MiTMoJCo 1.2

Changes between v1.1 and v1.2:

1. Python module mitmojco for calculating tunnel current amplitudes (TCAs) and creation of custom TCAs fits.

2. Easy to use Jupyter Python notebook amplitudes.ipynb demonstrating the features of Python mitmojco module:

• calculation of bare BCS TCAs

• smoothing Riedel peaks in bare BCS TCAs

• creation of fits by a sum of complex exponentials.

• exporting fitted TCAs to file understood by MiTMoJCo C library functions.

• loading fitted TCAs from file.

3. The user is provided by more control over the tunnel current object by moving some of the private member variables of the class TunnelCurrentType to public. Memory of the previous evolution can be directly accessed via the member structure MemState of the tunnel current object.

4. An example of using MiTMoJCo in conjunction with deal.II (https://www.dealii.org) FEM library for modeling 2D Josephson junctions.

5. Portability improved: requirement for CMake 3.5.1 in CMakeLists.txt reverted to CMake v2.6 or higher.

MiTMoJCo 1.1

The release provides a cleaner structure and includes adjustments for use of the library in a C++ code. The new version of MiTMoJCo is compiled and installed as a shared library which can then be called by other processes. As in the previous release, MiTMoJCo 1.1 provides a library of tunnel current amplitudes, five examples and an updated documentation.

First MiTMoJCo release

This is a first MiTMoJCo release which includes a library of tunnel current amplitudes, 5 examples and a user guide.