# -*- coding: utf-8 -*-
import test_utils
DEMO_ID = test_utils.demo_id(__file__)
def test_write_summary():
test_utils.assert_summary_contents_by_demo(DEMO_ID)
def test_block_part_surfaces_count():
test_utils.assert_part_surfaces_count(DEMO_ID, 'Block', 6)
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_subtract_part_surfaces_count():
test_utils.assert_part_surfaces_count(DEMO_ID, 'Subtract', 15)
def test_cell_count():
test_utils.assert_cell_count(DEMO_ID, 161190)
def test_scalar_min():
test_utils.assert_scene_min(DEMO_ID, 'Scalar', 'Scalar', 0.0)
# -*- coding: utf-8 -*-
import movie
import test_utils
DEMO_ID = test_utils.demo_id(__file__)
MOVIE_FOLDERS = {
'pics_Demo15_Run_DES_Structures': 1254530,
'pics_Demo15_Run_DES_Turbulent_Viscosity_Ratio': 3521478,
'pics_Demo15_Run_DES_Velocity': 2638932,
'pics_Demo15_Run_DES_Wall_Y+': 1937729,
}
def _grid_des():
return _sim_files()[2]
def _grid_ss():
return _sim_files()[0]
def _sim_files():
sfs = test_utils.simulations(DEMO_ID)
assert len(sfs) == 3, 'Invalid files: %s' % str(sfs)
return sfs
def _write_movies():
"""Write all movies first irrespective of possible failures"""
for movie_folder in MOVIE_FOLDERS:
