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The TupleVector class is a multitype container without algebraic operations. It relates to Dune::MultiTypeBlockVector like std::vector relates to Dune::BlockVector. This is achived by augmenting std::tuple by the following: * operator[] for Dune::index_constant aruments * static size() You can now write code like this which will work for multitype and classic vector like containers: using namespace Dune::Hybrid; forEach(integralRange(size(v)), [&](auto i) { v[i] = i; }); Notice that TupleVector was already present as implementation detail of two tests in dune-common and that dune-functions and dune-solvers also both contained their own variants
The TupleVector class is a multitype container without algebraic operations. It relates to Dune::MultiTypeBlockVector like std::vector relates to Dune::BlockVector. This is achived by augmenting std::tuple by the following: * operator[] for Dune::index_constant aruments * static size() You can now write code like this which will work for multitype and classic vector like containers: using namespace Dune::Hybrid; forEach(integralRange(size(v)), [&](auto i) { v[i] = i; }); Notice that TupleVector was already present as implementation detail of two tests in dune-common and that dune-functions and dune-solvers also both contained their own variants