DL_SDG VersionsΒΆ

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Version 2.4, released February 2025

  • Resources and Tutorials: D_ATA software including tutorial.

  • DL_Software Tutorial: Democritus MD visualiser and learning materials.

  • DL_Software Tutorial: New and update for DL_FIELD, DL_POLY and DL_MESO

  • Misc. editing, improvements.

Version 2.3, released July 2024

  • DL_FIELD tutorial: Force field conversion for Gromacs and force field conversions from third party file formats (rtf, prm).

  • Included general introduction to molecular modelling, for general audience.

  • Knowledge Center: Coarse graining methods and additional details on LBE.

  • Misc. editing, improvements - addition of information on suggested control parameters for simulations.

Version 2.2, released September 2023

  • DL_ANALYSER tutorial: illustration on cluster analysis and characterisation.

  • DL_FIELD tutorial: guide to udff file, use of VDW_FIX, auto determine vdw parameters and atom equivalence.

  • Simulations: Simulating a liquid using DPD (DL_MESO): improvement to include detailed descriptions of simulation visualisation and result analysis.

  • Simulations: Simulating vapour-liquid coexistence using Lattice Boltzmann (DL_MESO): from input preparation, simulation to results analysis.

  • Misc. editing, corrections.

Version 2.1, released December 2022

  • Knowledge Center: Molecular Dynamics: bond constrains, MD integration.

  • DL_ANALYSER tutorial: illustration on DANAI and results analysis.

  • Created new section on Simulation: Example simulation models and procedures.

  • Created new section on Simulation: Simulating a liquid using DPD for DL_MESO.

  • Misc. editing, corrections, with clearer narratives.

Version 2.0, released July 2022

  • DL_ANALYSER tutorial on Atomic Interaction Analysis.

  • Update DL_MESO installation guide.

  • Knowledge Center: Force Field: 1-4 scaling, atom typing, parameter fittings, improper.

  • Knowledge Center: System regulators - Barostat, thermostat.

  • Knowledge Center: Molecular Dynamics: enhancement and include boundary conditions.

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