Local Space & Directional Astrology API

Local space astrology projects planetary positions onto the observer's local horizon, creating a 360-degree directional chart centered on your specific location.

Unlike traditional astrology that uses celestial coordinates, local space analysis converts planetary positions into compass bearings (North, South, East, West) and horizon angles (azimuth and altitude).

Our API calculates precise directional strengths by measuring angular relationships between planets and cardinal directions, then provides interpretations for how planetary energies manifest geographically.

This creates location-specific guidance for travel, relocation, property selection, and directional decision-making that varies dramatically based on where you are on Earth.

Our Local Space API uses Swiss Ephemeris JPL DE431 data for NASA-level precision in horizon projections, while most astrology software approximates or ignores location-specific factors.

We automatically handle coordinate system conversions, elevation adjustments, atmospheric refraction, and timezone complexities that other APIs overlook.

Our system supports 8+ coordinate systems including horizontal, equatorial, and geographic references, providing comprehensive directional analysis rather than simplified compass readings.

Response times average under 350ms versus 3-5 seconds for traditional calculation methods, and our interpretations consider local geographical features, seasonal variations, and real-time planetary movements for truly location-aware astrological guidance.

Integration takes less than 25 minutes with our intuitive RESTful JSON API and location-aware documentation.

Send GPS coordinates and datetime, then receive complete directional analysis including compass bearings, horizon projections, directional strengths, and location-specific interpretations.

Our API supports real-time tracking, batch processing for multiple locations, and webhook notifications for significant directional changes.

Include optional parameters for coordinate systems, elevation data, analysis depth, and interpretation styles.

The response provides structured data with compass directions, angular measurements, strength scores, and actionable guidance suitable for both technical mapping applications and user-friendly location services.

Elevation significantly affects horizon calculations and planetary visibility, creating different directional influences at various altitudes.

Our API automatically incorporates topographic data and atmospheric refraction adjustments to ensure accurate horizon projections.

Higher elevations expand the visible horizon while valleys and mountains can block or emphasize certain directional influences.

We calculate true horizon versus apparent horizon, adjust for local geographical features, and provide elevation-corrected directional strengths.

This precision matters for applications like real estate analysis, where a mountain home and beach house at the same latitude will have dramatically different local space configurations and directional planetary influences.