Documentation

Manual

• [triqs/atom_diag] Lightweight exact diagonalization solver and tools
  • [atom_diag] Exact diagonalization of an atomic problem
  • [atom_diag_functions] Utility functions for atom_diag
  • Example of use: Python
  • Example of use: C++
• [triqs/clef] Clef: Compile-time lazy expressions and functions
  • Motivation: a little tour of CLEF
  • Forming CLEF expressions
  • Evaluating CLEF expressions
  • Automatic assignment of containers
  • Overloading functions and methods for CLEF arguments
  • Transform CLEF expressions into functions
  • More complex examples
• Manipulations of determinants
  • The det_manip class
  • How does it work ?
• Green’s functions
  • Concepts
  • Basic notions
  • c++
  • py
• [triqs/hilbert_space] Many-body states and Hilbert spaces
  • [fundamental_operator_set] Fundamental operator set
  • [hilbert_space] Full Hilbert space
  • [sub_hilbert_space] Hilbert subspace
  • [state] Many-body state
  • [imperative_operator] Imperative operator
  • [autopartition] Automatic partitioning algorithm
  • Example of use
• [triqs/lattice] Lattice tools
  • Introductory example
  • Reference documentation/manual
• Tools for Monte Carlo
  • Introduction
  • Tutorial
  • Concepts
  • Full documentation/manual/triqs
  • Random number generator
  • Example: the Ising chain in a magnetic field
• [triqs/operators] Second-quantization operators and many-body Hamiltonians
  • Second-quantization operators
  • Hamiltonians
  • U matrix construction
  • Observables
  • Helper functions
  • Coefficient extraction
• Plotting protocols
  • Plotting TRIQS objects
  • Fitting data
• Reproducibility, provenance
  • TRIQS code version
  • Saving the script in the data archive
  • From the data to the figures
• Random number generators
  • Usage
  • Example
  • Complete documentation/manual/triqs
• [triqs/stat] Statistical Analysis
  • Introduction
  • Processing Correlated Data
  • Averages and Standard Errors
• [triqs/utility] Utilities: exceptions, tuple-tools, etc.
  • 1. Exceptions
  • 2. Tuple tools
  • 3. Python include warnings
• Notations and documentation conventions
  • Notation
  • Documentation conventions for C++ code
  • Template parameters
  • Parameters
  • Return value
• [triqs/h5] The HDF5 format
  • Reference documentation/manual
  • Green’s function and HDF5 files
  • HDF5 Archives
  • Writing to an archive
• triqs/MPI
  • Introduction
  • MPI documentation/manual/triqs
  • Supported functions and types
  • Basic usage
  • Headers
  • MPI example
• Cpp2Py: a C++/Python interfacing tool
  • Convertion vs wrapping
  • General Principle
  • Python API of the desc file

C++ API

• triqs::gfs
• triqs::det_manip
• triqs::mc_tools
• triqs::hilbert_space
• triqs::atom_diag
• triqs::stat
• mpi
• itertools

Python API

triqs.atom_diag
triqs.dos
triqs.fit
triqs.gf	This is the base module for all common operations with Green's functions. It is imported with the command::.
triqs.lattice
triqs.operators
triqs.plot
triqs.random_generator
triqs.stat	DOC
triqs.sumk
triqs.utility