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Thanks for sharing this excellent package and for documenting it well in your dissertation! I have been working on a package for TDGL simulations, called pyTDGL, which is adapted from both SuperDetectorPy and SuperScreen, a project of mine that solves the 2D London equation. Notable features of pyTDGL include
An adaptive time step algorithm for the Euler solver
Mesh generation from within Python
The ability to model superconductors with holes and with an arbitrary number of current terminals
A Solution class which has lots of methods for analyzing and visualizing simulation results
If you have time/interest, I would be happy to hear any feedback you have about pyTDGL. Also, I have tried to make it clear in the documentation, etc. that pyTDGL is partially based on your work, but if you feel that I have not made that clear enough, please let me know!
The text was updated successfully, but these errors were encountered:
Hi Mattias,
Thanks for sharing this excellent package and for documenting it well in your dissertation! I have been working on a package for TDGL simulations, called pyTDGL, which is adapted from both
SuperDetectorPy
and SuperScreen, a project of mine that solves the 2D London equation. Notable features ofpyTDGL
includeSolution
class which has lots of methods for analyzing and visualizing simulation resultsIf you have time/interest, I would be happy to hear any feedback you have about
pyTDGL
. Also, I have tried to make it clear in the documentation, etc. thatpyTDGL
is partially based on your work, but if you feel that I have not made that clear enough, please let me know!The text was updated successfully, but these errors were encountered: