API Reference#

`dgamore.brillouin_zone`	Module to handle operations within the (irreducible) Brillouin zone.
`dgamore.bubble_gen`	Generalized bare susceptibilities (the "bubbles").
`dgamore.config`	Global configuration singleton.
`dgamore.config_parser`	YAML configuration parsing.
`dgamore.dga_io`	High-level DMFT input loading and run setup.
`dgamore.dga_logger`	MPI-aware logging.
`dgamore.dmft_interface`	DMFT input interface.
`dgamore.eliashberg_solver`	Linearized Eliashberg equation solver.
`dgamore.four_point`	Momentum-dependent four-point objects.
`dgamore.gap_function`	The superconducting gap function \(\Delta\), i.e. the eigenvector of the linearized Eliashberg equation.
`dgamore.greens_function`	Single-particle Green's function.
`dgamore.hamiltonian`	Lattice model setup.
`dgamore.interaction`	Interaction tensors.
`dgamore.lambda_correction`	Moriya \(\lambda\)-correction of the physical susceptibility.
`dgamore.local_four_point`	Local (momentum-independent) four-point objects.
`dgamore.local_n_point`	Base class for all local (momentum-independent) N-point quantities.
`dgamore.local_sde`	Local Schwinger-Dyson step.
`dgamore.local_two_point`	Base class for the local (momentum-independent) two-point quantities.
`dgamore.matsubara_frequencies`	Helpers for Matsubara frequency arithmetic.
`dgamore.max_ent`	Analytic continuation of imaginary-frequency quantities to the real axis via the maximum-entropy method.
`dgamore.memory_estimator`	Pure, side-effect-free estimator of the peak host-memory of the memory-sensitive DGAmore operations.
`dgamore.mpi_utils`	Multiprocessing (MPI) utilities for the non-local step — a single module covering everything parallel:
`dgamore.n_point_base`	Foundational mixins for every physical quantity in the code.
`dgamore.nonlocal_sde`	Non-local ladder DGA step — the parallel-heavy core of the code.
`dgamore.plotting`	All matplotlib plotting helpers.
`dgamore.self_energy`	Single-particle self-energy.
`dgamore.symmetrize_new`	Standalone preprocessing script (a second installed console script) that converts a w2dynamics worm-sampled two-particle vertex file into the symmetrized density/magnetic two-particle Green's function file consumed by the main DGA routine.
`dgamore.symmetry_reduction`	Automatic symmetry reduction of a k-space Hamiltonian H[kx,ky,kz,o1,o2] to the irreducible Brillouin zone (IBZ), with an inverse map back to the full BZ.
`dgamore.two_point`	Momentum-dependent two-point objects.