blimpy/calib_utils/fluxcal.py
def f_ratios(calON_obs,calOFF_obs,chan_per_coarse,**kwargs):
    '''
    Calculate f_ON, and f_OFF as defined in van Straten et al. 2012 equations 2 and 3

    Parameters
    ----------
    calON_obs : str
        Path to filterbank file (any format) for observation ON the calibrator source
    calOFF_obs : str
        Path to filterbank file (any format) for observation OFF the calibrator source
    '''
    #Calculate noise diode ON and noise diode OFF spectra (H and L) for both observations
    L_ON,H_ON = integrate_calib(calON_obs,chan_per_coarse,**kwargs)
    L_OFF,H_OFF = integrate_calib(calOFF_obs,chan_per_coarse,**kwargs)

    f_ON = H_ON/L_ON-1
    f_OFF = H_OFF/L_OFF-1

    return f_ON, f_OFF
def f_ratios(calON_obs,calOFF_obs,chan_per_coarse,**kwargs):
    '''
    Calculate f_ON, and f_OFF as defined in van Straten et al. 2012 equations 2 and 3

    Parameters
    ----------
    calON_obs : str
        Path to filterbank file (any format) for observation ON the calibrator source
    calOFF_obs : str
        Path to filterbank file (any format) for observation OFF the calibrator source
    '''
    #Calculate noise diode ON and noise diode OFF spectra (H and L) for both observations
    L_ON,H_ON = integrate_calib(calON_obs,chan_per_coarse,**kwargs)
    L_OFF,H_OFF = integrate_calib(calOFF_obs,chan_per_coarse,**kwargs)

    f_ON = H_ON/L_ON-1
    f_OFF = H_OFF/L_OFF-1

    return f_ON, f_OFF
Calculate f_ON, and f_OFF as defined in van Straten et al. 2012 equations 2 and 3

    Parameters
    ----------
    calON_obs : str
        Path to filterbank file (any format) for observation ON the calibrator source
    calOFF_obs : str
        Path to filterbank file (any format) for observation OFF the calibrator source