def test_aliases(self):
self.assertEqual(cf.log_level(), cf.LOG_LEVEL())
self.assertEqual(cf.free_memory(), cf.FREE_MEMORY())
self.assertEqual(cf.free_memory_factor(), cf.FREE_MEMORY_FACTOR())
self.assertEqual(cf.fm_threshold(), cf.FM_THRESHOLD())
self.assertEqual(cf.total_memory(), cf.TOTAL_MEMORY())
self.assertEqual(cf.regrid_logging(), cf.REGRID_LOGGING())
self.assertEqual(cf.relaxed_identities(), cf.RELAXED_IDENTITIES())
self.assertEqual(cf.tempdir(), cf.TEMPDIR())
self.assertEqual(cf.chunksize(), cf.CHUNKSIZE())
self.assertEqual(cf.set_performance(), cf.SET_PERFORMANCE())
self.assertEqual(cf.of_fraction(), cf.OF_FRACTION())
self.assertEqual(cf.collapse_parallel_mode(),
cf.COLLAPSE_PARALLEL_MODE())
def test_PP_WGDOS_UNPACKING(self):
f = cf.read(self.ppfile)[0]
self.assertEqual(f.data.mean(), 3.8080420658506196)
array = f.array
for chunksize in self.chunk_sizes:
with cf.CHUNKSIZE(chunksize):
f = cf.read(self.ppfile)[0]
for fmt in ("NETCDF4", "CFA4"):
cf.write(f, tmpfile, fmt=fmt)
g = cf.read(tmpfile)[0]
self.assertTrue(
(f.array == array).all(),
"Bad unpacking of PP WGDOS packed data",
)
self.assertTrue(
f.equals(g, verbose=2),
"Bad writing/reading. fmt=" + fmt,
)