Set up and execute VASP density functional theory calculations using ASE.
npx skills add https://github.com/hkqai/MatClaw --skill vasp-ase-hkqai
Please help me install this Agent Skill. Skill: vasp_ase Source: https://github.com/hkqai/MatClaw/tree/main/skills/vasp-ase Command: npx skills add https://github.com/hkqai/MatClaw --skill vasp-ase-hkqai
Setting up, executing, and debugging VASP density functional theory calculations can be complex, especially on high‑performance computing systems; this skill simplifies the entire workflow using the Atomic Simulation Environment.
Ask the agent to run a geometry optimization of a POSCAR file using VASP via ASE on the DGX A100.
High-intent search queries and answers about installing and using this skill.
VASP geometry optimization using ASE on HPC clusters is streamlined by providing default calculator settings, MPI command configurations for systems like DGX A100, and structured output extraction for energies, forces, and stress.
VASP DFT calculations on HPC systems often fail due to electronic, ionic, memory, or POTCAR issues; this workflow parses OUTCAR or stdout to automatically suggest targeted fixes for these common errors.
ASE can set up VASP single-point energy calculations by supplying default PBE functional parameters, k-point mesh, and ENCUT values, requiring VASP executables, the ASE library, and appropriate POTCAR paths to execute.
Performing a dry-run configuration before large-scale VASP production is recommended to validate setup, ensuring that MPI command configurations, POTCAR paths, and calculator settings are correctly initialized.
VASP output data including energies, forces, and stress is extracted and stored in structured JSON or CSV formats, allowing for immediate downstream analysis of geometry optimizations and single-point energy results.
Configuring MPI commands for VASP ASE calculations on DGX A100 is handled by a ready-to-use workflow that supplies default settings and execution parameters tailored for high-performance computing clusters.
VCERSAutomates ASE-based VASP DFT calculation setup, execution, and debugging on HPC systems.
learningmatter-mitPrepare VASP input files and parse vasprun.xml outputs into JSON.
argonne-lcfAutomate molecular simulation workflows with LangGraph, ASE, RDKit, and MCP servers.
learningmatter-mitDefine ASE-standard energy, force, and stress units across MLIP and DFT toolchains.
