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Build and operate an AI astrology assistant that calculates birth charts, planetary positions, houses, and aspects using Swiss Ephemeris logic. Use when creating natal charts, birth chart calculators, astrology APIs, horoscope bots, or interpreting planetary positions.
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| name | astrology-assistant |
| description | Build and operate an AI astrology assistant that calculates birth charts, planetary positions, houses, and aspects using Swiss Ephemeris logic. Use when creating natal charts, birth chart calculators, astrology APIs, horoscope bots, or interpreting planetary positions. |
Build an astrology assistant that computes birth charts with the same logic as professional tools (e.g. Astro-Seek). Use Swiss Ephemeris (or pyswisseph, swephR, swisseph-js) as the calculation engine.
1. Parse birth data (date, time, location) → validate inputs
2. Convert local time → UTC → Julian Day
3. Compute planetary positions (swe_calc_ut)
4. Compute houses, Ascendant, MC (swe_houses)
5. Assign planets to houses (swe_house_pos)
6. Calculate aspects between all pairs
7. Optionally apply sidereal ayanamsha
8. Format and interpret results
| Input | Required | Notes |
|---|---|---|
| Date of birth | Yes | Day, month, year |
| Time | No* | Local time (h, m, s). *Required for houses/Ascendant |
| Birth place | Yes | City name or lat/long |
| Timezone | Yes | Auto from location or manual (e.g. UTC+1) |
| DST | Yes | Observed / Not-Observed |
| House system | No | Default: Placidus |
| Zodiac | No | Default: Tropical |
# Local → UTC (apply timezone + DST)
# UTC → Julian Day
jd_ut = swe_utc_to_jd(year, month, day, hour, min, sec, SE_GREG_CAL)
# Returns: dret[0]=JD_TT, dret[1]=JD_UT
# For each body: Sun(0), Moon(1), Mercury(2)... Pluto(9), Node(10/11), Chiron(12), Lilith(15)
ret, xx = swe_calc_ut(jd_ut, planet_id, SEFLG_SWIEPH)
# xx[0]=longitude, xx[1]=latitude, xx[2]=distance, xx[3]=speed (retrograde if < 0)
# Requires: jd_ut, latitude, longitude, house_system
cusps, ascmc = swe_houses(jd_ut, lat, lon, hsys)
# cusps[1..12] = house cusps, ascmc[0]=Ascendant, ascmc[1]=MC
house = swe_house_pos(armc, lat, obliquity, hsys, [lon, lat])
Compute angular distance between each planet pair. Aspect is valid if |distance - aspect_angle| <= orb.
| Aspect | Angle | Default orb |
|---|---|---|
| Conjunction | 0° | 8° |
| Opposition | 180° | 7° |
| Trine | 120° | 6° |
| Square | 90° | 6° |
| Sextile | 60° | 4° |
swe_set_sid_mode(ayanamsha_type) # e.g. SE_SIDM_LAHIRI
# Then swe_calc_ut returns sidereal positions
# Or: sidereal_lon = tropical_lon - swe_get_ayanamsa_ut(jd_ut)
Present results as:
Diurnal (Sun above horizon): Fortune = ASC + Moon - Sun
Nocturnal (Sun below horizon): Fortune = ASC + Sun - Moon
pyswisseph + ephemeris files (download from astro.com)swisseph or astronomiaswephRSet ephemeris path: swe_set_ephe_path("/path/to/ephe")