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Py-ChemShell 2019 released

 

Just got this notice.

We are pleased to announce Py-ChemShell 2019 (v19.0), the first beta release of the Python-based version of ChemShell. Py-ChemShell 2019 offers new interfaces to ORCA and DL_POLY 4, a complete task-farmed parallelisation framework (including parallel finite difference gradients), RESP charge fitting procedures, and case studies for problems in materials modelling.

Py-ChemShell can be downloaded free of charge under the open source GNU LGPL v3 licence from this site.

ChemShell is a scriptable computational chemistry environment for multiscale modelling. While it supports standard quantum chemical or force field calculations, its main strength lies in hybrid QM/MM calculations. The concept is to leave the time-consuming energy evaluation to external specialised codes, while ChemShell takes over the communication and data handling.

ChemShell provides interfaces to a variety of QM and MM codes, including:

  • GAMESS-UK
  • NWChem
  • FHI-aims
  • DALTON
  • MNDO
  • TURBOMOLE
  • Orca
  • Molpro
  • Gaussian
  • DMol3
  • Q-Chem
  • DL_POLY
  • GULP
  • CHARMM
  • GROMOS

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