0.10.0: Dynamic Reference Frames, International Celestial Reference Frame, Lunar Relativistic Time scales #714
ChristopherRabotin
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ANISE 0.10.0: Dynamic Reference Frames, International Celestial Reference Frame, Lunar Relativistic Time scales
Release Overview
This version greatly improves in ANISE's reference frame and timekeeping capabilities. The library now natively supports dynamic Earth and body-centered frames (True/Mean of Date and Epoch, via the rust rewrite of SOFA), standardizes ICRS orientation, and integrates lunar relativistic time scales via hifitime 4.3.0. Additionally, file parsing stability has been systematically hardened: I/O errors and bounds-checked slice errors are now always propagated to prevent application panics on truncated DAF or FK inputs.
CRITICAL: Kernel Rebuild Required
All custom ANISE kernel files compiled prior to version 0.10.0 must be rebuilt. The underlying frame encoding architecture has been fundamentally modified to accommodate the new frozen_epoch and force_inertial attributes. Legacy kernel binaries are strictly incompatible with this release and will fail to decode.
Users of the default MetaAlmanac do not need to worry: the kernels hosted on public-data.nyxspace.com have already been made compatible with ANISE 0.10.0 and your programs will automatically update.
Sponsorship
ANISE now serves as the core astrodynamic platform of dozens of state-of-the-art missions and spacecraft. Please consider sponsoring this work to support infrastructure costs and the continued engineering effort on nights and weekends to maintain this standard: https://github.com/sponsors/nyx-space .
Pull requests
New Features
Improvements
Bug Fixes
Miscellaneous
New Contributors
Full Changelog: 0.9.6...0.10.0
This discussion was created from the release 0.10.0: Dynamic Reference Frames, International Celestial Reference Frame, Lunar Relativistic Time scales.
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