def main():
# write message
tnam = os.path.splitext(os.path.basename(__file__))[0]
msg = "Running {} test".format(tnam)
print(msg)
# get name of current file
module_name = sys.modules[__name__].__file__
# determine if test directory exists
dir_available = is_directory_available(example_basedir)
if not dir_available:
return
# get a list of test models to run
example_dirs = get_mf5to6_models()
# run the test models
for on_dir in example_dirs:
sim = Simulation(
on_dir,
mf6_regression=set_mf6_regression(),
cmp_verbose=False,
make_comparison=set_make_comparison(on_dir),
)
run_mf5to6(sim)
return
def test_mf6model(exdir):
# run the test model
run_mf6(
Simulation(
exdir,
mf6_regression=set_mf6_regression(),
cmp_verbose=False,
make_comparison=set_make_comparison(exdir),
))
def test_model(exdir):
run_mf5to6(
Simulation(
exdir,
mf6_regression=set_mf6_regression(),
cmp_verbose=False,
make_comparison=set_make_comparison(exdir),
))
return
def test_model():
# determine if test directory exists
dir_available = is_directory_available(example_basedir)
if not dir_available:
return
# get a list of test models to run
example_dirs = get_mf5to6_models()
# run the test models
for on_dir in example_dirs:
yield run_mf5to6, Simulation(
on_dir,
mf6_regression=set_mf6_regression(),
cmp_verbose=False,
make_comparison=set_make_comparison(on_dir),
)
return
def main():
# write message
tnam = os.path.splitext(os.path.basename(__file__))[0]
msg = "Running {} test".format(tnam)
print(msg)
# get a list of test models to run
example_dirs = get_mf6_models()
# run the test model
for on_dir in example_dirs:
sim = Simulation(
on_dir,
mf6_regression=set_mf6_regression(),
cmp_verbose=False,
make_comparison=set_make_comparison(on_dir),
)
run_mf6(sim)
return