- · iQIST

Home
Team
Copyright
Dedication
Introduction
Installation
Getting started
Quantum Monte Carlo impurity solvers
- README
- How to choose suitable quantum impurity solvers?
- Standard input files
- Standard output files
- Parameters
  - README
  - isscf
  - issun
  - isspn
  - isbin
  - isort
  - issus
  - isvrt
  - isscr
  - ifast
  - itrun
  - nband
  - nspin
  - norbs
  - ncfgs
  - nzero
  - niter
  - lemax
  - legrd
  - chmax
  - chgrd
  - mkink
  - mstep
  - mfreq
  - nffrq
  - nbfrq
  - nfreq
  - nsing
  - ntime
  - nvect
  - nleja
  - npart
  - nflip
  - ntherm
  - nsweep
  - nwrite
  - nclean
  - nmonte
  - ncarlo
  - U
  - Uc
  - Uv
  - Jz
  - Js
  - Jp
  - lc
  - wc
  - mune
  - beta
  - part
  - alpha
Applications
Atomic eigenvalue problem solver
- README
- Standard input files
- Standard output files
- Parameters
  - README
  - ibasis
  - ictqmc
  - icu
  - icf
  - isoc
  - nband
  - nspin
  - norbs
  - ncfgs
  - nmini
  - nmaxi
  - Uc
  - Uv
  - Jz
  - Js
  - Jp
  - Ud
  - Jh
  - mune
  - lambda
Auxiliary tools
iQIST in action
- README
- Basic applications
- Advanced applications I: Complex systems
- Advanced applications II: Accurate measurements
- Advanced applications III: Post-processing procedures
- Practical exercises
- Code validation
- Successful stories
Inside iQIST
Appendix
Glossary

Version

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Library mode

Call iQIST from Fortran language
Call iQIST from Python language

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