Dear David,
Im looking at the advanced examples 1 and 2, trying to adapt them to study swelling (in the z-direction) of multi-layered clay(ff) system. Since my clay layers are periodic in x and y, I would like to avoid isotropic volume changes and use some sort of anisotropic-like barostatting instead.
So my question is: When running MonteCarlo, does the volume move (VolumeChangeProbability) only do isotropic volume scaling? or is there some way to activate anisotropic volume trial moves? or simply just do volume moves along the z-direction? I have seen the BoxShapeChangeProbability option, but Im not sure if its effective.
Best regards,
Michael
Im looking at the advanced examples 1 and 2, trying to adapt them to study swelling (in the z-direction) of multi-layered clay(ff) system. Since my clay layers are periodic in x and y, I would like to avoid isotropic volume changes and use some sort of anisotropic-like barostatting instead.
So my question is: When running MonteCarlo, does the volume move (VolumeChangeProbability) only do isotropic volume scaling? or is there some way to activate anisotropic volume trial moves? or simply just do volume moves along the z-direction? I have seen the BoxShapeChangeProbability option, but Im not sure if its effective.
Best regards,
Michael