Steve Moshier's Ephemeris Program v5.6

Planetary and lunar positions approximate DE404.
Terrestrial east longitude 44.4200 deg
geocentric latitude 32.3657 deg
Earth radius 0.99905
temperature 15.0 C
pressure 1010 mb
Input time is UT.
Enter starting date of tabulation
Calendar date: Year (1986) ? -588
Month (1-12) (1) ? 6
Day.fraction (1.000000) ? 30
Julian Calendar assumed.
Time: Hours (0) ? 16
Minutes (0) ? 9
Seconds (0.000000) ?
588 B.C. June 30 Thursday 21h 22m 09.678s TDT
588 B.C. June 30 Thursday 16h 09m 00.000s UT
Julian day 1506837.1729167, delta T = 18789.68 s
Enter interval between tabulations in days (1.000000) ?
Number of tabulations to display (1) ?
Planet number 0-9 or 88 to read star, 99 to read orbit (0) ? 3

The Moon

JD 1506837.17, 588 B.C. June 30 Thursday 21h 22m 09.678s TDT
588 B.C. June 30 Thursday 16h 09m 00.000s UT
nutation dRA -1.140s dDec -3.04"
Geometric lon 98.281 deg, lat -1.189 deg, rad 2.6829e-03 au
Apparent geocentric longitude 98.277 deg latitude -1.189 deg
Distance 62.927 Earth-radii
Horizontal parallax 0d 54' 37.96" Semidiameter 0d 14' 53.13"
Elongation from sun 7.36 deg, Illuminated fraction 0.00
Phase 0.61 days past New Moon
Apparent: R.A. 6h 35m 48.025s Declination 22d 18' 55.49"
Local apparent sidereal time 13h 14m 24.448s
diurnal aberration dRA -0.003s dDec 0.10"
diurnal parallax dRA -196.015s dDec -1807.07"
atmospheric refraction 0.210 deg dRA 45.179s dDec 421.47"
Topocentric: Altitude 3.516 deg, Azimuth 293.870 deg
Topocentric: R.A. 6h 33m 17.185s Dec. 21d 55' 49.99"
local meridian transit 588 B.C. June 30 Thursday 9h 16m 29.230s UT
rises 588 B.C. June 30 Thursday 2h 02m 47.287s UT
sets 588 B.C. June 30 Thursday 16h 31m 22.873s UT
Visible hours 14.4766

Enter starting date of tabulation
Calendar date: Year (-588) ?
Month (1-12) (6) ?
Day.fraction (30.000000) ?
Julian Calendar assumed.
Time: Hours (16) ?
Minutes (9) ?
Seconds (0.000000) ?
588 B.C. June 30 Thursday 21h 22m 09.678s TDT
588 B.C. June 30 Thursday 16h 09m 00.000s UT
Julian day 1506837.1729167, delta T = 18789.68 s
Enter interval between tabulations in days (1.000000) ?
Number of tabulations to display (1) ?
Planet number 0-9 or 88 to read star, 99 to read orbit (3) ? 0

The Sun

JD 1506837.17, 588 B.C. June 30 Thursday 21h 22m 09.678s TDT
588 B.C. June 30 Thursday 16h 09m 00.000s UT
ecliptic long 91d 00' 53.52" lat 0d 00' 00.01" rad 1.014937E+00
light time 8.4410m, aberration dRA 1.375s dDec -5.17"
nutation dRA -1.140s dDec -3.94"
Cnc Cancri. Apparent: R.A. 6h 04m 23.521s Dec. 23d 45' 40.07"
Apparent longitude 91.005 deg
Local apparent sidereal time 13h 14m 24.448s
diurnal aberration dRA -0.006s dDec 0.10"
diurnal parallax dRA -0.508s dDec -5.13"
atmospheric refraction 0.616 deg dRA 130.293s dDec 1315.47"
Topocentric: Altitude -0.265 deg, Azimuth 299.196 deg
Topocentric: R.A. 6h 06m 33.300s Dec. 24d 07' 30.52"
local meridian transit 588 B.C. June 30 Thursday 8h 58m 54.789s UT
rises 588 B.C. June 30 Thursday 1h 49m 03.675s UT
sets 588 B.C. June 30 Thursday 16h 08m 45.258s UT
Visible hours 14.3282

Enter starting date of tabulation
Calendar date: Year (-588) ?
Month (1-12) (6) ?
Day.fraction (30.000000) ?
Julian Calendar assumed.
Time: Hours (16) ?
Minutes (9) ? 29
Seconds (0.000000) ?
588 B.C. June 30 Thursday 21h 42m 09.677s TDT
588 B.C. June 30 Thursday 16h 29m 00.000s UT
Julian day 1506837.1868056, delta T = 18789.68 s
Enter interval between tabulations in days (1.000000) ?
Number of tabulations to display (1) ?
Planet number 0-9 or 88 to read star, 99 to read orbit (0) ? 3

The Moon

JD 1506837.19, 588 B.C. June 30 Thursday 21h 42m 09.677s TDT
588 B.C. June 30 Thursday 16h 29m 00.000s UT
nutation dRA -1.140s dDec -3.02"
Geometric lon 98.449 deg, lat -1.174 deg, rad 2.6831e-03 au
Apparent geocentric longitude 98.445 deg latitude -1.174 deg
Distance 62.933 Earth-radii
Horizontal parallax 0d 54' 37.69" Semidiameter 0d 14' 53.06"
Elongation from sun 7.51 deg, Illuminated fraction 0.00
Phase 0.63 days past New Moon
Apparent: R.A. 6h 36m 31.721s Declination 22d 19' 11.29"
Local apparent sidereal time 13h 34m 27.734s
diurnal aberration dRA -0.005s dDec 0.10"
diurnal parallax dRA -192.273s dDec -1891.38"
atmospheric refraction 0.529 deg dRA 111.362s dDec 1105.24"
Topocentric: Altitude 0.148 deg, Azimuth 296.402 deg
Topocentric: R.A. 6h 35m 10.806s Dec. 22d 06' 05.25"
local meridian transit 588 B.C. June 30 Thursday 9h 16m 29.230s UT
rises 588 B.C. June 30 Thursday 2h 02m 47.287s UT
sets 588 B.C. June 30 Thursday 16h 31m 22.873s UT
Visible hours 14.4766

Enter starting date of tabulation
Calendar date: Year (-588) ?
Month (1-12) (6) ?
Day.fraction (30.000000) ?
Julian Calendar assumed.
Time: Hours (16) ?
Minutes (29) ?
Seconds (0.000000) ?
588 B.C. June 30 Thursday 21h 42m 09.677s TDT
588 B.C. June 30 Thursday 16h 29m 00.000s UT
Julian day 1506837.1868056, delta T = 18789.68 s
Enter interval between tabulations in days (1.000000) ?
Number of tabulations to display (1) ?
Planet number 0-9 or 88 to read star, 99 to read orbit (3) ? 0

The Sun

JD 1506837.19, 588 B.C. June 30 Thursday 21h 42m 09.677s TDT
588 B.C. June 30 Thursday 16h 29m 00.000s UT
ecliptic long 91d 01' 41.37" lat 0d 00' 00.01" rad 1.014935E+00
light time 8.4410m, aberration dRA 1.375s dDec -5.17"
nutation dRA -1.140s dDec -3.94"
Cnc Cancri. Apparent: R.A. 6h 04m 27.006s Dec. 23d 45' 39.70"
Apparent longitude 91.018 deg
Local apparent sidereal time 13h 34m 27.734s
diurnal aberration dRA -0.008s dDec 0.10"
diurnal parallax dRA -0.492s dDec -5.37"
atmospheric refraction 0.000 deg dRA 0.000s dDec 0.00"
Topocentric: Altitude -4.509 deg, Azimuth 301.987 deg
Topocentric: R.A. 6h 04m 26.507s Dec. 23d 45' 34.43"
local meridian transit 588 B.C. June 30 Thursday 8h 58m 54.789s UT
rises 588 B.C. June 30 Thursday 1h 49m 03.675s UT
sets 588 B.C. June 30 Thursday 16h 08m 45.258s UT
Visible hours 14.3282

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