基于曼巴的高级苍蝇扫描研究进展与展望

Li, Peng-Cheng, Zhang, Cheng-Long, Yue, Zong-Yang, Deng, Xiao-Bao, Li, Chun, Zhou, Ai-Yu, Li, Gang, Liu, Yu, Zhang, Yi
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引用次数: 0

摘要

基于pandabox的苍蝇扫描的相关开发是高能光子源(HEPS)光束线实验软件框架Mamba积极工作的重要组成部分;本文介绍了我们的研究进展,并基于在此过程中所学到的知识对高级苍蝇扫描进行了展望。通过将飞行扫描视为几个松散耦合子系统(电机/机械、探测器/数据处理、像PandABox这样的测序设备)之间的协作,可以对飞行扫描中的问题进行系统分析。这些分析的有趣产品包括基于软件的通用苍蝇扫描机制,设计波动单色苍蝇扫描的通用方法,如何基于所获取的数据处理实际实现在线调整苍蝇扫描行为的草图,等等。在此基础上,对>=10kHz飞行扫描的结构进行了讨论。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Progress and outlook on advanced fly scans based on Mamba
Development related to PandABox-based fly scans is an important part of the active work on Mamba, the software framework for beamline experiments at the High Energy Photon Source (HEPS); presented in this paper is the progress of our development, and some outlook for advanced fly scans based on knowledge learned during the process. By treating fly scans as a collaboration between a few loosely coupled subsystems - motors / mechanics, detectors / data processing, sequencer devices like PandABox - systematic analyses of issues in fly scans are conducted. Interesting products of these analyses include a general-purpose software-based fly-scan mechanism, a general way to design undulator-monochromator fly scans, a sketch of how to practically implement online tuning of fly-scan behaviours based on processing of the data acquired, and many more. Based on the results above, an architectural discussion on >=10kHz fly scans is given.
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