Reference Manual

• Programs
  • Pre-processing : dcore_pre
  • Main program : dcore
  • Convergence-check : dcore_check
  • Analytic continuation : dcore_anacont
  • Spectral functions : dcore_spectrum
  • Online help
• Input-file format
  • [model] block
  • [pre] block
  • [system] block
  • [impurity_solver] block
  • [control] block
  • [post] block
  • [post.anacont] block
  • [post.anacont.pade] block
  • [post.anacont.spm] block
  • [post.anacont.spm.solver] block
  • [post.spectrum] block
  • [post.check] block
  • [mpi] block
• Output-file format
  • dcore_pre
  • dcore
  • dcore_check
  • dcore_spectrum
• Impurity solvers
  • CT-QMC: ALPS/CT-HYB
  • CT-QMC: TRIQS/cthyb
  • CT-QMC with segment implementation: ALPS/CT-HYB-SEGMENT
  • CT-QMC with segment implementation: JO/cthyb-seg
  • Hubbard-I approximation: TRIQS/hubbard-I
  • Exact diagonalization solver: pomerol
  • Exact diagonalization solver: scipy/sparse
  • Non-interacting limit: null
  • How to integrate your own solver
• Analytic continuation
  • Analytic continuation with the Pade approximation
  • Analytic continuation with the sparse-modeling method
  • How to use an external AC code
• Tools
  • A(k,w) converter