gfs.hpp

#include "./arrays.hpp"
#include "./mesh.hpp"
#include "./gfs/gf/defs.hpp"
#include "./gfs/gf/targets.hpp"
#include "./gfs/gf/gf.hpp"
#include "./gfs/gf/gf_view.hpp"
#include "./gfs/gf/gf_const_view.hpp"
#include "./gfs/make_gf.hpp"
#include "./gfs/gf/auto_assign.hpp"
#include "./gfs/gf/mpi.hpp"
#include "./gfs/gf/gf_expr.hpp"
#include "./gfs/evaluator.hpp"
#include "./gfs/block/block_gf.hpp"
#include "./gfs/block/block_gf_view.hpp"
#include "./gfs/block/mpi.hpp"
#include "./gfs/block/factories.hpp"
#include "./gfs/block/functions.hpp"
#include "./gfs/block/expr.hpp"
#include "./gfs/block/auto_assign.hpp"
#include "./gfs/block/map.hpp"
#include "./gfs/block/mapped_functions.hxx"
#include "./gfs/h5.hpp"
#include "./gfs/functions/functions2.hpp"
#include "./gfs/functions/imfreq.hpp"
#include "./gfs/functions/imtime.hpp"
#include "./gfs/functions/legendre.hpp"
#include "./gfs/functions/density.hpp"
#include "./gfs/functions/dlr.hpp"
#include "./gfs/transform/fourier.hpp"
#include "./gfs/transform/legendre_matsubara.hpp"
#include "./gfs/transform/partial_transform.hpp"

Detailed Description

Umbrella header for the Green's function library.

Umbrella header for the TRIQS Green's function containers.

Definition in file gfs.hpp.

Go to the source code of this file.

Classes
class	triqs::gfs::brzone
	Brillouin zone mesh type. More...
class	triqs::gfs::chebyshev
	Chebyshev imaginary time mesh type. More...
class	triqs::gfs::cyclat
	Cyclic lattice mesh type for Bravais lattices with Born-von Karman periodic boundary conditions. More...
class	triqs::gfs::dlr
	Discrete Lehmann representation (DLR) mesh type. More...
class	triqs::gfs::dlr_imfreq
	Imaginary frequency discrete Lehmann representation (DLR) mesh type. More...
class	triqs::gfs::dlr_imtime
	Imaginary time discrete Lehmann representation (DLR) mesh type. More...
class	triqs::gfs::imfreq
	Imaginary frequency mesh type. More...
class	triqs::gfs::imtime
	Imaginary time mesh type. More...
class	triqs::gfs::legendre
	Legendre mesh type. More...
class	triqs::gfs::prod< Ms >
	Product mesh type for combining multiple meshes. More...
class	triqs::gfs::refreq
	Real frequency mesh type. More...
class	triqs::gfs::retime
	Real time mesh type. More...

Functions
imfreq	triqs::gfs::make_adjoint_mesh (imtime const &m, long n_iw=-1)
	Create the adjoint imaginary-frequency mesh to a given imaginary-time mesh.

Function Documentation

make_adjoint_mesh()

imfreq triqs::mesh::make_adjoint_mesh ( imtime const & m, long n_iw = -1 )

inlinenodiscard

Create the adjoint imaginary-frequency mesh to a given imaginary-time mesh.

If \( N_{i\omega_n} = -1 \), the number of positive Matsubara frequencies is set to \( N_{i\omega_n} = N / 6 \), where \( N \) is the size of the given imaginary time mesh.

Parameters

m	Input mesh.
n_iw	Number of positive Matsubara frequencies, i.e. \( N_{i\omega_n} \).

Returns

Imaginary frequency mesh with the same \( \beta \) and particle statistics as the given imaginary time mesh and \( N_{i\omega_n} \) positive Matsubara frequencies.

Definition at line 50 of file adjoint.hpp.