This repository provides the python based program for Coronal Mass Ejection(CME) arrival forecast at 1 AU using Drag Based Model(DBM) Vrˇsnak et al. (2013).
DBM_Forecast.ipynb file provides a program for the ICME arrival forecast at 1 AU using DBM. ADBM_SelfSimilar_Cone.ipynb consider self-similar expansion during CME propagation in heliosphere and provides CME arrival time. In ADBM_Flattening_Cone.ipynb flattening cone evolution is assumed during CME propagation. ALL the files here provides V-R plot,V-R-t plot for CME propagation along with CME arrival date and time and Impact speedd at 1AU as output. In case of ADBM CME geometry is also provided in output.
The folder Model_code consist of python notebooks for geometrical relation and different kinetmatic approach considered for CME propagation. File Geometrical Parameters.ipynb provides a insight of cone geometry for advance DBM. Advance DBM.ipynb provides a forecast of CME arrival at 1 AU with the cone geometry visuals. kinematics-1.ipynb and kinematics-2.ipynb file provides two different kinetic approach for CME propagation (Those two kinetic approach are self-similar cone expansion and flatteing cone expansion)
A more detailed description of Drag Based Model, this python implementation and its validation is given in my M.Sc. thesis.
if you use this program for calculation and scientific publication, please site it using the DOI generated by zenodo. I would also appreciate it if you drop me an email on [email protected] and tell me what you used it for.