Turbotutorials
  • Installation of packages
  • TurboRVB user manuals
    • TurboRVB in a nutshell
    • Wavefunction
    • Initializations of Wavefunctions
    • Wavefunction conversions
    • Quantum Monte Carlo calculations
  • TurboRVB tutorials
  • Turbo-Genius tutorials
  • TurboWorkflows tutorials
Turbotutorials
  • TurboRVB user manuals
  • View page source

TurboRVB user manualsΒΆ

../../_images/logo.png
  • TurboRVB in a nutshell
  • Wavefunction
    • Header
    • Coordinates
    • Ionic Forces
    • 1B/2B Jastrow
    • Basis Set for Determinant
    • Molecular orbital
    • Hybrid orbital
    • The Basis Set for 3B Jastrow
    • Occupation Determinant Orbitals
    • Occupation Jastrow Orbitals
    • Coefficient of the Determinant A Matrix different from zero
    • JsAGPs
    • JAGPu
    • JAGP (JPf)
    • Symmetries of the Determinant A matrix
    • Coefficient of the Jastrow different from zero
    • Symmetries of the Jastrow M matrix
    • Symmetries on the Z coefficients in the Determinant Basis
    • Symmetries on the Z coefficients in the Jastrow Basis
    • system section
    • electron section
    • symmetry section
    • ATOMIC_POSITIONS
    • Basis set
  • Initializations of Wavefunctions
    • External quantum chemistry and DFT codes (Gaussian, GAMESS, and pySCF)
    • Built-in DFT code (prep.x)
  • Wavefunction conversions
    • Converting a WF to AGP (convertfort10.x)
    • Converting a WF to AGPn/SD (convertfort10mol.x)
  • Quantum Monte Carlo calculations
    • Quantum Monte Carlo kernel (turborvb.x)
    • How to get energy and forces after a VMC or LRDMC run (forcevmc.sh, forcefn.sh)
    • Extrapolation of LRDMC energies with respect to the lattice space (funvsa.x)
    • How to average variational parameters after a VMCopt or LRDMCopt run (readalles.x)
Previous Next

© Copyright 2022, Kosuke Nakano (SISSA/JAIST) and collaborators..

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