All crates

There are more hoomd-rs crates not highlighted in this user guide. Here are links to the documentation for every hoomd-rs crate:

• hoomd-bevy: Facilitate visual, interactive simulations.
• hoomd-gsd: Read and write GSD files.
• hoomd-geometry: Define geometric shapes and operate on them.
• hoomd-interaction: Define interaction models and apply them to the system’s microstate.
• hoomd-linear-algebra: Linear algebra methods used by other hoomd-rs crates.
• hoomd-manifold: Define points in curved space and operate on them.
• hoomd-mc: Perform Monte Carlo simulations.
• hoomd-microstate: Represent the degrees of freedom in your simulation model.
• hoomd-rand: Pseudorandom number generation methods used by other hoomd-rs crates.
• hoomd-simulation: Traits that define the macrostate and the simulation model as a whole.
• hoomd-spatial: Spatial data structures for efficient site-site interaction computations.
• hoomd-utility: Miscellaneous data types used throughout hoomd-rs.
• hoomd-vector: Vector and rotation data types and operations.