test

 

from astral import LocationInfo

from astral.sun import sun

import datetime

def calculate_planetary_positions(birth_date_str, birth_time_str, place_of_birth):

    """

    Calculates planetary positions based on birth details.

    """

    try:

        birth_date = datetime.datetime.strptime(birth_date_str, "%Y-%m-%d").date()

        birth_time_obj = datetime.datetime.strptime(birth_time_str, "%I:%M %p")

        birth_datetime = datetime.datetime.combine(birth_date, birth_time_obj.time())

        # Geolocation (replace with actual latitude/longitude of Jammalamadugu)

        latitude, longitude = 14.4667, 79.3333 #Approximate coordinates - NEEDS PRECISION

        # Sunrise calculation

        sr = sunrise.sun(latitude, longitude, birth_date)

        sunrise_time = datetime.datetime(birth_date.year, birth_date.month, birth_date.day, sr['sunrise'].hour, sr['sunrise'].minute)

        # Ephemeris calculations using PyEphem (needs precise location and time)

        observer = ephem.Observer()

        observer.lat = str(latitude)

        observer.lon = str(longitude)

        observer.date = birth_datetime

       

        planets = {

            'Sun': ephem.Sun(),

            'Moon': ephem.Moon(),

            'Mars': ephem.Mars(),

            'Mercury': ephem.Mercury(),

            'Jupiter': ephem.Jupiter(),

            'Venus': ephem.Venus(),

            'Saturn': ephem.Saturn(),

            'Rahu': ephem.Rahu(), #Note: Rahu and Ketu are not standard PyEphem objects. You'll need custom handling.

            'Ketu': ephem.Ketu(),

        }

        planetary_positions = {}

        for planet_name, planet_obj in planets.items():

            planet_obj.compute(observer)

            planetary_positions[planet_name] = {

                'longitude': ephem.degrees(planet_obj.ra),

                'latitude': ephem.degrees(planet_obj.dec),

            }

        # Lagna Calculation (complex - requires specialized astrological library or algorithm)

        lagna = calculate_lagna(sunrise_time, birth_datetime) #Needs implementation with an appropriate astrological library.

        # House positions (very complex - needs an astrological library or algorithm)

        house_positions = assign_planets_to_houses(lagna, planetary_positions)

        return house_positions

    except ValueError as e:

        return f"Error parsing input: {e}"

    except Exception as e:

        return f"An error occurred: {e}"

# Placeholder functions (YOU NEED TO IMPLEMENT THESE - or use a dedicated astrology library)

def calculate_lagna(sunrise_time, birth_time):

    # This requires a complex astrological algorithm to determine the ascendant.

    #  Consider using a dedicated astrology library for this.  A simplified

    #  approximation is NOT reliable.

    #  This is a placeholder, replace with proper calculation.

    raise NotImplementedError("Lagna calculation needs implementation with an astrological library.")

def assign_planets_to_houses(lagna, planetary_positions):

    # This requires detailed astrological rules to assign planets to houses based on the lagna.

    #  Consider using a dedicated astrology library for this.

    # This is a placeholder, replace with proper calculation based on astrological principles.

    raise NotImplementedError("House assignment needs implementation with an astrological library.")

#Example usage:

birth_date = "1972-12-21"

birth_time = "1:30 AM"

place_of_birth = "Jammalamadugu"  # Needs latitude/longitude

positions = calculate_planetary_positions(birth_date, birth_time, place_of_birth)

print(positions)