Detailed Description

Parameters used for constructing the solver class.

Definition at line 13 of file params.hpp.

Inheritance diagram for triqs_ctint::constr_params_t:

Public Member Functions
auto	block_names () const
	Names of the blocks of the Green's function.
int	n_blocks () const
	Number of blocks of the Green's function.

Public Attributes
double	beta
	Inverse temperature \( \beta \).
double	dlr_eps = 1e-10
	DLR error tolerance \( \epsilon \) for the single-particle quantities.
double	dlr_wmax
	DLR bandwidth cutoff \( w_{max} = \Lambda / \beta \) for the single-particle quantities.
gf_struct_t	gf_struct
	Structure of the Green's function (names and sizes of blocks).
int	n_tau = 5001
	Number of imaginary-time points for the single-particle quantities.
int	n_tau_dynamical_interactions = this->n_tau
	Number of imaginary-time points for \( D_0(\tau) \) and \( J_\perp(\tau) \).
bool	use_D = false
	Use a dynamic density-density interaction?
bool	use_Jperp = false
	Use a dynamic spin-spin interaction?

Friends
void	h5_read (h5::group h5group, std::string subgroup_name, constr_params_t &cp)
	Read constr_params_t from hdf5.
void	h5_write (h5::group h5group, std::string subgroup_name, constr_params_t const &cp)
	Write constr_params_t to hdf5.

The documentation for this struct was generated from the following file:

Public Member Functions