t.data[0, 0, 0]
key = u.construct_key("grid_latitude")
u.del_construct(key)
u.constructs("grid_latitude")
t.constructs("grid_latitude")
import copy
u = copy.deepcopy(t)
orog = t.constructs("surface_altitude").value().copy()
t.equals(t)
t.equals(t.copy())
t.equals(t[...])
t.equals(q)
t.equals(q, verbose=True)
cfdm.atol()
cfdm.rtol()
original = cfdm.rtol(0.00001)
cfdm.rtol()
cfdm.rtol(original)
cfdm.rtol()
orog = t.constructs("surface_altitude").value()
orog.equals(orog.copy())
print("\n**NetCDF interface**\n")
print(t.constructs.filter_by_ncvar("b"))
t.constructs("ncvar%x").value()
t.constructs("ncdim%x")
q.nc_get_variable()
q.nc_global_attributes()
q.nc_set_variable("humidity")
u.data[0, 0, 0] = -1e30
u.data[0, 0, 0]
t.data[0, 0, 0]
u.del_construct('grid_latitude')
u.constructs('grid_latitude')
t.constructs('grid_latitude')
import copy
u = copy.deepcopy(t)
orog = t.constructs('surface_altitude').value().copy()
t.equals(t)
t.equals(t.copy())
t.equals(t[...])
t.equals(q)
t.equals(q, verbose=True)
print(cfdm.atol())
print(cfdm.rtol())
original = cfdm.rtol(0.00001)
print(cfdm.rtol())
print(cfdm.rtol(original))
print(cfdm.rtol())
print(cfdm.atol())
with cfdm.atol(1e-5):
print(cfdm.atol())
print(cfdm.atol())
orog = t.constructs('surface_altitude').value()
orog.equals(orog.copy())
print(t.constructs.filter_by_ncvar('b'))
t.constructs('ncvar%x').value()
t.constructs('ncdim%x')
q.nc_get_variable()
q.nc_global_attributes()