Alfred：一个灵活、易用的系外行星确认Python软件包
Alfred: A Flexible, User-Friendly Python Package for Exoplanet Confirmation
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中文总结 AI 辅助
针对TESS系外行星候选体确认需求，推出开源Python软件包Alfred，支持灵活拟合系外行星凌星与视向速度数据，可通过pip安装且文档在开发中。
中文摘要 AI 辅助
在TESS时代，系外行星后续观测与确认已成为大规模的社区协作工作。在TESS发现的8000余颗系外行星候选体中，仅约八分之一得到确认，天文学家需要灵活的软件来利用多台望远镜和仪器的数据表征各类系统。本研究中，我推出Alfred（全称Awesome Library For Robust Exoplanet Detection，即用于稳健系外行星探测的优秀库），这是一个用于系外行星探测与确认的开源Python软件包。Alfred设计灵活且易用，允许用户对任意系外行星系统拟合凌星和视向速度数据。该代码以MIT许可证在GitHub发布，可通过pip安装，相关文档正处于积极开发中。
英文摘要
In the era of TESS, exoplanet follow-up and confirmation have become a massive community effort. With only about an eighth of the over 8,000 TESS exoplanet candidates confirmed, astronomers need flexible software to allow them to characterize many different kinds of systems with data from multiple telescopes and instruments. In this work, I present Alfred (the Awesome Library For Robust Exoplanet Detection), an open-source Python package for exoplanet detection and confirmation. Alfred is designed to be flexible and easy to use, allowing users to fit transit and radial velocity data for an arbitrary system of exoplanets. The code is released under an MIT license on GitHub (https://github.com/maxkroft/Alfred ) and is installable via pip, with documentation under active development (https://alfred-exoplanets.readthedocs.io/en/latest/index.html# ).
