TDVPPropagator< Hamiltonian, Symmetry, MpoScalar, TimeScalar, VectorType > Member List

This is the complete list of members for TDVPPropagator< Hamiltonian, Symmetry, MpoScalar, TimeScalar, VectorType >, including all inherited members.

build_L(const Hamiltonian &H, const VectorType &Vinout, int loc)	TDVPPropagator< Hamiltonian, Symmetry, MpoScalar, TimeScalar, VectorType >	inlineprivate
build_R(const Hamiltonian &H, const VectorType &Vinout, int loc)	TDVPPropagator< Hamiltonian, Symmetry, MpoScalar, TimeScalar, VectorType >	inlineprivate
CURRENT_DIRECTION	TDVPPropagator< Hamiltonian, Symmetry, MpoScalar, TimeScalar, VectorType >	private
deltaE	TDVPPropagator< Hamiltonian, Symmetry, MpoScalar, TimeScalar, VectorType >	private
dimK0_log	TDVPPropagator< Hamiltonian, Symmetry, MpoScalar, TimeScalar, VectorType >	private
dimK1_log	TDVPPropagator< Hamiltonian, Symmetry, MpoScalar, TimeScalar, VectorType >	private
dimK2_log	TDVPPropagator< Hamiltonian, Symmetry, MpoScalar, TimeScalar, VectorType >	private
dimK_max	TDVPPropagator< Hamiltonian, Symmetry, MpoScalar, TimeScalar, VectorType >	private
dimKlog	TDVPPropagator< Hamiltonian, Symmetry, MpoScalar, TimeScalar, VectorType >	private
dist_max	TDVPPropagator< Hamiltonian, Symmetry, MpoScalar, TimeScalar, VectorType >	private
get_deltaE() const	TDVPPropagator< Hamiltonian, Symmetry, MpoScalar, TimeScalar, VectorType >	inline
get_dimK0_log() const	TDVPPropagator< Hamiltonian, Symmetry, MpoScalar, TimeScalar, VectorType >	inline
get_dimK1_log() const	TDVPPropagator< Hamiltonian, Symmetry, MpoScalar, TimeScalar, VectorType >	inline
get_dimK2_log() const	TDVPPropagator< Hamiltonian, Symmetry, MpoScalar, TimeScalar, VectorType >	inline
get_t_tot() const	TDVPPropagator< Hamiltonian, Symmetry, MpoScalar, TimeScalar, VectorType >	inline
Heff	TDVPPropagator< Hamiltonian, Symmetry, MpoScalar, TimeScalar, VectorType >	private
HeffFrst	TDVPPropagator< Hamiltonian, Symmetry, MpoScalar, TimeScalar, VectorType >	private
HeffLast	TDVPPropagator< Hamiltonian, Symmetry, MpoScalar, TimeScalar, VectorType >	private
info() const	TDVPPropagator< Hamiltonian, Symmetry, MpoScalar, TimeScalar, VectorType >
last_dt	TDVPPropagator< Hamiltonian, Symmetry, MpoScalar, TimeScalar, VectorType >	private
memory(MEMUNIT memunit=GB) const	TDVPPropagator< Hamiltonian, Symmetry, MpoScalar, TimeScalar, VectorType >
N_sites	TDVPPropagator< Hamiltonian, Symmetry, MpoScalar, TimeScalar, VectorType >	private
N_stages_last	TDVPPropagator< Hamiltonian, Symmetry, MpoScalar, TimeScalar, VectorType >	private
overhead(MEMUNIT memunit=GB) const	TDVPPropagator< Hamiltonian, Symmetry, MpoScalar, TimeScalar, VectorType >
pivot	TDVPPropagator< Hamiltonian, Symmetry, MpoScalar, TimeScalar, VectorType >	private
set_blocks(const Hamiltonian &H, VectorType &Vinout)	TDVPPropagator< Hamiltonian, Symmetry, MpoScalar, TimeScalar, VectorType >	private
t0_step_pivot(bool BACK, double x, const Hamiltonian &H, VectorType &Vinout, TimeScalar dt, double tol_Lanczos=1e-8, bool TURN_FIRST=true)	TDVPPropagator< Hamiltonian, Symmetry, MpoScalar, TimeScalar, VectorType >	private
t_0site	TDVPPropagator< Hamiltonian, Symmetry, MpoScalar, TimeScalar, VectorType >	private
t_1site	TDVPPropagator< Hamiltonian, Symmetry, MpoScalar, TimeScalar, VectorType >	private
t_2site	TDVPPropagator< Hamiltonian, Symmetry, MpoScalar, TimeScalar, VectorType >	private
t_contr	TDVPPropagator< Hamiltonian, Symmetry, MpoScalar, TimeScalar, VectorType >	private
t_ohead	TDVPPropagator< Hamiltonian, Symmetry, MpoScalar, TimeScalar, VectorType >	private
t_step(const Hamiltonian &H, const VectorType &Vin, VectorType &Vout, TimeScalar dt, int N_stages=1, double tol_Lanczos=1e-8)	TDVPPropagator< Hamiltonian, Symmetry, MpoScalar, TimeScalar, VectorType >
t_step(const Hamiltonian &H, VectorType &Vinout, TimeScalar dt, int N_stages=1, double tol_Lanczos=1e-8)	TDVPPropagator< Hamiltonian, Symmetry, MpoScalar, TimeScalar, VectorType >
t_step0(const Hamiltonian &H, VectorType &Vinout, TimeScalar dt, int N_stages=1, double tol_Lanczos=1e-8)	TDVPPropagator< Hamiltonian, Symmetry, MpoScalar, TimeScalar, VectorType >
t_step_adaptive(const Hamiltonian &H, VectorType &Vinout, TimeScalar dt, const vector< bool > &TWO_STEP_AT, int N_stages=1, double tol_Lanczos=1e-8)	TDVPPropagator< Hamiltonian, Symmetry, MpoScalar, TimeScalar, VectorType >
t_step_pivot(double x, const Hamiltonian &H, VectorType &Vinout, TimeScalar dt, double tol_Lanczos=1e-8)	TDVPPropagator< Hamiltonian, Symmetry, MpoScalar, TimeScalar, VectorType >	private
t_tot	TDVPPropagator< Hamiltonian, Symmetry, MpoScalar, TimeScalar, VectorType >	private
TDVPPropagator()	TDVPPropagator< Hamiltonian, Symmetry, MpoScalar, TimeScalar, VectorType >	inline
TDVPPropagator(const Hamiltonian &H, VectorType &Vinout)	TDVPPropagator< Hamiltonian, Symmetry, MpoScalar, TimeScalar, VectorType >
test_edge_eigenvector(const PivotVector< Symmetry, TimeScalar > &Asingle)	TDVPPropagator< Hamiltonian, Symmetry, MpoScalar, TimeScalar, VectorType >	private
x(int alg, size_t l, int N_stages)	TDVPPropagator< Hamiltonian, Symmetry, MpoScalar, TimeScalar, VectorType >	private