论文标题
瞬态（Autophot）管道的自动光度法
The Automated Photometry Of Transients (AutoPhOT) pipeline
论文作者
论文摘要
我们介绍了瞬变（Autophot）包装的自动化光度法，这是一种新型的自动化管道，专为天文瞬变的快速出版，质量的光度法而设计。 Autophot是使用Python 3从头开始构建的 - 没有对旧软件的依赖性。自噬的功能包括孔径和点伸出功能的光度法，模板减法以及通过人工源注入来计算限制幅度。 Autophot还能够针对调查目录或使用定制的局部光度标准校准光度法，并主要用于地面光学和红外图像。我们表明，自动噬细胞的光圈和点传播的光度法都与常用的软件（例如Daophot）一致，并且还证明了自动噬器可以重现已发表的光曲线，以最少的人类干预，以选择瞬态。
We present the Automated Photometry Of Transients (AutoPhOT) package, a novel automated pipeline that is designed for rapid, publication-quality photometry of astronomical transients. AutoPhOT is built from the ground up using Python 3 - with no dependencies on legacy software. Capabilities of AutoPhOT include aperture and point-spread-function photometry, template subtraction, and calculation of limiting magnitudes through artificial source injection. AutoPhOT is also capable of calibrating photometry against either survey catalogues, or using a custom set of local photometric standards, and is designed primarily for ground-based optical and infrared images. We show that both aperture and point-spread-function photometry from AutoPhOT is consistent with commonly used software, for example DAOPHOT, and also demonstrate that AutoPhOT can reproduce published light curves for a selection of transients with minimal human intervention.
