Dftd4 Versions Save

Generally Applicable Atomic-Charge Dependent London Dispersion Correction

v3.6.0

9 months ago

Many thanks to Marvin Friede (@marvinfriede) and Eisuke Kawashima (@e-kwsm) for contributing to this release.

Changelog

Full Changelog: https://github.com/dftd4/dftd4/compare/v3.5.0...v3.6.0

v3.5.0

1 year ago

Thanks to Ty Balduf (@TyBalduf), Sebastian Ehlert (@awvwgk), Eisuke Kawashima (@e-kwsm) and Daniel Mejia-Rodriguez (@dmejiar) for contributing to this release.

Changelog

New Contributors

Full Changelog: https://github.com/dftd4/dftd4/compare/v3.4.0...v3.5.0

v3.4.0

2 years ago

Many thanks to Eisuke Kawashima (@e-kwsm) and Rodríguez Martínez (@ricrogz) for contributing to this release. Thanks to Yuri Victorovich (@yurivict) for packaging DFT-D4 for FreeBSD.

Changelog

New parameters

Full Changelog: https://github.com/dftd4/dftd4/compare/v3.3.0...v3.4.0

v3.3.0

2 years ago

Thanks to Bálint Aradi (@aradi) and Eisuke Kawashima (@e-kwsm) for contributing to this release.

v3.2.0

3 years ago

Feature release

  • Allow pairwise resolved dispersion calculation
  • Allow linking against MKL real time library
  • Enable usage parameter data file in Python API
  • Install module files in meson to include/dftd4/<compiler-id>-<compiler-version>/
  • Convenience function to combine DFTD4 with other ASE calculators
  • Pip can now be used to build extension module against existing DFT-D4 installation

bleed

3 years ago

Created on 2022/11/28, 19:13 UTC by @TyBalduf with commit 2df5ee34b83e673f8b9cd5ca7c8572787485e28d. This is an automated distribution of the latest dftd4 version. It contains the latest features and possibly also the newest bugs. Use with caution! https://github.com/dftd4/dftd4/actions/runs/3567867705

v3.1.0

3 years ago

Feature release of API improvements.

  • Fortran API can now access dispersion properties (CN, charges, C6, α)
  • C API can now construct dispersion model with customized parameters
  • Python API supports now QCSchema and ASE integration

v3.0.0

3 years ago

Complete rewrite of DFT-D4 to get this project in a more sustainable shape. This change introduces API breakage (Fortran, C and Python API), therefore leads to a major version bump.

  • improve unit testing and more testcases
  • cleaner Fortran API via one single module
  • more robust C API with void* based Fortran objects
  • CFFI based Python API instead of ctypes based interface
  • fixes issues with Intel 19
  • uses mctc-lib as geometry backend
  • remove EEQ implementation and create separate project
  • uses multicharge library for EEQ model
  • more stable choice of Ewald parameter (results for periodic calculations might differ slightly)

v2.5.0

4 years ago
  • parameters for DFTB
  • parameters for revDSD double hybrid functionals
  • serialization of calculation results to JSON or TOML

v2.4.0

4 years ago
  • Bugfix: i->i' contribution is calculated correctly :beetle: