basis_1s() const | SpinSite< Symmetry_, order > | inline |
basis_1s_ | SpinSite< Symmetry_, order > | protected |
bead(STRING STR, size_t orbital=0) const | SpinBase< Symmetry_, order > | |
bead(STRING STR, size_t orbital=0) const | SpinBase< Symmetry_, order > | |
ComplexOperatorType typedef | SpinBase< Symmetry_, order > | |
coupling_Bx(const Array< double, Dynamic, 1 > &Bx) const | SpinBase< Symmetry_, order > | |
coupling_By(const Array< double, Dynamic, 1 > &By) const | SpinBase< Symmetry_, order > | |
D | SpinSite< Symmetry_, order > | protected |
dim() const | SpinBase< Symmetry_, order > | inline |
exp_i_pi_Sx() const | SpinSite< Symmetry_, order > | inline |
exp_i_pi_Sx_1s_ | SpinSite< Symmetry_, order > | protected |
exp_i_pi_Sy() const | SpinSite< Symmetry_, order > | inline |
exp_i_pi_Sy_1s_ | SpinSite< Symmetry_, order > | protected |
exp_i_pi_Sz() const | SpinSite< Symmetry_, order > | inline |
exp_i_pi_Sz_1s_ | SpinSite< Symmetry_, order > | protected |
exp_ipiSz(size_t orbital=0) const | SpinBase< Symmetry_, order > | |
exp_ipiSz(std::size_t orbital) const | SpinBase< Symmetry_, order > | |
F_1s() const | SpinSite< Symmetry_, order > | inline |
F_1s_ | SpinSite< Symmetry_, order > | protected |
fill_basis() | SpinSite< Symmetry_, order > | protected |
fill_SiteOps() | SpinSite< Symmetry_, order > | protected |
get_basis() const | SpinBase< Symmetry_, order > | inline |
get_D() const | SpinBase< Symmetry_, order > | inline |
getQ(SPINOP_LABEL Sa) const | SpinSite< Symmetry_, order > | protected |
HeisenbergHamiltonian(const Array< Scalar_, Dynamic, Dynamic > &J, const ArrayXd &Offset) const | SpinBase< Symmetry_, order > | |
HeisenbergHamiltonian(const ArrayXXd &Jxy, const ArrayXXd &Jz, const ArrayXd &Bz, const ArrayXd &mu, const ArrayXd &nu, const ArrayXd &Kz) const | SpinBase< Symmetry_, order > | |
HeisenbergHamiltonian(const ArrayXXcd &Jxy, const ArrayXXcd &Jz) const | SpinBase< Symmetry_, order > | |
HeisenbergHamiltonian(const ArrayXXd &Jxy, const ArrayXXd &Jz, const ArrayXd &Bz, const ArrayXd &Bx, const ArrayXd &mu, const ArrayXd &nu, const ArrayXd &Kz, const ArrayXd &Kx, const ArrayXXd &Dy) const | SpinBase< Symmetry_, order > | |
HeisenbergHamiltonian(const std::array< ArrayXXd, 3 > &J, const std::array< ArrayXd, 3 > &B, const std::array< ArrayXd, 3 > &K, const std::array< ArrayXXd, 3 > &D) const | SpinBase< Symmetry_, order > | |
HeisenbergHamiltonian(const Array< Scalar_, Dynamic, Dynamic > &J, const ArrayXd &Offset) const | SpinBase< Symmetry_, order > | |
Id(std::size_t orbital=0) const | SpinBase< Symmetry_, order > | |
Id_1s() const | SpinSite< Symmetry_, order > | inline |
Id_1s_ | SpinSite< Symmetry_, order > | protected |
Index typedef | SpinBase< Symmetry_, order > | private |
iSy(size_t orbital=0) const | SpinBase< Symmetry_, order > | |
iSy(std::size_t orbital) const | SpinBase< Symmetry_, order > | |
make_operator(const OperatorType &Op_1s, size_t orbital=0, string label="") const | SpinBase< Symmetry_, order > | private |
mfactor | SpinSite< Symmetry_, order > | protected |
n(std::size_t orbital=0) const | SpinBase< Symmetry_, order > | |
n_1s() const | SpinSite< Symmetry_, order > | inline |
n_1s_ | SpinSite< Symmetry_, order > | protected |
N_orbitals | SpinBase< Symmetry_, order > | private |
N_states | SpinBase< Symmetry_, order > | private |
OperatorType typedef | SpinBase< Symmetry_, order > | |
orbitals() const | SpinBase< Symmetry_, order > | inline |
Q(size_t orbital=0) const | SpinBase< Symmetry_, order > | |
Q(std::size_t orbital) const | SpinBase< Symmetry_, order > | |
Qcomp(SPINOP_LABEL Sa, int orbital=0) const | SpinBase< Symmetry_, order > | inline |
Qdag(size_t orbital=0) const | SpinBase< Symmetry_, order > | |
Qdag(std::size_t orbital) const | SpinBase< Symmetry_, order > | |
Qm(size_t orbital=0) const | SpinBase< Symmetry_, order > | |
Qm(std::size_t orbital) const | SpinBase< Symmetry_, order > | |
Qm_1s() const | SpinSite< Symmetry_, order > | inline |
Qm_1s_ | SpinSite< Symmetry_, order > | protected |
Qmz(size_t orbital=0) const | SpinBase< Symmetry_, order > | |
Qmz(std::size_t orbital) const | SpinBase< Symmetry_, order > | |
Qmz_1s() const | SpinSite< Symmetry_, order > | inline |
Qmz_1s_ | SpinSite< Symmetry_, order > | protected |
Qp(size_t orbital=0) const | SpinBase< Symmetry_, order > | |
Qp(std::size_t orbital) const | SpinBase< Symmetry_, order > | |
Qp_1s() const | SpinSite< Symmetry_, order > | inline |
Qp_1s_ | SpinSite< Symmetry_, order > | protected |
Qpz(size_t orbital=0) const | SpinBase< Symmetry_, order > | |
Qpz(std::size_t orbital) const | SpinBase< Symmetry_, order > | |
Qpz_1s() const | SpinSite< Symmetry_, order > | inline |
Qpz_1s_ | SpinSite< Symmetry_, order > | protected |
qType typedef | SpinBase< Symmetry_, order > | |
Qz(size_t orbital=0) const | SpinBase< Symmetry_, order > | |
Qz(std::size_t orbital) const | SpinBase< Symmetry_, order > | |
Qz_1s() const | SpinSite< Symmetry_, order > | inline |
Qz_1s_ | SpinSite< Symmetry_, order > | protected |
Rcomp(SPINOP_LABEL Sa, int orbital=0) const | SpinBase< Symmetry_, order > | |
S(size_t orbital=0) const | SpinBase< Symmetry_, order > | |
S(std::size_t orbital) const | SpinBase< Symmetry_, order > | |
Scalar typedef | SpinBase< Symmetry_, order > | private |
Scomp(SPINOP_LABEL Sa, int orbital=0) const | SpinBase< Symmetry_, order > | inline |
Sdag(size_t orbital=0) const | SpinBase< Symmetry_, order > | |
Sdag(std::size_t orbital) const | SpinBase< Symmetry_, order > | |
sign(std::size_t orb1=0, std::size_t orb2=0) const | SpinBase< Symmetry_, order > | |
Sm(size_t orbital=0) const | SpinBase< Symmetry_, order > | |
Sm(std::size_t orbital) const | SpinBase< Symmetry_, order > | |
Sm_1s() const | SpinSite< Symmetry_, order > | inline |
Sm_1s_ | SpinSite< Symmetry_, order > | protected |
Sp(size_t orbital=0) const | SpinBase< Symmetry_, order > | |
Sp(std::size_t orbital) const | SpinBase< Symmetry_, order > | |
Sp_1s() const | SpinSite< Symmetry_, order > | inline |
Sp_1s_ | SpinSite< Symmetry_, order > | protected |
SpinBase() | SpinBase< Symmetry_, order > | inline |
SpinBase(std::size_t L_input, std::size_t D_input, int mfactor=1) | SpinBase< Symmetry_, order > | |
SpinSite() | SpinSite< Symmetry_, order > | inline |
SpinSite(std::size_t D_input, int mfactor_input=1) | SpinSite< Symmetry_, order > | |
Sx(size_t orbital=0) const | SpinBase< Symmetry_, order > | |
Sx(std::size_t orbital) const | SpinBase< Symmetry_, order > | |
Symmetry typedef | SpinBase< Symmetry_, order > | |
Sz(size_t orbital=0) const | SpinBase< Symmetry_, order > | |
Sz(std::size_t orbital) const | SpinBase< Symmetry_, order > | |
Sz_1s() const | SpinSite< Symmetry_, order > | inline |
Sz_1s_ | SpinSite< Symmetry_, order > | protected |
TensorBasis | SpinBase< Symmetry_, order > | private |
Zero(std::size_t orbital=0) const | SpinBase< Symmetry_, order > | |
Zero_1s() const | SpinSite< Symmetry_, order > | inline |
Zero_1s_ | SpinSite< Symmetry_, order > | protected |
ZeroField() const | SpinBase< Symmetry_, order > | inline |
ZeroHopping() const | SpinBase< Symmetry_, order > | inline |