User Input Ankara Amsterdam Athens Belgrade Bratislava Brussels Bucharest Budapest Copenhagen Dublin Edinburgh Geneva Helsinki Kiev Lisbon London Luxembourg Madrid Nicosia Palma de Mallorca Paris Prague Reykjavik Riga Rome Skopje Sofia Stockholm Tallinn Tirana Warsaw Vienna Vilnius Zagreb Anchorage AK Atlanta GA Baltimore MD Birmingham AL Bismarck ND Boston MA "Bridgeport CT" Chicago IL Cleveland OH Concord NH Dallas TX" Denver CO Des Moines IA Detroit MI Dover DE Eugene OR Fort Lauderdale FL Fort Knox KY Green Bay WI Helena MT Honolulu HI Indianapolis IN Jackson WY Memphis TN Minneapolis MN New Orleans LA New York NY Philadelphia PA Phoenix AZ Raleigh NC Reno NV Saint Louis MS Salt Lake City UT Santa Fe NM San Francisco CA Topeka KS Washington DC Montreal Vancouver Winnipeg Bangkog Buenos Aires Caracas Hong Kong Cairo Cape Town Beijing Jakarta Lima Rio de Janeiro Singapore Sydney Tel Aviv Santiago Tokyo Aachen Berlin Braunschweig Dresden Essen Flensburg Frankfurt/M Frankfurt/O Görlitz Hamburg Hamm Hannover Kassel Köln Leipzig Magdeburg Mainz München Nürnberg Rostock Soest Stuttgart Welver Werl 5010
deg
0 +1 -1 +2 -2 +3 -3 +4 -4 +5 -5 +6 -6 +7 -7 +8 -8 +9 -9 +10 -10 +11 -11 +12 -12
Local Date and Time:
UT is:
Julian Day:
Julian Century:
Greenwich Mean Sidereal Time:
Local Sidereal Time:
Sun Declination:
degrees
Equation of Time:
minutes
L0 Geometric Mean Longitude Sun:
M Geometric Mean anomaly of Sun:
e Eccentricity of Earth Orbit:
C Equation of the center:
L True longitude of the Sun:
n True anomaly of the Sun:
R Radius vector for Sun:
AU
SD Angular semidiameter of the Sun's disc:
W Longitude of Moon's ascending node:
l Sun's Apparent Longitude:
E0 Mean Obliquity of the ecliptic:
E Obliquity corrected:
a Right Ascension of Sun:
d Declination of Sun:
HA Sunrise:
Solar Noon LST:
Sunrise Time LST:
Sunset Time LST:
Sunrise Time LT:
Sunset Time LT:
Sunlight Duration:
True Solar Time:
Hour Angle:
z Solar Zenith Angle:
Solar Elevation Angle:
Approx Atmospheric Refraction:
Solar Elevation corrected for atm refraction:
Solar Azimuth Angle:
(degrees clockwise from N)
Solar X-Position:
Solar Y-Position:
Solar Z-Position:
Solar X-Velocity:
Solar Y-Velocity:
Solar Z-Velocity:
Lunar X-Position:
Lunar Y-Position:
Lunar Z-Position:
Lunar X-Velocity:
Lunar Y-Velocity:
Lunar Z-Velocity:
Ayanamsa:
AC Ascendant:
Lagna Ascendant:
Lagna:
Q Sun:
W Moon:
T Mars:
E Mercury:
Y Jupiter:
R Venus:
U Saturn:
‹ Rahu:
ΠKetu:
I Uranus:
O Neptune:
P Pluto:
Local Time:
Rahu Kalaam Begin:
End:
Gulika Begin:
Yama Gandam Begin:
Universal Time is the local time at 0 degrees latitude on Earth, otherwise known as Greenwich Mean Time and is calculated by adding the local time zone to the local time. As well, if daylight savings time is observed in the local time zone, the UT time will be one hour earlier.
`"UT" = "local time" + "time zone" + "daylight savings time"`
The Ascendant, from an astronomical point of view, is the value of the ecliptical geocentric longitude (aka Celestial Longitude λ) of the point of the ecliptic which is easterly on the horizon.
Ascendant `= arctan(y / x) = arctan((-cos(A)) / (sin(A)*cos(E) + tan(L)*sin(E)))`
where A is the local sidereal time in degrees, E is the inclination of Earth's equatorial plane to the ecliptic or obliquity of the ecliptic.
For values referred to the standard equinox J2000.0 use 23.4392911°, for J1950.0 use 23.4457889°.
L is the local latitude (Southern latitudes are negative, Northern positive).
