Note: The tasks listed in this file are only for discussion. If you have suggestions or comments, please tell us (lihuang.dmft at gmail.com). Thanks.
- Blocker
- Critical
- Major
- Minor
- Trivial
- Write the user manual (Critical)
- Benchmark the codes repeatedly (Major)
- Polish the codes and improve the code style (Minor)
- Maintain/sync the repo (Minor)
- Reply the questions from iQIST users (Minor)
- Design the logo for iQIST (Critical)
- Verify the truncation approximation for the CT-HYB codes (Critical)
- Verify the measurement of two-particle green's function (Critical)
- Implement the Skip listing algorithm for the CT-HYB codes (Major)
- Implement the FastTrace/LazyTrace algorithm for the CT-HYB codes (Major)
- Implement the time evolution algorithm for the CT-HYB codes (Major)
- Implement the measurement of three-leg vertex function (Major)
- Reconstruct the jasmine code (Major)
- Reconstruct the parquet code (Major)
- Reconstruct the hibiscus/entropy code (Major)
- Improve the CSSL and CSML (Minor)
- Design and implement the measurement of local entanglement entropy (Minor)
- Design and implement the measurement of autocorrelation function and autocorrelation time (Minor)
- Design and implement the Suwa-Todo algorithm (Minor)
- Design and implement a charge fully self-consistent LDA + DMFT code (Critical)
- Design and implement a postprosses toolbox for the LDA + DMFT code (Critical)
- Design and implement a preprocess toolbox for the LDA + DMFT code (Critical)
- Design and implement a dual fermion/dual boson code (Major)
- Design and implement a projective quantum Monte Carlo code (Major)
- Explore new algorithms/tricks to accelerate the CT-HYB codes (Major)
- Design and implement a CT-AUX code (Minor)
- Design and implement a DCA code (Minor)
- Design and implement a spin-boson version CT-QMC code (Minor)