class SpatialPatternVolumeData(SpatialPatternData):
""" A spatio-temporal pattern defined in a volume. """
volume = volumes.Volume(label="Volume")
focal_points_volume = arrays.IndexArray(label="Focal points",
target=volume)
def test_volume(self):
dt = volumes.Volume()
summary_info = dt.summary_info
self.assertEqual(summary_info['Origin'].shape, (0, ))
self.assertEqual(summary_info['Voxel size'].shape, (0, ))
self.assertEqual(summary_info['Volume type'], 'Volume')
self.assertEqual(summary_info['Units'], 'mm')
self.assertEqual(dt.origin.shape, (0, ))
self.assertEqual(dt.voxel_size.shape, (0, ))
self.assertEqual(dt.voxel_unit, 'mm')
def test_volume(self):
dt = volumes.Volume(origin=numpy.array([]), voxel_size=numpy.array([]))
summary_info = dt.summary_info()
assert summary_info['Origin'] is not None
assert summary_info['Voxel size'] is not None
assert summary_info['Volume type'] == 'Volume'
assert summary_info['Units'] == 'mm'
assert dt.origin is not None
assert dt.voxel_size is not None
assert dt.voxel_unit == 'mm'
def test_volume(self):
dt = volumes.Volume()
summary_info = dt.summary_info
assert summary_info['Origin'].shape == (0,)
assert summary_info['Voxel size'].shape == (0,)
assert summary_info['Volume type'] == 'Volume'
assert summary_info['Units'] == 'mm'
assert dt.origin.shape == (0,)
assert dt.voxel_size.shape == (0,)
assert dt.voxel_unit == 'mm'