Forte Logo
pyf-fci

Contents:

  • Overview
  • Tutorials
  • HOWTOs
    • Full configuration interaction
    • ACI: Adaptive Configuration Interaction
    • MCSCF: Multi-Configuration Self-Consistent Field
    • Driven Similarity Renormalization Group
    • Active Space Embedding Theory
    • Atomic Valence Active Space (AVAS)
    • Plotting MOs
    • Forte Python API Tutorial (NEW)
  • Programmer’s Manual
  • Forte’s Python API
  • List of Forte options
Forte
  • »
  • HOWTOs
  • Edit on GitHub

HOWTOs¶

  • Full configuration interaction
    • Running the test cases
  • ACI: Adaptive Configuration Interaction
    • Theory
    • A Few Practical Notes
    • A First Example
    • Computing Excited States with ACI
    • ACI Options
  • MCSCF: Multi-Configuration Self-Consistent Field
    • Theory
    • Implementation
    • Input Example
    • Options
  • Driven Similarity Renormalization Group
    • Basics of DSRG
    • Theoretical Variants and Technical Details
    • Density Fitted (DF) and Cholesky Decomposition (CD) Implementations
    • MR-DSRG Approaches for Excited States
    • TODOs
    • A Complete List of DSRG Teset Cases
    • References
  • Active Space Embedding Theory
    • Simple active space frozen-orbital embedding
  • Atomic Valence Active Space (AVAS)
    • Overview
    • Input Example
    • Options
    • Citation Reference
  • Plotting MOs
    • Generating cube files
    • Reading, manipulating, and saving cube files
    • Plotting cube files
    • Generating cube files
  • Forte Python API Tutorial (NEW)
    • Creating the input node
    • Hartree–Fock theory
    • FCI and CASCI
Next Previous

© Copyright 2021, Forte Developers. Revision b00ec5f2.

Built with Sphinx using a theme provided by Read the Docs.