def ra_dec_format(val):
    ' Ra/Dec string formatting\n\n    Converts the input string format of a right ascension/ declination coordinate\n    to one recognizable by astroquery\n\n    Args:\n      val (str): string; an ra/dec expression formatted as "005313.81 +130955.0".\n\n    Returns:\n      string: the ra/dec coordinates re-formatted as "00h53m13.81s +13d09m55.0s"\n    '
    hour = val[0:2]
    min_ = val[2:4]
    sec = val[4:9]
    ra = (((((hour + 'h') + min_) + 'm') + sec) + 's')
    deg = val[9:13]
    min_d = val[13:15]
    sec_d = val[15:]
    dec = (((((deg + 'd') + min_d) + 'm') + sec_d) + 's')
    return ((ra + ' ') + dec)
Ra/Dec string formatting

Converts the input string format of a right ascension/ declination coordinate
to one recognizable by astroquery

Args:
  val (str): string; an ra/dec expression formatted as "005313.81 +130955.0".

Returns:
  string: the ra/dec coordinates re-formatted as "00h53m13.81s +13d09m55.0s"
def ra_dec_format(val):
    ' Ra/Dec string formatting\n\n    Converts the input string format of a right ascension/ declination coordinate\n    to one recognizable by astroquery\n\n    Args:\n      val (str): string; an ra/dec expression formatted as "005313.81 +130955.0".\n\n    Returns:\n      string: the ra/dec coordinates re-formatted as "00h53m13.81s +13d09m55.0s"\n    '
    hour = val[0:2]
    min_ = val[2:4]
    sec = val[4:9]
    ra = (((((hour + 'h') + min_) + 'm') + sec) + 's')
    deg = val[9:13]
    min_d = val[13:15]
    sec_d = val[15:]
    dec = (((((deg + 'd') + min_d) + 'm') + sec_d) + 's')
    return ((ra + ' ') + dec)