details and terminology

Class FEAT::Adjacency::Adjactor::ImageIterator

details

Class FEAT::Adjacency::Coloring

detailed description

Class FEAT::Adjacency::CompositeAdjactor< Adj1_, Adj2_ >

detailed description

Class FEAT::Adjacency::CuthillMcKee

detailed description

Class FEAT::Adjacency::Graph

detailed description

Class FEAT::Analytic::Common::SineRingVortexRHS2D< DT_ >

check whether this is still the correct RHS if using deformation tensor formulation (should be the case)

Class FEAT::Assembly::BurgersCarreauAssemblyJobBase< DataType_, Space_, ConvVector_ >

: Fix description regarding Carreau term This base class is used by various Burgers assemblers to outsource common coefficient member variables as well as code related to precomputing quantities required for the streamline diffusion stabilization.

Member FEAT::Assembly::BurgersCarreauScalarAssemblyTaskBase< Job_, DataType_ >::assemble_burgers_point (const DataType weight)

: Missing frechet term?

Member FEAT::Assembly::DomainAssembler< Trafo_ >::_build_colors ()

utilize mesh permutation coloring if available

Member FEAT::Assembly::DomainAssembler< Trafo_ >::_build_layers (bool reverse, bool sorted)

utilize mesh permutation layering if available

Class FEAT::Assembly::ScalarErrorComputer< max_norm_, sub_dimensional_ >

implement H2-error on sub-dimensional surface computation

Class FEAT::Control::CheckpointControl

do we need extra handling for machines with no global acessible file servers?

Member FEAT::Control::Domain::DomainControl< DomLvl_ >::has_ghost () const

does this really work?

Class FEAT::Control::Domain::PartiDomainControl< DomainLevel_ >

document this

Class FEAT::Control::Domain::PartiDomainControlBase< DomainLevel_ >

document this

Member FEAT::Control::Statistics::report (double solver_toe, int statistics_check, int shape_dimension, std::deque< std::shared_ptr< SystemLevelType_ > > &system_levels, DomainType_ &domain)

reimplement method based on expressions

Member FEAT::Control::StokesPowerSystemLevel< dim_, DataType_, IndexType_, ScalarMatrix_, TransferMatrix_ >::assemble_gates (const Domain::VirtualLevel< DomainLevel_ > &virt_dom_lvl)

find out what to do for disc/cont pressure spaces here...

Member FEAT::Control::StokesPowerSystemLevel< dim_, DataType_, IndexType_, ScalarMatrix_, TransferMatrix_ >::assemble_grad_div_matrices (Assembly::DomainAssembler< Trafo_ > &dom_asm, const SpaceVelo_ &space_velo, const SpacePres_ &space_pres, const Cubature_ &cubature)

share matrix structures of D_i

Class FEAT::Cubature::SilvesterOpenDriver< Shape_ >

implement Simplex<3> rules

Class FEAT::Cubature::SymmetricSimplexDriver< Shape_ >

implement for Simplex<3>

Member FEAT::Geometry::Atlas::Bezier< Mesh_ >::project_meshpart (Mesh_ &mesh, const MeshPart< Mesh_ > &meshpart) const

implement fancy variant here

Member FEAT::Geometry::Atlas::ChartCRTP< Derived_, Mesh_, Traits_ >::adapt (PartType &parent_meshpart, const PartType &meshpart) const override

: Implement this

Class FEAT::Geometry::Atlas::SurfaceMesh< Mesh_ >

replace bool arrays by something more modern

Class FEAT::Geometry::ConformalMesh< Shape_, num_coords_, Coord_ >

detailed documentation

Class FEAT::Geometry::IndexTree< Shape_ >

detailed description

Member FEAT::Geometry::Intern::PartiIterativeIndividual< Shape_, num_coords_, Coord_ >::mutate (MeshType &mesh, Random &rng, Index mutation_max)

make it more efficient

Class FEAT::Geometry::MacroFactory< Mesh_ >

Documentation

Member FEAT::Geometry::PartiIterative< ConformalMesh< Shape_, num_coords_, Coord_ > >::build_elems_at_rank () const

use mpi_reduce_all with op_minloc

Class FEAT::Geometry::PartiZoltan

figure out max_procs/min_elems

allow the user to configure more Zoltan parameters

Class FEAT::Geometry::PatchMeshFactory< Mesh_ >

Documentation

Class FEAT::Geometry::StructuredMesh< shape_dim_, num_coords_, Coord_ >

detailed documentation

define index set type

Implement neighbors lookup

Class FEAT::Geometry::UnitCubePatchGenerator< Mesh_ >

Documentation

Class FEAT::Global::AlgDofParti< LAFEM::DenseVector< DT_, IT_ >, LAFEM::VectorMirror< DT_, IT_ > >

decide what happens if this process has no dofs at all

make sure that this works for discontinuous elements, too

Member FEAT::Global::AlgDofParti< LAFEM::DenseVector< DT_, IT_ >, LAFEM::VectorMirror< DT_, IT_ > >::assemble_by_gate (const GateType &gate)

what do we do if owned_dofs==0 ?

Class FEAT::Global::SynchMatrix< MT_, VMT_ >

statistics

Class FEAT::Global::SynchVectorTicket< VT_, VMT_ >

statistics

Member FEAT::Half

add overloads/specializations in math.hpp for this type

Member FEAT::LAFEM::Arch::Transpose::value_generic (DT_ *r, const DT_ *const x, const Index rows_x, const Index columns_x)

use inplace transform, i.e. lower triangular swap algorithm

cache blocking https://stackoverflow.com/questions/16737298/what-is-the-fastest-way-to-transpose-a-matrix-in-c

Class FEAT::LAFEM::MatrixMirror< DT_, IT_ >

reimplement operations for SparseMatrixBanded

Member FEAT::LAFEM::PowerVector< SubType_, count_ >::write_out (FileMode mode, std::ostream &file) const

globale liste anlegen

Class FEAT::LAFEM::SparseLayout< IT_, Layout_ >

Enable layout conversion between matrix types

Member FEAT::LAFEM::SparseMatrixBCSR< DT_, IT_, BlockHeight_, BlockWidth_ >::read_from (FileMode mode, std::istream &file)

read_from_mtx

Member FEAT::LAFEM::SparseMatrixBCSR< DT_, IT_, BlockHeight_, BlockWidth_ >::SparseMatrixBCSR (const Index rows_in, const Index columns_in, DenseVector< IT_, IT_ > &col_ind_in, DenseVector< DT_, IT_ > &val_in, DenseVector< IT_, IT_ > &row_ptr_in)

maybe create empty matrix if col_ind and val and row_ptr inputs are all three empty

Member FEAT::LAFEM::SparseMatrixCSCR< DT_, IT_ >::SparseMatrixCSCR (const Index rows_in, const Index columns_in, DenseVector< IT_, IT_ > &col_ind_in, DenseVector< DT_, IT_ > &val_in, DenseVector< IT_, IT_ > &row_ptr_in, DenseVector< IT_, IT_ > &row_numbers_in)

maybe create empty matrix if col_ind and val and row_ptr inputs are all three empty

Member FEAT::LAFEM::SparseMatrixCSR< DT_, IT_ >::SparseMatrixCSR (const Index rows_in, const Index columns_in, DenseVector< IT_, IT_ > &col_ind_in, DenseVector< DT_, IT_ > &val_in, DenseVector< IT_, IT_ > &row_ptr_in)