Python API Reference

This section contains the complete Python API reference for the triqs_xca package, including all modules, classes, and compiled extensions.

Main Module

The main triqs_xca module provides access to all submodules and the high-level Solver interface.

`triqs_xca.triqs_solver.TriqsSolver`(beta, ...)	TRIQS Sum-Of-Exponentials bold HYBridization expansion impurity solver (triqs_xca)
`triqs_xca.solver`

These are the C++ modules compiled with Python bindings:

`triqs_xca.impurity`
`triqs_xca.impurity.Fastdiagram`	Class responsible for fast diagram calculation of a given impurity problem using hybridization expansion.

`triqs_xca.dlr_dyson_ppsc`
`triqs_xca.dlr_dyson_ppsc.DysonItPPSC`	Class for solving the pseudo-particle Dyson equation in imaginary time

`triqs_xca.pycppdlr`
`triqs_xca.pycppdlr.ImTimeOps`	Wrapped C++ class.
`triqs_xca.pycppdlr.build_dlr_rf`	Dispatched C++ function(s).

`triqs_xca.aaa.aaa`	A Python implementation of the AAA algorithm for rational approximation.
`triqs_xca.aaa.aaa_matrix`	Extension of the AAA algorithm constrained to real-valued poles and matrix valued functions.

`triqs_xca.diag`	Bold hybridization expansion diagram generator
`triqs_xca.dimer`
`triqs_xca.dimer_new`
`triqs_xca.ac_pes`	Implementation of analytic continuation for Fermionic Green's functions and self-energies using the projection-estimation-semidefinite relaxation PES (ES) method.