radis.api.atomic_pf_api module¶

Summary¶

Kurucz database parser

Based largely on the Exojax code

class KuruczPFManager(name, molecule, local_databases, engine='default', verbose=True, parallel=True)[source]¶

get_pf_path()[source]¶: returns the url at which the dedicated partition function file is expected to be located, and the derived file path at which it would be saved after downloading and parsing

parse_to_local_file(opener, urlname, local_file, pbar_active=True, pbar_t0=0, pbar_Ntot_estimate_factor=None, pbar_Nlines_already=0, pbar_last=True)[source]¶: overwrites parent class method as required

class NISTPFManager(name, molecule, local_databases, engine='default', verbose=True, parallel=True)[source]¶

fetch_urlnames()[source]¶

“This function should be overwritten by the DatabaseManager subclass

Returns:

parse_to_local_file(opener, urlname, local_file, pbar_active=True, pbar_t0=0, pbar_Ntot_estimate_factor=None, pbar_Nlines_already=0, pbar_last=True)[source]¶: overwrites parent class method as required

fetch_NIST_pfs(molecule, local_databases=None, databank_name='NIST-PF-{molecule}', cache=True, verbose=True, clean_cache_files=True, engine='default', output='pandas', parallel=True)[source]¶: See e.g. fetch_hitemp() for an explanation of the parameters largely applicable to fetch_NIST_pfs

fetch_kurucz_pfs(molecule, local_databases=None, databank_name='Kurucz-PF-{molecule}', cache=True, verbose=True, clean_cache_files=True, engine='default', output='pandas', parallel=True)[source]¶: See e.g. fetch_hitemp() for an explanation of the parameters largely applicable to fetch_kurucz_pfs

load_pf_Barklem2016()[source]¶

Load a table of the partition functions for 284 atomic species.

Returns:

References

read_kurucz_pfs(file)[source]¶

Convert a Kurucz partfnxxyy.dat file containing a table of partition functions by temperature and potential lowering to a Pandas DataFrame