Observatories¶
Configure your imaging locations in AstroManager. Each observatory represents a physical location with specific coordinates and settings.
Accessing Observatory Settings¶
Navigate to Settings → Observatories from the main menu.
Creating an Observatory¶
Step 1: Add New Observatory¶
- Click "Add Observatory"
- Enter basic information
Step 2: Basic Information¶
| Field | Required | Description |
|---|---|---|
| Name | Yes | Descriptive name (e.g., "Home Observatory") |
| Description | No | Optional notes about this location |
Step 3: Location¶
| Field | Required | Description |
|---|---|---|
| Latitude | Yes | Degrees (positive = North, negative = South) |
| Longitude | Yes | Degrees (positive = East, negative = West) |
| Elevation | Yes | Meters above sea level |
| Timezone | Yes | Your local timezone |
Finding Coordinates
Right-click on Google Maps and select "What's here?" to get precise coordinates.
Step 4: Observation Parameters¶
| Field | Default | Description |
|---|---|---|
| Minimum Altitude | 30° | Objects below this won't be scheduled |
| Meridian Buffer | 5 min | Time buffer around meridian flip |
Step 5: Save¶
Click "Save" to create the observatory.
Observatory Settings¶
Location Settings¶
Coordinates¶
- Latitude: -90° to +90° (negative = South)
- Longitude: -180° to +180° (negative = West)
- Elevation: Meters above sea level
Accurate coordinates are essential for: - Altitude calculations - Rise/set times - Meridian timing - Twilight calculations
Timezone¶
Select your local timezone. This affects: - Displayed times in the UI - Session calendar dates - Notification timing
Observation Parameters¶
Minimum Altitude¶
The lowest altitude at which objects will be scheduled:
| Value | Use Case |
|---|---|
| 20° | Dark site with clear horizon |
| 30° | Typical suburban location |
| 40° | Light-polluted or obstructed site |
| 50° | Very restrictive conditions |
Horizon Profile¶
Define custom horizon limits for obstructions:
- Click "Edit Horizon"
- Enter altitude limits for each azimuth
- Format: Azimuth (degrees) → Minimum Altitude (degrees)
Example for a tree line to the north:
0° (N): 25°
45° (NE): 15°
90° (E): 10°
135° (SE): 10°
180° (S): 10°
225° (SW): 10°
270° (W): 10°
315° (NW): 20°
Multiple Observatories¶
Why Multiple?¶
You might have multiple observatories for:
- Home setup and remote observatory
- Different locations (travel, star parties)
- Multiple setups at same location
Managing Multiple¶
- Set a default observatory for the dashboard
- Select observatory when scheduling targets
- N.I.N.A. plugin connects to one observatory at a time
Switching Observatories¶
In the N.I.N.A. plugin: 1. Open plugin settings 2. Select observatory from dropdown 3. Data syncs to selected observatory
Editing an Observatory¶
- Navigate to Settings → Observatories
- Click "Edit" on the observatory
- Modify settings
- Click "Save"
Coordinate Changes
Changing coordinates affects all observability calculations. Existing scheduled targets may need review.
Deleting an Observatory¶
- Navigate to Settings → Observatories
- Click "Delete" on the observatory
- Confirm deletion
Deletion Warning
Deleting an observatory removes all associated: - Equipment profiles - Scheduler configurations - Session history
Tips¶
Accurate Coordinates
Use GPS or precise mapping for best results. Even small errors affect calculations.
Realistic Minimum Altitude
Start with 30° and adjust based on your actual conditions.
Document Obstructions
Create a horizon profile if you have significant obstructions.
Test Calculations
After setup, verify altitude charts match your observations.