Dissipative particle dynamics refers to a particlebased numerical method 
in which  the  dynamicsof  particles  that interact through conservative, 
dissipative, and random forces are computed. The method is coarse-grained 
molecular dynamicsand has the ability to capture flow at mesoscopic scales,
i.e., those scales that lie between microscopic and macroscopic ones. 

The barostat is a tool to control the pressure in molecular dynamics method. 
The Berendsen barostat proposes an external bath so that the global pressure
is weakly coupled to this pressure bath and the volume periodically rescaled,
using the principle of the least local perturbation consistent withthe 
required global coupling. 

This DPD package is an open-source code, distributed freely under the terms 
of the GNU Public License (GPL).
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The package distribution includes the following files and directories:

README			   this file
LICENSE			   the GNU General Public License (GPL)
src			       source files
data           the initial parameters and output data
compile.sh     the shellscript to compile the fortran code in src

Good luck with your DPD simulations!

If you have any bugs, conecting me by [email protected]