Reverse Dependencies of jarvis-tools

The following projects have a declared dependency on jarvis-tools:

• alignn — alignn
• atombench — atombench
• atomgpt — atomgpt
• atomqc — atomqc
• atomvision — atomvision
• chemnlp — chemnlp
• chipsff — CHIPSFF: A force field analysis toolkit
• defectmat — defctmat
• express-py — EXcellent PRoperty Extractor and Serializer.
• ifea — ifea
• intermat — intermat
• jarvis-leaderboard — jarvis_leaderboard
• matbench-discovery — A benchmark for machine learning energy models on inorganic crystal stability prediction from unrelaxed structures
• mpdd-alignn — A version of the NIST-JARVIS ALIGNN optimized in terms of model performance and to some extent reliability, for large-scale deployments over the MPDD infrastructure by Phases Research Lab.
• nfflr — neural force field learning toolkit
• optimade — Tools for implementing and consuming OPTIMADE APIs.
• pymatgen — Python Materials Genomics is a robust materials analysis code that defines core object representations for structures
• scigpt — scigpt
• tb3py — tb3: an open-source software package for accurate and efficient electronic structure calculations using tight-binding (TB), including three-body interactions. https://pages.nist.gov/ThreeBodyTB.jl