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Releases: aidotse/PASEOS

v0.2.0

04 Sep 08:27
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Changelog

Major

  • Added support for TLE orbits
  • Added support for custom propagators
  • Added support for non-Earth central bodies including rotating meshes
  • Added support for custom physical quantities of actors
  • Added example notebook showing total ionization dose modelling with custom properties
  • Added example showcasing integration of orekit with PASEOS

Minor

  • Added checks of test coverage in PASEOS
  • Added readme examples
  • Added a glossary of physical parameters

What's Changed

Full Changelog: v0.1.3...v0.2.0

v0.1.3

06 Mar 14:47
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Changelog

First minor update for PASEOS including more examples, docker files and some smaller changes as well as various bugfixes.

Major

  • Added MPI example
  • Added docker files

Minor

  • Various docs and readme improvements
  • Exposed simulation, current time, temperature in celsius to users
  • Added automated checks of passed config files
  • Allow setting an initial epoch without cfg files
  • Allowed accounting for atmosphere in line of sight and eclipse computation via new config entry on central sphere radius
  • Several bugfixes

What's Changed

New Contributors

Full Changelog: https://github.com/aidotse/PASEOS/commits/v0.1.3

v0.1.2

03 Feb 15:05
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Description

First release of PASEOS allowing for a broad range of scenarios ranging from one to many spacecraft incl. ground-based actors. Both real-time at-the-edge execution and long-term simulation on a computing cluster or similar infrastructure are supported. The specifics of the modelled quantities can be adjusted to fit the particular scenario.

Main Features

  • SpacecraftActors to model satellites around a central body
  • GroundstationActors to model Earth ground stations
  • Power budgets, thermal models, radiation model, keplerian orbits, tracking communication windows, ...
  • Both asynchronous & synchronous operations
  • Both discrete-event simulation capabilities as well as classic time-stepping simulation (incl. in real time) are supported
  • Logging, visualization, etc.
  • Added examples to showcase onboard operations, constellation analysis, distributed learning and using MPI

Details on the technical aspects can be found in the PASEOS paper.

Details steps

New Contributors

Full Changelog: https://github.com/aidotse/PASEOS/commits/v0.1.2