def test_variable_export(model):
# if 'package' is argued instead of 'packages'
m, grid, output_path = model
variables = ['botm']
layers = list(range(get_nlay(m)))
outfiles = export(m, grid, variable='botm', output_path=output_path)
check_files(outfiles, variables, layers=layers)
def test_transient2d_bar_graph(model):
# if 'package' is argued instead of 'packages'
m, grid, output_path = model
variables = ['recharge']
layers = list(range(get_nlay(m)))
outfiles = export(m, grid, variable=variables, output_path=output_path)
check_files(outfiles, variables, layers=layers)
def test_variables_export(model):
m, grid, output_path = model
variables = ['top', 'thickness']
layers = list(range(get_nlay(m)))
outfiles = export(m, grid,
variables=variables,
output_path=output_path)
check_files(outfiles, variables, layers=layers)
def test_export_irch(shellmound):
m, grid, output_path = shellmound
variables = ['irch']
layers = list(range(get_nlay(m)))
outfiles = export(m, grid, variable='irch', output_path=output_path)
n_unique_pers = len(set(m.rch.irch.array.sum(axis=(1, 2, 3))))
# should be a pdf and tif for each unique period
assert len(outfiles) == n_unique_pers * 2
check_files(outfiles, variables, layers=layers)
def test_package_export(model):
# if 'package' is argued instead of 'packages'
m, grid, output_path = model
variables = ['thickness', 'top', 'botm']
layers = list(range(get_nlay(m)))
if m.version == 'mf6':
variables.append('idomain')
outfiles = export(m, grid, package='dis', output_path=output_path)
check_files(outfiles, variables, layers=layers)
def test_variable_export_with_package(model):
m, grid, output_path = model
variables = ['botm']
packages = ['dis']
layers = list(range(get_nlay(m)))
outfiles = export(m, grid,
packages=packages,
variables=variables,
output_path=output_path)
check_files(outfiles, variables, layers=layers)
def test_transient_list_export(model):
m, grid, output_path = model
outfiles = export(m, grid, 'wel', output_path=output_path)
variables = ['wel0_stress_period_data']
if m.version != 'mf6':
variables = ['wel_stress_period_data']
check_files(outfiles, variables=variables)
df = mftransientlist_to_dataframe(m.wel.stress_period_data, squeeze=True)
df.index = range(len(df))
if 'cellid' in df.columns:
df['cellid'] = df['cellid'].astype(str)
df2 = shp2df(outfiles[0]).drop('geometry', axis=1)
assert np.allclose(df.drop('cellid', axis=1),
df2.drop('cellid', axis=1))
def test_package_list_export(model):
m, grid, output_path = model
packages = ['dis', 'rch'] #, 'wel']
variables = ['botm', 'top', 'thickness', 'idomain', 'rech', 'recharge'] #, 'wel']
if m.version == 'mf6':
variables.append('irch')
nrow, ncol, nlay, nper = get_nrow_ncol_nlay_nper(m)
layers = list(range(nlay))
outfiles = []
for package in packages:
outfiles += export(m, grid, package, output_path=output_path)
check_files(outfiles, variables, layers=layers)
tifs = [f for f in outfiles if f.endswith('.tif')]
for f in tifs:
with rasterio.open(f) as src:
assert src.width == ncol
assert src.height == nrow
compare_polygons(grid.bbox, box(*src.bounds))
shps = [f for f in outfiles if f.endswith('.shp')]
for f in shps:
with fiona.open(f) as src:
assert box(*src.bounds).within(grid.bbox)
def test_export_sfr(model):
m, grid, output_path = model
# mf2005 style SFR export not implemented yet
# TODO: implement mf2005 sfr package export
if m.version != 'mf6':
return
outfiles = export(m, grid, 'sfr', output_path=output_path)
# TODO: finish this test
variables = ['shellmound.sfr']
if m.version != 'mf6':
variables = ['wel_stress_period_data']
df = pd.DataFrame(m.sfr.reach_data.array)
compare_cols = ['strtop']
else:
df = pd.DataFrame(m.sfr.packagedata.array)
compare_cols = ['rlen', 'rwid', 'rgrd', 'rtp', 'rbth', 'rhk']
check_files(outfiles, variables=variables)
df.index = range(len(df))
if 'cellid' in df.columns:
df['cellid'] = df['cellid'].astype(str)
df2 = shp2df(outfiles[0]).drop('geometry', axis=1)
df2['cellid'] = list(zip(df2['k'], df2['i'], df2['j']))
df2['cellid'] = df2['cellid'].astype(str)
assert np.allclose(df[compare_cols], df2[compare_cols])
def test_packages_export(model):
m, grid, output_path = model
packages = ['dis'] # 'wel'
outfiles = export(m, grid, packages[0], output_path=output_path)
# TODO : add some checks
assert True
def test_model_export(model):
m, grid, output_path = model
outfiles = export(m, grid, output_path=output_path)
# TODO : add some checks
assert True
