<commit_before># Molecular Dynamics Simulation on a Sphere

<NAME>, 2015.

This is a Python/C project to demonstrate molecular dynamics 
simulation on a sphere. The particles interact via a cutoff Coulomb potential.
A damping force proportional to the relative velocities of interacting
particles will be used to dissipate energy and to cool down the system in
order to approach a configuration of minimal energy. This ground state
should then give the optimal packing of N particles on a sphere. 



##  Dependencies

* Python 2.7
* A C-Compiler
* SciPy
* PyOpenGL

Tested on OS X 10.10.2 and Linux Mint 17.1 Cinnamon 64-Bit.

## Building
<commit_msg>Added link to docker image.<commit_after>Docker image at https://hub.docker.com/r/tscheff/davis/

# Molecular Dynamics Simulation on a Sphere

<NAME>, 2015.

This is a Python/C project to demonstrate molecular dynamics 
simulation on a sphere. The particles interact via a cutoff Coulomb potential.
A damping force proportional to the relative velocities of interacting
particles will be used to dissipate energy and to cool down the system in
order to approach a configuration of minimal energy. This ground state
should then give the optimal packing of N particles on a sphere. 



##  Dependencies

* Python 2.7
* A C-Compiler
* SciPy
* PyOpenGL

Tested on OS X 10.10.2 and Linux Mint 17.1 Cinnamon 64-Bit.

## Building

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