kerykeion 3.1.9

A python library for astrology.

Kerykeion

 

Kerykeion is a python library for Astrology. It can calculate all the planet and house position, also it can calculate the aspects of a single persone or between two, you can set how many planets you need in the settings in the utility module. It also can generate an SVG of a birthchart, a composite chart or a transit chart.

Installation

Kerykeion is a Python 3.9 package, make sure you have Python 3.9 or above installed on your system.

pip3 install kerykeion

Usage

Here some examples:

# Import the main class for creating a kerykeion instance:
from kerykeion import KrInstance

# Create a kerykeion instance:
# Args: Name, year, month, day, hour, minuts, city, nation(optional)
kanye = KrInstance("Kanye", 1977, 6, 8, 8, 45, "Atlanta")

# Get the information about the sun in the chart:
# (The position of the planets always starts at 0)
kanye.sun

#> {'name': 'Sun', 'quality': 'Mutable', 'element': 'Air', 'sign': 'Gem', 'sign_num': 2, 'pos': 17.598992059774275, 'abs_pos': 77.59899205977428, 'emoji': '♊️', 'house': '12th House', 'retrograde': False}

# Get informations about the first house:
kanye.first_house

#> {'name': 'First House', 'quality': 'Cardinal', 'element': 'Water', 'sign': 'Can', 'sign_num': 3, 'pos': 17.995779673209114, 'abs_pos': 107.99577967320911, 'emoji': '♋️'}

# Get element of the moon sign:
kanye.moon.get("element")

#> 'Water'

To avoid connecting to GeoNames (eg. avoiding hourly limit or no internet connection) you should instance kerykeion like this:

kanye = KrInstance(
    "Kanye", 1977, 6, 8, 8, 45,
    lng=50, lat=50, tz_str="Europe/Rome"
    )

Generate a SVG Chart:

from kerykeion import KrInstance, MakeSvgInstance

first = KrInstance("Jack", 1990, 6, 15, 15, 15, "Roma")
second = KrInstance("Jane", 1991, 10, 25, 21, 00, "Roma")

# Set the type, it can be Natal, Composite or Transit

name = MakeSvgInstance(first, chart_type="Composite", second_obj=second)
name.makeSVG()
print(len(name.aspects_list))

#> Generating kerykeion object for Jack...
#> Generating kerykeion object for Jane...
#> Jack birth location: Roma, 41.89193, 12.51133
#> SVG Generated Correctly
#> 38

Example of a possible text output with information:

from kerykeion import print_all_data, KrInstance

kanye = KrInstance("Kanye", 1977, 6, 8, 8, 45, "Atlanta")

print_all_data(kanye)

Returns:

NAME: Kanye
PLANET     POSITION

Sun:       Gem 17.599 in 12th House
Moon:      Pis 16.425 in 9th House
Mercury:   Tau 26.286 in 11th House
Venus:     Tau 2.032 in 10th House
Mars:      Tau 1.79 in 10th House
Jupiter:   Gem 14.607 in 11th House
Saturn:    Leo 12.799 in 2nd House
Uranus:    Sco 8.273 in 4th House
Neptune:   Sag 14.693 in 5th House
Pluto:     Lib 11.446 in 4th House

PLACIDUS HAUSES
House Cusp 1:     Can  17.996
House Cusp 2:     Leo  9.506
House Cusp 3:     Vir  4.022
House Cusp 4:     Lib  3.977
House Cusp 5:     Sco  9.393
House Cusp 6:     Sag  15.681
House Cusp 7:     Cap  17.996
House Cusp 8:     Aqu  9.506
House Cusp 9:     Pis  4.022
House Cusp 10:    Ari  3.977
House Cusp 11:    Tau  9.393
House Cusp 12:    Gem  15.681

Other exeples of possibles usecase

# Get all aspects between two persons:

from kerykeion import CompositeAspects, KrInstance
first = KrInstance("Jack", 1990, 6, 15, 15, 15, "Roma")
second = KrInstance("Jane", 1991, 10, 25, 21, 00, "Roma")

name = CompositeAspects(first, second)
aspect_list = name.get_relevant_aspects()
print(aspect_list[0])

#> Generating kerykeion object for Jack...
#> Generating kerykeion object for Jane...
#> {'p1_name': 'Sun', 'p1_abs_pos': 84.17867971515636, 'p2_name': 'Sun', 'p2_abs_pos': 211.90472999502984, 'aspect': 'trine', 'orbit': 7.726050279873476, 'aspect_degrees': 120, 'color': '#36d100', 'aid': 6, 'diff': 127.72605027987348, 'p1': 0, 'p2': 0}

Documentation

Most of the functions and the classes are self documented by the types and have docstrings. An auto-generated documentation is available here.

Sooner or later I'll try to write an extensive documentation.

Development

You can clone this repository or download a zip file using the right side buttons.

Contributing

Feel free to contribute to the code!