This repository contains a standalone implementation of
the GFN0-xTB method (https://doi.org/10.26434/chemrxiv.8326202.v1),
adapted from the xtb
code.
The default CMake and meson builds compile a statically linked library (libgfn0.a
) that can be linked in other projects.
main.f90
in testprog/
demonstrates the in-code usage.
Make sure you have the following dependencies installed:
- CMake and
make
, or meson and ninja build systems - Fortran and C compilers (e.g.,
gfortran
/gcc
orifort
/icc
)
Follow these steps to build the project:
-
Create a build directory and navigate to it
mkdir _build cd _build
-
Export the compilers (here for example
ifort
/icc
) and depending on your chosen build system set up the build:- generate the build files using CMake:
FC=ifort CC=icc cmake ..
- generate the build files using meson:
FC=ifort CC=icc meson ..
I you wish to build the test-binary, add
-Dbuild_exe=true
to either thecmake
ormeson
setup command. - generate the build files using CMake:
-
Depending on your chosen build system, build the project. If you have multiple cores/processors, you can speed up the build process by specifying the number of cores to use with the
-j
option. For example, to use 4 cores:- With CMake/
make
:make -j4
- With meson/
ninja
:ninja -j4
- With CMake/
To clean the build files, simply delete the build
directory:
rm -rf _build