embedding.hpp File Reference

#include "./downfolding.hpp"
#include "utils/defs.hpp"
#include "utils/gf_supp.hpp"
#include "utils/range_supp.hpp"
#include <fmt/ranges.h>

Go to the source code of this file.

Classes
class	triqs::modest::embedding
	The embedding class. More...

Namespaces
namespace	triqs
namespace	triqs::modest

Macros
#define	INSTANTIATE(Mesh)

Typedefs
using	triqs::block2_matrix_t = nda::array< nda::matrix< dcomplex >, 2 >
using	triqs::block_matrix_t = std::vector< nda::matrix< dcomplex > >

Functions
	triqs::modest::INSTANTIATE (dlr_imfreq)
	triqs::modest::INSTANTIATE (imfreq)
	triqs::modest::INSTANTIATE (refreq)
std::pair< one_body_elements_on_grid, embedding >	triqs::modest::make_embedding_with_clusters (one_body_elements_on_grid obe, std::vector< std::vector< long > > const &atom_partition)
Embedding factories functions
Factory functions to create the embedding class for different embedding scenarios. Typically, one will create the embedding from the local space.
embedding	triqs::modest::make_embedding (local_space const &C_space, bool use_atom_equivalences=true)
	Make an embedding from the local space.

Macro Definition Documentation

INSTANTIATE

#define INSTANTIATE

(

Mesh

)

Value:

  template block2_gf<Mesh, matrix_valued> embedding::embed(std::vector<block_gf<Mesh, matrix_valued>> const &) const;                                \
  template std::pair<block2_gf<Mesh, matrix_valued>, block2_matrix_t> embedding::embed(std::vector<block_gf<Mesh, matrix_valued>> const &,           \
                                                                                       std::vector<block_matrix_t> const &) const;                   \
  template std::vector<block_gf<Mesh, matrix_valued>> embedding::extract(block2_gf<Mesh, matrix_valued> const &) const;                              \
  template std::vector<std::pair<block_gf<Mesh, matrix_valued>, block_matrix_t>> embedding::make_zero_imp_self_energies(Mesh const &);

Definition at line 388 of file embedding.hpp.