(nside, degrees=False)
return pixlib._max_pixrad(nside)
Maximum angular distance between any pixel center and its corners

    Parameters
    ----------
    nside : int
      the nside to work with
    degrees : bool
      if True, returns pixel radius in degrees, in radians otherwise

    Returns
    -------
    rads: double
       angular distance (in radians or degrees)

    Examples
    --------
    >>> '%.14f' % max_pixrad(1)
    '0.84106867056793'
    >>> '%.14f' % max_pixrad(16)
    '0.06601476143251'
Maximum angular distance between any pixel center and its corners
Maximum angular distance between any pixel center and its corners
def max_pixrad(nside, degrees=False):
    """Maximum angular distance between any pixel center and its corners

    Parameters
    ----------
    nside : int
      the nside to work with
    degrees : bool
      if True, returns pixel radius in degrees, in radians otherwise

    Returns
    -------
    rads: double
       angular distance (in radians or degrees)

    Examples
    --------
    >>> '%.14f' % max_pixrad(1)
    '0.84106867056793'
    >>> '%.14f' % max_pixrad(16)
    '0.06601476143251'
    """
    check_nside(nside, nest=False)

    if degrees:
        return np.rad2deg(pixlib._max_pixrad(nside))

    return pixlib._max_pixrad(nside)
def max_pixrad ( nside , degrees = False ) : check_nside ( nside , nest = False ) if degrees : return np . rad2deg ( pixlib . _max_pixrad ( nside ) ) return pixlib . _max_pixrad ( nside )