The SOXS data-reduction pipeline

The SOXS data-reduction pipeline
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SOXS 数据缩减管道

DOI:
10.1117/12.2561015
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发表时间:
2020
影响因子:
3.6
通讯作者:
Héctor Ventura
Héctor Ventura
中科院分区:
生物学3区
文献类型:
--
作者:
D. Young;M. Landoni;S. Smartt;S. Campana;R. Claudi;P. Schipani;M. Aliverti;A. Baruffolo;S. Ben;F. Biondi;G. Capasso;R. Cosentino;F. D'Alessio;P. D’Avanzo;O. Hershko;H. Kuncarayakti;M. Munari;G. Pignata;A. Rubin;S. Scuderi;F. Vitali;J. Achr'en;J. A. Araiza;I. Arcavi;A. Brucalassi;R. Bruch;E. Cappellaro;M. Colapietro;M. Valle;M. D. Pascale;R. D. Benedetto;S. D'orsi;A. Gal;M. Genoni;M. Hernandez;J. Kotilainen;G. Causi;S. Mattila;M. Rappaport;K. Radhakrishnan;Davide Ricci;M. Riva;B. Salasnich;R. Z. Sánchez;M. Stritzinger;Héctor Ventura

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SOXS(Son-Of-X-shooter)是一种双臂光谱仪(UV-VIS和NIR)和采集相机(AC),将安装在位于拉西拉的欧洲南方天文台(ESO)3.6米新技术望远镜(NTT)上。该仪器旨在同时覆盖350-2050 nm的光学和近红外波长范围,将致力于研究瞬态和可变事件,预计将有许多机会目标请求。SOXS数据简化管道的目标是使用校准数据从SOXS科学数据帧中删除每个支持的仪器模式的所有仪器签名,将这些数据转换为物理单位,并将其与相关的误差条一起作为符合第3阶段的科学数据产品交付给ESO科学档案设施(SAF),所有这些都在30分钟内完成。主要还原产物将是去趋势、波长和通量校准、大地校正的一维光谱,UV-VIS + NIR臂缝合在一起。该管道还将生成质量控制(QC)指标,以监测望远镜,仪器和探测器的健康状况。该管道是用Python 3编写的,并采用敏捷开发理念构建的,包括自适应规划和渐进式开发。管道将由SOXS联盟和可能希望对SOXS数据进行定制处理的一般用户社区使用。测试驱动的开发已经在整个构建过程中使用了“极端”模拟数据。我们的目标是使管道易于安装,并广泛和明确地记录。
The Son-Of-X-shooter (SOXS) is a dual arm spectrograph (UV-VIS and NIR) and Acquisition Camera (AC) due to mounted on the European Southern Observatory (ESO) 3.6m New Technology Telescope (NTT) in La Silla. Designed to simultaneously cover the optical and NIR wavelength range from 350-2050 nm, the instrument will be dedicated to the study of transient and variable events with many Target of Opportunity requests expected. The goal of the SOXS Data Reduction pipeline is to use calibration data to remove all instrument signatures from the SOXS scientific data frames for each of the supported instrument modes, convert this data into physical units and deliver them with their associated error bars to the ESO Science Archive Facility (SAF) as Phase 3 compliant science data products, all within 30 minutes. The primary reduced product will be a detrended, wavelength and flux calibrated, telluric corrected 1D spectrum with UV-VIS + NIR arms stitched together. The pipeline will also generate Quality Control (QC) metrics to monitor telescope, instrument and detector health. The pipeline is written in Python 3 and has been built with an agile development philosophy that includes adaptive planning and evolutionary development. The pipeline is to be used by the SOXS consortium and the general user community that may want to perform tailored processing of SOXS data. Test driven development has been used throughout the build using ‘extreme’ mock data. We aim for the pipeline to be easy to install and extensively and clearly documented.
SOXS 捕获和制导系统的最终设计和开发状况
DOI: 10.1117/12.2561802
发表时间: 2020
期刊: --
影响因子: --
作者:
Brucalassi A
通讯作者: Brucalassi A
ESO-NTT望远镜SOXS紫外-可见光探测器系统的发展现状
DOI: 10.1117/12.2561147
发表时间: 2020
期刊: --
影响因子: --
作者:
Cosentino R
通讯作者: Cosentino R
《Son Of X-Shooter》共同路径的AIV策略
DOI: 10.1117/12.2561323
发表时间: 2020
期刊: --
影响因子: --
作者:
Biondi F
通讯作者: Biondi F
SOXS 端到端模拟器:管道设计的开发和应用
DOI: 10.1117/12.2560640
发表时间: 2020
期刊: --
影响因子: --
作者:
Genoni M
通讯作者: Genoni M