def test_cortexdata(self):
dt = Cortex(load_default=True)
assert isinstance(dt, Cortex)
assert dt.region_mapping is not None
## Initialize Local Connectivity, to avoid long computation time.
dt.local_connectivity = LocalConnectivity(load_default=True)
dt.configure()
summary_info = dt.summary_info
assert abs(summary_info['Region area, maximum (mm:math:`^2`)'] -
9333.39) < 0.01
assert abs(summary_info['Region area, mean (mm:math:`^2`)'] -
3038.51) < 0.01
assert abs(summary_info['Region area, minimum (mm:math:`^2`)'] -
540.90) < 0.01
assert dt.get_data_shape('vertices') == (16384, 3)
assert dt.get_data_shape('vertex_normals') == (16384, 3)
assert dt.get_data_shape('triangles') == (32760, 3)
def test_cortexdata(self):
dt = Cortex(load_default=True)
self.assertTrue(isinstance(dt, Cortex))
self.assertTrue(dt.region_mapping is not None)
## Initialize Local Connectivity, to avoid long computation time.
dt.local_connectivity = LocalConnectivity(load_default=True)
dt.configure()
summary_info = dt.summary_info
self.assertTrue(
abs(summary_info['Region area, maximum (mm:math:`^2`)'] -
9119.4540365252615) < 0.00000001)
self.assertTrue(
abs(summary_info['Region area, mean (mm:math:`^2`)'] -
3366.2542250541251) < 0.00000001)
self.assertTrue(
abs(summary_info['Region area, minimum (mm:math:`^2`)'] -
366.48271886512993) < 0.00000001)
self.assertEqual(dt.get_data_shape('vertices'), (16384, 3))
self.assertEqual(dt.get_data_shape('vertex_normals'), (16384, 3))
self.assertEqual(dt.get_data_shape('triangles'), (32760, 3))
