Michael Howard

I have discussed this with @tzortziskoul and @astatt, and we will support them in implementing this feature.

This issue is very similar to #1775 but the two cosines follow each other to make an S-shaped geometry. We will support implementing this feature too. My only comment is...

@joaander I would like to restart the discussion on this. I am having issues, similar to what I saw on Blue Waters a long time ago, where the process of...

> though the problem could be an underlying limitation in the size of arrays supported by MPI I did some additional testing for my simulation that was crashing, and I...

> I am implementing MPCD for viscosity difference system, where angular momentum conservation is crucial. I am following steps from the references. Successfully calculating MOI tensor relative to cell but...

This work is still planned, but major refactoring is needed to support it.

This is a good point: DPD (#278) has a similar issue as MPCD, in that the momentum transferred to constituent particles needs to be passed to the central particle to...

> DPD applies forces to the constituents which will then be transferred as a net force/torque to the central particle by the normal means. ... Unless I misunderstood your solution...

While working on this @mzbush realized that for MPCD we will need to be able to set the masses of the constituent particles, but they are currently ignored because the...

Thanks! This makes sense for the current design. Now that we are setting constituent velocities, mass is a bit like type from an implementation perspective: it doesn't depend on local...