- c -

• c() : Xped::FermionBase< Symmetry_ >
• c_1s() : Xped::Fermion< Symmetry_ >, Xped::Fermion< Sym::Combined< Sym::SU2< Sym::SpinSU2 >, Sym::SU2< Sym::SpinSU2 >, Symmetry_ > >, Xped::Fermion< Sym::Combined< Sym::SU2< Sym::SpinSU2 >, Symmetry_ > >
• calc_Ds() : Xped::iPEPS< Scalar_, Symmetry_, ENABLE_AD_ >
• cast() : Xped::TensorBase< Derived >
• cbegin() : Xped::Qbasis< Symmetry, depth, AllocationPolicy >, Xped::StorageType< Scalar, Rank, CoRank, Symmetry, AllocationPolicy >, Xped::Tensor< Scalar_, Rank, CoRank, Symmetry_, false, AllocationPolicy_ >, Xped::Tensor< Scalar_, Rank, CoRank, Symmetry_, true, AllocationPolicy_ >, Xped::TMatrix< Ttype >
• cc() : Xped::FermionBase< Symmetry_ >
• cc_1s() : Xped::Fermion< Symmetry_ >, Xped::Fermion< Sym::Combined< Sym::SU2< Sym::SpinSU2 >, Sym::SU2< Sym::SpinSU2 >, Symmetry_ > >, Xped::Fermion< Sym::Combined< Sym::SU2< Sym::SpinSU2 >, Symmetry_ > >
• cdag() : Xped::FermionBase< Symmetry_ >
• cdag_1s() : Xped::Fermion< Symmetry_ >, Xped::Fermion< Sym::Combined< Sym::SU2< Sym::SpinSU2 >, Sym::SU2< Sym::SpinSU2 >, Symmetry_ > >, Xped::Fermion< Sym::Combined< Sym::SU2< Sym::SpinSU2 >, Symmetry_ > >
• cdagcdag() : Xped::FermionBase< Symmetry_ >
• cdagcdag_1s() : Xped::Fermion< Symmetry_ >, Xped::Fermion< Sym::Combined< Sym::SU2< Sym::SpinSU2 >, Sym::SU2< Sym::SpinSU2 >, Symmetry_ > >, Xped::Fermion< Sym::Combined< Sym::SU2< Sym::SpinSU2 >, Symmetry_ > >
• cell() : Xped::CTM< Scalar_, Symmetry_, TRank, ENABLE_AD, CPOpts >, Xped::iPEPS< Scalar_, Symmetry_, ENABLE_AD_ >
• cend() : Xped::Qbasis< Symmetry, depth, AllocationPolicy >, Xped::StorageType< Scalar, Rank, CoRank, Symmetry, AllocationPolicy >, Xped::Tensor< Scalar_, Rank, CoRank, Symmetry_, false, AllocationPolicy_ >, Xped::Tensor< Scalar_, Rank, CoRank, Symmetry_, true, AllocationPolicy_ >, Xped::TMatrix< Ttype >
• CGC() : Xped::Sym::SU2< Kind, Scalar_ >, Xped::Sym::SUN< N_, Kind, Scalar_ >, Xped::Sym::U1< Kind, Scalar_ >, Xped::Sym::ZN< Kind, N, Scalar_ >
• cgradbegin() : Xped::Tensor< Scalar_, Rank, CoRank, Symmetry_, true, AllocationPolicy_ >
• cgradend() : Xped::Tensor< Scalar_, Rank, CoRank, Symmetry_, true, AllocationPolicy_ >
• chain() : Xped::internal::reverse_pass_callback_alloc_vari< F >
• charges() : Xped::iPEPS< Scalar_, Symmetry_, ENABLE_AD_ >
• check() : Xped::util::Stopwatch< ClockClass >
• checkConsistency() : Xped::iPEPS< Scalar_, Symmetry_, ENABLE_AD_ >
• checkHermiticity() : Xped::CTM< Scalar_, Symmetry_, TRank, ENABLE_AD, CPOpts >
• chi() : Xped::CTM< Scalar_, Symmetry_, TRank, ENABLE_AD, CPOpts >
• clear() : Xped::Qbasis< Symmetry, depth, AllocationPolicy >, Xped::StorageType< Scalar, Rank, CoRank, Symmetry, AllocationPolicy >, Xped::Tensor< Scalar_, Rank, CoRank, Symmetry_, false, AllocationPolicy_ >
• cMap() : Xped::TensorInterface
• codomainTrees() : Xped::AdjointOp< XprType >, Xped::BlockUnaryOp< XprType >, Xped::CoeffBinaryOp< XprTypeLeft, XprTypeRight >, Xped::CoeffUnaryOp< XprType, ReturnScalar >, Xped::DiagCoeffBinaryOp< XprTypeLeft, XprTypeRight >, Xped::DiagCoeffUnaryOp< XprType >, Xped::Tensor< Scalar_, Rank, CoRank, Symmetry_, false, AllocationPolicy_ >
• coeff_3j() : Xped::Sym::S1xS2< S1_, S2_ >, Xped::Sym::SU2< Kind, Scalar_ >, Xped::Sym::SUN< N_, Kind, Scalar_ >, Xped::Sym::U0< Scalar_ >, Xped::Sym::U1< Kind, Scalar_ >, Xped::Sym::ZN< Kind, N, Scalar_ >
• coeff_6j() : Xped::Sym::S1xS2< S1_, S2_ >, Xped::Sym::SU2< Kind, Scalar_ >, Xped::Sym::SUN< N_, Kind, Scalar_ >, Xped::Sym::U0< Scalar_ >, Xped::Sym::U1< Kind, Scalar_ >, Xped::Sym::ZN< Kind, N, Scalar_ >
• coeff_9j() : Xped::Sym::S1xS2< S1_, S2_ >, Xped::Sym::SU2< Kind, Scalar_ >, Xped::Sym::SUN< N_, Kind, Scalar_ >, Xped::Sym::U0< Scalar_ >, Xped::Sym::U1< Kind, Scalar_ >, Xped::Sym::ZN< Kind, N, Scalar_ >
• coeff_dot() : Xped::Sym::S1xS2< S1_, S2_ >, Xped::Sym::SU2< Kind, Scalar_ >, Xped::Sym::SUN< N_, Kind, Scalar_ >, Xped::Sym::U0< Scalar_ >, Xped::Sym::U1< Kind, Scalar_ >, Xped::Sym::ZN< Kind, N, Scalar_ >
• coeff_FS() : Xped::Sym::S1xS2< S1_, S2_ >, Xped::Sym::SU2< Kind, Scalar_ >, Xped::Sym::SUN< N_, Kind, Scalar_ >, Xped::Sym::SymBase< Derived >, Xped::Sym::U0< Scalar_ >, Xped::Sym::U1< Kind, Scalar_ >, Xped::Sym::ZN< Kind, N, Scalar_ >
• coeff_recouple() : Xped::Sym::S1xS2< S1_, S2_ >, Xped::Sym::SU2< Kind, Scalar_ >, Xped::Sym::SUN< N_, Kind, Scalar_ >, Xped::Sym::U0< Scalar_ >, Xped::Sym::U1< Kind, Scalar_ >, Xped::Sym::ZN< Kind, N, Scalar_ >
• coeff_rightOrtho() : Xped::Sym::S1xS2< S1_, S2_ >, Xped::Sym::SU2< Kind, Scalar_ >, Xped::Sym::SUN< N_, Kind, Scalar_ >, Xped::Sym::U0< Scalar_ >, Xped::Sym::U1< Kind, Scalar_ >, Xped::Sym::ZN< Kind, N, Scalar_ >
• coeff_swap() : Xped::Sym::S1xS2< S1_, S2_ >, Xped::Sym::SU2< Kind, Scalar_ >, Xped::Sym::SUN< N_, Kind, Scalar_ >, Xped::Sym::U0< Scalar_ >, Xped::Sym::U1< Kind, Scalar_ >, Xped::Sym::ZN< Kind, N, Scalar_ >
• coeff_turn() : Xped::Sym::S1xS2< S1_, S2_ >, Xped::Sym::SU2< Kind, Scalar_ >, Xped::Sym::SUN< N_, Kind, Scalar_ >, Xped::Sym::SymBase< Derived >, Xped::Sym::U1< Kind, Scalar_ >, Xped::Sym::ZN< Kind, N, Scalar_ >
• coeff_twist() : Xped::Sym::S1xS2< S1_, S2_ >, Xped::Sym::SU2< Kind, Scalar_ >, Xped::Sym::U0< Scalar_ >, Xped::Sym::U1< Kind, Scalar_ >, Xped::Sym::ZN< Kind, N, Scalar_ >
• CoeffBinaryOp() : Xped::CoeffBinaryOp< XprTypeLeft, XprTypeRight >
• CoeffUnaryOp() : Xped::CoeffUnaryOp< XprType, ReturnScalar >
• col() : Xped::Pattern
• cols() : Xped::MatrixInterface, Xped::TMatrix< Ttype >, Xped::UnitCell
• combine() : Xped::Basis, Xped::Qbasis< Symmetry, depth, AllocationPolicy >
• compare() : Xped::Sym::SymBase< Derived >
• computeDim() : Xped::FusionTree< Rank, Symmetry >
• computeIntermediates() : Xped::FusionTree< Rank, Symmetry >
• computeObs() : Xped::Heisenberg< Symmetry >, Xped::Hubbard< Symmetry >, Xped::Kondo< Symmetry >, Xped::KondoNecklace< Symmetry >, Xped::TwoSiteObservable< Scalar, Symmetry, HERMITIAN >
• computeRDM() : Xped::CTM< Scalar_, Symmetry_, TRank, ENABLE_AD, CPOpts >
• conj() : Xped::Qbasis< Symmetry, depth, AllocationPolicy >, Xped::Sym::S1xS2< S1_, S2_ >, Xped::Sym::SU2< Kind, Scalar_ >, Xped::Sym::SUN< N_, Kind, Scalar_ >, Xped::Sym::U0< Scalar_ >, Xped::Sym::U1< Kind, Scalar_ >, Xped::Sym::ZN< Kind, N, Scalar_ >
• construct() : Xped::MatrixInterface, Xped::PlainInterface, Xped::TensorInterface, Xped::VectorInterface
• construct_with_zero() : Xped::MatrixInterface, Xped::PlainInterface, Xped::VectorInterface
• CONTIGUOUS_STORAGE() : Xped::Tensor< Scalar_, Rank, CoRank, Symmetry_, false, AllocationPolicy_ >, Xped::Tensor< Scalar_, Rank, CoRank, Symmetry_, true, AllocationPolicy_ >
• contract() : Xped::TensorInterface
• contract_helper() : Xped::TensorInterface
• coords() : Xped::Pattern
• corank() : Xped::AdjointOp< XprType >, Xped::BlockUnaryOp< XprType >, Xped::CoeffBinaryOp< XprTypeLeft, XprTypeRight >, Xped::CoeffUnaryOp< XprType, ReturnScalar >, Xped::DiagCoeffBinaryOp< XprTypeLeft, XprTypeRight >, Xped::DiagCoeffUnaryOp< XprType >, Xped::Tensor< Scalar_, Rank, CoRank, Symmetry_, false, AllocationPolicy_ >, Xped::Tensor< Scalar_, Rank, CoRank, Symmetry_, true, AllocationPolicy_ >
• coupledCodomain() : 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_ >
• coupledDomain() : 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_ >
• CTM() : Xped::CTM< Scalar_, Symmetry_, TRank, ENABLE_AD, CPOpts >
• CTMSolver() : Xped::CTMSolver< Scalar_, Symmetry_, CPOpts, TRank >
• CustomCallback() : Xped::iPEPSSolverAD< Scalar, Symmetry, CPOpts, TRank >::CustomCallback