- s -

• S() : Xped::FermionBase< Symmetry_ >, Xped::SpinBase< Symmetry_, order >
• S1xS2() : Xped::Sym::S1xS2< S1_, S2_ >
• S_1s() : Xped::Fermion< Sym::Combined< Sym::SU2< Sym::SpinSU2 >, Sym::SU2< Sym::SpinSU2 >, Symmetry_ > >, Xped::Fermion< Sym::Combined< Sym::SU2< Sym::SpinSU2 >, Symmetry_ > >, Xped::Spin< Sym::Combined< Sym::SU2< Sym::SpinSU2 >, Symmetry_ > >, Xped::Spin< Sym::SU2< Sym::SpinSU2 >, 0ul >
• SaveCallback() : Xped::iPEPSSolverAD< Scalar, Symmetry, CPOpts, TRank >::SaveCallback
• scale() : Xped::MatrixInterface, Xped::PlainInterface, Xped::VectorInterface
• Scomp() : Xped::FermionBase< Symmetry_ >, Xped::SpinBase< Symmetry_, order >
• Sdag() : Xped::FermionBase< Symmetry_ >, Xped::SpinBase< Symmetry_, order >
• seconds() : Xped::util::Stopwatch< ClockClass >
• sector() : Xped::AdjointOp< XprType >, Xped::BlockUnaryOp< XprType >, Xped::CoeffBinaryOp< XprTypeLeft, XprTypeRight >, Xped::CoeffUnaryOp< XprType, ReturnScalar >, Xped::DiagCoeffBinaryOp< XprTypeLeft, XprTypeRight >, Xped::DiagCoeffUnaryOp< XprType >, Xped::StorageType< Scalar, Rank, CoRank, Symmetry, AllocationPolicy >, Xped::Tensor< Scalar_, Rank, CoRank, Symmetry_, false, AllocationPolicy_ >, Xped::Tensor< Scalar_, Rank, CoRank, Symmetry_, true, AllocationPolicy_ >
• serialize() : Xped::Basis, Xped::CTM< Scalar_, Symmetry_, TRank, ENABLE_AD, CPOpts >, Xped::CTMSolver< Scalar_, Symmetry_, CPOpts, TRank >, Xped::FusionTree< Rank, Symmetry >, Xped::iPEPS< Scalar_, Symmetry_, ENABLE_AD_ >, Xped::iPEPSSolverAD< Scalar, Symmetry, CPOpts, TRank >, Xped::iPEPSSolverAD< Scalar, Symmetry, CPOpts, TRank >::SolverState, Xped::mpi::XpedWorld, Xped::Opts::CTM, Xped::Opts::Imag, Xped::Opts::Optim, Xped::Pattern, Xped::qarray< Nq >, Xped::Qbasis< Symmetry, depth, AllocationPolicy >, Xped::StorageType< Scalar, Rank, CoRank, Symmetry, AllocationPolicy >, Xped::Tensor< Scalar_, Rank, CoRank, Symmetry_, false, AllocationPolicy_ >, Xped::TMatrix< Ttype >, Xped::TwoSiteObservable< Scalar, Symmetry, HERMITIAN >, Xped::UnitCell
• set_A() : Xped::CTM< Scalar_, Symmetry_, TRank, ENABLE_AD, CPOpts >
• set_As() : Xped::iPEPS< Scalar_, Symmetry_, ENABLE_AD_ >
• set_block() : Xped::MatrixInterface
• set_block_from_tensor() : Xped::PlainInterface
• SET_CONJ() : Xped::Qbasis< Symmetry, depth, AllocationPolicy >
• set_data() : Xped::iPEPS< Scalar_, Symmetry_, ENABLE_AD_ >, Xped::StorageType< Scalar, Rank, CoRank, Symmetry, AllocationPolicy >, Xped::Tensor< Scalar_, Rank, CoRank, Symmetry_, false, AllocationPolicy_ >, Xped::Tensor< Scalar_, Rank, CoRank, Symmetry_, true, AllocationPolicy_ >
• set_zero_adjoint() : Xped::internal::reverse_pass_callback_alloc_vari< F >
• setConstant() : Xped::MatrixInterface, Xped::PlainInterface, Xped::Tensor< Scalar_, Rank, CoRank, Symmetry_, false, AllocationPolicy_ >, Xped::Tensor< Scalar_, Rank, CoRank, Symmetry_, true, AllocationPolicy_ >, Xped::TensorInterface, Xped::TMatrix< Ttype >, Xped::VectorInterface
• setCTM() : Xped::CTMSolver< Scalar_, Symmetry_, CPOpts, TRank >
• setDefaultObs() : Xped::Heisenberg< Symmetry >, Xped::Hubbard< Symmetry >, Xped::Kondo< Symmetry >, Xped::KondoNecklace< Symmetry >, Xped::TwoSiteObservable< Scalar, Symmetry, HERMITIAN >
• setIdentity() : Xped::MatrixInterface, Xped::SiteOperator< Scalar_, Symmetry_ >, Xped::Tensor< Scalar_, Rank, CoRank, Symmetry_, false, AllocationPolicy_ >, Xped::Tensor< Scalar_, Rank, CoRank, Symmetry_, true, AllocationPolicy_ >
• setRandom() : Xped::iPEPS< Scalar_, Symmetry_, ENABLE_AD_ >, Xped::MatrixInterface, Xped::PlainInterface, Xped::Qbasis< Symmetry, depth, AllocationPolicy >, Xped::SiteOperator< Scalar_, Symmetry_ >, Xped::Tensor< Scalar_, Rank, CoRank, Symmetry_, false, AllocationPolicy_ >, Xped::Tensor< Scalar_, Rank, CoRank, Symmetry_, true, AllocationPolicy_ >, Xped::TensorInterface, Xped::VectorInterface
• setSubTensor() : Xped::TensorInterface
• setVal() : Xped::MatrixInterface, Xped::PlainInterface, Xped::Sym::U0< Scalar_ >, Xped::TensorInterface
• setZero() : Xped::iPEPS< Scalar_, Symmetry_, ENABLE_AD_ >, Xped::MatrixInterface, Xped::PlainInterface, Xped::SiteOperator< Scalar_, Symmetry_ >, Xped::Tensor< Scalar_, Rank, CoRank, Symmetry_, false, AllocationPolicy_ >, Xped::Tensor< Scalar_, Rank, CoRank, Symmetry_, true, AllocationPolicy_ >, Xped::TensorInterface, Xped::VectorInterface
• shift() : Xped::Qbasis< Symmetry, depth, AllocationPolicy >
• shiftQN() : Xped::OneSiteObservable< Scalar, Symmetry, HERMITIAN >, Xped::Tensor< Scalar_, Rank, CoRank, Symmetry_, false, AllocationPolicy_ >, Xped::TwoSiteObservable< Scalar, Symmetry, HERMITIAN >
• shuffle() : Xped::TensorInterface
• shuffle_view() : Xped::TensorInterface
• sign() : Xped::FermionBase< Symmetry_ >, Xped::SpinBase< Symmetry_, order >
• sign_local() : Xped::FermionBase< Symmetry_ >
• SimpleUpdate() : Xped::SimpleUpdate< Scalar_, Symmetry_ >
• SiteOperator() : Xped::SiteOperator< Scalar_, Symmetry_ >
• size() : Xped::Pattern, Xped::TMatrix< Ttype >, Xped::UnitCell
• slice() : Xped::TensorInterface
• Sm() : Models::Heisenberg, Xped::FermionBase< Symmetry_ >, Xped::SpinBase< Symmetry_, order >
• Sm_1s() : Xped::Fermion< Symmetry_ >, Xped::Spin< Symmetry_, spin_index >
• solve() : Xped::CTM< Scalar_, Symmetry_, TRank, ENABLE_AD, CPOpts >, Xped::CTMSolver< Scalar_, Symmetry_, CPOpts, TRank >, Xped::iPEPSSolverAD< Scalar, Symmetry, CPOpts, TRank >, Xped::iPEPSSolverImag< Scalar, Symmetry >
• sort() : Xped::Qbasis< Symmetry, depth, AllocationPolicy >
• Sp() : Models::Heisenberg, Xped::FermionBase< Symmetry_ >, Xped::SpinBase< Symmetry_, order >
• Sp_1s() : Xped::Fermion< Symmetry_ >, Xped::Spin< Symmetry_, spin_index >
• Spin() : Xped::Spin< Symmetry_, spin_index >, Xped::Spin< Sym::Combined< Sym::SU2< Sym::SpinSU2 >, Symmetry_ > >, Xped::Spin< Sym::SU2< Sym::SpinSU2 >, 0ul >
• SpinBase() : Xped::SpinBase< Symmetry_, order >
• sqrt() : Xped::TensorBase< Derived >
• square() : Xped::TensorBase< Derived >
• squaredNorm() : Xped::TensorBase< Derived >
• start() : Xped::util::Stopwatch< ClockClass >
• Stopwatch() : Xped::util::Stopwatch< ClockClass >
• storage() : Xped::Tensor< Scalar_, Rank, CoRank, Symmetry_, false, AllocationPolicy_ >
• StorageType() : Xped::StorageType< Scalar, Rank, CoRank, Symmetry, AllocationPolicy >
• SU2() : Xped::Sym::SU2< Kind, Scalar_ >
• sub() : Xped::VectorInterface
• subBlock() : Xped::Tensor< Scalar_, Rank, CoRank, Symmetry_, false, AllocationPolicy_ >
• subMatrix() : Xped::Tensor< Scalar_, Rank, CoRank, Symmetry_, false, AllocationPolicy_ >
• substract() : Xped::VectorInterface
• sum() : Xped::TMatrix< Ttype >, Xped::VectorInterface
• SUN() : Xped::Sym::SUN< N_, Kind, Scalar_ >
• svd() : Xped::PlainInterface
• swap() : Xped::FusionTree< Rank, Symmetry >
• Sx() : Models::Heisenberg, Xped::FermionBase< Symmetry_ >, Xped::SpinBase< Symmetry_, order >
• Sy() : Xped::FermionBase< Symmetry_ >, Xped::SpinBase< Symmetry_, order >
• symmetric_move() : Xped::CTM< Scalar_, Symmetry_, TRank, ENABLE_AD, CPOpts >
• Sz() : Models::Heisenberg, Xped::FermionBase< Symmetry_ >, Xped::SpinBase< Symmetry_, order >
• Sz_1s() : Xped::Fermion< Symmetry_ >, Xped::Spin< Symmetry_, spin_index >