This is the complete list of members for VMPS::PeierlsHubbardSU2charge, including all inherited members.

add(const std::size_t loc, const OperatorType &op, const qType &qIn, const qType &qOut, const std::size_t IndexIn, const std::size_t IndexOut)	MpoTerms< Symmetry, Scalar >	protected
add_to_col(const std::size_t loc, const qType &qOut, const std::size_t col, const std::map< qType, std::vector< std::map< qType, OperatorType > > > &ops, const Scalar factor)	MpoTerms< Symmetry, Scalar >	protected
add_to_row(const std::size_t loc, const qType &qIn, const std::size_t row, const std::map< qType, std::vector< std::map< qType, OperatorType > > > &ops, const Scalar factor)	MpoTerms< Symmetry, Scalar >	protected
assert_hilbert(const std::size_t loc, const std::size_t dim)	MpoTerms< Symmetry, Scalar >	protected
auxBasis() const	MpoTerms< Symmetry, Scalar >	inline
auxBasis(const std::size_t loc) const	MpoTerms< Symmetry, Scalar >	inline
auxdim	MpoTerms< Symmetry, Scalar >	protected
auxdim_infos() const	MpoTerms< Symmetry, Scalar >	inlineprotected
base_order_IBC(const std::size_t power=1) const	MpoTerms< Symmetry, Scalar >
before_verb_set	MpoTerms< Symmetry, Scalar >	protected
boundary_condition	MpoTerms< Symmetry, Scalar >	protected
c(size_t locx, size_t locy=0, double factor=1.) const	HubbardObservables< Sym::SU2< Sym::ChargeSU2 >, complex< double > >
c(size_t locx, size_t locy=0, double factor=1.) const	HubbardObservables< Sym::SU2< Sym::ChargeSU2 >, complex< double > >
c_ky(vector< complex< double > > phases, double factor=1.) const	HubbardObservables< Sym::SU2< Sym::ChargeSU2 >, complex< double > >
calc(const std::size_t power)	MpoTerms< Symmetry, Scalar >
calc_qAux()	MpoTerms< Symmetry, Scalar >	protected
calc_qList(const std::vector< OperatorType > &opList)	MpoTerms< Symmetry, Scalar >	protected
calc_qOp()	MpoTerms< Symmetry, Scalar >	protected
calc_reversedData_from_pushlist(const PushType< OperatorType, CouplScalar > &pushlist, double tolerance=::mynumeric_limits< double >::epsilon())	Mpo< Sym::SU2< Sym::ChargeSU2 >, complex< double > >
calc_TwoSiteData() const	MpoTerms< Symmetry, Scalar >
calc_W()	MpoTerms< Symmetry, Scalar >	protected
CanonicalEntangler(int dLphys, double factor=1.) const	HubbardObservables< Sym::SU2< Sym::ChargeSU2 >, complex< double > >
CanonicalEntangler(int dLphys, double factor=1.) const	HubbardObservables< Sym::SU2< Sym::ChargeSU2 >, complex< double > >
cast()	MpoTerms< Symmetry, Scalar >
cast_Terms_to_Mpo(const MpoTerms< Sym::SU2< Sym::ChargeSU2 >, complex< double > > &input)	Mpo< Sym::SU2< Sym::ChargeSU2 >, complex< double > >	static
cc(size_t locx, size_t locy=0) const	HubbardObservables< Sym::SU2< Sym::ChargeSU2 >, complex< double > >
cc(size_t locx1, size_t locx2, size_t locy1=0, size_t locy2=0) const	HubbardObservables< Sym::SU2< Sym::ChargeSU2 >, complex< double > >
cc(SPIN_INDEX sigma1, SPIN_INDEX sigma2, size_t locx1, size_t locx2, size_t locy1=0, size_t locy2=0) const	HubbardObservables< Sym::SU2< Sym::ChargeSU2 >, complex< double > >
cc1(size_t locx1, size_t locx2, size_t locy1=0, size_t locy2=0) const	HubbardObservables< Sym::SU2< Sym::ChargeSU2 >, complex< double > >
cc3(size_t locx1, size_t locx2, size_t locy1=0, size_t locy2=0) const	HubbardObservables< Sym::SU2< Sym::ChargeSU2 >, complex< double > >
cdag(size_t locx, size_t locy=0, double factor=std::sqrt(2.)) const	HubbardObservables< Sym::SU2< Sym::ChargeSU2 >, complex< double > >
cdag(size_t locx, size_t locy=0, double factor=1.) const	HubbardObservables< Sym::SU2< Sym::ChargeSU2 >, complex< double > >
cdag_ky(vector< complex< double > > phases, double factor=sqrt(2.)) const	HubbardObservables< Sym::SU2< Sym::ChargeSU2 >, complex< double > >
cdag_nc(size_t locx1, size_t locx2, size_t locy1=0, size_t locy2=0) const	HubbardObservables< Sym::SU2< Sym::ChargeSU2 >, complex< double > >
cdagc(size_t locx1, size_t locx2, size_t locy1=0, size_t locy2=0) const	HubbardObservables< Sym::SU2< Sym::ChargeSU2 >, complex< double > >
cdagc(size_t locx1, size_t locx2, size_t locy1=0, size_t locy2=0, double factor=1.) const	HubbardObservables< Sym::SU2< Sym::ChargeSU2 >, complex< double > >
cdagc(SPIN_INDEX sigma1, SPIN_INDEX sigma2, size_t locx1, size_t locx2, size_t locy1=0, size_t locy2=0, double factor=1.) const	HubbardObservables< Sym::SU2< Sym::ChargeSU2 >, complex< double > >
cdagc3(size_t locx1, size_t locx2, size_t locy1=0, size_t locy2=0) const	HubbardObservables< Sym::SU2< Sym::ChargeSU2 >, complex< double > >
cdagcdag(size_t locx, size_t locy=0) const	HubbardObservables< Sym::SU2< Sym::ChargeSU2 >, complex< double > >
cdagcdag(size_t locx1, size_t locx2, size_t locy1=0, size_t locy2=0) const	HubbardObservables< Sym::SU2< Sym::ChargeSU2 >, complex< double > >
cdagcdag(SPIN_INDEX sigma1, SPIN_INDEX sigma2, size_t locx1, size_t locx2, size_t locy1=0, size_t locy2=0) const	HubbardObservables< Sym::SU2< Sym::ChargeSU2 >, complex< double > >
cdagcdag1(size_t locx1, size_t locx2, size_t locy1=0, size_t locy2=0) const	HubbardObservables< Sym::SU2< Sym::ChargeSU2 >, complex< double > >
cdagcdag3(size_t locx1, size_t locx2, size_t locy1=0, size_t locy2=0) const	HubbardObservables< Sym::SU2< Sym::ChargeSU2 >, complex< double > >
cdagn_c(size_t locx1, size_t locx2, size_t locy1=0, size_t locy2=0) const	HubbardObservables< Sym::SU2< Sym::ChargeSU2 >, complex< double > >
check_power(std::size_t power) const	MpoTerms< Symmetry, Scalar >	inline
check_qPhys() const	MpoTerms< Symmetry, Scalar >
check_SQUARE() const	MpoTerms< Symmetry, Scalar >	inline
clear_opLabels()	MpoTerms< Symmetry, Scalar >	protected
compress(const double tolerance)	MpoTerms< Symmetry, Scalar >	protected
CompressorXcd typedef	Mpo< Sym::SU2< Sym::ChargeSU2 >, complex< double > >
CompressorXd typedef	Mpo< Sym::SU2< Sym::ChargeSU2 >, complex< double > >
construct_from_pushlist(const PushType< OperatorType, CouplScalar > &pushlist, const std::vector< std::vector< std::string > > &labellist, size_t Lcell)	Mpo< Sym::SU2< Sym::ChargeSU2 >, complex< double > >
current_power	MpoTerms< Symmetry, Scalar >	protected
d(size_t locx, size_t locy=0) const	HubbardObservables< Sym::SU2< Sym::ChargeSU2 >, complex< double > >
decrement_auxdim(const std::size_t loc, const qType &q)	MpoTerms< Symmetry, Scalar >	protected
decrement_first_auxdim_OBC(const qType &qIn)	MpoTerms< Symmetry, Scalar >	protected
decrement_last_auxdim_OBC(const qType &qOut)	MpoTerms< Symmetry, Scalar >	protected
defaults	VMPS::PeierlsHubbardSU2charge	static
delete_col(const std::size_t loc, const qType &qOut, const std::size_t col_to_delete, const bool SAMESITE)	MpoTerms< Symmetry, Scalar >	protected
delete_row(const std::size_t loc, const qType &qIn, const std::size_t row_to_delete, const bool SAMESITE)	MpoTerms< Symmetry, Scalar >	protected
detect_and_remove_power(const std::string &name_w_power)	MpoTerms< Symmetry, Scalar >	protectedstatic
dtot() const	HubbardObservables< Sym::SU2< Sym::ChargeSU2 >, complex< double > >
eliminate_linearlyDependent_cols(const std::size_t loc, const qType &qOut, const double tolerance)	MpoTerms< Symmetry, Scalar >	protected
eliminate_linearlyDependent_rows(const std::size_t loc, const qType &qIn, const double tolerance)	MpoTerms< Symmetry, Scalar >	protected
exp_ipiSz(size_t locx, size_t locy=0, double factor=1.) const	HubbardObservables< Sym::SU2< Sym::ChargeSU2 >, complex< double > >
F	HubbardObservables< Sym::SU2< Sym::ChargeSU2 >, complex< double > >	protected
FAMILY	VMPS::PeierlsHubbardSU2charge	static
fill_O_from_W()	MpoTerms< Symmetry, Scalar >	protected
finalize(const bool COMPRESS=true, const std::size_t power=1, const double tolerance=::mynumeric_limits< double >::epsilon())	MpoTerms< Symmetry, Scalar >
G	HubbardObservables< Sym::SU2< Sym::ChargeSU2 >, complex< double > >	protected
generate_label(std::size_t Lcell)	Mpo< Sym::SU2< Sym::ChargeSU2 >, complex< double > >
get_auxdim(const std::size_t loc, const qType &q) const	MpoTerms< Symmetry, Scalar >	protected
get_boundary_condition() const	MpoTerms< Symmetry, Scalar >	inline
get_dAux_max(int power=1) const	Mpo< Sym::SU2< Sym::ChargeSU2 >, complex< double > >
get_DmrgDynParam(const vector< Param > &params={}) const	ParamReturner
get_DmrgGlobParam(const vector< Param > &params={}) const	ParamReturner
get_hilbert_dimension(const std::size_t loc) const	MpoTerms< Symmetry, Scalar >	inline
get_info() const	MpoTerms< Symmetry, Scalar >
get_N_site_interaction(T const &Op0, Operator const &... Ops)	Mpo< Sym::SU2< Sym::ChargeSU2 >, complex< double > >	inlinestatic
get_name() const	MpoTerms< Symmetry, Scalar >	inline
get_O() const	MpoTerms< Symmetry, Scalar >	inline
get_pos_qTot() const	MpoTerms< Symmetry, Scalar >	inline
get_qAux() const	MpoTerms< Symmetry, Scalar >	inline
get_qAux_power(std::size_t power) const	MpoTerms< Symmetry, Scalar >
get_qOp() const	MpoTerms< Symmetry, Scalar >	inline
get_qOp_power(std::size_t power) const	MpoTerms< Symmetry, Scalar >
get_qPhys() const	MpoTerms< Symmetry, Scalar >	inline
get_qTot() const	MpoTerms< Symmetry, Scalar >	inline
get_qVac() const	MpoTerms< Symmetry, Scalar >	inline
get_verbosity() const	MpoTerms< Symmetry, Scalar >	inline
get_VumpsDynParam(const vector< Param > &params={}) const	ParamReturner
get_VumpsGlobParam(const vector< Param > &params={}) const	ParamReturner
get_W() const	MpoTerms< Symmetry, Scalar >	inline
get_W_power(std::size_t power) const	MpoTerms< Symmetry, Scalar >
getQ_ScompScomp(SPINOP_LABEL Sa1, SPINOP_LABEL Sa2) const	HubbardObservables< Sym::SU2< Sym::ChargeSU2 >, complex< double > >	protected
GOT_QAUX	MpoTerms< Symmetry, Scalar >	protected
GOT_QOP	MpoTerms< Symmetry, Scalar >	protected
GOT_QPHYS	MpoTerms< Symmetry, Scalar >	protected
GOT_SEMIOPEN_LEFT	Mpo< Sym::SU2< Sym::ChargeSU2 >, complex< double > >
GOT_SEMIOPEN_RIGHT	Mpo< Sym::SU2< Sym::ChargeSU2 >, complex< double > >
GOT_TWO_SITE_DATA	Mpo< Sym::SU2< Sym::ChargeSU2 >, complex< double > >
got_update()	MpoTerms< Symmetry, Scalar >	inlineprotected
GOT_W	MpoTerms< Symmetry, Scalar >	protected
H2site(std::size_t loc, bool HALF_THE_LOCAL_TERM=false) const	Mpo< Sym::SU2< Sym::ChargeSU2 >, complex< double > >	inline
HAMILTONIAN	Mpo< Sym::SU2< Sym::ChargeSU2 >, complex< double > >
HAS_TWO_SITE_DATA() const	Mpo< Sym::SU2< Sym::ChargeSU2 >, complex< double > >	inline
HAS_W() const	Mpo< Sym::SU2< Sym::ChargeSU2 >, complex< double > >	inline
HERMITIAN	Mpo< Sym::SU2< Sym::ChargeSU2 >, complex< double > >
hh(size_t locx1, size_t locx2, size_t locy1=0, size_t locy2=0) const	HubbardObservables< Sym::SU2< Sym::ChargeSU2 >, complex< double > >
hilbert_dimension	MpoTerms< Symmetry, Scalar >	protected
HubbardObservables()	HubbardObservables< Sym::SU2< Sym::ChargeSU2 >, complex< double > >	inline
HubbardObservables(const size_t &L)	HubbardObservables< Sym::SU2< Sym::ChargeSU2 >, complex< double > >
HubbardObservables(const size_t &L, const vector< Param > &params, const std::map< string, std::any > &defaults)	HubbardObservables< Sym::SU2< Sym::ChargeSU2 >, complex< double > >
Id() const	HubbardObservables< Sym::SU2< Sym::ChargeSU2 >, complex< double > >
Identity(const std::vector< std::vector< qType > > &qPhys, const qType &Q=Symmetry::qvacuum())	Mpo< Sym::SU2< Sym::ChargeSU2 >, complex< double > >	static
Identity() const	Mpo< Sym::SU2< Sym::ChargeSU2 >, complex< double > >	inline
inBasis(const std::size_t loc) const	MpoTerms< Symmetry, Scalar >	inline
increment_auxdim(const std::size_t loc, const qType &q)	MpoTerms< Symmetry, Scalar >	protected
increment_first_auxdim_OBC(const qType &qIn)	MpoTerms< Symmetry, Scalar >	protected
increment_last_auxdim_OBC(const qType &qOut)	MpoTerms< Symmetry, Scalar >	protected
Index typedef	VMPS::PeierlsHubbardSU2charge	private
info(bool REDUCED=false) const	Mpo< Sym::SU2< Sym::ChargeSU2 >, complex< double > >
MpoTerms::info	MpoTerms< Symmetry, Scalar >	protected
initialize()	MpoTerms< Symmetry, Scalar >	protected
initialize(const std::size_t L, const BC boundary_condition_in, const qType &qTot_in)	MpoTerms< Symmetry, Scalar >
is_finalized() const	MpoTerms< Symmetry, Scalar >	inline
IS_HAMILTONIAN() const	Mpo< Sym::SU2< Sym::ChargeSU2 >, complex< double > >	inline
IS_HERMITIAN() const	Mpo< Sym::SU2< Sym::ChargeSU2 >, complex< double > >	inline
IS_UNITARY() const	Mpo< Sym::SU2< Sym::ChargeSU2 >, complex< double > >	inline
iTy(size_t locx, size_t locy=0) const	HubbardObservables< Sym::SU2< Sym::ChargeSU2 >, complex< double > >
label	MpoTerms< Symmetry, Scalar >
length() const	Mpo< Sym::SU2< Sym::ChargeSU2 >, complex< double > >	inline
load(std::string filename)	MpoTerms< Symmetry, Scalar >
locality() const	Mpo< Sym::SU2< Sym::ChargeSU2 >, complex< double > >	inline
LocalOp	Mpo< Sym::SU2< Sym::ChargeSU2 >, complex< double > >
localOperator() const	Mpo< Sym::SU2< Sym::ChargeSU2 >, complex< double > >	inline
LocalSite	Mpo< Sym::SU2< Sym::ChargeSU2 >, complex< double > >
locBasis() const	MpoTerms< Symmetry, Scalar >	inline
locBasis(const std::size_t loc) const	MpoTerms< Symmetry, Scalar >	inline
make_corr(size_t locx1, size_t locx2, size_t locy1, size_t locy2, const OperatorType &Op1, const OperatorType &Op2, qarray< Symmetry::Nq > Qtot, double factor, bool FERMIONIC, bool HERMITIAN) const	HubbardObservables< Sym::SU2< Sym::ChargeSU2 >, complex< double > >	protected
make_FourierYSum(string name, const vector< OperatorType > &Ops, double factor, bool HERMITIAN, const vector< complex< double > > &phases) const	HubbardObservables< Sym::SU2< Sym::ChargeSU2 >, complex< double > >	protected
make_local(size_t locx, size_t locy, const OperatorType &Op, double factor=1., bool FERMIONIC=false, bool HERMITIAN=false) const	HubbardObservables< Sym::SU2< Sym::ChargeSU2 >, complex< double > >	protected
make_localSum(const vector< OperatorType > &Op, vector< double > factor, bool HERMITIAN) const	HubbardObservables< Sym::SU2< Sym::ChargeSU2 >, complex< double > >	protected
MatrixType typedef	VMPS::PeierlsHubbardSU2charge
maxPower() const	MpoTerms< Symmetry, Scalar >	inline
memory(MEMUNIT memunit=kB) const	MpoTerms< Symmetry, Scalar >
Mpo()	Mpo< Sym::SU2< Sym::ChargeSU2 >, complex< double > >	inline
Mpo(MpoTerms< Sym::SU2< Sym::ChargeSU2 >, complex< double > > &Terms)	Mpo< Sym::SU2< Sym::ChargeSU2 >, complex< double > >	inline
Mpo(size_t L_input)	Mpo< Sym::SU2< Sym::ChargeSU2 >, complex< double > >
Mpo(std::size_t L_input, qType Qtot_input, std::string label_input="Mpo", bool HERMITIAN_input=false, bool UNITARY_input=false, BC BC_input=BC::OPEN, DMRG::VERBOSITY::OPTION VERB_input=DMRG::VERBOSITY::OPTION::SILENT)	Mpo< Sym::SU2< Sym::ChargeSU2 >, complex< double > >
MpoTerms(const std::size_t L=0, const BC boundary_condition_in=BC::OPEN, const qType &qTot_in=Symmetry::qvacuum(), const DMRG::VERBOSITY::OPTION &VERB_in=DMRG::VERBOSITY::OPTION::SILENT)	MpoTerms< Symmetry, Scalar >
n(size_t locx, size_t locy=0) const	HubbardObservables< Sym::SU2< Sym::ChargeSU2 >, complex< double > >
n(size_t locx, size_t locy=0) const	HubbardObservables< Sym::SU2< Sym::ChargeSU2 >, complex< double > >
N_phys	MpoTerms< Symmetry, Scalar >
N_sites	MpoTerms< Symmetry, Scalar >
nh(size_t locx, size_t locy=0) const	HubbardObservables< Sym::SU2< Sym::ChargeSU2 >, complex< double > >
nhsq(size_t locx, size_t locy=0) const	HubbardObservables< Sym::SU2< Sym::ChargeSU2 >, complex< double > >
nn(size_t locx1, size_t locx2, size_t locy1=0, size_t locy2=0) const	HubbardObservables< Sym::SU2< Sym::ChargeSU2 >, complex< double > >
nn(size_t locx1, size_t locx2, size_t locy1=0, size_t locy2=0) const	HubbardObservables< Sym::SU2< Sym::ChargeSU2 >, complex< double > >
Nq	Mpo< Sym::SU2< Sym::ChargeSU2 >, complex< double > >	static
ns(size_t locx, size_t locy=0) const	HubbardObservables< Sym::SU2< Sym::ChargeSU2 >, complex< double > >
nssq(size_t locx, size_t locy=0) const	HubbardObservables< Sym::SU2< Sym::ChargeSU2 >, complex< double > >
O	MpoTerms< Symmetry, Scalar >	protected
opBasis() const	MpoTerms< Symmetry, Scalar >	inline
opBasis(const std::size_t loc) const	MpoTerms< Symmetry, Scalar >	inline
opBasisSq(const std::size_t loc) const	MpoTerms< Symmetry, Scalar >	inline
opBasisSq() const	MpoTerms< Symmetry, Scalar >	inline
Operator typedef	Mpo< Sym::SU2< Sym::ChargeSU2 >, complex< double > >
OperatorType typedef	VMPS::PeierlsHubbardSU2charge
outBasis(const std::size_t loc) const	MpoTerms< Symmetry, Scalar >	inline
P(size_t locx1, size_t locx2, size_t locy1=0, size_t locy2=0) const	HubbardObservables< Sym::SU2< Sym::ChargeSU2 >, complex< double > >
P(size_t locx1, size_t locx2, size_t locy1=0, size_t locy2=0) const	HubbardObservables< Sym::SU2< Sym::ChargeSU2 >, complex< double > >
ParamReturner()	ParamReturner	inline
ParamReturner(const std::map< string, std::any > &defaults_input)	ParamReturner	inline
PeierlsHubbardSU2charge()	VMPS::PeierlsHubbardSU2charge	inline
PeierlsHubbardSU2charge(Mpo< Symmetry, complex< double > > &Mpo_input, const vector< Param > &params)	VMPS::PeierlsHubbardSU2charge	inline
PeierlsHubbardSU2charge(const size_t &L, const vector< Param > &params, const BC &boundary=BC::OPEN, const DMRG::VERBOSITY::OPTION &VERB=DMRG::VERBOSITY::OPTION::ON_EXIT)	VMPS::PeierlsHubbardSU2charge
pos_qTot	MpoTerms< Symmetry, Scalar >	protected
pos_qVac	MpoTerms< Symmetry, Scalar >	protected
power_to_string(std::size_t power)	MpoTerms< Symmetry, Scalar >	protectedstatic
precalc_TwoSiteData(bool FORCE=false)	Mpo< Sym::SU2< Sym::ChargeSU2 >, complex< double > >
prod(const MpoTerms< Symmetry, Scalar > &top, const MpoTerms< Symmetry, Scalar > &bottom, const qType &qTot, const double tolerance=::mynumeric_limits< double >::epsilon())	MpoTerms< Symmetry, Scalar >	static
prod_delZeroCols_OBC(std::map< std::array< qType, 2 >, std::vector< std::vector< std::map< qType, OperatorType > > > > &O_last, Qbasis< Symmetry > &qAux_last, Qbasis< Symmetry > &qAux_prev, const qType &qTot, const std::size_t col_qTot)	MpoTerms< Symmetry, Scalar >	protectedstatic
prod_swap_IBC(std::vector< std::map< std::array< qType, 2 >, std::vector< std::vector< std::map< qType, OperatorType > > > > > &O_out, std::vector< std::size_t > &row_qVac, std::vector< std::size_t > &col_qVac, std::vector< std::size_t > &row_qTot, std::vector< std::size_t > &col_qTot)	MpoTerms< Symmetry, Scalar >	protectedstatic
push(const std::size_t loc, const std::vector< OperatorType > &opList, const std::vector< qType > &qList, const Scalar lambda=1.0)	MpoTerms< Symmetry, Scalar >	virtual
push(const std::size_t loc, const std::vector< OperatorType > &opList, const Scalar lambda=1.0)	MpoTerms< Symmetry, Scalar >	inline
push_local(const std::size_t loc, const complex< double > lambda, const OperatorType &op)	Mpo< Sym::SU2< Sym::ChargeSU2 >, complex< double > >
push_nextn(const std::size_t loc, const complex< double > lambda, const OperatorType &op1, const OperatorType &trans, const OperatorType &op2)	Mpo< Sym::SU2< Sym::ChargeSU2 >, complex< double > >
push_qpath(const std::size_t loc, const std::vector< OperatorType > &opList, const std::vector< qType > &qList, const complex< double > lambda=1.0)	Mpo< Sym::SU2< Sym::ChargeSU2 >, complex< double > >	inline
push_tight(const std::size_t loc, const complex< double > lambda, const OperatorType &op1, const OperatorType &op2)	Mpo< Sym::SU2< Sym::ChargeSU2 >, complex< double > >
push_width(const std::size_t n, const std::size_t loc, const complex< double > lambda, const OperatorType &outOp, const std::vector< OperatorType > &trans, const OperatorType &inOp)	Mpo< Sym::SU2< Sym::ChargeSU2 >, complex< double > >
qAux	MpoTerms< Symmetry, Scalar >
qAux_powers	MpoTerms< Symmetry, Scalar >
qOp	MpoTerms< Symmetry, Scalar >
qOp_powers	MpoTerms< Symmetry, Scalar >
qPhys	MpoTerms< Symmetry, Scalar >
Qtarget() const	MpoTerms< Symmetry, Scalar >	inline
qTot	MpoTerms< Symmetry, Scalar >	protected
qType typedef	VMPS::PeierlsHubbardSU2charge	private
qVac	Mpo< Sym::SU2< Sym::ChargeSU2 >, complex< double > >
Rcomp(SPINOP_LABEL Sa, size_t locx, size_t locy=0) const	HubbardObservables< Sym::SU2< Sym::ChargeSU2 >, complex< double > >
reconstruct(const std::vector< std::map< std::array< qType, 2 >, std::vector< std::vector< std::map< qType, OperatorType > > > > > &O_in, const std::vector< Qbasis< Symmetry > > &qAux_in, const std::vector< std::vector< qType > > &qPhys_in, const bool FINALIZED_IN, const BC boundary_condition_in, const qType &qTot_in=Symmetry::qvacuum())	MpoTerms< Symmetry, Scalar >
renormalize()	MpoTerms< Symmetry, Scalar >	protected
reversed	MpoTerms< Symmetry, Scalar >
S(size_t locx, size_t locy=0, double factor=1.) const	HubbardObservables< Sym::SU2< Sym::ChargeSU2 >, complex< double > >
S_ky(vector< complex< double > > phases) const	HubbardObservables< Sym::SU2< Sym::ChargeSU2 >, complex< double > >
save(std::string filename)	MpoTerms< Symmetry, Scalar >
save_label(const std::size_t loc, const std::string &info_label)	MpoTerms< Symmetry, Scalar >
Scalar_ typedef	Mpo< Sym::SU2< Sym::ChargeSU2 >, complex< double > >
scale(const Scalar factor, const Scalar offset=0., const std::size_t power=0ul, const double tolerance=1.e-14)	MpoTerms< Symmetry, Scalar >
Scomp(SPINOP_LABEL Sa, size_t locx, size_t locy=0, double factor=1.) const	HubbardObservables< Sym::SU2< Sym::ChargeSU2 >, complex< double > >
ScompScomp(SPINOP_LABEL Sa1, SPINOP_LABEL Sa2, size_t locx1, size_t locx2, size_t locy1=0, size_t locy2=0, double fac=1.) const	HubbardObservables< Sym::SU2< Sym::ChargeSU2 >, complex< double > >
Scomptot(SPINOP_LABEL Sa, size_t locy=0, double factor=1., int dLphys=1) const	HubbardObservables< Sym::SU2< Sym::ChargeSU2 >, complex< double > >
Sdag(size_t locx, size_t locy=0, double factor=std::sqrt(3.)) const	HubbardObservables< Sym::SU2< Sym::ChargeSU2 >, complex< double > >
Sdag_ky(vector< complex< double > > phases, double factor=sqrt(3.)) const	HubbardObservables< Sym::SU2< Sym::ChargeSU2 >, complex< double > >
SdagS(size_t locx1, size_t locx2, size_t locy1=0, size_t locy2=0) const	HubbardObservables< Sym::SU2< Sym::ChargeSU2 >, complex< double > >
Sdagtot(size_t locy, double factor, int dLphys) const	HubbardObservables< Sym::SU2< Sym::ChargeSU2 >, complex< double > >
set_Identity(const typename Symmetry::qType &Q=Symmetry::qvacuum())	MpoTerms< Symmetry, Scalar >
set_locality(std::size_t LocalSite_input)	Mpo< Sym::SU2< Sym::ChargeSU2 >, complex< double > >	inline
set_localOperator(OperatorType LocalOp_input)	Mpo< Sym::SU2< Sym::ChargeSU2 >, complex< double > >	inline
set_name(const std::string &label_in)	MpoTerms< Symmetry, Scalar >	inline
set_operators(const std::vector< FermionBase< Symmetry_ > > &F, const vector< SUB_LATTICE > &G, const ParamHandler &P, PushType< SiteOperator< Symmetry_, complex< double > >, complex< double > > &pushlist, std::vector< std::vector< std::string > > &labellist, const BC boundary=BC::OPEN)	VMPS::PeierlsHubbardSU2charge	static
set_qPhys(const std::size_t loc, const std::vector< qType > &qPhys_in)	MpoTerms< Symmetry, Scalar >	inline
set_verbosity(const DMRG::VERBOSITY::OPTION VERB_in)	MpoTerms< Symmetry, Scalar >
set_Zero()	MpoTerms< Symmetry, Scalar >
setLocal(std::size_t loc, const OperatorType &op)	Mpo< Sym::SU2< Sym::ChargeSU2 >, complex< double > >
setLocal(std::size_t loc, const OperatorType &op, const OperatorType &signOp)	Mpo< Sym::SU2< Sym::ChargeSU2 >, complex< double > >
setLocal(std::size_t loc, const OperatorType &op, const std::vector< OperatorType > &signOp)	Mpo< Sym::SU2< Sym::ChargeSU2 >, complex< double > >
setLocal(const std::vector< std::size_t > &locs, const std::vector< OperatorType > &ops)	Mpo< Sym::SU2< Sym::ChargeSU2 >, complex< double > >
setLocal(const std::vector< std::size_t > &locs, const std::vector< OperatorType > &ops, const OperatorType &signOp)	Mpo< Sym::SU2< Sym::ChargeSU2 >, complex< double > >
setLocal(const std::vector< std::size_t > &locs, const std::vector< OperatorType > &ops, const std::vector< OperatorType > &signOps)	Mpo< Sym::SU2< Sym::ChargeSU2 >, complex< double > >
setLocalStag(std::size_t loc, const OperatorType &op, const std::vector< OperatorType > &stagSignOps)	Mpo< Sym::SU2< Sym::ChargeSU2 >, complex< double > >
setLocalSum(const OperatorType &op, complex< double >(*f)(int)=localSumTrivial)	Mpo< Sym::SU2< Sym::ChargeSU2 >, complex< double > >
setLocalSum(const std::vector< OperatorType > &op, std::vector< complex< double > > coeffs)	Mpo< Sym::SU2< Sym::ChargeSU2 >, complex< double > >
setLocBasis(const std::vector< std::vector< qType > > &q)	MpoTerms< Symmetry, Scalar >	inline
setLocBasis(const std::vector< qType > &q, std::size_t loc)	MpoTerms< Symmetry, Scalar >	inline
setProductSum(const OperatorType &op1, const OperatorType &op2)	Mpo< Sym::SU2< Sym::ChargeSU2 >, complex< double > >
setQtarget(const qType &q)	MpoTerms< Symmetry, Scalar >	inline
show() const	MpoTerms< Symmetry, Scalar >
singlet(int N=0)	VMPS::PeierlsHubbardSU2charge	inlinestatic
size() const	MpoTerms< Symmetry, Scalar >	inline
Sm(size_t locx, size_t locy=0) const	HubbardObservables< Sym::SU2< Sym::ChargeSU2 >, complex< double > >	inline
SmSp(size_t locx1, size_t locx2, size_t locy1=0, size_t locy2=0, double fac=1.) const	HubbardObservables< Sym::SU2< Sym::ChargeSU2 >, complex< double > >	inline
Sp(size_t locx, size_t locy=0) const	HubbardObservables< Sym::SU2< Sym::ChargeSU2 >, complex< double > >	inline
SparseMatrixType typedef	Mpo< Sym::SU2< Sym::ChargeSU2 >, complex< double > >
sparsity(const std::size_t power=1, const bool PER_MATRIX=false) const	MpoTerms< Symmetry, Scalar >
sparsity(bool USE_SQUARE, bool PER_MATRIX) const	MpoTerms< Symmetry, Scalar >	inline
spinfac	VMPS::PeierlsHubbardSU2charge	static
SpSm(size_t locx1, size_t locx2, size_t locy1=0, size_t locy2=0, double fac=1.) const	HubbardObservables< Sym::SU2< Sym::ChargeSU2 >, complex< double > >	inline
StateUcd typedef	Mpo< Sym::SU2< Sym::ChargeSU2 >, complex< double > >
StateUd typedef	Mpo< Sym::SU2< Sym::ChargeSU2 >, complex< double > >
StateXcd typedef	Mpo< Sym::SU2< Sym::ChargeSU2 >, complex< double > >
StateXd typedef	Mpo< Sym::SU2< Sym::ChargeSU2 >, complex< double > >
status	MpoTerms< Symmetry, Scalar >	protected
Stot(size_t locy, double factor, int dLphys) const	HubbardObservables< Sym::SU2< Sym::ChargeSU2 >, complex< double > >
StringCorrId(size_t locx1, size_t locx2, size_t locy1=0, size_t locy2=0) const	HubbardObservables< Sym::SU2< Sym::ChargeSU2 >, complex< double > >
StringCorrSpin(size_t locx1, size_t locx2, size_t locy1=0, size_t locy2=0) const	HubbardObservables< Sym::SU2< Sym::ChargeSU2 >, complex< double > >
StringCorrSz(size_t locx1, size_t locx2, size_t locy1=0, size_t locy2=0) const	HubbardObservables< Sym::SU2< Sym::ChargeSU2 >, complex< double > >
StringCorrTpm(size_t locx1, size_t locx2, size_t locy1=0, size_t locy2=0) const	HubbardObservables< Sym::SU2< Sym::ChargeSU2 >, complex< double > >
StringCorrTz(size_t locx1, size_t locx2, size_t locy1=0, size_t locy2=0) const	HubbardObservables< Sym::SU2< Sym::ChargeSU2 >, complex< double > >
Stringz(size_t locx1, size_t locx2, size_t locy1=0, size_t locy2=0) const	HubbardObservables< Sym::SU2< Sym::ChargeSU2 >, complex< double > >
StringzDimer(size_t locx1, size_t locx2, size_t locy1=0, size_t locy2=0) const	HubbardObservables< Sym::SU2< Sym::ChargeSU2 >, complex< double > >
sum(const MpoTerms< Symmetry, Scalar > &top, const MpoTerms< Symmetry, Scalar > &bottom, const double tolerance=::mynumeric_limits< double >::epsilon())	MpoTerms< Symmetry, Scalar >	static
sweep_defaults	VMPS::PeierlsHubbardSU2charge	static
Symmetry typedef	VMPS::PeierlsHubbardSU2charge
Sz(size_t locx, size_t locy=0) const	HubbardObservables< Sym::SU2< Sym::ChargeSU2 >, complex< double > >
SzSz(size_t locx1, size_t locx2, size_t locy1=0, size_t locy2=0) const	HubbardObservables< Sym::SU2< Sym::ChargeSU2 >, complex< double > >	inline
T(size_t locx, size_t locy=0, double factor=1.) const	HubbardObservables< Sym::SU2< Sym::ChargeSU2 >, complex< double > >
T_ky(vector< complex< double > > phases) const	HubbardObservables< Sym::SU2< Sym::ChargeSU2 >, complex< double > >
Tdag(size_t locx, size_t locy=0, double factor=std::sqrt(3.)) const	HubbardObservables< Sym::SU2< Sym::ChargeSU2 >, complex< double > >
Tdag_ky(vector< complex< double > > phases, double factor=sqrt(3.)) const	HubbardObservables< Sym::SU2< Sym::ChargeSU2 >, complex< double > >
TdagT(size_t locx1, size_t locx2, size_t locy1=0, size_t locy2=0) const	HubbardObservables< Sym::SU2< Sym::ChargeSU2 >, complex< double > >
Tm(size_t locx, size_t locy=0) const	HubbardObservables< Sym::SU2< Sym::ChargeSU2 >, complex< double > >
TmTp(size_t locx1, size_t locx2, size_t locy1=0, size_t locy2=0, double fac=1.) const	HubbardObservables< Sym::SU2< Sym::ChargeSU2 >, complex< double > >
Tp(size_t locx, size_t locy=0) const	HubbardObservables< Sym::SU2< Sym::ChargeSU2 >, complex< double > >
TpTm(size_t locx1, size_t locx2, size_t locy1=0, size_t locy2=0, double fac=1.) const	HubbardObservables< Sym::SU2< Sym::ChargeSU2 >, complex< double > >
transform_base(const qType &qShift, const bool PRINT=false, const int factor=-1, const std::size_t powre=0ul)	MpoTerms< Symmetry, Scalar >
TRIVIALLY_CONSTRUCTED	ParamReturner	private
TSD	Mpo< Sym::SU2< Sym::ChargeSU2 >, complex< double > >
Tx(size_t locx, size_t locy=0) const	HubbardObservables< Sym::SU2< Sym::ChargeSU2 >, complex< double > >
Tz(size_t locx, size_t locy=0) const	HubbardObservables< Sym::SU2< Sym::ChargeSU2 >, complex< double > >
TzTz(size_t locx1, size_t locx2, size_t locy1=0, size_t locy2=0) const	HubbardObservables< Sym::SU2< Sym::ChargeSU2 >, complex< double > >
UNITARY	Mpo< Sym::SU2< Sym::ChargeSU2 >, complex< double > >
VERB	MpoTerms< Symmetry, Scalar >	protected
volume() const	Mpo< Sym::SU2< Sym::ChargeSU2 >, complex< double > >	inline
W	MpoTerms< Symmetry, Scalar >
W_at(const std::size_t loc) const	MpoTerms< Symmetry, Scalar >	inline
W_full() const	MpoTerms< Symmetry, Scalar >	inline
W_powers	MpoTerms< Symmetry, Scalar >
Wsq_at(const std::size_t loc) const	MpoTerms< Symmetry, Scalar >	inline
Zero(const std::vector< std::vector< qType > > &qPhys)	Mpo< Sym::SU2< Sym::ChargeSU2 >, complex< double > >	static
Zero() const	Mpo< Sym::SU2< Sym::ChargeSU2 >, complex< double > >	inline