blimpy/calib_utils/stokescal.py
def write_polfils(str, str_I, **kwargs):
    '''Writes two new filterbank files containing fractional linear and
    circular polarization data'''

    lin,circ=fracpols(str, **kwargs)
    obs = Waterfall(str_I, max_load=150)

    obs.data = lin
    obs.write_to_fil(str[:-15]+'.linpol.fil')   #assuming file is named *.cross_pols.fil

    obs.data = circ
    obs.write_to_fil(str[:-15]+'.circpol.fil')
def write_polfils(str, str_I, **kwargs):
    '''Writes two new filterbank files containing fractional linear and
    circular polarization data'''

    lin,circ=fracpols(str, **kwargs)
    obs = Waterfall(str_I, max_load=150)

    obs.data = lin
    obs.write_to_fil(str[:-15]+'.linpol.fil')   #assuming file is named *.cross_pols.fil

    obs.data = circ
    obs.write_to_fil(str[:-15]+'.circpol.fil')
def write_polfils ( str , str_I , * * kwargs ) : lin , circ = fracpols ( str , * * kwargs ) obs = Waterfall ( str_I , max_load = 150 ) obs . data = lin obs . write_to_fil ( str [ : - 15 ] + '.linpol.fil' ) #assuming file is named *.cross_pols.fil obs . data = circ obs . write_to_fil ( str [ : - 15 ] + '.circpol.fil' )
Writes two new filterbank files containing fractional linear and
    circular polarization data
Writes two new filterbank files containing fractional linear and circular polarization data