Best method
Start with the brightest nearby objects, then compare Planet Alignment with the AR overlay.
A planet alignment usually means several planets appear along the same broad path in the sky, near the ecliptic.
Use these cues first, then confirm the pattern in the AR viewer.
Start with the brightest nearby objects, then compare Planet Alignment with the AR overlay.
Altitude and direction change with latitude, longitude, date, and time.
If the phone compass drifts, adjust the heading controls until a known star pattern lines up.
The planets are not lined up in space from every viewpoint. From Earth, they appear near the same sky path because their orbits share roughly the same plane.
Bright planets usually look steadier than stars. Venus and Jupiter can be very bright, while Mars often has a warm orange color.
Open the AR star map and compare each planet marker with nearby constellations so you can separate real planets from bright stars.
Short answers for common skywatching questions before opening the AR viewer.
Often yes if the key stars or object are bright enough, but haze, buildings, and light pollution can hide fainter details.
Mobile compass readings can drift near metal, cases, cars, and buildings. Use a known bright object to tune the heading offset.
Yes. The same object can be high, low, or below the horizon depending on your location and the current time.
Use these pages to move from reading into the AR viewer with better context.
Use the browser sky map to compare Planet Alignment with the real sky from your location.