def combine_pools(pools, **pool_kwargs):
"""Combine pools into a single pool
Parameters
----------
pools: str, astropy.table.Table, [str|Table, ...]
The pools to combine. Either a singleton is
passed or and iterable can be passed.
The entries themselves can be either a file path
or an astropy.table.Table-like object.
pool_kwargs: dict
Other keyword arguments to pass to AssociationPool.read
Returns
-------
AssociationPool|astropy.table.Table
The combined pool
"""
if not is_iterable(pools):
pools = [pools]
just_pools = []
for pool in pools:
if not isinstance(pool, Table):
pool = AssociationPool.read(pool, **pool_kwargs)
just_pools.append(pool)
if len(just_pools) > 1:
mega_pool = vstack(just_pools, metadata_conflicts='silent')
else:
mega_pool = just_pools[0].copy(copy_data=True)
# Replace OBS_NUM and ASN_CANDIDATE_ID with actual numbers, if
# necessary
expnum = Counter(start=0)
obsnum = Counter(start=0)
acid = Counter(start=999)
local_env = locals()
global_env = globals()
for row in mega_pool:
mega_pool[row.index] = [
parse_value(v, global_env=global_env, local_env=local_env)
for v in row
]
return mega_pool
def get_candidate_list(value):
"""Parse the candidate list from a item value
Parameters
----------
value : str
The value from the item to parse. Usually
item['ASN_CANDIDATE']
Returns
-------
[ACID, ...]
The list of parsed candidates.
"""
result = []
evaled = evaluate(value)
if is_iterable(evaled):
result = [ACID(v) for v in evaled]
return result
def get_candidate_list(value):
"""Parse the candidate list from a item value
Parameters
----------
value : str
The value from the item to parse. Usually
item['ASN_CANDIDATE']
Returns
-------
[ACID, ...]
The list of parsed candidates.
"""
result = []
evaled = evaluate(value)
if is_iterable(evaled):
result = [
ACID(v)
for v in evaled
]
return result