Data-Driven Astrology 💫 Kerykeion is a Python library for astrology. It generates SVG charts and extracts detailed structured data for birth charts, synastry, transits, composite charts, and more.

A modern Python library for astrological chart calculation, visualization, reporting and data analysis. Built on the Swiss Ephemeris for astronomical accuracy.

Efficient detection of planets transiting quiet or active stars

Create and manipulate stellar light curves!

A package for detecting, vetting, and modelling transiting exoplanets on uncertain periods

No-BS astrological calculations validated against NASA, JPL Horizons & Swiss Ephemeris. Birth charts, transits, progressions that actually work.

SOAP is an open-source Python package that simulates the impact of stellar activity and planetary transits on spectroscopic, radial velocity, and photometric data.

Visual Vetting and Analysis of Transits of Space ObservatioNs

Prediction of Exoplanet Precisions using Information in Transit Analysis

The Public Photometry Pipeline for Exoplanets

AstroGods provides in-depth birth chart interpretations, synastry analysis for relationships, daily and monthly transit readings

Observation metrics for periodic events

The (Exoplanet Detection Identifier) EDI-Vetter is the rock'n roll love child of Terra and RoboVetter, optimized to vet K2 transit signals.

Astronomy & astrology microservice for working out planetary positions & birth charts

Solar Transits Acquired by SDO HMI

An astrological calculation REST API. Provides endpoints for natal charts, planetary positions, retrograde calendars, transits, progressions, synastry, composite charts, solar returns, and daily/weekly/yearly forecasting.

Aplicación web de astrología completa con FastAPI, HTML/CSS/JS, cálculos astrológicos y rueda zodiacal SVG.

This project aims to create an engaging interactive workshop activity for secondary school students. It uses the Streamlit interface to delve into the detection and characterisation of exoplanets using simplified versions of the authentic data from current exoplanet research.

Proyecto Python de astrología para cartas astrales, tránsitos y astrología horaria.

Julia implementation of the Transit Least Squares algorithm (Hippke & Heller 2019) for detecting periodic transits in photometric time series.