def __init__(self, calc_interface):
self.__dict__ = vars(calc_interface)
self._print_verbose('Initializing Calc instance:', self.__str__())
#[mod.set_grid_data() for mod in self.model]
if isinstance(calc_interface.ens_mem, int):
self.data_in_direc = self.data_in_direc[calc_interface.ens_mem]
self.dt_set = False
self.dir_scratch = self._dir_scratch()
self.dir_archive = self._dir_archive()
self.file_name = {d: self._file_name(d) for d in self.dtype_out_time}
self.path_scratch = {d: self._path_scratch(d)
for d in self.dtype_out_time}
self.path_archive = self._path_archive()
self.data_out = {}
# Add rows to database.
session = create_session()
rn = self.run[0].get_db_entry(session)
vr, isin = get_or_create(session, dbVar, defaults=None,
name=self.name)
for d in self.dtype_out_time:
clc, isin = get_or_create(session, dbCalc, defaults=None,
name=self.name,
filepath=self.path_scratch[d],
var=vr,
run=rn,
intvl_in=self.intvl_in,
intvl_out=self.intvl_out,
dtype_out_time=d,
start_date=self.start_date,
end_date=self.end_date,
pressure_type=str(self.level))
session.commit()
session.close()
def __init__(self, name, vars={}, models={}, default_models={}, regions={},
direc_out='', nc_dir_struc=False, verbose=True):
self.verbose = verbose
if self.verbose:
print ("Initializing Project instance: %s (%s)"
% (name, time.ctime()))
self.name = name
self.direc_out = direc_out
self.nc_dir_struc = nc_dir_struc
if models:
self.models = dict_name_keys(models)
else:
self.models = {}
if default_models == 'all':
self.default_models = self.models
elif default_models:
self.default_models = dict_name_keys(default_models)
else:
self.default_models = {}
if regions:
self.regions = dict_name_keys(regions)
else:
self.regions = {}
for obj_dict in (self.models, self.regions):
for obj in obj_dict.values():
setattr(obj, 'proj', self)
db_models = [m.db_entry for m in models]
# Add row to database.
session = create_session()
self.db_entry, isin = get_or_create(session, dbProj, defaults=None,
name=self.name,
direc_out=self.direc_out)
if not self.db_entry.models:
self.db_entry.models = db_models
session.commit()
session.close()
def __init__(self, name='', description='', proj=False, grid_file_paths=(),
data_in_direc=False, data_in_dir_struc=False,
data_in_dur=False, data_in_start_date=False,
data_in_end_date=False, default_date_range=False, runs={},
default_runs={}, load_grid_data=False, repo_version=False):
self.name = name
self.description = description
self.proj = proj
self.grid_file_paths = grid_file_paths
self.repo_version = repo_version
self.data_in_direc = data_in_direc
self.data_in_dir_struc = data_in_dir_struc
self.data_in_dur = data_in_dur
self.data_in_start_date = data_in_start_date
self.data_in_end_date = data_in_end_date
self.default_date_range = default_date_range
self.runs = dict_name_keys(runs)
[setattr(run, 'parent', self) for run in self.runs.values()]
if default_runs:
self.default_runs = dict_name_keys(default_runs)
else:
self.default_runs = {}
self.grid_data_is_set = False
# Add row to database.
session = create_session()
self.db_entry, isin = get_or_create(session, dbModel, defaults=None,
name=self.name)
if not self.db_entry.runs:
self.db_entry.runs = [r.db_entry for r in runs]
session.commit()
session.close()
def __init__(self, proj=None, model=None, run=None, ens_mem=None, var=None,
date_range=None, region=None, intvl_in=None, intvl_out=None,
dtype_in_time=None, dtype_in_vert=None, dtype_out_time=None,
dtype_out_vert=None, level=None, chunk_len=False,
verbose=True):
"""Create the CalcInterface object with the given parameters."""
if run not in model.runs.values():
raise AttributeError("Model '{}' has no run '{}'. Calc object "
"will not be generated.".format(model, run))
# 2015-10-13 S. Hill: This tuple-izing is for support of calculations
# where variables come from different runs. However, this is a very
# fragile way of implementing that functionality. Eventually it will
# be replaced with something better.
proj = tuple([proj])
model = tuple([model])
if not isinstance(run, (list, tuple)):
run = tuple([run])
# Make tuples the same length.
if len(proj) == 1 and (len(model) > 1 or len(run) > 1):
proj = tuple(list(proj)*len(run))
if len(model) == 1 and len(run) > 1:
model = tuple(list(model)*len(run))
self.proj = proj
self.model = model
self.run = run
self._set_data_in_attrs()
self.proj_str = '_'.join(set([p.name for p in self.proj]))
self.model_str = '_'.join(set([m.name for m in self.model]))
run_names = [r.name for r in self.run]
self.run_str = '_'.join(set(run_names))
self.run_str_full = '_'.join(run_names)
self.var = var
self.name = self.var.name
self.domain = self.var.domain
self.def_time = self.var.def_time
self.def_vert = self.var.def_vert
self.verbose = verbose
try:
self.function = self.var.func
except AttributeError:
self.function = lambda x: x
if getattr(self.var, 'variables', False):
self.variables = self.var.variables
else:
self.variables = (self.var,)
self.ens_mem = ens_mem
self.level = level
self.intvl_in = intvl_in
self.intvl_out = intvl_out
self.dtype_in_time = dtype_in_time
self.dtype_in_vert = dtype_in_vert
self.ps = ps
if isinstance(dtype_out_time, (list, tuple)):
self.dtype_out_time = tuple(dtype_out_time)
else:
self.dtype_out_time = tuple([dtype_out_time])
self.dtype_out_vert = dtype_out_vert
self.region = region
self.months = TimeManager.month_indices(intvl_out)
self.start_date = TimeManager.str_to_datetime(date_range[0])
self.end_date = TimeManager.str_to_datetime(date_range[-1])
tm = TimeManager(self.start_date, self.end_date, intvl_out)
self.date_range = tm.create_time_array()
self.start_date_xray = tm.apply_year_offset(self.start_date)
self.end_date_xray = tm.apply_year_offset(self.end_date)
# Add row to database.
session = create_session()
db_entry_var, isin = get_or_create(session, dbVar, defaults=None,
name=self.name)
session.commit()
session.close()