Open diaojiaz opened 2 weeks ago
For structural optimization, just add ionic-minimize as shown in previous tutorials.
For NEB, you can do this through the ASE interface. We have some examples in the BEAST workshops: https://beast-echem.org/workshops/ using a wrapper code GC-NEB on top of ASE, but you can also run t his through ASE fairly easily.
Is it possible for jDFTX to perform structural optimization and transition state search (NEB) calculations under constant potential conditions directly? the tutorial https://jdftx.org/FixedPotential.html only has a static calculation example. could someone provide some examples? thank you very much