Software with Support for FHI-aims

GIMS

GIMS: Graphical interface for materials simulations

A universal force engine interface written in Python

 

FHI-vibes: A python package for the vibrational properties of solids from first principles

Atomic Simulation Environment

 

Pymatgen (Python Materials Genomics)

Cc4s: Coupled Cluster for Solids

Object-oriented Python library to analyze trajectories from molecular dynamics simulations

deltaSCF-aims

Core level spectroscopy simulation methods in FHI-aims

GAtor: A genetic algorithm for structure prediction of molecular crystals

BOSS: Active learning technique for global exploration of energy and property phase space, and for accelerated structure determination

effmass

effmass: Python package for calculating various definitions of effective mass from the electronic bandstructure of a semiconducting material.

SEAMM: User-friendly software package for the atomistic simulations of organic molecules, biological systems, fluids, synthetic polymers, and materials such as metals and metal oxides, semiconductors, ceramics and alloys.

 

External Libraries in FHI-aims

FHI-aims is using and relying on a number of open-source libraries, to whom we are immensely grateful. The full list is shown below.

3Drotations Caliper
M_strings PLUMED
AITRANSS atom_sphere
autoGR cuba-cuhre
density_functional_repository  elsi_interface
greenX i-PI
kdtree2 libMBD
Libxc mctc-lib
mstore rdirac
s-dftd3 Spglib
test-drive toml-f
TREXIO Voro++
ELPA CHASE
PEXSI NTPoly
EigenEXA libOMM
SLEPc BSEPACK
MAGMA dftatom