| calc_Green(const int &tindex, const complex< double > &phase, const vector< Mps< Symmetry, complex< double > > > &OxPhi, const Mps< Symmetry, complex< double > > &Psi) | GreenPropagator< Hamiltonian, Symmetry, MpoScalar, TimeScalar > | private |
| calc_Green_thermal(const int &tindex, const vector< Mpo< Symmetry, MpoScalar > > &Ox, const Mps< Symmetry, complex< double > > &Phi, const Mps< Symmetry, complex< double > > &Psi) | GreenPropagator< Hamiltonian, Symmetry, MpoScalar, TimeScalar > | private |
| calc_GreenCell(const int &tindex, const complex< double > &phase, const vector< Mps< Symmetry, complex< double > > > &OxPhi, const vector< Mps< Symmetry, complex< double > > > &Psi, int x0=0) | GreenPropagator< Hamiltonian, Symmetry, MpoScalar, TimeScalar > | private |
| calc_GreenCell(const int &tindex, const complex< double > &phase, const std::array< vector< Mps< Symmetry, complex< double > > >, 2 > &Psi) | GreenPropagator< Hamiltonian, Symmetry, MpoScalar, TimeScalar > | private |
| calc_GreenCell_thermal(const int &tindex, const vector< Mpo< Symmetry, MpoScalar > > &Ox, const vector< Mps< Symmetry, complex< double > > > &Psi) | GreenPropagator< Hamiltonian, Symmetry, MpoScalar, TimeScalar > | private |
| calc_intweights() | GreenPropagator< Hamiltonian, Symmetry, MpoScalar, TimeScalar > | private |
| CHOSEN_VERBOSITY | GreenPropagator< Hamiltonian, Symmetry, MpoScalar, TimeScalar > | private |
| compute_cell(const Hamiltonian &H, const vector< Mps< Symmetry, complex< double > > > &OxPhiBra, const vector< Mps< Symmetry, complex< double > > > &OxPhiKet, double Eg, bool TIME_FORWARDS=true, bool COUNTERPROPAGATE=true, int x0=0) | GreenPropagator< Hamiltonian, Symmetry, MpoScalar, TimeScalar > | |
| compute_one(int j0, const Hamiltonian &H, const vector< Mps< Symmetry, complex< double > > > &OxPhi, double Eg, bool TIME_FORWARDS=true) | GreenPropagator< Hamiltonian, Symmetry, MpoScalar, TimeScalar > | |
| compute_thermal_cell(const Hamiltonian &H, const vector< Mpo< Symmetry, MpoScalar > > &Odag, const Mps< Symmetry, complex< double > > &Phi, vector< Mps< Symmetry, complex< double > > > &OxPhi0, bool TIME_FORWARDS) | GreenPropagator< Hamiltonian, Symmetry, MpoScalar, TimeScalar > | |
| counterpropagate_cell(const Hamiltonian &H, const vector< Mps< Symmetry, complex< double > > > &OxPhiBra, const vector< Mps< Symmetry, complex< double > > > &OxPhiKet, double Eg, bool TIME_FORWARDS=true) | GreenPropagator< Hamiltonian, Symmetry, MpoScalar, TimeScalar > | private |
| dcell | GreenPropagator< Hamiltonian, Symmetry, MpoScalar, TimeScalar > | private |
| dcellFT | GreenPropagator< Hamiltonian, Symmetry, MpoScalar, TimeScalar > | private |
| dLphys | GreenPropagator< Hamiltonian, Symmetry, MpoScalar, TimeScalar > | private |
| FT_tw(const MatrixXcd &Gtq, MatrixXcd &Gwq, VectorXcd &G0q, VectorXcd &Glocw) | GreenPropagator< Hamiltonian, Symmetry, MpoScalar, TimeScalar > | private |
| FTcell_tw() | GreenPropagator< Hamiltonian, Symmetry, MpoScalar, TimeScalar > | private |
| FTcell_xq(bool TRANSPOSE=false) | GreenPropagator< Hamiltonian, Symmetry, MpoScalar, TimeScalar > | |
| FTcellww_xq(bool TRANSPOSE=false) | GreenPropagator< Hamiltonian, Symmetry, MpoScalar, TimeScalar > | private |
| FTcellxx_tw() | GreenPropagator< Hamiltonian, Symmetry, MpoScalar, TimeScalar > | private |
| FTloc_tw(const VectorXcd &Gloct, const ArrayXd &wvals) | GreenPropagator< Hamiltonian, Symmetry, MpoScalar, TimeScalar > | |
| FTxx_tw(const MatrixXcd &Gtx, MatrixXcd &Gwx, VectorXcd &G0x, VectorXcd &Glocw) | GreenPropagator< Hamiltonian, Symmetry, MpoScalar, TimeScalar > | private |
| G0q | GreenPropagator< Hamiltonian, Symmetry, MpoScalar, TimeScalar > | private |
| G0qCell | GreenPropagator< Hamiltonian, Symmetry, MpoScalar, TimeScalar > | private |
| G0qQmulti | GreenPropagator< Hamiltonian, Symmetry, MpoScalar, TimeScalar > | private |
| G0x | GreenPropagator< Hamiltonian, Symmetry, MpoScalar, TimeScalar > | private |
| G0xCell | GreenPropagator< Hamiltonian, Symmetry, MpoScalar, TimeScalar > | private |
| get_GlocwCell() const | GreenPropagator< Hamiltonian, Symmetry, MpoScalar, TimeScalar > | inline |
| get_Gtx() const | GreenPropagator< Hamiltonian, Symmetry, MpoScalar, TimeScalar > | inline |
| get_GtxCell() const | GreenPropagator< Hamiltonian, Symmetry, MpoScalar, TimeScalar > | inline |
| get_GwqCell() const | GreenPropagator< Hamiltonian, Symmetry, MpoScalar, TimeScalar > | inline |
| Gloct | GreenPropagator< Hamiltonian, Symmetry, MpoScalar, TimeScalar > | private |
| GloctCell | GreenPropagator< Hamiltonian, Symmetry, MpoScalar, TimeScalar > | private |
| GloctQmulti | GreenPropagator< Hamiltonian, Symmetry, MpoScalar, TimeScalar > | private |
| Glocw | GreenPropagator< Hamiltonian, Symmetry, MpoScalar, TimeScalar > | private |
| GlocwCell | GreenPropagator< Hamiltonian, Symmetry, MpoScalar, TimeScalar > | private |
| GlocwQmulti | GreenPropagator< Hamiltonian, Symmetry, MpoScalar, TimeScalar > | private |
| GREENINT_CHOICE | GreenPropagator< Hamiltonian, Symmetry, MpoScalar, TimeScalar > | private |
| GreenPropagator() | GreenPropagator< Hamiltonian, Symmetry, MpoScalar, TimeScalar > | inline |
| GreenPropagator(string label_input, double tmax_input, int Nt_input, int Ns_input=1, double wmin_input=-10., double wmax_input=10., int Nw_input=501, Q_RANGE Q_RANGE_CHOICE_input=MPI_PPI, int Nq_input=501, GREEN_INTEGRATION GREENINT=OOURA) | GreenPropagator< Hamiltonian, Symmetry, MpoScalar, TimeScalar > | inline |
| GreenPropagator(string label_input, int Lcell_input, double tmax_input, const MatrixXcd &Gtx_input, GREEN_INTEGRATION GREENINT=OOURA) | GreenPropagator< Hamiltonian, Symmetry, MpoScalar, TimeScalar > | inline |
| GreenPropagator(string label_input, int Lcell_input, int Ncells_input, int Ns_input, double tmax_input, const vector< vector< MatrixXcd > > &Gtx_input, Q_RANGE Q_RANGE_CHOICE_input=MPI_PPI, int Nq_input=501, GREEN_INTEGRATION GREENINT=OOURA) | GreenPropagator< Hamiltonian, Symmetry, MpoScalar, TimeScalar > | inline |
| GreenPropagator(string label_input, int Lcell_input, int Ncells_input, int Ns_input, double tmax_input, const vector< string > &files, Q_RANGE Q_RANGE_CHOICE_input=MPI_PPI, int Nq_input=501, GREEN_INTEGRATION GREENINT=OOURA) | GreenPropagator< Hamiltonian, Symmetry, MpoScalar, TimeScalar > | inline |
| Gtq | GreenPropagator< Hamiltonian, Symmetry, MpoScalar, TimeScalar > | private |
| GtqCell | GreenPropagator< Hamiltonian, Symmetry, MpoScalar, TimeScalar > | private |
| GtqQmulti | GreenPropagator< Hamiltonian, Symmetry, MpoScalar, TimeScalar > | private |
| Gtx | GreenPropagator< Hamiltonian, Symmetry, MpoScalar, TimeScalar > | private |
| GtxCell | GreenPropagator< Hamiltonian, Symmetry, MpoScalar, TimeScalar > | private |
| GtxQmulti | GreenPropagator< Hamiltonian, Symmetry, MpoScalar, TimeScalar > | private |
| Gwq | GreenPropagator< Hamiltonian, Symmetry, MpoScalar, TimeScalar > | private |
| GwqCell | GreenPropagator< Hamiltonian, Symmetry, MpoScalar, TimeScalar > | private |
| GwqQmulti | GreenPropagator< Hamiltonian, Symmetry, MpoScalar, TimeScalar > | private |
| Gwx | GreenPropagator< Hamiltonian, Symmetry, MpoScalar, TimeScalar > | private |
| GwxCell | GreenPropagator< Hamiltonian, Symmetry, MpoScalar, TimeScalar > | private |
| h_ooura | GreenPropagator< Hamiltonian, Symmetry, MpoScalar, TimeScalar > | private |
| icell | GreenPropagator< Hamiltonian, Symmetry, MpoScalar, TimeScalar > | private |
| integrate_Glocw_cell(double mu, int Nint=1000) | GreenPropagator< Hamiltonian, Symmetry, MpoScalar, TimeScalar > | |
| INTinfo() const | GreenPropagator< Hamiltonian, Symmetry, MpoScalar, TimeScalar > | |
| j0 | GreenPropagator< Hamiltonian, Symmetry, MpoScalar, TimeScalar > | private |
| label | GreenPropagator< Hamiltonian, Symmetry, MpoScalar, TimeScalar > | private |
| Lcell | GreenPropagator< Hamiltonian, Symmetry, MpoScalar, TimeScalar > | private |
| Lhetero | GreenPropagator< Hamiltonian, Symmetry, MpoScalar, TimeScalar > | private |
| lim_Nsv | GreenPropagator< Hamiltonian, Symmetry, MpoScalar, TimeScalar > | private |
| log | GreenPropagator< Hamiltonian, Symmetry, MpoScalar, TimeScalar > | private |
| logfolder | GreenPropagator< Hamiltonian, Symmetry, MpoScalar, TimeScalar > | private |
| make_xarrays(int Lhetero_input, int Lcell_input, int Ncells_input, int Ns=1, bool PRINT=false) | GreenPropagator< Hamiltonian, Symmetry, MpoScalar, TimeScalar > | private |
| Measure | GreenPropagator< Hamiltonian, Symmetry, MpoScalar, TimeScalar > | private |
| measure_interval | GreenPropagator< Hamiltonian, Symmetry, MpoScalar, TimeScalar > | private |
| measure_name | GreenPropagator< Hamiltonian, Symmetry, MpoScalar, TimeScalar > | private |
| measure_subfolder | GreenPropagator< Hamiltonian, Symmetry, MpoScalar, TimeScalar > | private |
| measure_wavepacket(const Mps< Symmetry, complex< double > > &Psi, double tval, int i=0) | GreenPropagator< Hamiltonian, Symmetry, MpoScalar, TimeScalar > | private |
| Measurement | GreenPropagator< Hamiltonian, Symmetry, MpoScalar, TimeScalar > | private |
| mu | GreenPropagator< Hamiltonian, Symmetry, MpoScalar, TimeScalar > | |
| ncell | GreenPropagator< Hamiltonian, Symmetry, MpoScalar, TimeScalar > | |
| Ncells | GreenPropagator< Hamiltonian, Symmetry, MpoScalar, TimeScalar > | private |
| Nq | GreenPropagator< Hamiltonian, Symmetry, MpoScalar, TimeScalar > | private |
| NQ | GreenPropagator< Hamiltonian, Symmetry, MpoScalar, TimeScalar > | private |
| Ns | GreenPropagator< Hamiltonian, Symmetry, MpoScalar, TimeScalar > | private |
| Nt | GreenPropagator< Hamiltonian, Symmetry, MpoScalar, TimeScalar > | private |
| Nw | GreenPropagator< Hamiltonian, Symmetry, MpoScalar, TimeScalar > | private |
| Oshift | GreenPropagator< Hamiltonian, Symmetry, MpoScalar, TimeScalar > | private |
| OxPhiFull | GreenPropagator< Hamiltonian, Symmetry, MpoScalar, TimeScalar > | private |
| print_starttext() const | GreenPropagator< Hamiltonian, Symmetry, MpoScalar, TimeScalar > | |
| propagate_cell(int x0, const Hamiltonian &H, const vector< Mps< Symmetry, complex< double > > > &OxPhi, double Eg, bool TIME_FORWARDS=true) | GreenPropagator< Hamiltonian, Symmetry, MpoScalar, TimeScalar > | private |
| propagate_one(int j0, const Hamiltonian &H, const vector< Mps< Symmetry, complex< double > > > &OxPhi, double Eg, bool TIME_FORWARDS=true) | GreenPropagator< Hamiltonian, Symmetry, MpoScalar, TimeScalar > | private |
| propagate_thermal_cell(const Hamiltonian &H, const vector< Mpo< Symmetry, MpoScalar > > &Ox, Mps< Symmetry, complex< double > > Phi, vector< Mps< Symmetry, complex< double > > > &OxPhi0, bool TIME_FORWARDS) | GreenPropagator< Hamiltonian, Symmetry, MpoScalar, TimeScalar > | private |
| Q_RANGE_CHOICE | GreenPropagator< Hamiltonian, Symmetry, MpoScalar, TimeScalar > | private |
| qinfo() const | GreenPropagator< Hamiltonian, Symmetry, MpoScalar, TimeScalar > | |
| qmax | GreenPropagator< Hamiltonian, Symmetry, MpoScalar, TimeScalar > | private |
| qmin | GreenPropagator< Hamiltonian, Symmetry, MpoScalar, TimeScalar > | private |
| recalc_FTw(double wmin_new, double wmax_new, int Nw_new=501) | GreenPropagator< Hamiltonian, Symmetry, MpoScalar, TimeScalar > | |
| recalc_FTwCell(double wmin_new, double wmax_new, int Nw_new=501, bool TRANSPOSE=false) | GreenPropagator< Hamiltonian, Symmetry, MpoScalar, TimeScalar > | |
| save(bool IGNORE_TX=false) const | GreenPropagator< Hamiltonian, Symmetry, MpoScalar, TimeScalar > | |
| save_GtqCell() const | GreenPropagator< Hamiltonian, Symmetry, MpoScalar, TimeScalar > | |
| SAVE_LOG | GreenPropagator< Hamiltonian, Symmetry, MpoScalar, TimeScalar > | private |
| save_log(int i, int tindex, double tval, const Mps< Symmetry, complex< double > > &Psi, const TDVPPropagator< Hamiltonian, Symmetry, MpoScalar, TimeScalar, Mps< Symmetry, complex< double > > > &TDVP, const EntropyObserver< Mps< Symmetry, complex< double > > > &Sobs, const vector< bool > &TWO_SITE) | GreenPropagator< Hamiltonian, Symmetry, MpoScalar, TimeScalar > | private |
| set_dLphys(int x) | GreenPropagator< Hamiltonian, Symmetry, MpoScalar, TimeScalar > | inline |
| set_h_ooura(double x) | GreenPropagator< Hamiltonian, Symmetry, MpoScalar, TimeScalar > | inline |
| set_Lcell(int Lcell_input) | GreenPropagator< Hamiltonian, Symmetry, MpoScalar, TimeScalar > | inline |
| set_lim_Nsv(size_t x) | GreenPropagator< Hamiltonian, Symmetry, MpoScalar, TimeScalar > | inline |
| set_log(string logfolder_input="./") | GreenPropagator< Hamiltonian, Symmetry, MpoScalar, TimeScalar > | inline |
| set_measurement(const vector< Mpo< Symmetry, MpoScalar > > &Measure_input, int Lcell, int measure_interval_input=10, string measure_name_input="M", string measure_subfolder_input=".") | GreenPropagator< Hamiltonian, Symmetry, MpoScalar, TimeScalar > | inline |
| set_Oshift(vector< MpoScalar > Oshift_input) | GreenPropagator< Hamiltonian, Symmetry, MpoScalar, TimeScalar > | inline |
| set_OxPhiFull(const vector< Mps< Symmetry, complex< double > > > &OxPhiFull_input) | GreenPropagator< Hamiltonian, Symmetry, MpoScalar, TimeScalar > | inline |
| set_qlims(Q_RANGE CHOICE) | GreenPropagator< Hamiltonian, Symmetry, MpoScalar, TimeScalar > | private |
| set_Qmulti(int NQ_input) | GreenPropagator< Hamiltonian, Symmetry, MpoScalar, TimeScalar > | inline |
| set_tol_compr(double x) | GreenPropagator< Hamiltonian, Symmetry, MpoScalar, TimeScalar > | inline |
| set_tol_DeltaS(double x) | GreenPropagator< Hamiltonian, Symmetry, MpoScalar, TimeScalar > | inline |
| set_verbosity(DMRG::VERBOSITY::OPTION VERBOSITY) | GreenPropagator< Hamiltonian, Symmetry, MpoScalar, TimeScalar > | inline |
| TIME_FORWARDS | GreenPropagator< Hamiltonian, Symmetry, MpoScalar, TimeScalar > | private |
| tinfo() const | GreenPropagator< Hamiltonian, Symmetry, MpoScalar, TimeScalar > | |
| tmax | GreenPropagator< Hamiltonian, Symmetry, MpoScalar, TimeScalar > | private |
| tol_compr | GreenPropagator< Hamiltonian, Symmetry, MpoScalar, TimeScalar > | private |
| tol_DeltaS | GreenPropagator< Hamiltonian, Symmetry, MpoScalar, TimeScalar > | private |
| tol_Lanczos | GreenPropagator< Hamiltonian, Symmetry, MpoScalar, TimeScalar > | private |
| tsteps | GreenPropagator< Hamiltonian, Symmetry, MpoScalar, TimeScalar > | private |
| tvals | GreenPropagator< Hamiltonian, Symmetry, MpoScalar, TimeScalar > | private |
| USE_QAWO | GreenPropagator< Hamiltonian, Symmetry, MpoScalar, TimeScalar > | |
| weights | GreenPropagator< Hamiltonian, Symmetry, MpoScalar, TimeScalar > | private |
| winfo() const | GreenPropagator< Hamiltonian, Symmetry, MpoScalar, TimeScalar > | |
| wmax | GreenPropagator< Hamiltonian, Symmetry, MpoScalar, TimeScalar > | private |
| wmin | GreenPropagator< Hamiltonian, Symmetry, MpoScalar, TimeScalar > | private |
| xinds | GreenPropagator< Hamiltonian, Symmetry, MpoScalar, TimeScalar > | private |
| xinfo() const | GreenPropagator< Hamiltonian, Symmetry, MpoScalar, TimeScalar > | |
| xt_info() const | GreenPropagator< Hamiltonian, Symmetry, MpoScalar, TimeScalar > | |
| xtINTqw_info() const | GreenPropagator< Hamiltonian, Symmetry, MpoScalar, TimeScalar > | |
| xtq_info() const | GreenPropagator< Hamiltonian, Symmetry, MpoScalar, TimeScalar > | |
| xvals | GreenPropagator< Hamiltonian, Symmetry, MpoScalar, TimeScalar > | private |
1.9.6