def test_cylinders_part_surfaces_count(): for i in range(1, 10): test_utils.assert_part_surfaces_count(DEMO_ID, 'Cylinder%d' % i, 3)
def test_unite_part_surfaces_count(): test_utils.assert_part_surfaces_count(DEMO_ID, 'Unite', 7)
def test_part_surfaces_count(): test_utils.assert_part_surfaces_count(DEMO_ID, 'Channel', 4)
def test_unite_part_surfaces_count(): test_utils.assert_part_surfaces_count(_grid_ss(), 'Unite', 11)
def test_domain_part_surfaces_count(): test_utils.assert_part_surfaces_count(DEMO_ID, 'Domain', 3)
def test_channel_part_surfaces_count(): test_utils.assert_part_surfaces_count(DEMO_ID, 'Channel', 6)
def test_part_surfaces_count(): test_utils.assert_part_surfaces_count(DEMO_ID, 'radial_impeller', 5)
def test_wing_part_surfaces_count(): test_utils.assert_part_surfaces_count(DEMO_ID, 'WING', 4)
def test_kart_wrap_part_surfaces_count(): test_utils.assert_part_surfaces_count(DEMO_ID, 'Kart Wrap', 91)
def test_cylinder_part_surfaces_count(): test_utils.assert_part_surfaces_count(_grid(1), 'Cylinder', 3)
def test_sphere_part_surfaces_count(): test_utils.assert_part_surfaces_count(DEMO_ID, 'Sphere', 1)
def test_cylinders_part_surfaces_count(): for cyl in ['Main', 'In', 'Out']: test_utils.assert_part_surfaces_count(DEMO_ID, 'Cyl%s' % cyl, 3)
def test_part_surfaces_count(): test_utils.assert_part_surfaces_count(DEMO_ID, 'Cylinder', 3)
def test_block_part_surfaces_count(): test_utils.assert_part_surfaces_count(DEMO_ID, 'Block', 6)
def test_tunnel_part_surfaces_count(): test_utils.assert_part_surfaces_count(DEMO_ID, 'Block', 2)
def test_subtract_part_surfaces_count(): test_utils.assert_part_surfaces_count(DEMO_ID, 'Subtract', 15)
def test_tunnel_part_surfaces_count(): test_utils.assert_part_surfaces_count(DEMO_ID, 'Tunnel', 4)