JOSS publication #43
JOSS publication #43
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…e markdown document
… issue/42/joss_paper
HadrienG2
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HadrienG2
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Je trouve que l'amélioration est énorme. Je ne vois plus que quelques points de détails dont un peut discuter à ce stade, principalement des propositions de ref supplémentaires.
joss_data/outfit_architecture.xml
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Du coup ce diagramme n'est plus utilisé, je ne sais pas si tu veux le garder.
joss_data/paper.md
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| ## Python bindings (pyOutfit) | ||
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| Outfit is also exposed to Python via **pyOutfit[^pyoutfit]**, a binding built with PyO3 and distributed with maturin. It provides a thin, idiomatic Python interface to the Rust core, enabling integration in notebooks and Python pipelines. The binding is available on PyPI and ships precompiled Rust manylinux wheels for Python 3.10, 3.11, and 3.12. |
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Peut-être garder les refs PyO3 et maturin que tu avais avant + je continue de penser que quand on cite des numéros de version de python c'est bien de mettre un "at the time of writing" en fin de phrase car c'est le genre de phrase qui devient vite obsolète dans un papier.
joss_data/paper.md
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| Outfit currently focuses on optical astrometry and provides initial orbit determination through the classical Gauss method. It does not yet support radar or radio observables, hyperbolic orbit fitting, or full least-squares refinement, and therefore cannot produce formal covariances or robust uncertainty estimates. In addition, while planetary ephemerides are fully integrated, the library does not yet expose a high-level API for generating predicted ephemerides from estimated orbits. | ||
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| Future development will extend the IOD capabilities beyond Gauss, notably through the addition of a Väisälä solver and a full differential-corrections pipeline with covariance output. Support for hyperbolic trajectories will enable the analysis of interstellar candidates, and a unified API for orbit-based ephemeris prediction will facilitate downstream residual analysis. Longer-term plans include incorporating radar and Doppler measurements to complement optical data and broaden Outfit’s applicability across Solar System studies. |
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Je me dis que "Väisälä solver" ça sonne assez mystérieux pour mériter une ref aussi.
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