def test_spatial_smoothing_xesmf_reduce_spatial_dims_CESM(fosi_3d):
"""Test whether spatial dimsizes are properly reduced."""
da = fosi_3d
step = 0.1
actual = spatial_smoothing_xesmf(da, d_lon_lat_kws={'lat': step})
# test whether upsampled
assert actual['lon'].size >= da.nlon.size
assert actual['lat'].size >= da.nlat.size
def test_spatial_smoothing_xesmf_reduce_spatial_dims_MPI_curv(pm_da_control3d):
"""Test whether spatial dimsizes are properly reduced."""
da = pm_da_control3d
step = 5
actual = spatial_smoothing_xesmf(da, d_lon_lat_kws={'lon': step})
expected_lat_size = 180 // step
assert actual['lon'].size < da.lon.size
assert actual['lat'].size == expected_lat_size
def test_spatial_smoothing_xesmf_reduce_spatial_dims_CESM(
reconstruction_ds_3d_full, ):
"""Test whether spatial dimsizes are properly reduced."""
da = reconstruction_ds_3d_full
step = 0.1
actual = spatial_smoothing_xesmf(da, d_lon_lat_kws={"lat": step})
# test whether upsampled
assert actual["lon"].size >= da.nlon.size
assert actual["lat"].size >= da.nlat.size
def test_spatial_smoothing_xesmf_reduce_spatial_dims_MPI_curv(
PM_da_control_3d_full, ):
"""Test whether spatial dimsizes are properly reduced."""
da = PM_da_control_3d_full
step = 5
actual = spatial_smoothing_xesmf(da, d_lon_lat_kws={"lon": step})
expected_lat_size = 180 // step
assert actual["lon"].size < da.lon.size
assert actual["lat"].size == expected_lat_size
