Latticeph

Latticeph is a Python library designed for manipulating and visualizing crystal lattices. It provides data structures and algorithms for representing crystal structures, performing crystallographic operations, and generating visualizations. The library aims to simplify common tasks in solid-state physics and materials science research.

Key features of latticeph include the ability to define crystal lattices using various crystallographic conventions, such as primitive cell vectors and lattice parameters. It supports standard crystallographic formats for reading and writing crystal structures. The library also offers functionalities for transforming lattices, such as applying symmetry operations, calculating distances between atoms, and determining crystallographic directions and planes.

Visualization is a core aspect of latticeph. It can generate 2D and 3D plots of crystal structures, allowing researchers to inspect and understand atomic arrangements. These visualizations can be customized to highlight specific aspects of the lattice, such as bonding or defects. The library integrates with popular plotting backends to provide flexible rendering options.

Latticeph is intended for researchers and students working with crystalline materials. Its focus on ease of use and clear representation of crystallographic concepts makes it a valuable tool for educational purposes and for accelerating research workflows. The library is developed in Python, making it accessible to a wide range of users familiar with the scientific Python ecosystem.