Inheritance diagram for syten::EnergyTruncation::EnergyTruncationPolicy:

Collaboration diagram for syten::EnergyTruncation::EnergyTruncationPolicy:

Public Member Functions
template<typename Vec >
SRDef	sp_convergence (DenseTensor< 2, SDef > mat, EnergyWindow const &energy_window, EnergyWindow const &relative_energy_window, SRDef const &truncation_threshold, std::vector< Vec > const &krylov)
	Tests convergence of energy truncation via i) evaluation of expansion coefficients <e_i\|kv_1> of initial state \|kv_1> restricted to eigenstates of effective Hamiltonian in given energy window (e_i \in (e_{min}, e_{max})) ii) convergence criterion is obtained by evaluating norm of coefficient vector. More...

template<typename Vec >
auto	sp_result (std::vector< Vec > const &krylov, Vec &result, SRDef initial_norm, bool const &project_dense) const
	Calculates the result based on coefficients previously-calculated in sp_convergence(). More...

template<typename... Unused>
void	sp_wrapup (Unused &&...)
	Unused dummy implementation. More...

Static Private Member Functions
static DenseTensor< 1, SDef >	get_coeffs (DenseTensor< 2, SDef > mat)
	Calculates coefficients by solving the subproblem. More...

Private Attributes
DenseTensor< 1, SDef >	memoizedCoeffs
	Coefficients calculated during previous call. More...

DenseTensor< 1, SDef >	memoizedComplementaryCoeffs
	Coefficients in Krylov space complementary to the one spanned by states covering allowed energy window, calculated during previous call. More...

DenseTensor< 2, SDef >	memoizedMatrix
	Overlap matrix between Krylov states and energy eigenstates. More...

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

Public Member Functions

Static Private Member Functions