pymatgen

To convert crystal structure formats, you can read CIF, POSCAR, or XYZ files and write them to your desired output format. This toolkit programmatically handles structure manipulation and format conversion for computational materials research workflows.

You can plot band structure and density of states (DOS) from VASP calculations using this toolkit. It enables researchers to interpret electronic structure data and move from raw calculation outputs to insights with reproducible workflows.

You can access Materials Project database entries by integrating the optional mp-api dependency. This allows you to query and retrieve crystal structures and thermodynamic data for high-throughput materials analysis workflows.

Yes, this toolkit supports space-group analysis, coordination environment identification, and structure matching. It automates structure handling and symmetry analysis for computational materials research applications.

The best way to automate high-throughput materials analysis workflows is using this programmable toolkit. It generates reproducible workflows covering structure manipulation, database access, and electronic property computation with robust error handling.