Elysia Tools
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Workflow Playbook
Plan the best observing window for a specific place, date, and timezone by checking sunrise, sunset, twilight, the Moon, planets, meteors, and eclipses in the right order.
Hubs
Use a real place, the correct timezone, and one date before you compare sunrise, sunset, twilight, Moon, planets, or meteor showers. A plan built on the wrong offset can look right while being usable on a different night.
If dawn, dusk, or twilight is the main question, start with sunrise-sunset-calculator, daylight-calculator, blue-hour, and golden-hour. If the target is lunar or object-specific, start with moon-phase-calculator, planet-position, meteor-shower, or constellation-finder, then come back to the solar window for the same place and date.
Use the result to write a concrete start and end time, plus a fallback if daylight, moon brightness, or seasonal geometry blocks the target. If the target still misses the window, change the date or location and repeat the checks instead of treating the first pass as final.
Workflow playbook
Fix the place, date, and timezone first, then use sunrise-sunset-calculator, daylight-calculator, and solstice-equinox to anchor the solar day and seasonal context.
Use blue-hour, golden-hour, and moon-phase-calculator to see when the sky is dark enough and whether moonlight helps or hurts the session.
Use planet-position, meteor-shower, and constellation-finder to confirm what is actually worth looking for on that date from that location.
Choose sunrise-sunset-calculator, daylight-calculator, blue-hour, and golden-hour first when the main question is dawn, dusk, or twilight. Choose moon-phase-calculator, planet-position, meteor-shower, or constellation-finder first when the goal is a lunar or target-specific observing window.