer.tests.test_utils.test_save_file_dialog ... SKIP: Skipping test: test_save_file_dialog: Test skipped due to test condition
> skimage.viewer.tests.test_viewer.test_viewer ... SKIP: Skipping test: test_viewer: Test skipped due to test condition
> skimage.viewer.tests.test_viewer.test_collection_viewer ... SKIP: Skipping test: test_collection_viewer: Test skipped due to test condition
> skimage.viewer.tests.test_viewer.test_viewer_with_overlay ... SKIP: Skipping test: test_viewer_with_overlay: Test skipped due to test condition
> skimage.viewer.tests.test_widgets.test_check_box ... SKIP: Skipping test: test_check_box: Test skipped due to test condition
> skimage.viewer.tests.test_widgets.test_combo_box ... SKIP: Skipping test: test_combo_box: Test skipped due to test condition
> skimage.viewer.tests.test_widgets.test_text_widget ... SKIP: Skipping test: test_text_widget: Test skipped due to test condition
> skimage.viewer.tests.test_widgets.test_slider_int ... SKIP: Skipping test: test_slider_int: Test skipped due to test condition
> skimage.viewer.tests.test_widgets.test_slider_float ... SKIP: Skipping test: test_slider_float: Test skipped due to test condition
> skimage.viewer.tests.test_widgets.test_save_buttons ... SKIP: Skipping test: test_save_buttons: Test skipped due to test condition
> skimage.viewer.tests.test_widgets.test_ok_buttons ... SKIP: Skipping test: test_ok_buttons: Test skipped due to test condition
> 
> ======================================================================
> ERROR: skimage.novice.tests.test_novice.test_update_on_save
> ----------------------------------------------------------------------
> Traceback (most recent call last):
>   File "/usr/lib/python2.7/dist-packages/nose/case.py", line 197, in runTest
>     self.test(*self.arg)
>   File "/<<PKGBUILDDIR>>/debian/tmp/usr/lib/python2.7/dist-packages/skimage/novice/tests/test_novice.py", line 159, in test_update_on_save
>     pic.save(filename)
>   File "/<<PKGBUILDDIR>>/debian/tmp/usr/lib/python2.7/dist-packages/skimage/novice/_novice.py", line 329, in save
>     io.imsave(path, self.array)
>   File "/<<PKGBUILDDIR>>/debian/tmp/usr/lib/python2.7/dist-packages/skimage/io/_io.py", line 133, in imsave
>     return call_plugin('imsave', fname, arr, plugin=plugin, **plugin_args)
>   File "/<<PKGBUILDDIR>>/debian/tmp/usr/lib/python2.7/dist-packages/skimage/io/manage_plugins.py", line 211, in call_plugin
>     return func(*args, **kwargs)
>   File "/<<PKGBUILDDIR>>/debian/tmp/usr/lib/python2.7/dist-packages/skimage/io/_plugins/pil_plugin.py", line 260, in imsave
>     img.save(fname, format=format_str, **kwargs)
>   File "/usr/lib/python2.7/dist-packages/PIL/Image.py", line 1893, in save
>     save_handler(self, fp, filename)
>   File "/usr/lib/python2.7/dist-packages/PIL/JpegImagePlugin.py", line 604, in _save
>     raise IOError("cannot write mode %s as JPEG" % im.mode)
> IOError: cannot write mode RGBA as JPEG
> 
> ----------------------------------------------------------------------
> Ran 1381 tests in 188.277s
> 
> FAILED (SKIP=54, errors=1)
> ram) = 0.0218803320738
> delta (1 iteration) = 0.0270287245737
> delta (1 iteration) = 0.0270287245737
> delta (2 iterations) = 0.0232331483658
> delta (2 iterations) = 0.0232331483658
> delta (1 iteration, clip) = 0.0248932960634
> delta (1 iteration, clip) = 0.0248932960634
> delta (1 iteration, shifted sinogram) = 0.0293641116974
> delta (1 iteration, shifted sinogram) = 0.0293641116974
> 
> 	argmax of circle: (16, 0)
> 	argmax of square: (26, 0)
> 	argmax of circle to square: (26, 0)
> 0.0540346850989 2.56600451074
> 
> 	argmax of circle: (18, 18)
> 	argmax of square: (29, 18)
> 	argmax of circle to square: (29, 18)
> 0.000383624098141 0.0956193976186
> (61, 61)
> (61, 61)
> (61, 61)
> (61, 61)
> (79, 79)
> (79, 79)
> (97, 97)
> (97, 97)
> (61, 61)
> (61, 61)
> (61, 61)
> (61, 61)
> (79, 79)
> (79, 79)
> (97, 97)
> (97, 97)
> debian/rules:59: recipe for target 'python-test2' failed
> make[1]: *** [python-test2] Error 1

The full build log is available from:
   http://aws-logs.debian.net/2017/08/05/skimage_0.12.3-9_unstable.log

A list of current common problems and possible solutions is available at
http://wiki.debian.org/qa.debian.org/FTBFS . You're welcome to contribute!

About the archive rebuild: The rebuild was done on EC2 VM instances from
Amazon Web Services, using a clean, minimal and up-to-date chroot. Every
failed build was retried once to eliminate random failures.