Thank you sir for the nice suggestion
On Wed, Apr 3, 2013 at 9:58 AM, Dallas Warren wrote:
> Just calculate the radial distribution function from particle-to-particle.
>
> You can then integrate that probability to get a mass density at a given
> radius, using the average overall system density.
Just calculate the radial distribution function from particle-to-particle.
You can then integrate that probability to get a mass density at a given
radius, using the average overall system density.
Catch ya,
Dr. Dallas Warren
Drug Discovery Biology
Monash Institute of Pharmaceutical Sciences, M
Dear gmx-users,
I would like to calculate radial density plot (not rdf plot) for my
heterogeneous droplet system. I need distance on the X-axis and density
(g/ml) on the Y-axis for each constituent of my droplet. I would much
appreciate if some one could help me in this regard.
Thank you for your
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