Here is a list of all documented class members with links to the class documentation for each member:
- s -
- scalar_type : Expression< T, U >, Form< T, U >
- scatter_fwd() : Scatterer< Allocator >, Vector< T, Container >
- scatter_fwd_begin() : Scatterer< Allocator >, Vector< T, Container >
- scatter_fwd_end() : Scatterer< Allocator >, Vector< T, Container >
- scatter_rev() : Scatterer< Allocator >, MatrixCSR< Scalar, Container, ColContainer, RowPtrContainer >, Vector< T, Container >
- scatter_rev_begin() : Scatterer< Allocator >, MatrixCSR< Scalar, Container, ColContainer, RowPtrContainer >, Vector< T, Container >
- scatter_rev_end() : Scatterer< Allocator >, MatrixCSR< Scalar, Container, ColContainer, RowPtrContainer >, Vector< T, Container >
- Scatterer() : Scatterer< Allocator >
- set() : DirichletBC< T, U >, MatrixCSR< Scalar, Container, ColContainer, RowPtrContainer >, Vector< T, Container >, Table
- set_block_expand_fn() : Matrix
- set_block_fn() : Matrix
- set_connectivity() : Topology
- set_convergence_check() : NewtonSolver
- set_fn() : Matrix
- set_form() : NewtonSolver
- set_from_options() : KrylovSolver, Matrix, Vector, SLEPcEigenSolver
- set_index_map() : Topology
- set_operator() : KrylovSolver
- set_operators() : KrylovSolver, SLEPcEigenSolver
- set_options_prefix() : KrylovSolver, Matrix, Vector, SLEPcEigenSolver
- set_update() : NewtonSolver
- setF() : NewtonSolver
- setJ() : NewtonSolver
- setP() : NewtonSolver
- shape : Constant< T >
- shared_indices() : IndexMap
- signature() : FiniteElement< T >
- size() : Operator, Vector
- size_global() : IndexMap
- size_local() : IndexMap
- SLEPcEigenSolver() : SLEPcEigenSolver
- solve() : KrylovSolver, SLEPcEigenSolver, NewtonSolver
- space_dimension() : FiniteElement< T >
- SparsityPattern() : SparsityPattern
- squared_norm() : MatrixCSR< Scalar, Container, ColContainer, RowPtrContainer >
- src() : IndexMap
- src_owner : PointOwnershipData< T >
- start() : Timer
- stop() : Timer
- str() : BoundingBoxTree< T >, AdjacencyList< T >, Table
- sub() : Function< T, U >, FunctionSpace< T >
- sub_elements() : FiniteElement< T >
- sub_layout() : ElementDofLayout
- sub_view() : ElementDofLayout
- symmetric() : FiniteElement< T >, FunctionSpace< T >