AIDAN STGORBITAL DIAL / LAB 01 Résumé

SAMSUNG GALAXY WATCH / LIVE CONCEPT

A clock for this planet.

Local time, the shape of today’s daylight, and the planets currently above your horizon—all compressed into one glanceable circular instrument.

LIVE WATCH FACE

Earth-centered planet dial

ACTIVE
Live analog orbital watch faceAn analog clock with a Roman-numeral format marker, solar bands, and solid planet markers positioned by their Earth-centered ecliptic directions and logarithmic distance. The planet positions do not rotate with the clock hands.XXIVMercury: geocentric ecliptic longitude 166.0 degrees, latitude 1.5 degrees, distance 1.38 AUMEVenus: geocentric ecliptic longitude 204.6 degrees, latitude -3.6 degrees, distance 0.54 AUVEMars: geocentric ecliptic longitude 104.5 degrees, latitude 0.6 degrees, distance 1.84 AUMAJupiter: geocentric ecliptic longitude 134.1 degrees, latitude 0.5 degrees, distance 6.18 AUJUSaturn: geocentric ecliptic longitude 13.6 degrees, latitude -2.7 degrees, distance 8.58 AUSAUranus: geocentric ecliptic longitude 65.7 degrees, latitude -0.2 degrees, distance 19.34 AUURNeptune: geocentric ecliptic longitude 3.6 degrees, latitude -1.4 degrees, distance 28.95 AUNE

EARTH / DIAL CENTER · XII / ECLIPTIC EQUINOXPLANET ANGLE / TRUE GEOCENTRIC LONGITUDE · RADIUS / LOG DISTANCE

Civil dawnDaylightCivil dusk

FULL 24 HOURS / SOLIDNIGHT / UNMARKED

LIVE WORLD STATE

Where the light is now.

DaylightNightSun pathMoon pathYou
SUN NOWMOON NOWSEATTLESÃO PAULOLONDONNAIROBIDELHITOKYOSYDNEY
Seattle fallback2 / 7 reference cities in daylight

The thin red and blue lines follow the Sun and Moon ground points for the 24 hours centered on now. Live eclipse shading appears only while an eclipse is in progress; use Next solar or Next lunar to preview its viewing region.

No eclipse active · Astronomy Engine ↗ · NOAA Solar Calculator ↗ · Map / CC0 ↗

LIVE ECLIPTIC PLANE

The system right now.

Viewed down from the ecliptic north pole. Jan 1 is fixed at the top; fine lines run from Earth to the other bodies.

Current orbital plane with a calendar and season overlayA logarithmically scaled north-pole view of the eight planets around the Sun, rotated so Earth's position at the start of the year is at the top. Optional colored sectors show the four astronomical seasons for both hemispheres.MAR EQ → JUN SOLN SPRING · S AUTUMNJUN SOL → SEP EQN SUMMER · S WINTERSEP EQ → DEC SOLN AUTUMN · S SPRINGDEC SOL → MAR EQN WINTER · S SUMMERJAN 1 · YEAR STARTTODAY · DAY 245SUNMERCURYVENUSEARTHMARSJUPITERSATURNURANUSNEPTUNEVIEW / ECLIPTIC NORTH POLEYEAR ORBIT / JAN → DECPROGRADE / COUNTERCLOCKWISE · LOG RADIAL SCALE
Mercury166.0° · 11 LIGHT-MIN
Venus204.6° · 4 LIGHT-MIN
Mars104.5° · 15 LIGHT-MIN
Jupiter134.1° · 51 LIGHT-MIN
Saturn13.6° · 1.2 LIGHT-HR
Uranus65.7° · 2.7 LIGHT-HR
Neptune3.6° · 4.0 LIGHT-HR
SUMMER AT YOUR NORTHERN LOCATION · JUN SOL → SEP EQNEAREST / VENUS · 0.54 AUFARTHEST / NEPTUNE · 28.95 AU

The optional high-contrast sectors begin at the calculated equinoxes and solstices. Season names show both hemispheres; the highlighted sector contains today. The cyan ray tracks Earth’s current progress through 2026.

Planet locations use current heliocentric vectors in a right-handed J2000 ecliptic frame; the view is calendar-rotated without mirroring. Approximate positions: NASA JPL Keplerian model, 1800–2050 ↗