arte/atmo/cn2_profile.py
def r0(self):
        '''
        Returns
        -------
        r0: :class:`~astropy:astropy.units.quantity.Quantity` equivalent to meters
            Fried parameter at defined wavelength and zenith angle
        '''
        return (0.422727 * self._airmass *
                (2 * np.pi / self._lambda) ** 2 *
                np.sum(self._layersJs)) ** (-3. / 5) * u.m

        Returns
        -------
        r0: :class:`~astropy:astropy.units.quantity.Quantity` equivalent to meters
            Fried parameter at defined wavelength and zenith angle
        
Returns
r0: :class:`~astropy:astropy.units.quantity.Quantity` equivalent to meters
Fried parameter at defined wavelength and zenith angle
Returns r0 : : class : ` ~astropy : astropy . units . quantity . Quantity ` equivalent to meters Fried parameter at defined wavelength and zenith angle
def r0(self):
        return (0.422727 * self._airmass *
                (2 * np.pi / self._lambda) ** 2 *
                np.sum(self._layersJs)) ** (-3. / 5) * u.m
def r0 ( self ) : return ( 0.422727 * self . _airmass * ( 2 * np . pi / self . _lambda ) ** 2 * np . sum ( self . _layersJs ) ) ** ( - 3. / 5 ) * u . m
Returns
r0: :class:`~astropy:astropy.units.quantity.Quantity` equivalent to meters
Fried parameter at defined wavelength and zenith angle
Returns r0 : : class : ` ~astropy : astropy . units . quantity . Quantity ` equivalent to meters Fried parameter at defined wavelength and zenith angle
'''
        Returns
        -------
        r0: :class:`~astropy:astropy.units.quantity.Quantity` equivalent to meters
            Fried parameter at defined wavelength and zenith angle
        '''
self