molecular_id: str
Hitran identifier of the molecule.
References
----------
.. [1] `HITRAN 1996, Rothman et al., 1998 <https://www.sciencedirect.com/science/article/pii/S0022407398000788>`__
"""
# assert str
id = "{:d}".format(int(molecule_id))
try:
return trans[id]
except KeyError:
raise NotImplementedError(
"Molecule ID '{0}' unknown. Choose one of {1}".format(
molecule_id, trans))
# ======================================================
# %% Test
if __name__ == "__main__":
from radis.test.test_io import _run_testcases
print("Testing HITRAN parsing: ", _run_testcases())
# assert str
id = '{:d}'.format(int(molecule_id))
trans = {'1': 'H2O', '2': 'CO2', '3': 'O3', '4': 'N2O',
'5': 'CO', '6': 'CH4', '7': 'O2', '8': 'NO',
'9': 'SO2', '10': 'NO2', '11': 'NH3', '12': 'HNO3',
'13': 'OH', '14': 'HF', '15': 'HCl', '16': 'HBr',
'17': 'HI', '18': 'ClO', '19': 'OCS', '20': 'H2CO',
'21': 'HOCl', '22': 'N2', '23': 'HCN', '24': 'CH3Cl',
'25': 'H2O2', '26': 'C2H2', '27': 'C2H6', '28': 'PH3',
'29': 'COF2', '30': 'SF6', '31': 'H2S', '32': 'HCOOH',
'33': 'HO2', '34': 'O', '35': 'ClONO2', '36': 'NO+',
'37': 'HOBr', '38': 'C2H4', '39': 'CH3OH', '40': 'CH3Br',
'41': 'CH3CN', '42': 'CF4', '43': 'C4H2', '44': 'HC3N',
'45': 'H2', '46': 'CS', '47': 'SO3'}
try:
return trans[id]
except KeyError:
raise NotImplementedError("Molecule ID '{0}' unknown. Choose one of {1}".format(
molecule_id, trans))
# ======================================================
# %% Test
if __name__ == '__main__':
from radis.test.test_io import _run_testcases
print('Testing HITRAN parsing: ', _run_testcases())