Astronomical evidence
A total eclipse occurs when an intervening body covers the stellar photosphere from the observer's location. The much fainter outer atmosphere, or corona, then becomes visible, while scattered light can leave a brighter horizon. [1] Totality is a geometric alignment rather than a change in the star's actual power.
The illustrated viewpoint
Terracotta-skinned muscular alien with a flattened cranium and small cheek tusks in deep side lunge with upright torso and palms together. Crystalline salt basin and shallow reflective pools. Sael, its star and occulting moon are fictional. A solar-radius star at about 0.89 AU has an angular diameter near 0.6 degrees; this simple geometric example sets the intended small disk, not a measured orbital solution. The eclipse was reduced after visual review to preserve wide-view scale. No eclipse duration or local weather prediction is claimed.
Sael, its star and occulting moon are fictional. A solar-radius star at about 0.89 AU has an angular diameter near 0.6 degrees; this simple geometric example sets the intended small disk, not a measured orbital solution. The eclipse was reduced after visual review to preserve wide-view scale. No eclipse duration or local weather prediction is claimed. All beings and cultures are fictional. Martial forms are artistic poses, not instructional diagrams. Character narratives and teachings remain the author's work.
Fictional planetary viewpoint
No confirmed planet or host star is assigned to this landscape. The named astronomical object or physical phenomenon supplies the scientific reference; the local world and viewing position are invented. This image remains outside the real exoplanet host map.