MIproject

A collection of programs and scripts to solve and analyze the Mott-Hubbard transition in a variety of dynamical mean-field settings.

Requirements

The project relies on several inter-dependent¹ external libraries:

• SciFortran
• DMFT-tools
• DMFT-ED
• CDMFT-ED
• EDlattice
• DMFT-LAB

These dependencies are embedded through git submodule tools. To download the project with all the intended versions of such libraries, just run:

git clone --recursive https://github.com/bellomia/MIproject.git MIproject

To pull upstream changes < of one specific module > you can run:

git submodule update --remote --merge <submodule-name>

Warning: The build and installation of the libraries is not automatized (yet?), thus you will need to enter each submodule directory and follow the provided instructions. All the upstream requirements have to be met, even the "optional" ones (e.g. MPI related stuff).

Footnotes

1. More specifically: DMFT-tools depends on SciFortran, DMFT-ED and EDlattice depend on SciFortran, CDMFT-ED depends on both SciFortran and DMFT-tools. DMFT-LAB strictly depends on nothing but a working installation of MATLAB / GNU OCTAVE, but its whole purpose is to manage the runtime and post-processing workflows for DMFT-ED and CDMFT-ED executables so, in a sense, it depends on eveything. ↩