parser.add_argument("FILE", nargs='*')
options = parser.parse_args()
args = options.FILE
nc = NC(args[0], 'r')
x = nc.variables['x'][:]
y = nc.variables['y'][:]
z = nc.variables['z'][:]
# The enthalpy convert expects Kelvin
inunits = nc.variables['temp'].units
outunits = 'K'
try:
temp = ppt.unit_converter(
np.squeeze(nc.variables['temp'][:]), inunits, outunits)
except:
temp = np.squeeze(nc.variables['temp'][:])
print(
"WARNING: I don't know the units of variable temp, and assume it is Kelvin")
enthalpy_true = np.squeeze(nc.variables['enthalpy'][:])
usurf = np.squeeze(nc.variables['usurf'][:])
topg = np.squeeze(nc.variables['topg'][:])
context = PISM.Context()
config = context.config
EC = PISM.EnthalpyConverter(config)
enthalpy = np.zeros_like(temp)
except:
print((
"ERROR: unknown or not-found variable '%s' in file %s ... ending ..."
% (variable.var_name, obs_file)))
exit(2)
try:
inunit = str(nc.variables[myvar].units)
except:
print((
"ERROR: units not found in variable '%s' in file %s ... ending ..."
% (variable.var_name, obs_file)))
exit(2)
if outunit is not None:
data = ppt.unit_converter(data, inunit, outunit)
if variable.var_name in vars_dem:
mask = data <= variable.vmin
obs_values = np.ma.array(data, mask=mask)
elif variable.var_name in vars_topo:
obs_values = data
else:
try:
fill = nc.variables[var]._FillValue
mask = data == fill
except:
mask = np.zeros_like(data)
mask[data <= tol] = 1
if tol:
mask[data <= tol] = 1
try:
data = np.squeeze(ppt.permute(nc.variables[myvar], dim_order))
except:
print(("ERROR: unknown or not-found variable '%s' in file %s ... ending ..."
% (variable.var_name, obs_file)))
exit(2)
try:
inunit = str(nc.variables[var].units)
except:
print(("ERROR: units not found in variable '%s' in file %s ... ending ..."
% (variable.var_name, obs_file)))
exit(2)
if outunit is not None:
data = ppt.unit_converter(data, inunit, outunit)
if variable.var_name in vars_dem:
mask = (data <= variable.vmin)
obs_values = np.ma.array(data, mask=mask)
elif variable.var_name in vars_topo:
obs_values = data
else:
try:
fill = nc.variables[var]._FillValue
mask = (data == fill)
except:
mask = np.zeros_like(data)
mask[data <= tol] = 1
if tol:
mask[data <= tol] = 1
sys.exit(1)
varname = in_varname
for name in nc.variables:
v = nc.variables[name]
if getattr(v, "standard_name", "") == in_varname:
print("variabe {0} found by its standard_name {1}".format(name,
in_varname))
varname = name
profile_axis = nc.variables['profile'][profile_id]
profile_axis_units = nc.variables['profile'].units
profile_axis_name = nc.variables['profile'].long_name
profile_axis_out_units = 'km'
profile_axis = np.squeeze(
ppt.unit_converter(profile_axis[:], profile_axis_units, profile_axis_out_units))
x = profile_axis
my_var = nc.variables[varname]
my_var_units = my_var.units
my_var_p = ppt.permute(my_var, output_order=output_order)
xdim, ydim, zdim, tdim = ppt.get_dims(nc)
if tdim:
data = np.squeeze(my_var_p[profile_id, 0, Ellipsis])
else:
data = np.squeeze(my_var_p[profile_id, Ellipsis])
data = ppt.unit_converter(data, my_var_units, o_units)
if label_params[0] == 'none':
exp_str = None
