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0.1.0
  • Install xca
    • Compiling xca from source
      • Prerequisites
      • Installation steps
      • Custom CMake options
  • Documentation
    • Background
      • A word on the algorithm
    • User guide
      • Step-by-step guide
        • Step 1 - Impurity many-body Hamiltonian
          • Examples
        • Step 2 - Spawn solver instance
          • Using atomic symmetries
        • Step 3 - Hybridization function
          • Examples
        • Step 4 - Self-consistent solution
          • Hybridization compression
        • Step 5 - Single particle response function
        • Step 6 - Store solver to disk
        • Step 7 - Read result from disk
        • Step 7 - Postprocessing and visualization
    • Tutorials
      • Semi-infinite chain
        • Initialization
        • Hybridization function
        • Run solver
        • Visualization
      • Metal insulator transition
        • Local Hubbard interaction
        • Solver setup
        • DMFT self-consistency
        • Solve NCA and OCA for a sweep in \(U\)
        • Load result
        • Visualization
      • One-boson retarded interaction
        • Solving the retarded action with triqs_xca
        • Reference solution from exact diagonalization (using pyED)
        • Single particle Green’s function
        • Dynamic density correlation
    • Python API Reference
      • Python API Reference
        • Main Module
        • High-Level Solver Interface
          • BlockSparseSolver
  • Reporting issues
  • Changelog
    • Version 0.0.1
    • Version 0.1.0
  • About
    • License
    • Disclaimer
triqs_xca
  • Documentation
  • View page source

Documentation

Background

  • A word on the algorithm

User guide

  • Step-by-step guide

Tutorials

  • Semi-infinite chain
  • Metal insulator transition
  • One-boson retarded interaction

Python API Reference

For the complete Python API reference, see:

  • Python API Reference
    • Main Module
    • High-Level Solver Interface
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© Copyright 2022-2026 H. U.R. Strand, Z. Huang, F. Rilloraza, The Simons Foundation, authors: J. Kaye, N. Wentzell.