Detailed Description

Continuous-time hybridization-expansion quantum Monte Carlo solver.

Definition at line 19 of file solver_core.hpp.

Public Member Functions
	solver_core (constr_params_t const &p)
	Initialize the solver.
	C2PY_PROPERTY_GET (D0_tau) block2_gf_view< imtime > D0_tau()
	Dynamical density-density interaction \( D_0(\tau) \).
	C2PY_PROPERTY_GET (Delta_tau) block_gf_view< imtime > Delta_tau()
	Hybridization function \( \Delta(\tau) \).
	C2PY_PROPERTY_GET (Jperp_tau) gf_view< imtime > Jperp_tau()
	Dynamical spin-spin interaction \( \mathcal{J}_\perp(\tau) \).
void	solve (solve_params_t const &p)
	Solve the impurity problem.

Public Attributes
constr_params_t	constr_params
	Parameters used for constructing the solver.
results_t	results
	Container for all results accumulated by the CTQMC simulation.
solve_params_t	solve_params
	Parameters passed to the solve() method.

Constructor & Destructor Documentation

triqs_ctseg::solver_core::solver_core ( constr_params_t const & p )

Initialize the solver.

Parameters

p	Parameters used for constructing the solver class.

Definition at line 21 of file solver_core.cpp.

void triqs_ctseg::solver_core::solve ( solve_params_t const & p )

Solve the impurity problem.

Parameters

p	Parameters controlling the MC simulation and measurements.

Definition at line 37 of file solver_core.cpp.

The documentation for this class was generated from the following files: