Illumination by the Moon

(direct light only; a general planetary ephemeris is also possible)

Year:   Month:   Day:   Hour:   Minute:
Longitude: (western as -)   Latitude:   Your Time - UTC:  h
Extinction in zenith:  cmag  (city air has rather 35 cmag)
Compute illumination of the surface with its normal pointing at: Azimuth from S:   Ang. height:
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(add another moments, with a step of days)

Another option is to use your own command line (ev. overriding all previous data):

(`?' gives help, adding `k3' would give a luminous flux density as if it were no Earth).

Planet topocentric (Long.= 16.600, Lat.= 49.200 degrees)
coordinates on
2017-10-19  at 20: 5: 0, expressed in UTC, or
2017-10-19  at 22: 5: 0  (Thursday)
 expressed in the used time, which is  2.00 h ahead of the UTC:

Julian date :  2458046.3368   Local sidereal time : 23: 5:21

Planet from S  ang.height far L-LS  illumin.  b    PA  long. PhA
       -------- -------  ---- ----  ------- ----- -----  --- ----
       degrees  degrees   AU  degr.   lux        d e g r e e
                        Ea.R.                                col.
Moon     127.96 -35.90  62.3     0   0       -5.2  21.6  4.7 265.6

> far  <  gives distance of the body from the Earth (in Earth radii for Moon),
> L-LS <  difference of the ecliptical longitude of the body
           from that of the Sun (if positive, the body is east from the Sun),
> old  <  for Moon is  (L-LS / 360 degrees) *  29.53059 days
> Illu.<  horizontal direct illumination by the object
> b    <  planetographic latitude of the subterrestrial point
> PA   <  position angle of the central meridian of the planet
> long <  planetographic longitude of the subterrestrial point
> PhA  <  "phase angle", i.e., angle Sun-body-Earth.
> col. <  for Moon is the so-called colongitudo (its PhA=abs(L-LS))

This is a result of the programme planet (available as a part of a package (1.2 MB) -- the needed Pascal units themselves are unzipped within this directory, the whole tree of my programmes within this directory) with a command line:
planet c10  d19.10.2017 t22:05 l16.6 f49.2 ut2 ze20 i