List view
Complete refactoring of the orbit determination configuration and output to better support variants.
Due by April 6, 2025•4/4 issues closedThis milestone includes all of the issues that must be completed for release 2.0.0 of Nyx in Rust. Python bindings will be reenabled later (it's too much work for now).
Due by December 31, 2024•11/11 issues closed+ Switch to ANISE for BSP/PCK and with it add support for CCSDS formats (OEMs) + Numerous orbit determination improvements
Due by June 30, 2024•10/10 issues closed+ Python bindings for orbital computations, spacecraft propagation, spacecraft event finding, and orbit determination + OD support for tracking schedules, integration time, sampling rate, better noise models + Exporting to Parquet for plotting + Plotting tools integrated in the `nyx_space` Python package
Due by May 21, 2023•10/10 issues closedThe attitude management implemented via Basilisk, coordinated with the spacecraft struct and management, ought to require a release of its own.
No due dateFrame management backbone and library upgrades.
Due by February 2, 2019•1/1 issues closedThe first release of basic orbital determination. I'm not yet sure how the code will be organized to support this with the least amount of code duplication. Updated version: it is likely that an initial throw at filtering may be completed before higher fidelity dynamics. This is due to the complexity of parsing the darn DAF/SPK files...
Due by June 17, 2018•2/2 issues closedSPICE kernel loading and management happens here (or analog system). This enables adding dynamics for SRP and third body point masses. Currently adding debug statements to [jplephem](https://github.com/brandon-rhodes/python-jplephem/) and of course reading again and again the [FORTRAN reference](ftp://naif.jpl.nasa.gov/pub/naif/toolkit_docs/FORTRAN/req/daf.html)...
No due date•2/2 issues closed