Typesafe unit measurments
Precision astronomy & satellite mechanics in safe, fast Rust.
high-precision, type-safe time computations. Provides strongly-typed time units, durations, and arithmetic with compile-time guarantees, enabling robust temporal calculations for scientific and systems software.
Strongly typed physical and astronomical quantities.
C-compatible FFI bindings for qtty physical quantities and conversions
Procedural macro derives for qtty-core.
Core types for zero-cost strongly-typed physical quantities.
Astronomical time primitives: typed time scales, Julian dates, UTC conversion, and interval operations.
Affine geometry primitives: strongly-typed coordinate systems, reference frames, and centers for scientific computing.
High-precision astronomy and satellite mechanics in Rust.
Unit-safe Chebyshev approximation and spectral numerics for Rust.
Fast participating-media and optics foundation: typed rays, optical coefficients, phase functions, spectra, and optical-depth integration.
Typed Newtonian numerical dynamics: state propagation, acceleration models, RK4/DOPRI5/DOP853 integrators, variational equations, STM, covariance, and gravity-field kernels.
Domain-agnostic Keplerian dynamics: typed anomaly solvers, elements, propagation, Lambert, and transfer search.
C FFI bindings for siderust, high-precision astronomy library.