| /dports/science/minc2/minc-release-2.2.00/volume_io/Volumes/ |
| H A D | volumes.c | 177 volume->spatial_axes[i] = -1; in create_volume()
198 volume->spatial_axes[axis] = i; in create_volume()
735 axis = spatial_axes[c]; in compute_world_transform()
885 int spatial_axes[], in convert_transform_origin_to_starts() argument
902 axis = spatial_axes[dim]; in convert_transform_origin_to_starts()
992 int spatial_axes[], in convert_transform_to_starts_and_steps() argument
1025 axis = spatial_axes[dim]; in convert_transform_to_starts_and_steps()
1522 axis = volume->spatial_axes[dim]; in set_volume_translation()
1699 axis = volume->spatial_axes[c]; in reorder_voxel_to_xyz()
1735 axis = volume->spatial_axes[c]; in reorder_xyz_to_voxel()
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| H A D | input_free.c | 119 if( volume->spatial_axes[X] < 0 || in initialize_free_format_input()
120 volume->spatial_axes[Y] < 0 || in initialize_free_format_input()
121 volume->spatial_axes[Z] < 0 ) in initialize_free_format_input()
125 volume->spatial_axes[X] = 0; in initialize_free_format_input()
126 volume->spatial_axes[Y] = 1; in initialize_free_format_input()
127 volume->spatial_axes[Z] = 2; in initialize_free_format_input()
152 volume->spatial_axes[X]; in initialize_free_format_input()
157 volume->spatial_axes[Y]; in initialize_free_format_input()
162 volume->spatial_axes[Z]; in initialize_free_format_input()
179 volume->spatial_axes[c] = c; in initialize_free_format_input()
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| H A D | input_mnc.c | 257 volume->spatial_axes[d] = INVALID_AXIS; in initialize_minc_input_from_minc_id()
258 file->spatial_axes[d] = INVALID_AXIS; in initialize_minc_input_from_minc_id()
266 file->spatial_axes[axis] = d; in initialize_minc_input_from_minc_id()
279 volume->spatial_axes[spatial_axis_indices[d]] = in initialize_minc_input_from_minc_id()
415 compute_world_transform( file->spatial_axes, file_separations, in initialize_minc_input_from_minc_id()
1143 axis = file->spatial_axes[c]; in advance_input_volume()
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| H A D | output_mnc.c | 93 int dim, axis, spatial_axes[N_DIMENSIONS]; in output_world_transform() local
149 spatial_axes[0] = INVALID_AXIS; in output_world_transform()
150 spatial_axes[1] = INVALID_AXIS; in output_world_transform()
151 spatial_axes[2] = INVALID_AXIS; in output_world_transform()
157 spatial_axes[axis] = dim; in output_world_transform()
162 NULL, spatial_axes, in output_world_transform()
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| H A D | evaluate.c | 1068 axis = volume->spatial_axes[d]; in evaluate_volume_in_world()
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| /dports/graphics/py-scikit-image/scikit-image-0.19.0/skimage/filters/tests/ |
| H A D | test_gaussian.py | 60 spatial_axes = tuple(
63 assert np.allclose(a.mean(axis=spatial_axes),
64 gaussian_rgb_a.mean(axis=spatial_axes))
74 assert np.allclose(a.mean(axis=spatial_axes),
75 gaussian_rgb_a.mean(axis=spatial_axes))
80 assert np.allclose(a.mean(axis=spatial_axes),
81 gaussian_rgb_a.mean(axis=spatial_axes))
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| /dports/science/InsightToolkit/ITK-5.0.1/Modules/ThirdParty/MINC/src/libminc/volume_io/Volumes/ |
| H A D | input_free.c | 125 if( volume->spatial_axes[VIO_X] < 0 || in initialize_free_format_input()
126 volume->spatial_axes[VIO_Y] < 0 || in initialize_free_format_input()
127 volume->spatial_axes[VIO_Z] < 0 ) in initialize_free_format_input()
131 volume->spatial_axes[VIO_X] = 0; in initialize_free_format_input()
132 volume->spatial_axes[VIO_Y] = 1; in initialize_free_format_input()
133 volume->spatial_axes[VIO_Z] = 2; in initialize_free_format_input()
158 volume->spatial_axes[VIO_X]; in initialize_free_format_input()
163 volume->spatial_axes[VIO_Y]; in initialize_free_format_input()
168 volume->spatial_axes[VIO_Z]; in initialize_free_format_input()
185 volume->spatial_axes[c] = c; in initialize_free_format_input()
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| H A D | volumes.c | 183 volume->spatial_axes[i] = -1; in create_volume()
204 volume->spatial_axes[axis] = i; in create_volume()
999 axis = spatial_axes[c]; in compute_world_transform()
1149 int spatial_axes[], in convert_transform_origin_to_starts() argument
1166 axis = spatial_axes[dim]; in convert_transform_origin_to_starts()
1256 int spatial_axes[], in convert_transform_to_starts_and_steps() argument
1289 axis = spatial_axes[dim]; in convert_transform_to_starts_and_steps()
1786 axis = volume->spatial_axes[dim]; in set_volume_translation()
1963 axis = volume->spatial_axes[c]; in reorder_voxel_to_xyz()
1999 axis = volume->spatial_axes[c]; in reorder_xyz_to_voxel()
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| H A D | input_nrrd.c | 1444 spatial_axes[i] = -1; in nrrd_to_minc_attributes()
1458 spatial_axes[axis++] = VIO_X; in nrrd_to_minc_attributes()
1463 spatial_axes[axis++] = VIO_Y; in nrrd_to_minc_attributes()
1468 spatial_axes[axis++] = VIO_Z; in nrrd_to_minc_attributes()
1482 spatial_axes[2] = 3 - (spatial_axes[0] + spatial_axes[1]); in nrrd_to_minc_attributes()
1684 if( volume->spatial_axes[VIO_X] < 0 || in initialize_nrrd_format_input()
1686 volume->spatial_axes[VIO_Z] < 0 ) in initialize_nrrd_format_input()
1689 volume->spatial_axes[VIO_X] = 0; in initialize_nrrd_format_input()
1690 volume->spatial_axes[VIO_Y] = 1; in initialize_nrrd_format_input()
1691 volume->spatial_axes[VIO_Z] = 2; in initialize_nrrd_format_input()
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| H A D | input_mgh.c | 471 if( volume->spatial_axes[VIO_X] < 0 || in initialize_mgh_format_input()
472 volume->spatial_axes[VIO_Y] < 0 || in initialize_mgh_format_input()
473 volume->spatial_axes[VIO_Z] < 0 ) in initialize_mgh_format_input()
476 volume->spatial_axes[VIO_X] = 0; in initialize_mgh_format_input()
477 volume->spatial_axes[VIO_Y] = 1; in initialize_mgh_format_input()
478 volume->spatial_axes[VIO_Z] = 2; in initialize_mgh_format_input()
533 volume->spatial_axes, in initialize_mgh_format_input()
542 int volume_axis = volume->spatial_axes[axis]; in initialize_mgh_format_input()
550 int volume_axis = volume->spatial_axes[axis]; in initialize_mgh_format_input()
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| H A D | input_nifti.c | 420 if( volume->spatial_axes[VIO_X] < 0 || in initialize_nifti_format_input()
421 volume->spatial_axes[VIO_Y] < 0 || in initialize_nifti_format_input()
422 volume->spatial_axes[VIO_Z] < 0 ) in initialize_nifti_format_input()
425 volume->spatial_axes[VIO_X] = 0; in initialize_nifti_format_input()
426 volume->spatial_axes[VIO_Y] = 1; in initialize_nifti_format_input()
427 volume->spatial_axes[VIO_Z] = 2; in initialize_nifti_format_input()
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| H A D | input_mnc2.c | 301 volume->spatial_axes[d] = INVALID_AXIS; in initialize_minc_input_from_minc2_id()
302 file->spatial_axes[d] = INVALID_AXIS; in initialize_minc_input_from_minc2_id()
310 file->spatial_axes[axis] = d; in initialize_minc_input_from_minc2_id()
322 volume->spatial_axes[spatial_axis_indices[d]] = in initialize_minc_input_from_minc2_id()
417 compute_world_transform( file->spatial_axes, file_separations, in initialize_minc_input_from_minc2_id()
1006 axis = file->spatial_axes[c]; in advance_input_volume2()
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| H A D | output_mnc2.c | 101 int dim, axis, spatial_axes[VIO_N_DIMENSIONS]; in output_world_transform() local
157 spatial_axes[0] = INVALID_AXIS; in output_world_transform()
158 spatial_axes[1] = INVALID_AXIS; in output_world_transform()
159 spatial_axes[2] = INVALID_AXIS; in output_world_transform()
165 spatial_axes[axis] = dim; in output_world_transform()
170 NULL, spatial_axes, in output_world_transform()
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| H A D | input_mnc.c | 274 volume->spatial_axes[d] = INVALID_AXIS; in initialize_minc_input_from_minc_id()
275 file->spatial_axes[d] = INVALID_AXIS; in initialize_minc_input_from_minc_id()
283 file->spatial_axes[axis] = d; in initialize_minc_input_from_minc_id()
296 volume->spatial_axes[spatial_axis_indices[d]] = in initialize_minc_input_from_minc_id()
431 compute_world_transform( file->spatial_axes, file_separations, in initialize_minc_input_from_minc_id()
1166 axis = file->spatial_axes[c]; in advance_input_volume()
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| H A D | output_mnc.c | 102 int dim, axis, spatial_axes[VIO_N_DIMENSIONS]; in output_world_transform() local
158 spatial_axes[0] = INVALID_AXIS; in output_world_transform()
159 spatial_axes[1] = INVALID_AXIS; in output_world_transform()
160 spatial_axes[2] = INVALID_AXIS; in output_world_transform()
166 spatial_axes[axis] = dim; in output_world_transform()
171 NULL, spatial_axes, in output_world_transform()
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| H A D | input_volume.c | 70 volume->spatial_axes[i], in print_volume()
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| /dports/math/py-keras/Keras-2.4.3/keras/utils/ |
| H A D | generic_utils.py | 107 def transpose_shape(shape, target_format, spatial_axes): argument
141 new_values = shape[:spatial_axes[0]]
143 new_values += tuple(shape[x] for x in spatial_axes)
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| /dports/science/InsightToolkit/ITK-5.0.1/Modules/ThirdParty/MINC/src/libminc/libsrc/ |
| H A D | minc_simple.h | 84 minc_get_world_transform(int handle, double transform[4][4], int spatial_axes[3]);
87 minc_transform_to_world(const long voxel[], const int spatial_axes[3],
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| H A D | minc_simple.c | 951 int spatial_axes[3]) in minc_get_world_transform()
980 spatial_axes[0] = i; in minc_get_world_transform()
983 spatial_axes[1] = i; in minc_get_world_transform()
986 spatial_axes[2] = i; in minc_get_world_transform()
1019 minc_transform_to_world(const long voxel[], const int spatial_axes[3], in minc_transform_to_world()
1026 input[0] = voxel[spatial_axes[0]]; in minc_transform_to_world()
1027 input[1] = voxel[spatial_axes[1]]; in minc_transform_to_world()
1028 input[2] = voxel[spatial_axes[2]]; in minc_transform_to_world()
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| /dports/science/minc2/minc-release-2.2.00/volume_io/MNI_formats/ |
| H A D | grid_transforms.c | 293 if( volume->spatial_axes[d] == vector_dim ) break; in grid_inverse_transform_point()
384 if( volume->spatial_axes[d] == vector_dim ) in evaluate_grid_volume()
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| /dports/science/InsightToolkit/ITK-5.0.1/Modules/ThirdParty/MINC/src/libminc/volume_io/MNI_formats/ |
| H A D | grid_transforms.c | 317 if( volume->spatial_axes[d] == vector_dim ) break; in grid_inverse_transform_point_with_input_steps()
459 if( volume->spatial_axes[d] == vector_dim ) in evaluate_grid_volume()
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| /dports/science/InsightToolkit/ITK-5.0.1/Modules/ThirdParty/MINC/src/libminc/volume_io/Include/volume_io/ |
| H A D | volume.h | 100 int spatial_axes[VIO_N_DIMENSIONS]; member
426 int spatial_axes[VIO_N_DIMENSIONS]; member
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| H A D | vol_io_prototypes.h | 1985 int spatial_axes[VIO_N_DIMENSIONS],
1995 int spatial_axes[],
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| /dports/science/minc2/minc-release-2.2.00/volume_io/Include/volume_io/ |
| H A D | volume.h | 64 int spatial_axes[VIO_N_DIMENSIONS]; member
391 int spatial_axes[VIO_N_DIMENSIONS]; member
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| H A D | vol_io_prototypes.h | 847 int spatial_axes[VIO_N_DIMENSIONS],
857 int spatial_axes[],
|