def mode(self, mode):
self._mode = return_if_arts_type(mode, 'String')
def __init__(self, upper=None, lower=None):
self._qns = {'UP': QuantumNumbers(), 'LO': QuantumNumbers()}
self._qns['UP'] = return_if_arts_type(upper, 'QuantumNumbers')
self._qns['LO'] = return_if_arts_type(lower, 'QuantumNumbers')
def upper(self, upper):
self._qns['UP'] = return_if_arts_type(upper, 'QuantumNumbers')
def nonlinearspeciesvmrperturbations(self,
nonlinearspeciesvmrperturbations):
self._nonlinearspeciesvmrperturbations = return_if_arts_type(
nonlinearspeciesvmrperturbations, 'Vector')
def species(self, value):
self._spec = return_if_arts_type(value, 'String')
def pressuregrid(self, pressuregrid):
self._pressuregrid = return_if_arts_type(pressuregrid, 'Vector')
def referencetemperatureprofile(self, referencetemperatureprofile):
self._referencetemperatureprofile = return_if_arts_type(
referencetemperatureprofile, 'Vector')
def dataname(self, dataname):
self._dataname = return_if_arts_type(dataname, 'String')
def name(self, name):
self._name = return_if_arts_type(name, 'String')
def gridnames(self, gridnames):
self._gridnames = return_if_arts_type(gridnames, 'ArrayOfString')
def data(self, data):
data_type = get_arts_typename(np.ndarray([0] * self.dimension))
self._data = return_if_arts_type(data, data_type)
def grids(self, grids):
self._grids = return_if_arts_type(grids, 'ArrayOfVector')
def perturbation(self, perturbation):
self._perturbation = return_if_arts_type(perturbation, 'Numeric')
def analytical(self, analytical):
self._analytical = return_if_arts_type(analytical, 'Index')
def nonlinearspecies(self, nonlinearspecies):
self._nonlinearspecies = return_if_arts_type(nonlinearspecies,
'ArrayOfIndex')
def quantumnumberrecord(self, quantumnumberrecord):
self._quantumnumberrecord = return_if_arts_type(
quantumnumberrecord, 'QuantumNumberRecord')
def frequencygrid(self, frequencygrid):
self._frequencygrid = return_if_arts_type(frequencygrid, 'Vector')
def data(self, data):
self._data = return_if_arts_type(data, 'LineMixing')
def referencevmrprofiles(self, referencevmrprofiles):
self._referencevmrprofiles = return_if_arts_type(
referencevmrprofiles, 'Matrix')
def data(self, data):
self._data = return_if_arts_type(data, 'ArrayOfString')
def temperatureperturbations(self, temperatureperturbations):
self._temperatureperturbations = return_if_arts_type(
temperatureperturbations, 'Vector')
def molecule1(self, molecule1):
self._molecule1 = return_if_arts_type(molecule1, 'String')
def absorptioncrosssection(self, absorptioncrosssection):
self._absorptioncrosssection = return_if_arts_type(
absorptioncrosssection, 'Tensor4')
def molecule2(self, molecule2):
self._molecule2 = return_if_arts_type(molecule2, 'String')
def afgl(self, value):
self._afgl = return_if_arts_type(value, 'Index')
def data(self, data):
self._data = return_if_arts_type(data, 'ArrayOfGriddedField2')
def __setitem__(self, key, value):
self._qns[key] = return_if_arts_type(as_quantumnumbers(value),
'QuantumNumbers')
def speciestags(self, speciestags):
self._speciestags = return_if_arts_type(speciestags,
'ArrayOfArrayOfSpeciesTag')
def lower(self, lower):
self._qns['LO'] = return_if_arts_type(lower, 'QuantumNumbers')
def subsubtag(self, subsubtag):
self._subsubtag = return_if_arts_type(subsubtag, 'String')
