//=========================================================================
void BuildReducedBasis::write( EpetraExt::HDF5& HDF5_exporter, DenseHDF5& HDF5dense_exporter )
{
if ( M_comm->MyPID() == 0 )
{
std::string this_prefix = "/"+M_prefix+"/";
HDF5dense_exporter.WriteVectorDouble(this_prefix, "SingularValues", M_SingularValues);
}
HDF5_exporter.Write("V", *M_PODbasis);// Save solution basis V
HDF5_exporter.Write("info", "num_basis", M_NumPODbases);
}
void RefinementHistory::saveToHDF5(EpetraExt::HDF5 &hdf5) {
vector<int> histArray;
for (vector< Refinement >::iterator refIt = _refinements.begin(); refIt != _refinements.end(); refIt++) {
Refinement ref = *refIt;
RefinementType refType = ref.first;
set<GlobalIndexType> cellIDs = ref.second;
histArray.push_back(refType);
histArray.push_back(cellIDs.size());
for (set<GlobalIndexType>::iterator cellIt = cellIDs.begin(); cellIt != cellIDs.end(); cellIt++) {
GlobalIndexType cellID = *cellIt;
histArray.push_back(cellID);
}
}
int histArraySize = histArray.size();
hdf5.Write("Mesh", "histArraySize", histArraySize);
if (histArraySize > 0) {
hdf5.Write("Mesh", "refinementHistory", H5T_NATIVE_INT, histArraySize, &histArray[0]);
} else {
}
}
//=========================================================================
void BuildReducedBasis::write( EpetraExt::HDF5& HDF5_exporter )
{
HDF5_exporter.Write("V", *M_PODbasis);// Save solution basis V
HDF5_exporter.Write("info", "num_basis", M_NumPODbases);
}
