Xped::FermionBase< Symmetry_ > Member List

This is the complete list of members for Xped::FermionBase< Symmetry_ >, including all inherited members.

basis_1s() const	Xped::Fermion< Symmetry_ >	inline
basis_1s_	Xped::Fermion< Symmetry_ >	protected
c(std::size_t orbital=0) const	Xped::FermionBase< Symmetry_ >
c(SPIN_INDEX sigma, std::size_t orbital=0) const	Xped::FermionBase< Symmetry_ >
c(SPIN_INDEX sigma, SUB_LATTICE G, std::size_t orbital=0) const	Xped::FermionBase< Symmetry_ >
c(SUB_LATTICE G, std::size_t orbital=0) const	Xped::FermionBase< Symmetry_ >
c_1s(SPIN_INDEX sigma) const	Xped::Fermion< Symmetry_ >	inline
cc(std::size_t orbital=0) const	Xped::FermionBase< Symmetry_ >
cc_1s() const	Xped::Fermion< Symmetry_ >	inline
cc_1s_	Xped::Fermion< Symmetry_ >	protected
cdag(std::size_t orbital=0) const	Xped::FermionBase< Symmetry_ >
cdag(SPIN_INDEX sigma, std::size_t orbital=0) const	Xped::FermionBase< Symmetry_ >
cdag(SPIN_INDEX sigma, SUB_LATTICE G, std::size_t orbital=0) const	Xped::FermionBase< Symmetry_ >
cdag(SUB_LATTICE G, std::size_t orbital=0) const	Xped::FermionBase< Symmetry_ >
cdag_1s(SPIN_INDEX sigma) const	Xped::Fermion< Symmetry_ >	inline
cdagcdag(std::size_t orbital=0) const	Xped::FermionBase< Symmetry_ >
cdagcdag_1s() const	Xped::Fermion< Symmetry_ >	inline
cdagcdag_1s_	Xped::Fermion< Symmetry_ >	protected
cdagdn_1s_	Xped::Fermion< Symmetry_ >	protected
cdagup_1s_	Xped::Fermion< Symmetry_ >	protected
cdn_1s_	Xped::Fermion< Symmetry_ >	protected
ch_index	Xped::Fermion< Symmetry_ >	protected
cup_1s_	Xped::Fermion< Symmetry_ >	protected
d(std::size_t orbital=0) const	Xped::FermionBase< Symmetry_ >
d_1s() const	Xped::Fermion< Symmetry_ >	inline
d_1s_	Xped::Fermion< Symmetry_ >	protected
dim() const	Xped::FermionBase< Symmetry_ >	inline
F_1s() const	Xped::Fermion< Symmetry_ >	inline
F_1s_	Xped::Fermion< Symmetry_ >	protected
Fermion()	Xped::Fermion< Symmetry_ >	inline
Fermion(bool REMOVE_DOUBLE, bool REMOVE_EMPTY, bool REMOVE_SINGLE, bool CONSIDER_SPIN=true, bool CONSIDER_CHARGE=true)	Xped::Fermion< Symmetry_ >
FermionBase()=default	Xped::FermionBase< Symmetry_ >
FermionBase(std::size_t L_input, bool REMOVE_DOUBLE=false, bool REMVOVE_EMPTY=false, bool REMOVE_SINGLE=false)	Xped::FermionBase< Symmetry_ >
fill_basis(bool REMOVE_DOUBLE, bool REMOVE_EMPTY, bool REMOVE_SINGLE)	Xped::Fermion< Symmetry_ >	protected
fill_SiteOps(bool REMOVE_DOUBLE, bool REMOVE_EMPTY, bool REMOVE_SINGLE)	Xped::Fermion< Symmetry_ >	protected
get_basis() const	Xped::FermionBase< Symmetry_ >	inline
getQ(SPIN_INDEX sigma, int Delta) const	Xped::Fermion< Symmetry_ >	protected
getQ(SPINOP_LABEL Sa) const	Xped::Fermion< Symmetry_ >	protected
HAS_CHARGE	Xped::Fermion< Symmetry_ >	protected
HAS_SPIN	Xped::Fermion< Symmetry_ >	protected
Id(std::size_t orbital=0) const	Xped::FermionBase< Symmetry_ >
Id_1s() const	Xped::Fermion< Symmetry_ >	inline
Id_1s_	Xped::Fermion< Symmetry_ >	protected
iSy(std::size_t orbital=0) const	Xped::FermionBase< Symmetry_ >
iTy(std::size_t orbital=0, SUB_LATTICE G=A) const	Xped::FermionBase< Symmetry_ >
labels	Xped::Fermion< Symmetry_ >	protected
n(std::size_t orbital=0) const	Xped::FermionBase< Symmetry_ >
n(SPIN_INDEX sigma, std::size_t orbital=0) const	Xped::FermionBase< Symmetry_ >
n_1s() const	Xped::Fermion< Symmetry_ >	inline
n_1s(SPIN_INDEX sigma) const	Xped::Fermion< Symmetry_ >	inline
n_1s_	Xped::Fermion< Symmetry_ >	protected
ndn_1s_	Xped::Fermion< Symmetry_ >	protected
nh(std::size_t orbital=0) const	Xped::FermionBase< Symmetry_ >
nh_1s() const	Xped::Fermion< Symmetry_ >	inline
ns(std::size_t orbital=0) const	Xped::FermionBase< Symmetry_ >
ns_1s() const	Xped::Fermion< Symmetry_ >	inline
nup_1s_	Xped::Fermion< Symmetry_ >	protected
OperatorType typedef	Xped::FermionBase< Symmetry_ >
OperatorTypeC typedef	Xped::FermionBase< Symmetry_ >
orbitals() const	Xped::FermionBase< Symmetry_ >	inline
qType typedef	Xped::FermionBase< Symmetry_ >
S(std::size_t orbital=0) const	Xped::FermionBase< Symmetry_ >
Scomp(SPINOP_LABEL Sa, int orbital) const	Xped::FermionBase< Symmetry_ >	inline
Sdag(std::size_t orbital=0) const	Xped::FermionBase< Symmetry_ >
sign(std::size_t orb1=0, std::size_t orb2=0) const	Xped::FermionBase< Symmetry_ >
sign_local(std::size_t orbital=0) const	Xped::FermionBase< Symmetry_ >
Sm(std::size_t orbital=0) const	Xped::FermionBase< Symmetry_ >
Sm_1s() const	Xped::Fermion< Symmetry_ >	inline
Sm_1s_	Xped::Fermion< Symmetry_ >	protected
Sp(std::size_t orbital=0) const	Xped::FermionBase< Symmetry_ >
Sp_1s() const	Xped::Fermion< Symmetry_ >	inline
Sp_1s_	Xped::Fermion< Symmetry_ >	protected
sp_index	Xped::Fermion< Symmetry_ >	protected
Sx(std::size_t orbital=0) const	Xped::FermionBase< Symmetry_ >
Sy(std::size_t orbital=0) const	Xped::FermionBase< Symmetry_ >
Symmetry typedef	Xped::FermionBase< Symmetry_ >
Sz(std::size_t orbital=0) const	Xped::FermionBase< Symmetry_ >
Sz_1s() const	Xped::Fermion< Symmetry_ >	inline
Sz_1s_	Xped::Fermion< Symmetry_ >	protected
T(std::size_t orbital=0) const	Xped::FermionBase< Symmetry_ >
Tdag(std::size_t orbital=0) const	Xped::FermionBase< Symmetry_ >
Tm(std::size_t orbital=0, SUB_LATTICE G=A) const	Xped::FermionBase< Symmetry_ >	inline
Tp(std::size_t orbital=0, SUB_LATTICE G=A) const	Xped::FermionBase< Symmetry_ >	inline
Tx(std::size_t orbital=0, SUB_LATTICE G=A) const	Xped::FermionBase< Symmetry_ >
Tz(std::size_t orbital=0) const	Xped::FermionBase< Symmetry_ >
Tz_1s() const	Xped::Fermion< Symmetry_ >	inline
Tz_1s_	Xped::Fermion< Symmetry_ >	protected