nrgljubljana_interface::solver_core

#include <nrgljubljana_interface.hpp>

class solver_core

The Solver class

Public members

A_w std::optional<g_w_t> The spectral function
B_w std::optional<g_w_t> The spectral function of the auxiliary correlator F_w
G_w std::optional<g_w_t> The retarded Greens function
F_w std::optional<g_w_t> The auxiliary Green function F_w = Sigma_w * G_w
Sigma_w std::optional<g_w_t> The retarded Self energy
expv std::map<std::string, double> Expectation values of local impurity operators
tdfdm std::map<std::string, double> Thermodynamic variables (FDM algorithm)
chi_NN_w std::optional<g_w_t> Charge susceptibility
chi_SS_w std::optional<g_w_t> Spin susceptibility
constr_params nrgljubljana_interface::constr_params_t  
nrg_params nrgljubljana_interface::nrg_params_t Low-level NRG parameters
last_solve_params std::optional<solve_params_t>  
verbose bool  
keep_temp_dir bool  
gf_struct triqs::gfs::gf_struct_t The Green function structure object
Delta_struct triqs::gfs::gf_struct_t The hybridization function structure object.
chi_struct triqs::gfs::gf_struct_t The susceptibility structure object
log_mesh gf_mesh<triqs::mesh::refreq_pts> Logarithmic mesh
Delta_w nrgljubljana_interface::g_w_t The hybridization function in real frequencies

Member functions

(constructor)  
solve  
readexpv  
readtdfdm  
readGF  
readA