/*! Zoltan constructor
* \param env parameters for the problem and library configuration
* \param problemComm the communicator for the problem
* \param adapter the user's input adapter
*/
AlgZoltan(const RCP<const Environment> &env__,
const RCP<const Comm<int> > &problemComm__,
const RCP<const IdentifierAdapter<user_t> > &adapter__):
env(env__), problemComm(problemComm__), adapter(adapter__)
{
setMPIComm(problemComm__);
zz = rcp(new Zoltan(mpicomm));
setCallbacksIDs();
}
AlgZoltan(const RCP<const Environment> &env__,
const RCP<const Comm<int> > &problemComm__,
const RCP<const VectorAdapter<user_t> > &adapter__) :
env(env__), problemComm(problemComm__), adapter(adapter__)
{
setMPIComm(problemComm__);
zoltanInit();
zz = rcp(new Zoltan(mpicomm));
setCallbacksIDs();
setCallbacksGeom(&(*adapter));
}
AlgZoltan(const RCP<const Environment> &env__,
const RCP<const Comm<int> > &problemComm__,
const RCP<const GraphAdapter<user_t,userCoord_t> > &adapter__) :
env(env__), problemComm(problemComm__), adapter(adapter__)
{
setMPIComm(problemComm__);
zz = rcp(new Zoltan(mpicomm));
setCallbacksIDs();
setCallbacksGraph(adapter);
if (adapter->coordinatesAvailable()) {
setCallbacksGeom(adapter->getCoordinateInput());
}
}
AlgZoltan(const RCP<const Environment> &env__,
const RCP<const Comm<int> > &problemComm__,
const RCP<const MeshAdapter<user_t> > &adapter__) :
env(env__), problemComm(problemComm__), adapter(adapter__)
{
setMPIComm(problemComm__);
zoltanInit();
zz = rcp(new Zoltan(mpicomm));
setCallbacksIDs();
setCallbacksGraph(adapter);
//TODO:: check parameter list to see if hypergraph is needed. We dont want to build the model
// if we don't have to and we shouldn't as it can take a decent amount of time if the
// primary entity is copied
setCallbacksHypergraph(adapter);
setCallbacksGeom(&(*adapter));
}
