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[jaymax <>]

Almost but not quite! The picture is the reverse almost - a material science puzzle. Think of it almost like a "solute - solvent" system to be crystallized. The solvent been crystallized and trapping the solute within it. Both "solute and solvent" are elongated hexagonal bipyramids polyhedrons of about the same size. There are several physical parameters that could be evaluated for assessing the nucleation potential - the later steps.

But first of all, I need to tessellate the environment for the simulation and to be specific of the interacting polyhedrons.
 

On Thu, Mar 9, 2017 at 11:20 PM, teillaud [via cgal-discuss] <[hidden email]> wrote:

Hi,

If I understand correctly (not sure) you have a crystallographic group made of translations, right? Can you say a few words about the “other operations to be performed later”? We can hardly discuss a potential package without knowing what it is supposed to do. 

Best,

--

Monique Teillaud 
https://members.loria.fr/Monique.Teillaud/
INRIA Nancy - Grand Est, LORIA 
Institut National de Recherche en Informatique et Automatique 

On 10 Mar 2017, at 07:58, jaymax <[hidden email]> wrote:

I have a polyhedron, an elongated hexagonal bipyramid, created in affine space and would like to translate this [these] into 3D Cartesian space such that it tessellates the latter, with the following constraints. That the transformation performed allows for the indexing of each of the tessellated component structures. I have thought of ways of doing this but this might involve "recreating the wheel," if one does already exist in a package such as yours.

Hopefully, one or more of your users would comment on this.

There are other operations to be performed latter but this is the main step.

Thanks!

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