def test_waiwera(self):
mrun = WaiweraModelRun('test_super_fruit',
'',
simulator='test_all.exe',
basePath=TEST_PATH,
)
jrunner = SimpleJobRunner(mpi=True)
jmi = jrunner.submitRun(mrun)
mres = jrunner.blockResult(mrun, jmi)
problem1_test = SciBenchmarkTest(model_name + "_test", nproc=num_procs)
problem1_test.description = """Model Intercomparison Study problem 1
(radial Avdonin problem)"""
obspt = 'r = 37.5 m'
obs_position = np.array([37.5, 0., -50.])
obs_blk = geo.block_name_containing_point(obs_position)
obs_cell_index = geo.block_name_index[obs_blk] - geo.num_atmosphere_blocks
max_radius = 500.
run_base_name = model_name
run_filename = run_base_name + '.json'
model_run = WaiweraModelRun(run_name,
run_filename,
fieldname_map=WAIWERA_FIELDMAP,
simulator='waiwera',
basePath=os.path.realpath(model_dir))
model_run.jobParams['nproc'] = num_procs
problem1_test.mSuite.addRun(model_run, run_name)
problem1_test.setupEmptyTestCompsList()
digitised_time_result = {}
digitised_r_result = {}
run_base_name = model_name
run_filename = os.path.join(model_dir, run_base_name + ".listing")
AUTOUGH2_result = T2ModelResult("AUTOUGH2",
run_filename,
geo_filename=t2geo_filename,
ordering_map=map_out_atm)
test_source_fields = ["Enthalpy"]
field_scale = {'Pressure': 1.e5, 'Temperature': 1., 'Vapour saturation': 1., 'Enthalpy': 1.e3}
field_unit = {'Pressure': 'bar', 'Temperature': '$^{\circ}$C', 'Vapour saturation': '',
'Enthalpy': 'kJ/kg'}
minc_column_test = SciBenchmarkTest(model_name + "_test", nproc = args.np)
minc_column_test.description = """1-D MINC column problem, production run starting
from steady-state solution, with single-porosity results included for comparison.
"""
for run_index, run_name in enumerate(run_names):
base_path = os.path.realpath(model_dir)
run_base_name = model_name + '_' + run_name
run_filename = run_base_name + '.json'
model_run = WaiweraModelRun(run_name, run_filename,
fieldname_map = WAIWERA_FIELDMAP,
simulator = simulator,
basePath = base_path)
model_run.jobParams['nproc'] = args.np
minc_column_test.mSuite.addRun(model_run, run_name)
obs_cell_elev = -350.
obs_position = np.array([50., 50., obs_cell_elev])
obs_blk = geo.block_name_containing_point(obs_position)
obs_cell_index = geo.block_name_index[obs_blk] - geo.num_atmosphere_blocks
source_index = -1
minc_column_test.setupEmptyTestCompsList()
AUTOUGH2_result = {}
for run_index, run_name in enumerate(run_names):
run_base_name = model_name + '_' + run_name
basePath=os.path.realpath(MODELDIR))
jrunner = SimpleJobRunner()
jmeta = jrunner.submitRun(mrun_t)
mres_t = jrunner.blockResult(mrun_t, jmeta)
# can directly load ModelResult instead
# mres_t = T2ModelResult("aut2",
# "CC6/CC6C001.LISTING",
# geo_filename="CC6/"+t2geo_fn,
# ordering_map=map_out_atm,
# fieldname_map=AUT2_FIELDMAP)
# ---------------------------------------------------------------------------
# construct Waiwera run and benchamrk test
mrun_s = WaiweraModelRun(
"waiwera",
waiwera_fn,
fieldname_map=WAIWERA_FIELDMAP,
# simulator='Waiwera.exe', # AY_CYGWIN
basePath=os.path.realpath(MODELDIR))
mrun_s.jobParams['nproc'] = 6
# TODO: specifying nproc in SciBenchmarkTest does not seem to work, model runs'
# jobParams not updated, so a.t.m. this is only for report
sciBTest = SciBenchmarkTest("CC6", nproc=mrun_s.jobParams['nproc'])
sciBTest.description = """Mike's test problem 6, CC6"""
sciBTest.mSuite.addRun(mrun_s, "Waiwera")
sciBTest.setupEmptyTestCompsList()
for runI, mRun in enumerate(sciBTest.mSuite.runs):
sciBTest.addTestComp(
runI, "pressu",
FieldWithinTolTC(fieldsToTest=["Pressure"],
