Table of contents

• Welcome
  • TRIQS applications
  • Python & C++
  • Where to start?
• Installation
  • Development Version
• Packaged Versions of TRIQS
  • Ubuntu Debian packages
  • Anaconda
  • Docker
  • Singularity
  • Binder
• Compiling TRIQS from source using EasyBuild
• Compiling TRIQS from source (Advanced)
  • Prerequisites
  • Installation steps
  • Further reading
• Documentation
  • Manual
  • C++ API
  • Python API
• Applications based on TRIQS
• Impurity Solvers
  • Hybridization-expansion solver
  • Hubbard I solver (external)
  • PYED - Exact diagonalization for finite quantum systems (external)
  • Interface to the pomerol exact diagonalization solver (external)
  • Interface to the w2dynamics impurity solver
  • Interface to the NRG Ljubljana impurity solver
• Ab-Initio Tools
  • DFT tools - Toolbox for ab initio calculations of correlated materials
  • TPRF - The Two-Particle Response Function tool box
• Analytic Continuation
  • Maxent
  • SOM - Stochastic Optimization Method for Analytic Continuation (external)
  • Interface to Omegamaxent
• Other Applications
  • TRIQS Solver benchmarks
  • App4Triqs Application Skeleton
  • Cpp2Py
• User guide
  • Why use TRIQS?
  • A quick tour in Python
  • A quick tour in C++
• Contributing
  • Issues and feature requests
  • Contributing to code and documentation
  • Google group / mailing list
• Version compatibility
  • TRIQS version numbering
  • TRIQS applications version numbering
  • How to determine the version of the installed TRIQS library
• Changelog
  • Version 3.0.2
  • Version 3.0.1
  • Version 3.0.0
  • Version 2.2.3
  • Version 2.2.2
  • Version 2.2.1
  • Version 2.2.0
  • Version 2.1.1
  • Version 2.1.0
  • Version 2.0.0
• Authors & contributors
• Citation
• License
• Disclaimer
• Frequently-asked questions
  • Q: How do I write my GF data to text files, e.g. to plot using other plotting tools?
  • Q: How do I save the triqs hash and script for debugging purposes?