SunPy - Python for Solar Physics

Potential Field Source Surface model package for Python

A Python library for obtaining, processing and interacting with calibrated DKIST data.

PyThea is an open-source software package to perform coronal mass ejection (CME) and shock wave 3D reconstruction using multi-viewpoint remote-sensing observations.

Python interface to the CHIANTI atomic database

A SunPy-affiliated package which provides tools to analyze data from spectral data from any solar mission.

Graduated cylindrical shell CME model in Python

For the investigation of NLTE glowy stuff. A python framework for constructing solar NLTE radiative transfer simulations in one- and two-dimensional geometries, with an optimised C++ backend.

A Python package for manipulating and correcting variable point spread functions.

STIX data analysis in python

The Solar MAgnetic Connection Haus (Solar-MACH) tool is a multi-spacecraft longitudinal configuration plotter

Integrate SSW into your Python workflows

An implementation of the enthalpy-based thermal evolution of loops (EBTEL) model implemented in C++ and wrapped in Python

Space Weather Monitor Application (SWMA) is an open-source application made for visualizing real-time space weather related data.

MCALF: Multi-Component Atmospheric Line Fitting

CME Arrival Time Prediction Using Convolutional Neural Network

XRAYVISION is an open-source Python library for Fourier or synthesis imaging of X-Rays.

The Heliospheric Disturbance Propagation Model & Tool (HDPmt) is a simple geometrical model to describe the propagation and longitudinal extension of a disturbance in the heliosphere and a lightweight tool that can be used to visualize the model results and perform case studies.

The code in this repository solves the radial component of the magnetic flux transport equation (induction equation) on the solar surface in the 1D (axisymmetric) case, including a heuristic decay term -B_r/tau on the right hand side.

Python tools for setting up HYDRAD runs and parsing output