Todo List

Member Feel::FeelModels::ModelMesh< IndexType >::updateField (std::string const &name, FieldType const &u, std::string const &basis="")

get a default basis if empty (iterate over all space, maybe one will match or use also continuity property)

Member Feel::FunctionSpace< MeshTypes, BasisTypes, T, PeriodicityType, MortarType >::Element< TT, Cont >::geomapPtr (geoelement_type const &elt) const

should be in the element of the mesh

Member Feel::FunctionSpace< MeshTypes, BasisTypes, T, PeriodicityType, MortarType >::Element< TT, Cont >::grad_ (ContextType const &context, grad_array_type &v) const

handle the case where the mesh/element is not the same as the one associated with the discretization space.

need to introduce the geometric transformation to incorporate the pseudo-inverse of the jacobian for the derivative

Member Feel::FunctionSpace< MeshTypes, BasisTypes, T, PeriodicityType, MortarType >::Element< TT, Cont >::hess_ (ContextType const &context, hess_array_type &v) const

handle the case where the mesh/element is not the same as the one associated with the discretization space.

need to introduce the geometric transformation to incorporate the pseudo-inverse of the jacobian for the derivative

Member Feel::FunctionSpace< MeshTypes, BasisTypes, T, PeriodicityType, MortarType >::Element< TT, Cont >::id_ (Context_t const &context, id_array_type &v) const

handle the case where the mesh/element is not the same as the one associated with the discretization space.

Member Feel::Mesh< GeoShape, T, Tag, IndexT, _EnableSharedFromThis >::trace () const

make use of extraction_policies

Member Feel::MeshInverse< MeshType >::distribute (bool extrapolation=false)

: for extrapolation, verify that all the points have been taken into account, else test them on the frontiere convexes.

Member Feel::TSBase::next () const

implements the strategies here, at the moment constant time step

Class Feel::WorldComm

define global, local and god WorldComm