Detailed Description

Parameters for the solve() method.

Definition at line 108 of file params.hpp.

Public Attributes
double	alpha = 0.3
	Width of the logarithmic gaussian used for broadening.
double	bandrescale = -1.0
	Band rescaling factor (half-width of the support of the hybridisation function); set to mesh_max if negative.
double	gamma = 0.2
	Parameter for the Gaussian convolution step.
size_t	keep = 100
	Maximum number of states to keep at each NRG step.
double	keepenergy = -1.0
	Cut-off energy for truncation.
size_t	keepmin = 0
	Minimum number of states to keep at each NRG step.
double	Lambda = 2.0
	Logarithmic discretization parameter.
std::string	method = "fdm"
	Method for calculating the dynamical quantities.
std::map< std::string, double >	model_parameters
	Model parameters (name to value map, e.g. U1, eps1).
int	Nz = 1
	Number of discretization meshes (interleaved twist parameters z).
double	T = 0.001
	Temperature, \( k_B T / D \).
double	Tmin = 1e-4
	Lowest energy scale on the Wilson chain.

Friends
void	h5_read (h5::group h5group, std::string subgroup_name, solve_params_t &sp)
	Read solve_params_t from HDF5.
void	h5_write (h5::group h5group, std::string subgroup_name, solve_params_t const &sp)
	Write solve_params_t to HDF5.

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

Public Attributes