def test_equal_datasets():
ds0 = open_dataset(slc_files[0])
for f in slc_files[1:]:
ds = open_dataset(f)
assert_equal(ds0['x'].values, ds['x'].values,
'x coordinates are not equal')
assert_equal(ds0['y'].values, ds['y'].values,
'y coordinates are not equal')
assert_equal(get_transform(ds0), get_transform(ds),
'transforms are not equal')
assert_equal_crs(get_crs(ds0), get_crs(ds), 'CRS are not equal')
assert_equal(get_resolution(ds0), get_resolution(ds),
'resolutions are not equal')
assert_equal(get_bounds(ds0), get_bounds(ds), 'bounds are not equal')
assert_equal(get_extent(ds0), get_extent(ds), 'extents are not equal')
ds.close()
ds0.close()
def test_reprojection_failure():
ds = generate_test_dataset()
transform = get_transform(ds)
extent = get_extent(ds)
with assert_raises_regex(
ValueError, ".* must also specify the `width` and `height`.*"):
proj = Reprojection(crs=epsg4326, transform=transform)
with assert_raises_regex(ValueError,
"Need to provide either `width` and `height` .*"):
proj = Reprojection(crs=epsg4326, extent=extent)
def test_get_extent_dataarray():
extent = (-10.0, 50.0, 0.0, 60.0)
da = generate_test_dataarray(extent=extent, crs=epsg4326)
assert_equal(extent, get_extent(da))
def test_get_extent_dataset():
extent = (-10.0, 50.0, 0.0, 60.0)
ds = generate_test_dataset(extent=extent, crs=epsg4326)
assert_equal(extent, get_extent(ds))
