obe_tb.cpp

#include <nda/layout/range.hpp>
#include <nda/matrix_functions.hpp>
#include <triqs/gfs.hpp>
#include <triqs/utility/exceptions.hpp>
#include <type_traits>
#include <triqs/experimental/lattice/wannier_loader.hpp>
#include <stdexcept>
#include "./obe_tb.hpp"
#include "triqs_modest/utils/defs.hpp"

Go to the source code of this file.

Namespaces
namespace	triqs
namespace	triqs::modest

Functions
one_body_elements_tb	triqs::modest::add_local_term (one_body_elements_tb const &obe, nda::matrix< dcomplex > const &local_term)
one_body_elements_tb	triqs::modest::extend_to_spin (one_body_elements_tb const &obe)
one_body_elements_tb	triqs::modest::fold (superlattice const &sl, one_body_elements_tb const &obe)
	Convert a tight binding Hamiltonian to its superlattice equivalent.
nda::array< nda::matrix< dcomplex >, 2 >	triqs::modest::Hloc (std::vector< tb_hk > const &H_sigma, std::vector< atomic_orbs > const &atomic_shells)
	Compute \( H_{\text{loc}} = H(R=0) \) given \( n_\sigma \) tight binding Hamiltonians.
nda::array< nda::matrix< dcomplex >, 2 >	triqs::modest::impurity_levels (one_body_elements_tb const &obe)
	Compute the atomic (impurity) levels from an obe.
one_body_elements_tb	triqs::modest::rotate (one_body_elements_tb const &obe, nda::matrix< dcomplex > const &U)
	Rotate a tight-binding Hamiltonian by a unitary matrix \( U \).
OBE factories using a TB Hamiltonian
Factory functions to create one_body_elements_on_tb
one_body_elements_tb	triqs::modest::one_body_elements_from_wannier90 (std::string const &wannier_file_path, spin_kind_e spin_kind, std::vector< atomic_orbs > atomic_shells)
	Construct a one-body elements TB object from Wannier90 in the case of a single spin index.
one_body_elements_tb	triqs::modest::one_body_elements_from_wannier90 (std::string const &wannier_file_path_up, std::string const &wannier_file_path_dn, spin_kind_e spin_kind, std::vector< atomic_orbs > atomic_shells)
	Construct a one-body elements TB object from Wannier90 in the case with separate spin up/spin down channels.